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York R-410A User's Manual

Contents

1. 079 2 075 2 A 1V1 1 NO 031 LINN SIHL 9NIOIAH3S 380438 S193NNODS Q 11 N3dO NOIINVD 050 5 1 3108 335 544 14 WO1123MNO 3AOWN 10 00 SVE 4 3109 5 Fm 1401 mYHOVIO 18055222 a WHISAS STOULNOD 5 8 135 lt a SIINN SVB 404 Bs SIN SYG NON 9 woman NO 0350 LON MYHOYIO SVG 33S 5110 SVG INOS NO 0350 833 PI 1 g A1121 mis 11V130 831MO IN31Od NOILISOd M MINIM 310038 r ne 3190 KC 01 NI NAOHS SY Si3HIM 123NNOD ONY NM INN JAIM 3AOM3H H TE G 318 70311 15 1 SI u313MO 1N310d NOILISOd M MININ 310838 N3HM a 88 GHvOB TOHINOD 3H1 NO 8 Nid OL T 1D ii N023 T 03123NNOD SI 8
2. V V980L999 NOILDINNOD AON ION 00 SVE 31 310N MY89V1g ANOSS122V 11 130 u313011N310d 0111504 W WINIM 310034 1V1S 1 NO 031 LINN SIHL O9NIOIAH3S 3804338 MALSAS 51041402 SVE 315 nn Lt 04 SLOANNODSIG 11Y N3dO NOILAVS 0 99 Ny u gu Lu t NM TWNOILdO wag f 18 1502 ed 3lON 335 31v130 831901183104 NOI1 SOd W MINIM 310834 UD NI NMOHS SY S3HIM 123NNOD ONY NM LNN 3HIM 3AONdH 614 615 gt Cl 2 f 18 Q311V1SN SI u313NO 1N310d NOILISOd M MININ NAHM svi SY8 NON NO 0350 1ON MYHOYIO 5 8 335 SLINN SVG INOS NO 0350 421 721 uda 4 1 QHuVO8 JONINOD 01 x18 r 3 Ba 9s 01123NNOD S 4 102 34IM GITIVLSNI LON SI HOLINON 5501 3SYHd NIHA 711 Lj Q3T1VISNI SI 1V3H 21812313 N3HM Q3AON3
3. V 76 6189 om x6 UJAO any LINN SIHL 9NIOIAH3S 340438 m 116 0 lt SLOAINNOISIG 11 N3dO NOILAVSD 529 n rae NR m 02 018 rus Pa 4 I 1 1V1S 1 NO 031 SLINN SYG NON se ason nao 7 w340 141 m 318 NO 0350 ION MYUOYIO SYB 33S SLINN SYG 3MOS NO 03 N23 61 91Sd 380SS3ud ONILVYIdO O1Sd 38055384 ONI1v8340 321 30 9 254 ALIQVqV2 3oviuidMv 801 0318000 JAY 0 601 Y N8 G0 ud LO S3HIM 1 m d STYNIMU3L JYIM HANA AON OJIWISNI 3i 151 vM 40 88 QHYO9 1081802 3H1 NO Nid 01 m 1 16 YNOI 140 03123NNO2 S u S22 YIM Q311VISNI 10 YSN 31 Z 2541 154 03A0M3U 71 KINZ 022 Lid Is 88 GYVOG 1081NO2 3H1 NO QS Nid OL 241 5 03123NNO2 S 4 102 G3TIVISNI LON S YOLINOM 5501 3SVHd N3HM 01 Lc D IYUIMA u3dmnr 1 01140 038 HLIM
4. Models Component ZH078 ZH090 ZH102 ZH120 ZH150 Nominal Tonnage 6 5 7 5 8 5 10 12 5 ARI COOLING PERFORMANCE Gross Capacity ARI A point Btu 81000 93000 104000 125000 155000 ARI net capacity Btu 78000 90000 102000 120000 150000 EER 11 7 11 7 11 7 11 7 11 7 SEER IEER 13 6 13 1 13 12 6 14 1 IPLV 13 7 13 13 5 12 9 14 1 Nominal CFM 2600 2700 2800 3700 3750 System power KW 6 69 7 70 8 71 10 25 12 91 Refrigerant type R 410A R 410A R 410A R 410A R 410A Refrigerant charge Ib oz System 1 7 0 6 0 5 12 7 14 8 12 System 2 6 0 6 0 5 12 7 12 8 0 ARI HEATING PERFORMANCE Heating model 10 15 10 15 10 15 15 20 15 20 Heat input K Btu 120 180 120 180 120 180 180 240 180 240 Heat output K Btu 96 144 96 144 96 144 144 192 144 192 AFUE Steady state efficiency 96 80 80 80 80 80 80 80 80 80 80 No burners 4 6 4 6 4 6 6 8 6 8 No stages 21 2 21 2 2 2 21 21 21 21 Temperature Rise Range F 20 50 35 65 15 45 30 60 10 40 25 55 20 50 35 65 10 40 25 55 Gas Limit Setting F 165 165 165 165 215 195 195 160 195 160 Gas piping connection in 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 DIMENSIONS inches Length 89 89 89 89 119 1 2 Width 59 59 59 59 59 Height 42 42 50 3 4 50 3 4 50 3 4 OPERATING WT Ibs 910 910 1030 1090 1215 COMPRESSORS Type Recip Recip Recip Scroll Scroll Quantity 2
5. Motor Motor Sheave Blower Sheave m Model PIO Datum Dia Datum Dia Belt Tons Option HP RPM Eff SF Frame in Bore in Model in Bore in Model 037 ZH Std 1 1 2 1725 0 8 1 15 56 2 0 3 0 7 8 1VM34 6 5 1 AK69 A47 3 H Static 1 1 2 1725 0 8 1 15 56 3 0 4 0 7 8 1VL44 6 5 1 AK69 A47 049 ZH Std 1 1 2 1725 0 8 1 15 56 2 0 3 0 7 8 1VM34 5 2 1 AK56 A47 4 H Static 1 1 2 1725 0 8 1 15 56 3 0 4 0 7 8 1VL44 5 2 1 AK56 47 061 ZH Std 1 1 2 1725 0 8 1 15 56 2 6 3 6 7 8 1VL40 5 7 1 AK61 A47 5 H Static 2 1725 0 8 1 15 56 4 2 5 2 7 8 1VP56 7 0 1 AK74 A51 078 ZH Std 1 1 2 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 7 0 1 AK74 A49 6 5 H Static 2 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 6 0 1 AK64 A49 090 ZH Std 1 1 2 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 7 0 1 AK74 A49 7 5 H Static 3 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 5 7 1 AK61 A49 102 ZH Std 2 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 9 0 1 AK94 A56 8 5 H Static 3 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 7 0 1 AK74 A54 120 ZH Std 2 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 8 0 1 AK84 A56 10 H Static 3 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 7 0 1 AK74 A54 150 ZH Std 3 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 7 0 1 AK74 A54 12 5 H Static 5 1725 0 87 1 15 184T 4 3 5 3 1 1 8 1VP56 6 7 1 BK77
6. OD Fan Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 Max Fuse yaa Size volt each each Motor Motor Outlet MCA w Pwr Breaker Size wi Tons Amps Exh Size Pwr Exh RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps Amps None 82 2 E03 2 3 1 6 4 18 4 23 9 25 30 208 8 7 68 13 5 1 5 6 0 5 5 0 0 E06 4 5 1 12 5 23 1 30 25 30 8 8 3 E15 11 3 2 31 4 46 7 53 6 50 60 None 18 4 23 9 25 30 E03 3 1 7 2 18 4 23 9 25 30 230 8 7 68 13 5 1 5 6 0 5 5 0 0 E06 6 1 14 4 25 5 32 4 30 35 037 E08 9 1 21 7 34 6 41 4 35 45 3 E15 15 2 36 1 52 6 59 5 60 60 None 9 6 8 E03 3 1 3 6 9 6 11 8 15 15 460 4 6 34 74 0 8 3 0 2 2 0 0 06 6 1 7 2 12 8 15 5 15 20 E08 9 1 10 8 17 3 20 20 20 E15 15 2 18 0 26 3 29 1 30 30 None 4 9 575 3 5 28 5 5 0 6 2 4 1 8 0 0 E08 9 1 8 7 13 8 16 1 15 20 E15 15 2 14 4 21 23 3 25 25 None 23 9 29 4 30 40 E06 4 5 1 12 5 23 9 30 30 40 208 11 9 88 18 5 1 5 6 0 5 5 0 0 E08 6 8 1 18 9 31 1 38 35 40 E15 11 3 2 31 4 46 7 53 6 50 60 E20 15 2 41 6 59 5 66 4 60 70 None 23 9 29 4 30 40 E06 6 1 14 4 25 5 32 4 35 40 230 11 9 88 18 5 1 5 6 0 5 5 0 0 E08 9 1 21 7 34 6 41 4 35 45 049 E15 15 2 36 1 52 6 59 5 60 60 4 E20 20 2 48 1 67 6 74 5 70 80 None 11 1 13 3 15 15 E06 6 1 7 2 12 8 15 5 15 20 460 52 44 8 1 0 8 3 0 2 2 0 0 E08 9 1 10 8 17 3 20 20 20 E15 15
7. OD Fan Suppl Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option i Max Fuse peii Size voit each each Motor Motor Outlet MCA w Pwr Breaker Size w Pwr Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps Amps None 29 9 35 4 35 40 E09 6 8 1 18 9 31 1 38 35 40 208 93 68 14 5 1 5 6 0 5 5 0 0 E18 13 5 2 37 5 54 3 61 2 60 70 E24 18 2 50 0 70 76 8 70 80 E36 25 5 2 70 8 96 102 9 100 110 None 29 9 35 4 35 40 E09 9 1 21 7 34 6 41 4 35 45 230 9 3 68 14 5 1 5 6 0 5 5 0 0 E18 18 2 43 3 61 6 68 5 70 70 E24 24 2 57 7 79 7 86 5 80 90 078 E36 34 2 81 8 109 7 116 6 110 125 6 5 None I 15 6 17 8 20 20 E09 9 1 10 8 17 3 20 20 20 460 49 34 7 6 0 8 3 0 2 2 0 0 E18 18 2 21 7 30 8 33 6 35 35 E24 24 2 28 9 39 8 42 6 40 45 E36 34 2 40 9 54 9 57 6 60 60 None 12 2 14 15 15 E09 9 1 8 7 13 8 16 1 15 20 575 38 28 6 0 6 24 1 8 0 0 E18 18 2 17 3 24 7 26 9 25 30 E24 24 2 23 1 31 9 34 1 35 35 E36 34 2 32 7 43 9 46 1 45 50 None 39 8 45 3 50 50 E09 6 8 1 18 9 39 8 45 3 50 50 208 11 9 88 18 5 3 5 6 0 5 5 0 0 E18 13 5 2 37 5 54 3 61 2 60 70 E24 18 2 50 0 70 76 8 70 80 E36 25 5 2 70 8 96 102 9 100 110 None 39 8 45 3 50 50 E09 9 1 21 7 39 8 45 3 50 50 230 11 9 88 18 5 3 5 6 0 5 5 0 0 E18 18 2 43 3 61 6 68 5 70 70 E24 24 2 57 7 79 7 86 5 80 90 090 E36 34 2 81 8 109 7 116 6 110 125
8. Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 125 77 80 5 9 7 274 25 2 183 1875 72 73 1 9 6 45 1 38 1 312 242 67 65 8 9 6 625 51 1 44 1 37 1 30 1 62 60 5 9 5 60 5 60 5 49 8 42 8 35 8 28 9 77 82 0 9 7 36 6 284 202 72 74 5 9 7 50 9 42 6 344 262 2250 67 67 0 9 6 65 1 569 487 40 4 322 62 61 6 9 5 61 6 61 6 55 0 467 38 5 30 3 57 64 6 9 6 64 6 63 0 548 466 383 30 1 77 83 6 9 8 45 8 31 5 22 0 72 76 0 9 7 56 6 47 1 37 6 282 2625 67 68 3 9 6 67 8 62 7 58 2 43 8 34 3 62 62 8 9 6 62 8 62 8 601 507 41 2 31 7 57 65 8 9 6 65 8 65 0 60 0 505 41 0 31 5 77 85 2 9 8 55 1 347 23 9 72 77 4 9 7 62 3 51 6 40 9 30 2 3000 67 69 6 9 7 69 6 68 6 57 8 47 1 36 4 62 63 9 9 6 63 9 63 9 63 9 54 6 43 9 33 1 57 67 1 9 6 67 1 67 1 65 1 544 437 32 9 72 79 0 9 7 67 1 55 5 43 9 324 3375 67 714 9 7 711 71 1 621 505 39 0 62 65 3 9 6 65 3 65 3 65 3 54 4 429 313 57 68 5 9 6 68 5 68 5 67 5 559 444 32 8 72 80 7 9 7 71 8 59 4 47 0 34 6 3750 67 72 6 9 6 72 6 72 6 66 4
9. 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC 156 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ037 061 Hi Static Blower With Powered Convenience Outlet OD Fan Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 MCA Max Fuse jube Size vot each each Motor Motor Outlet MCA w Pwr Breaker SES wi Tons Amps Exh Size Pwr Exh RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps Amps None E 8 4 40 E03 2 3 1 6 4 28 7 34 9 35 40 208 8 7 68 13 5 1 5 6 0 5 5 10 0 E06 4 5 1 12 5 35 6 42 5 40 45 E08 6 8 1 18 9 43 6 50 5 45 60 E15 11 3 2 31 4 59 2 66 1 60 70 None 28 7 34 2 35 40 E03 3 1 7 2 29 35 9 35 40 230 87 68 13 5 1 5 6 0 5 5 10 0 E06 6 1 14 4 38 44 9 40 45 037 E08 9 1 21 7 47 1 53 9 50 60 3 E15 15 2 36 1 65 1 72 70 80 None 4 6 9 0 E03 3 1 3 6 14 7 17 3 15 20 460 4 6 34 7 1 0 8 3 0 2 2 5 0 E06 6 1 7 2 19 21 8 20 25 E08 9 1 10 8 23 5 26 3 25 30 E15 15 2 18 0 32 6 35 3 35 40 None 1 z 575 3 5 28 5 5 0 6 2 4 1 8 4 0 E08 9 1 8 7 18 8 21 1 20 25 E15 15 2 14 4 26 28 3 30 30 None 33 9 39 4 45 50 E06 4 5 1 12 5 35 6 42 5 45 50 208 11 9 88 18 5 1 5 6 0 5 5 10 0 E08
10. gt A9 602 mm Ae Sd Woes 55 LS IHG 21 310N 335 u9 199 C 133 98 el lVISONH3HI MOON 5 E oon 1 3I N 315 O q N02 430 8 1 gt lt 0 1 uil ug et2 SNOSNiS 2 01 205 NO HOLIMS 410 3AOM 205 0 2 80 3 OL Pid 1234802 505 9 WHOS 803 2045 NO 1 805835 OL Pid L23NNOO AINO 505 803 131mm 9 4 562 m a orci2 y OA ds 282 PETIT u8 1 2 a8 8 2 On O azis 0157 ord 132 4 S79 5 m a 5 aaj 8 TRE 002 X 4 102 e e ue e H H alpha 85 S 03u mm 2 u 62 2 3 2 5 C11 3109 335 6104100 xg 18 T 5 184 O ASIP e xu Em 304 DVA i19 mm D ug 262 C1 mri mi r ABE AOE 5 0 2 924 825 PIS Pid S39 1 104 SN01123NNOD 834044 WVYOVIG L E TET pM 33H10 V VL LYH 21212313 335 18 122 4 202 weenie 4 335 v 310N 335 18 152
11. 141 e 1V1S 1 NO 031 Bu QuYOS 1ON1NOO Ol om 253 43123 02 S 8 102 3HIM Q311V1SN LON SI NOLINOM 5501 3SYHd N3HM 711 FT 154 2 n 7031 TV1SNI SI 1V3H 21812313 N3HA Q3AOM3H S SJYIM uidM r 9014 0 nr 912 6 153 8 8 738IM O34 61d 615 m 540 0377 15 SI 5240193130 ANONS jl 76 pmo sa CIYNO1 1403 UJANA HLIM 9014 3AONM3H Q311VISN SI H321MONOO3 ONYONVIS N3HM 79 mul 3 NaO ata ONY 220 8330138 0311 15 1 38 ISAW BAAN wie 2n 3SIMYIHLO Q311V1SNI SI HOIIAS 03120920 i JAIM 3AOM3N 71 Al 2VdMY 1102812 W WININ ONY 3Z1S H3MV388 1102812 YO GNY ISNI WNWIXYW BO 31VldJAYN LINN 335 9 nud 1 SYOSS3YdNOD 110995 HLIM SLINN NI GNNOS ION J Y S831Y3H 3SYONNYED eyed 08 IWNIMYIL Ol 03123NNO2 2 09 6 086 LINN GIYIM AYOLIVI m EN 11 NO 1YNINH3L AOSE YO A802 OL 3NIM 0 121 YOSNIS m i 05 6 086 HO A802 HOS OS S1r YO 062 GIYIM 8012 3 P 73 E 1 SNOILIQNOD 310 1 of AUVWIYs YIGNN 03123108d ATINJYJHNI 38Y SHOIOM 3SYHd 33HHI 3A11v138 am ONI21AN3S H31iV NOI1VH3dO u33084 1 EDEEM 9 235 A3183A NOIV214IIN3O Q3830MQN3H 18 312 INJ1VAIDO3 NO IM D 0 9921 akani 110 009 72 338030 501 3dAl HLIM 032 743 38 1 1 03AON3N i 0 4 38 1S0m LINN 3H H
12. 2EE04705924 2EE04705924 2EE04705924 2PE047032XX Fresh Air Hood Fresh Air Damper Return Air Damper Power Exhaust Ps 2 2EE04705924 2EE04705924 Barometric Relief Damper Barometric Relief Hood 204 Johnson Controls Unitary Products 528150 YTG G 1210 Field Installed Horizontal Economizer W Power Exhaust 2EE04706024 Return Air Damper Field Installed Duct Work 2EE04706024 Fresh Air Damper 2PE047032XX Power Exhaust 1 0408 1 0408 2 04706024 Barometric Barometric Fresh Air Hood Relief Damper Relief Hood Slab Economizer Downflow W Power Exhaust 1 1 0409 Fresh Air Hood j y ll 7 7 Mi 7 ZI 2 2 04705 24 Slab Economizer 2 047032 Power Exhaust 1 0409 Barometric 1EH0409 Barometric Relief Damper Relief Hood Johnson Controls Unitary Products 205 Slab Economizer End Return W Power Exhaust 1 0409 Fresh Air Hood Field Installed Duct Work 1 0409 Barometric Relief Hood 2PE047032XX 1 0409 Power Exhaust Barometric Relief Damper Subject to change without notice Printed in U S A 528150 YTG G 1210 Copyright 2011 by Johnson Controls Inc All rights reserved Supersedes 528150 YTG F 0810 Johnson Controls Unitary Products 5005 York Drive Norman OK 73069
13. 191 Johnson Controls Unitary Products 528150 YTG G 1210 Weights and Dimensions ZH ZJ037 150 Unit Weights Unit 4 Point Load Weight Unit 6 Point Load Weight m E FRONT LEFT C D A A D F FRONT Size Weight Ibs Center of Gravity j 4 Point Load Location Ibs 6 Point Load Location Ibs Tons Shipping Operating X Y A B D A B D E F B 728 723 40 26 175 143 182 223 121 105 92 117 134 154 ur 768 763 40 26 185 151 192 235 128 111 97 124 141 162 ro 777 772 40 26 187 153 194 238 129 112 99 125 143 164 p 915 910 38 24 212 158 230 309 149 121 100 147 177 217 vs 915 910 38 24 212 158 230 309 121 100 147 177 217 ea 1035 1030 38 24 240 179 261 350 168 137 114 166 200 245 m 1095 1090 38 24 254 189 276 371 178 145 120 176 211 260 s 1220 1215 46 26 259 277 351 328 171 178 187 237 226 216 E 745 740 40 26 180 147 186 228 124 108 95 120 137 157 pe 767 762 40 24 171 139 203 249 118 102 90 131 149 172 5 775 770 40 24 172 141 205 251 119 103 91 132 1451 174 E 1035 1030 39 25 245 191 260 333 170 144 122 167 195 232 es 1086 1081 39 25 257 201 273 350 1
14. 5 Volt each each Motor Motor Outlet MCA WPNE Breaker Size w Pwr Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model j kW Stages Amps Amps Amps ns None 49 8 55 3 60 70 E18 13 5 2 37 5 55 3 62 2 60 70 208 16 110 24 9 3 5 6 8 5 5 0 0 E24 18 2 50 0 71 77 8 80 80 E36 25 5 2 70 8 97 103 9 100 110 E54 40 6 2 112 7 149 4 156 2 150 175 None 49 8 55 3 60 70 E18 18 2 43 3 62 6 69 5 70 70 230 16 110 24 9 3 5 6 8 5 5 0 0 E24 24 2 57 7 80 7 87 5 90 90 E36 34 2 81 8 110 7 117 6 125 125 120 E54 54 2 129 9 138 4 145 3 150 175 10 None 24 2 26 4 30 30 E18 18 2 21 7 31 3 34 1 35 35 460 7 8 52 12 1 1 6 3 4 2 2 0 0 E24 24 2 28 9 40 3 43 1 45 45 E36 34 2 40 9 55 4 58 1 60 60 E54 54 2 65 0 69 2 72 80 80 18 1 19 9 20 25 E18 18 2 17 3 25 27 3 25 30 575 5 7 38 9 8 9 1 3 2 7 1 8 0 0 E24 24 2 23 1 32 2 34 5 35 35 E36 34 2 32 7 44 3 46 5 45 50 E54 54 2 52 0 55 3 57 6 60 60 None 67 6 73 1 90 90 E18 13 5 2 37 5 67 6 73 1 90 90 208 23 1 160 36 1 5 9 6 5 5 0 0 E24 18 2 50 0 74 5 81 3 90 90 E36 25 5 2 70 8 100 5 107 4 110 110 E54 40 6 2 112 7 152 9 159 7 175 175 None 67 6 73 1 90 90 E18 18 2 43 3 67 6 73 1 90 90 230 23 1 160 36 1 5 9 6 5 5 0 0 E24 24 2 57 7 84 2 91 90 100 E36 34 2 81 8 114 2 121 1 125 125 150 E54 54 2 129 9 141 9 148 8 175 175 12 5 None 35 5 37 7 45 45 E18 18 2 21 7 35 5 37 7 45 45 460 12 2 87 19
15. Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 125 77 i 144 5 16 0 60 9 51 5 37 9 3125 72 131 3 15 9 86 6 73 0 59 44 45 8 67 118 1 15 7 110 3 94 4 80 8 67 2 53 6 62 108 8 15 6 108 8 108 8 102 4 87 6 74 0 60 4 77 150 2 16 0 72 3 56 7 41 2 72 136 4 15 9 95 5 80 0 64 4 48 9 3750 67 122 7 15 8 118 8 103 2 87 7 72 1 56 6 62 113 0 15 6 113 0 113 0 109 8 94 3 78 7 63 2 57 112 0 15 7 112 0 112 0 997 842 68 6 53 1 77 155 8 16 1 83 6 61 9 444 72 141 5 16 0 104 5 87 0 69 5 52 0 4375 67 127 2 15 8 127 2 112 0 94 5 77 0 59 5 62 117 3 15 7 117 3 117 3 117 3 100 9 83 4 65 9 57 116 2 15 7 116 2 116 2 107 5 90 0 72 6 55 1 77 161 4 16 2 95 0 67 0 47 6 72 146 6 16 0 113 4 93 9 745 55 1 5000 67 131 8 15 9 131 8 120 8 101 4 82 0 62 5 62 121 5 15 7 121 5 121 5 121 5 107 6 88 1 68 7 57 120 4 15 8 120 4 120 4 115 4 95 9 76 5 57 0 72 148 9 16 0 122 7 102 0 81 2 60 4 5625 67 133 9 15 9 133 9 131 3 110 5 89 7 69 0 62 123 4 15 7 123 4 123 4 123 4 105 4 84 6 63 9 57 122 3 15 8 122 3 122 3 119 8 99 0 78
16. 50 9 56 4 60 70 E09 6 8 1 18 9 50 9 56 4 60 70 208 14 1 95 22 0 1 5 6 2 5 5 100 E18 13 5 2 37 5 67 1 74 0 70 80 E24 18 2 50 0 82 7 89 6 90 90 E36 25 5 2 70 8 108 7 115 6 110 125 None 50 9 56 4 60 70 E09 9 1 21 7 50 9 56 4 60 70 230 14 1 95 22 0 1 5 6 2 5 5 10 0 E18 18 2 43 3 744 81 3 80 90 E24 24 2 57 7 92 4 99 3 100 100 078 E36 34 2 81 8 122 5 129 4 125 150 6 5 None 24 1 26 3 30 30 E09 9 1 10 8 24 1 26 4 30 30 460 64 45 10 0 0 8 3 1 2 2 5 0 E18 18 2 21 7 37 2 39 9 40 40 E24 24 2 28 9 46 2 49 0 50 50 E36 34 2 40 9 61 2 64 0 70 70 None 19 8 21 6 25 25 E09 9 1 8 7 19 8 21 6 25 25 575 54 38 85 0 6 24 1 8 4 0 E18 18 2 17 3 29 7 31 9 30 35 E24 24 2 23 1 36 9 39 1 40 40 E36 34 2 32 7 48 9 51 1 50 60 None P 52 3 57 8 60 70 E09 6 8 1 18 9 52 3 57 8 60 70 208 14 7 115 23 0 1 5 6 2 5 5 100 E18 13 5 2 37 5 67 1 74 0 70 80 E24 18 2 50 0 82 7 89 6 90 90 E36 25 5 2 70 8 108 7 115 6 110 125 None 52 3 57 8 60 70 09 9 1 21 7 52 3 57 8 60 70 230 14 7 115 23 0 1 5 6 2 5 5 100 18 18 2 43 3 74 4 81 3 80 90 24 24 2 57 7 92 4 99 3 100 100 090 E36 34 2 81 8 122 5 129 4 125 150 7 5 None 27 0 29 2 30 35 E09 9 1 10 8 27 0 29 2 30 35 460 7 7 50 12 0 0 8 3 1 2 2 5 0 E18 18 2 217 37 2 39 9 40 40 E24 24 2 28 9 46 2 49 0 50 50 E36 34 2 40 9 61 2 64 0 70 70 None 22 0 23 8 25 30 E09 9 1 8 7 22 0 23 8 25 30 575 6 4 40 10 0 0 6 24 1 8 4 0 E18 18 2 1
17. ur j TS ALS n3 ao 8 9 2 o gt t WOITOVdVO NAY NO T1YNIM831 031418301 Q MOlOM 8000100 1v13H NINIM 01313 2 140 15 H3MOd HOL DVINOD 88 5 321A30 ONY ONIYIM TYNOILdO MOLOM HOOQNI 3012V1NO2 ilh 128 N T 321A30 ONY ONIYIM 1801373 58055384 02 8013Y INO d LINII HILIM 5 0 9 80123130 3NOMS AVZ NO 123NNO2 9014 134305 180 1N2IGNY HOLIAS se 80123130 3WOMS AF2 NOI123NNO2 901d 1320 3 n S3ud MOT HOLIMS 80123130 3 0 5 1N0 123NNO2 9014 134208 MNOOQN HO10W HH ASNVHX3 83404 39v110A INIT NOI123NNO2 9 14 13 20 NOOQN AV134 1 54831 APZ NOI123NNOD 9014 139205 1V3H 5 9 11 91 10N1NO2 1221 TOYLNOD BIN APZ NO 123NNO2 9014 13208 3ufsS3ud H9IH HOLIMS roc morsi S3unss3ud 2 NOILJJNNOJ DN1d 13N20S JAVA SV 187201 1 1 88 6 N01123S NO23 1NO1123NNO2 9N1d 13ND0S dW3l dVA3 1VISOMU3Hl o l WERE PERS ojo P m 1 SV v 1 4 13 114 1 BIZIN marge r m SLINN SYB 21319345 404 1YNOI1dO 1Y134 NMOGLNHS LINN 1239 BOs 123NNO2S Q 21105 1 HANOI TET APZ VAS GIP7OBE 80 ASLS 80 AD QINY AMUOISNYEL 1238802510 HDL INS ies 2 1 80109 E CC 1 ou Dear 4 21 tavno o A3
18. A WARNING Factory installed smoke detectors may be subjected to extreme temperatures during off times due to outside air infiltration These smoke detectors have an operational limit of 4 F to 158 F Smoke detectors installed in areas that could be outside this range will have to be relocated to prevent false alarms Phase Monitors Designed to prevent unit damage The phase monitor will shut the unit down in an out of phase condition Standard on units with Scroll Compressors Coil Guard Customers can purchase a coil guard kit to protect the condenser coil from damage Additionally this kit stops animals and foreign objects from entering the space between the inner condenser coil and the main cabinet This is not a hail guard kit Dirty Filter Switch This kit includes a differential pressure switch that energizes the fault light on the unit thermostat indicating that there is an abnormally high pressure drop across the filters Factory installed option or field installed accessory Technicoat Condenser Coils The condenser coils are coated with a phenolic coating for protection against corrosion due to harsh environments Technicoat Evaporator Coil The evaporator coils are coated with a phenolic coating for protection against corrosion due to harsh environments Hot Gas Bypass Allows operation during low load conditions while avoiding coil frosting and damage to compressor When suction pressure
19. NA 19 A91v 6 1 7 n i iy I l l zn AIEEE G A 9 1 1 1 LL 49 2 6 EU l 1 1 1 2 1 u8 1 6 E I gt l 1 1 1 l l vd u 0 6 e u Pas EUER Ds 4 iU ON NO 10N1NOO 13H38 E 112 4 2 Nf NO IYNIWYJL 313118301 22 38 S3291 30 ONY ONIYIM 01313 S gt 8105 S3291 30 ONY TVNOI1d0 oer x 321A30 ONY ONIUIM ANOLOV3 9056 KV V 1679 NI 03 LON 3104 7 AF2 M9078 TVNIWN3I 45 0 08 1081802 0383MOd 1V3H3H YIWYOISNVYL 11 112114 1 1 3 3 uH v 81H8 3ATVA AYM 33NHl 01083105 10 Gl uuu u8 6 6 ug Lrv6 1102 835 30 02 QION310S 210 1 3 38 01083105 1105 v ISNA 2 22ni awa 11v130 1V3H3H QNYOB 1OYLNOD OHH u3uv3u8 1102812 82 u8 0v6 ah A1186 0 061 0N3931 u8 906 O 4 A T5 O 6 vA 061 235 AVZ m 88 9 6 KA A A r6 O Oe ud Gv6 O NNN 0 6 LHX J NSLS 411 181 01L 84 556 O 82 9ve S NY Y O 2 05 SBOVLIOA 83 10 804 020 0 193 4088 V 117130 338 w 061 4 1 181 OL 0 66 CTe2n3K 0 o0 vv6 O A 1 6 Y oy NvHOVIQ 13 5 9 3 3 4 2 8 Y 185 Johnson Controls Unitary Products 528150 YTG G 1210 Typical ZR150 Reheat Wiring Dia
20. NOI123NNO2 5014 1320S 3unssi3ud HJIH HJLIMS 0 22 114405 HO123130 3XOMS APZ 23NNO2 9014 13 205 Mil dVAi 01 Bt 145 a 0 81 BIY Nufl3H 80123130 3XOMS E JINNO 9014 13208 CO a0 Na Hood nO aston zni 18 201 Qi u8 611 1 u3MOd 39 1 10A INIT NOI123NNO2 9014 13208 Nvi sof 3o foc ei v LEA IRR pen MW E 1 1v3H SY9 APZ NOI123NNOD 9014 139205 1249 2 128dN02 x8 61 34 101 sa SNO1123NNO2 NOILISOd NIM 310634 LAN JIM 123NNODSIQ HJLINS 154 181 121 1 SLINA SVE 21312345 801 TVNOIldO EET E Y LINN CNNOLIdO HLT HIV E s CIWNOILdO NIV 114405 avons 40153130 MOSNSS 01140 39uvH2SIQ HOSNIS Syg 1140 137100 32N31N3ANO2 A021 1140 HIY 3WOMS 40123130 YOSNAS 6 JION 335 831 1 ASW NYY 1H223 peu 3 CTWNOILdO 4111081NO2 80123130 3NOMS 11831545 9811002 AV I3 122 TOULNOD 111100 i 0 ILS Mi p E H SHOLINGNOD CTWNOIIdO SHHO 0001 0 NOI II SOd 1 2_99 4 ase OSO sao M ET S po 8892097491 W NINIM 310N3H 8313NNO LN310d 834402 150 E 09 A0ti g02 T 18 A06 u3MOd 0 NV49VIQ AYVINAWG 14 0 18223 250 A8VQNO23S 49H HI IM SVD H INA ON 1 02 x i H 3 0 3 Y 173 Johnson Controls Unitary Products 528150 YTG G 1210 Typic
21. TEST CONFIGURATION Horizontal Side Return Ducted Inlet Indoor Blower Speed RPM 1 012 5 5 Turns Open Equivalent 1 134 3 Turns Open Equivalent 1 174 2 Turns Open Equivalent External Static Pressure IWG 1 0 1 6 2 0 Nominal Airflow CFM 2 000 1 800 1 600 Blower Motor BHP 1 04 1 25 1 39 Octave Center Freg Hz ipd Moos E On REL E a dii 63 76 78 78 79 79 81 125 70 73 73 76 74 77 250 68 70 68 69 69 70 500 61 62 61 62 60 62 1000 61 62 61 62 58 60 2000 57 58 57 58 54 56 4000 56 56 55 56 52 53 8000 50 50 50 50 47 48 1 Cooling Operation ID blower compressor and outdoor fan operating at 230 VAC Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively Indoor Sound Power Levels Horizontal Ducted Discharge High Static Belt Drive UNIT DESCRIPTION MODEL ZH ZJ ZR037 3 Ton High Static Belt Drive TEST CONFIGURATION Horizontal Side Supply Ducted Discharge Indoor Blower Speed RPM 896 3 5 Turns Open Equivalent 1 072 Fully Closed Equivalent 1 170 2 5
22. 1750 67 64 9 4 1 59 6 51 9 44 33 36 7 29 0 62 59 6 4 1 59 6 59 0 54 4 46 8 39 1 31 5 57 58 9 4 0 58 9 58 7 54 6 469 39 3 31 7 77 80 4 4 3 41 8 33 3 247 72 73 6 4 2 58 5 44 9 36 4 27 8 2000 67 66 8 4 1 65 1 56 6 48 0 39 5 31 0 62 61 4 4 1 61 4 61 4 59 0 504 41 9 33 3 57 60 7 4 0 60 7 60 7 59 2 50 6 42 1 33 5 72 75 2 4 2 57 7 48 3 38 9 29 6 2250 67 68 2 4 1 67 4 60 8 51 4 42 0 32 7 62 62 7 4 1 62 7 62 7 61 5 52 1 42 8 33 4 57 62 0 4 1 62 0 62 0 61 2 51 8 42 5 33 1 72 76 7 4 2 61 9 51 7 41 5 31 3 2500 67 69 7 4 1 69 7 65 0 548 44 6 34 4 62 64 0 4 1 64 0 64 0 64 0 53 8 43 6 33 4 57 63 3 4 1 63 3 63 3 63 3 53 1 42 9 327 105 77 63 0 5 1 24 9 21 4 15 9 1250 72 57 2 5 0 35 4 29 9 24 4 18 9 67 51 5 4 8 45 9 38 5 33 0 27 5 22 0 62 47 3 4 7 47 3 47 3 40 6 35 1 29 6 24 1 77 65 0 5 1 30 5 24 0 17 6 72 59 1 5 0 40 0 33 5 27 0 20 6 1500 67 53 1 4 8 49 4 43 0 36 5 30 1 23 6 62 48 9 4 8 48 9 489 44 9 385 320 255 57 49 9 4 7 49 9 49 2 42 7 363 29 8 23 4 77 67 1 5 2 36 1 26 7 19 3 72 60 9 5 0 44 5 37 1 29 7 222 1750 67 54 8 4 9 53 0 47 5 40 1 32 6 252 62 50 4 4 8 50 4 50 4 49 3 41 9 344 27 0 57 51 5 4 8 51 5 51 1 46 9 39 5 32 0 24 6 TT 69 1 5 2 41 6 29 3 21 0 72 62 8 5 1 49
23. 16 4 18 2 20 20 E09 9 1 8 7 16 4 18 2 20 20 575 44 36 5 5 1 3 3 9 1 8 0 0 E18 18 2 17 3 26 5 28 8 30 30 E24 24 2 23 1 33 7 36 35 40 E36 34 2 32 7 45 8 48 50 50 152 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ078 150 Hi Static Motor Without Powered Convenience Outlet Continued D Fan Suppl Pwr Pwr 2 Compressors od Blower Exh Conv Electric Heat Option 1 MCA Max Fuse joined Size Volt each each Motor Motor Outlet MCA WIPWE Breaker Size w Pwr Tons Amps Exh Size Exh RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps Amps None 52 6 58 1 60 70 E18 13 5 2 37 5 58 8 65 7 60 70 208 16 110 24 9 3 5 9 6 5 5 0 0 E24 18 2 50 0 74 5 81 3 80 90 E36 25 5 2 70 8 100 5 107 4 110 110 E54 40 6 2 112 7 152 9 159 7 175 175 None 52 6 58 1 60 70 E18 18 2 43 3 66 1 73 70 80 230 16 110 24 9 3 5 9 6 5 5 0 0 E24 24 2 57 7 84 2 91 90 100 E36 34 2 81 8 114 2 121 1 125 125 120 E54 54 2 129 9 141 9 148 8 175 175 10 None 25 6 27 8 30 35 E18 18 2 21 7 33 1 35 8 35 40 460 7 8 52 12 1 1 6 4 8 2 2 0 0 E24 24 2 28 9 42 1 44 8 45 45 E36 34 2 40 9 57 1 59 9 60 60 E54 54 2 65 0 Ti 73 7 80 80 None 19 3 21 1 25 25 E18 18 2 17 3 26 5 28 8 30 30 575 5 7 38 9 8 9 1 3 3 9
24. 38 0687 587 o oez eH gt gis 814 D wns 1 Ua ET ori 68808 NV1 L3N2Y8l 1 2313 80 Sv9 7 038001 316 21144 ION 1 NNOD INIT 1191 14 15 3UnTIVJ 1081802 Y SI SIHL AOV3IS NO 5 D 53002 HSV13 IR ugie8 Ais eig V NO Ld 82930 Gov 3186 g 1 086 A186 YA SL 238 Ave L O S A O wO Sit 83 7 arog LINN 335 02 114 WOD riv 08 ZOX po u8 269 0182 0113 O07 921m INIT Al12114W1S NvdgOVIGO AYVINAWG 14 JIA WILSAS 51041109 H 9 E 3 q 5 a Y Typical ZH ZJ078 150 Factory Installed VFD Option 187 Johnson Controls Unitary Products Johnson Controls Unitary Products 1270 LIS ANOLOV4 B Add VIS10269 v SILON 278 21744 8 10 WYOVIG LINN 33S I ONI r LINN SIHI 9NI2IAU3S 480438 3 1
25. CIVNO 140 LSNYHXJ 83NO4 219 215 614 615 90 821 S 310 335 SNOILD3NNOD JLYNYJLIY 0 W31SAS 0NINOD 335 OJA HILIM SIINA 803 m 17 IS pe 131100 SuO1200NO2 X8 6v MO ASIP HO4 OL 123NNOD Opp 0 AOSE A09 SI NMOHS LITINO 3383183ANOD ug OT 834402 350 P 3108 335 0 0 61 08 olo 114415 u340d iat os 150 1SnvHX3 H3MOd 39v110A 3NI 23S 0 VAS9I Su01200N02 834402 350 114405 u3MOd 0235 WOI 2VdYO NAY NO IWNINYIL 031314301 01313 5321A30 ONINIM 01140 391A30 ONIYIM A8012V3 80123130 3NONS NO1123NNO2 80123130 3NOMS APZ NOILDINNOD 80123130 3WOMS APZ NO 123NNO2 7N01123NNOD 5431 2 NOI123NNO2 7081NO2 HIN APZ NO 123NNOO 638055384 2 NO 123NNOO NO1123S NO23 2 NO 123NNOO W321WONO23 APZ NOI 1 23NNOD 1v3H SVO AVZ NOII23NNOO CSLINN 5 8 21412345 803 1YNOI1d0 6187086 HO ASLS HO A097 1 u3WHOiSNVHl VASL YINYOISNYYL 42018 VNINN3I 180123130 3NO0MS 780123130 3XOMS NOSN3S IVNOI1dO 83110818052 8023130 3WOMS 1101108 01140 SWHO 0001 0 0111504 310m3H 8313nNO 1N310d W3MOd NIYM CIWNOI1dO BIY 114405 CTWNOILdO BIY NURL3U WONINIM ALIDTTdNIS OL TWNOILdO 15
26. LINN SIHI 30 NOIIYIIVISNI 30 3MIl 123333 NI 53002 1YNOIlYN ug 2v2 WO QNY 1Y201 71112 9NINO1103 03 5114 022 38 01 ONINIM 01313 11V I 7 310N 8 962 A n H 05 x8 s62 5 oos sz 529 1 35019 340 ug 7 Ire 91542 380SS38d DNI1YHidO 321434 err m 51041802 34055384 r u8 199 C EFE 99 9 5 92 184 m 2 ug ete m sr s svi r TRTI AZ 3 930 3univu3dw3l 9N 1v8340 331 30 u9 1 2 any 226 basal eir EJ L mld 131 1 562 m 134 S1081N02 3UnlvuldM3l u9 652 8100 0 arioz HED no ueiz 0000000 gg 54 58 gt u 3108 335 n 2 COD Oe E eo imo mn 7 AOE SNOILJINNOJ uidOBd MYvu9VIO S 03u m2 u 62 2 me a38 NIIN IVAH 21812313 335 122 43810 V 11 130 MBI LSE 918 38 262 1 33S 310N 335 4 82d 825 vIS wid 614 615 m 2 19 0 2 0 4 1 2 734 dnd VNOI1dO 1SAVHX3 H3NOd 2147215 0 T ms LZ 1 wOSN3S EAA 7 6 310 335 7 zO Mace TSYOSNIS 2 O1 205 NO HOLIMS 410 JAON 20S 19 36 EE 583 SHd NO 2 YOSNIS 01 Pid 123NNOD vSOS WHOS 3014 1 m cwona 1 2 309 N NOSN3S Ol 14 193NNOD 21140 506 103 6 als i 525 01 310N 335 3 05 333 8011235 1 3 21812313 m9 B
27. hapas 214193131979 MINOT Ng P OVI 10A INIT 9 AVS NO I23NNO n NOILIl Vd YOSSIYdNOD NO Nid 9 2 NOII23NNOO N n 10 1 6 YOLYNLOY NOO3 Nid v Are yg y g em 48 reg 8 8 9 INY 9 i J 89 1 dada HS DMI EER D MILES V 125 124 3 1 l OWNOI14O 83134O11N310d HLIM NOSN3S 38n1VH3dN3l INOZ 517 govss f gov cs EE 18 629 DH aan I 1 I P 1081N02 En j xog Sav XO8 1041802 1 yg g em i8 808 6 D 8 968 P i 0 18 181 AM aioe i d 224 225 14 5 LAINO LIND 1V3833 310d P A 7 1 wre n mos w GS 3 Md O ivo D MIL Hva 1 24 wA C 1 9 Oy erse 8 168 194 8 019 E di gov zs Ol 8 55 E avid HOC A 098 m s oe o Send 1 0 5 Ol 5070 WOU JI9YLSNCIV 821145 831 83d 6 2 8 199 1 J 38 r982Q 85 g dois E noO kakak s eld u rese x 8 1140 NO day 80 190 IQNO23 NOlVhl2V 12v nre 3 116 u oid oss A 083931 80v ONTIVIH 801 LVS 2 KS 9N11002 304 LYS n 4 266 OVA v2 sO Waviv 1 15 323384 1109 BILM mu Wav 341174831 3245 5 8 896 2 u D o 2se Om owiorison 0111504 NIW NODS 3d BHU HOLIMS 8 A110 INN gon i i u 196 eus 9 49 Hmmm Be 1v3H3H 3un1iv4 QuvOB 10H1NO2 lgon 9s 80v 8s 07995 39804 Bd 166 HX qmm 49 v
28. 1067 1087 1107 1128 1149 1171 1192 1213 1234 Hi 1 14 1 17 1 20 1 25 1 30 1 36 1 44 1 52 1 61 1 71 1 82 1 63 1 72 1 82 1 93 1263 1284 1305 1326 3 HP amp Field Supplied Drive 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 1 8 RPM BHP Static 2 HP amp Drive 1117 1 25 1137 1 28 1157 131 1178 1 36 1199 1 41 1221 1 47 1242 1 55 2 0 1164 1 07 1180 1 09 1195 1 11 1210 1 13 1225 1 17 1240 1 21 1256 1 26 2 0 RPM BHP 1210 1 13 1225 1 17 1240 1 21 1256 1 26 1273 1 31 1291 1 37 1310 1 44 2 0 1166 1 36 1186 1 39 1207 1 42 1228 1 47 1249 1 52 1270 1291 1312 1334 1355 1376 1 59 1 74 1 83 1 93 2 04 Johnson Controls Unitary Products 107 528150 YTG G 1210 ZH078 6 5 Ton Bottom Duct Available External Static Pressure IWG can 0 2 0 4 0 6 0 8 1 0 1 2 1 4 1 6 1 8 2 0 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP Field Supplied Drive Standard 1 5 HP amp Drive Hi Static 2 HP amp Drive 1303 1800 775 0 31 850 0 53 924 0 72 998 0 89 1072 1 05 1147 1 20 1224 1 35 2000 803 0 45 878 0 67 952 0 86 1026 1 03 1100 1 19 1175 1 34 1252 1 4
29. 18 a SV8 NON NOI123S N3Z MONOO3 QuvONviS 14 15 ugrzve 4 3108 1351 ISOC Sas ug Ip Z 12 9 6 ug 198 C aoa Tj Tos ie 9 71 olo 78 61 5746 81 ALON 338 iw 01912 e e e ss sv1 W150 ned s ec s is i gt Te Paser 0 131 rr 006 sos a ZH isa 3 D 62 se oos sz 529 wm 6 sw Lugveez Anz fall i 1 65 1 438019 Nido 27 35019 Nid0 a DE m LINT 14 Y 11 Darse 134 91S4 3unsS3ud ONI1YN34O 321A3G Cd 510 w002 Xa rO 102 GH H 00 33u 912 H 9Ni1vu340 32 30 oY 83 1 SHd NEU RECEN S a3u amp 6 au N 01 NO di N S 081NO 3ufiSS3Ud STOULNOD 3uhivuddmil 1 NO Z 8OSN3S Ol vid L23NNO2 vSOS vaas aod 22 ud M18 T 38 262 Mis auis 20S N HOSNIS OL Pid 121402 ANO VSQS 04 WI ws vis vids M m 18 162 2 CH Daa vinta Ee Op ORE Lee nas Someone uee Uk 6 QS 2 5 ona 6 10 135 5 c P use aw 2 u8 211 2 SHd 2 d an Tp 0 92 1 Lu 614 615 8OSN3S 3WV 14 ionis Er 20s j i a Q li ZM Nu8 1 01140 1S vHX3 HiMOd 214 215 iE less 6 n waves 54 208 arera 038 6 X CULTA
30. 25 s Bottom gas supply entry Bottom power control and convenience outlet wiring entry f 3X 0 875 Johnson Controls Unitary Products 199 528150 YTG G 1210 ZH ZJ ZR037 150 Unit Electrical Entry Disconnect Swith Cover Power Entry 2 1 2 Control Entry 7 8 x Power Entry 2 1 2 Convenience Outlet Cover Convenience Outlet Power Entry 7 8 F RO N T ZH ZJ ZR037 120 Unit Side Duct Openings Dot Plugs 4 18 1 4 5 5 G Retum A Air J MO j 2 31 32 a 5 5 32 lt 31 1 1 16 gt 200 Johnson Controls Unitary Products 528150 YTG G 1210 ZH150 Unit Side Duct Openings Dot Plugs 2 7 8 C 31 5 8 ZJ ZR150 Unit Side Duct Openings Dot Plugs ZH ZJ ZR037 150 Side Duct Dimensions Dimension in Unit Model Number A B C D 2 037 049 061 078 090 27 3 4 12 1 16 27 1 2 16 ZH102 120 28 1 4 18 1 16 28 1 4 18 1 4 ZH150 28 1 4 18 1 16 28 1 4 18 1 4 ZJ037 049 061 27 3 4 12 1 16 27 1 2 16 ZJ078 090 102 120 28 1 4 18 1 16 28 1 4 18 1 4 ZJ150 28 1 4 18 1 16 28 1 4 18 1 4 ZRO37 049 061 27 3 4 12 1 16 27 1 2 16 ZR078 09
31. 3 Y Typical ZR037 061 Reheat Unit with Gas Heat 460 575 Volt Wiring Diagram 175 Johnson Controls Unitary Products Ld NO I23NNO2 3AON3 ION 00 SVB 31 310N 0 ANOSS322V 31515 51041802 SYG 335 SLINN SYG 803 V 869269 LINN ONIDIAYAS 350418 SLO3NNOOSIQ N3dO NOILAWD 71V130 831380 1N310d NOILISOd WAMININ 310838 1v15 1 NO 031 075729 OO u gu 0 972 v 40 140 nue 318 1 310N 33S 11V130 3931001103109 0111504 310N3U NI NAOHS SY 5381 123NNOO ONY NA LON 3HIM 3AOM38 134 13 D 1 SI W3130011N3104 NOTLISOd mOWININ 31OM38 NGA 614 615 o 4 2 1 1 SY8 NON NO 03 LON MYHOYIO SVB 335 SLINM SVB INOS NO Q3S 823 7
32. 528150 YTG G 1210 Typical Wiring Diagrams ZH ZJ037 150 Typical Wiring Diagrams Typical ZH ZJ037 061 Cooling Unit with Gas Heat 230 Volt Wiring Diagram V 70669269 LINN 9NIOIAu3S 3190138 S193NNOOSIQ N3dO NOILNYO SLINA SYG NON NO 0350 LON MVHOVIG SYB 335 SLINN SVB 3MOS NO G3SN d23 1V3H Sv9 39V1S OML YO4 AINO JYY STYNIW831 IH A9 ONV 2M 2 711 130 8315O 1N310d NOILISOd MOMININ 3LON3Y NI NNOHS SV S3HIM 123NNO2 ONY NM INN 3HIM Q311V1SN S 4313MO 1N310d NOILISOd M MINIM 310m3U GVO 10N1NO2 1 NO H Nid OL 03123NNO2 S 8 S22 3HIM O31 VISN LON USN 3 84 ONVOS 10NINO2 JHL NO 05 Nid OL 031238502 S1 3818 O3TWISM LON SI UOLINOM SS01 3SVHd NIHA 529014 3AOM3N O371V1SN 38V SI S 80123130 3XONS 31 711918 SHIM W3dmnr HLIM 9114 3AOM3H Q311VISNI 51 u32 MONO23 GYVONVIS N3HM 2 8 ONY 220 N33M138 0311 15 1 38 1SnM HuidNnf BSIMYIHLO Q311V1SNI SI HOLIMS 03140220 31 JAIM JAONIY ALIOVdNV L102812 WOWININ ONY 3715 834Y3HG 1102812 uO ONV 3504 M WIXVM JO 31V1d3MVN LINN 335 S80SS384MO3 11082 SLINA NI ONNOJ LON Juv Su3lY2M 3Sv2NMVID TWNIMNYIL A802 OL 3H M 0 121 ABOZ Q3HIM AYOLIVG SNOILIGNOD 3SVHd 319NIS AMWNIYd YIONN 03123108d ATLNINIHNI JYV SHOIOM 3SVHd 3341 7ONI2IAN3S 831 3 NOI1VH3dO H3dONd A3143 NOI1V21411N30 GIYIGMNNGY ATYVITD 1N31VA1003 YO 3816 110 009 72 338
33. RPM 933 953 971 989 1007 1027 1047 1070 1094 BHP 1 59 1 70 1 83 1 98 2 14 2 31 2 50 2 70 2 90 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 1 6 1 8 2 0 RPM BHP RPM BHP RPM BHP Hi Static 3 HP amp Drive 1175 1 46 1231 1 59 1289 1 72 1203 1 61 1259 1 73 1317 1 87 1234 1 77 1290 1 90 1348 2 03 1268 1 95 1324 2 07 1304 2 14 1361 2 27 1458 1500 1544 1589 2 62 2 85 3 10 3 36 1 6 1 8 RPM BHP RPM BHP Hi Static 3 HP amp Drive 980 1 80 1025 2 05 1000 1 91 1046 2 16 1019 2 04 1064 2 29 1037 2 19 1082 2 44 1055 2 35 1100 2 60 1074 2 52 1119 2 77 1095 2 71 1117 2 91 3 HP amp Field Supplied Drive Johnson Controls Unitary Products 105 528150 YTG G 1210 ZH120 10 Ton Side Duct Air Flow CFM 2600 2800 3000 3200 3400 3600 3800 4000 4200 4400 4600 4800 5000 0 4 RPM RPM 0 6 Field Supplied Drive 0 2 RPM BHP 675 0 53 686 0 63 699 0 75 713 0 88 728 1 02 745 1 18 763 1 36 783 1 55 805 1 77 828 2 00 852 2 25 879 2 52 906 2 81 726 738 750 764 779 796 815 835 856 879 904 930 958 0 74 0 84 0 96 1 09 1 23 1 39 1 57 1 76 1 98 2 21 2 46 2 73 3 02
34. 111 3 95 2 78 2 61 3 4500 62 108 1 10 0 108 1 108 1 108 3 91 4 74 5 57 6 57 111 0 9 9 111 0 111 0 111 0 94 1 77 2 60 3 72 131 8 10 1 111 7 93 5 75 2 57 0 67 121 4 10 0 121 4 118 0 101 3 83 1 64 8 5000 62 109 8 10 0 109 8 109 8 109 8 91 5 73 2 55 0 57 112 7 9 9 112 7 112 7 112 7 94 4 76 2 57 9 Johnson Controls Unitary Products 47 528150 YTG G 1210 ZH120 10 Ton Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 1257 77 5 106 7 12 3 43 2 38 1 27 7 2500 72 100 8 12 2 65 9 55 6 452 348 67 95 0 12 2 88 2 73 0 62 7 52 3 41 9 62 86 7 12 2 86 7 867 78 2 66 5 56 1 45 7 77 109 0 12 3 54 4 42 4 30 4 72 103 0 12 2 73 6 61 6 49 6 37 6 3000 67 97 0 12 2 92 7 80 8 68 8 56 8 44 8 62 88 5 12 2 88 5 88 5 843 723 603 48 3 57 90 9 12 1 90 9 90 9 81 8 69 8 57 8 45 8 77 111 2 12 3 65 5 46 7 33 1 72 105 1 12 3 81 2 67 6 54 0 40 4 3500 67 99 0 12 2 97 3 88 5 74 9 61 2 47 6 62 90 4 12 3 90 4 90 4 90 4 78 1 645 50 9 57 92 8 12 2 92 8 92 8 89 0 75 4 61 8 482 77 113 5 12 3 76 6 51 0 35 8
35. 12 2 88 19 3 5 9 6 5 5 10 0 E18 18 2 43 3 78 6 85 5 80 90 E24 24 2 57 7 96 7 103 5 100 110 102 E36 34 2 81 8 126 7 133 6 150 150 8 5 None 26 1 28 3 30 30 E09 9 1 10 8 26 1 28 5 30 30 460 5 8 44 9 1 6 4 8 2 2 5 0 E18 18 2 21 7 39 3 42 1 40 45 E24 24 2 28 9 48 3 51 1 50 60 E36 34 2 40 9 63 4 66 1 70 70 None 20 4 22 2 25 25 E09 9 1 8 7 20 7 23 25 25 575 4 4 36 55 1 3 3 9 1 8 4 0 E18 18 2 17 3 31 5 33 8 35 35 E24 24 2 23 1 38 7 41 40 45 E36 34 2 32 7 50 8 53 60 60 146 Johnson Controls Unitary Products 528150 YTG G 1210 ZH078 150 Hi Static Motor With Powered Convenience Outlet Continued OD Fan Suppl Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option i MCA Max pide Size Volt each each Motor Motor Outlet MCA WIPWr Breaker Size w Pwr Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model kW Amps Amps Amps ADS None 66 9 72 4 80 90 E18 13 5 2 37 5 71 3 78 2 80 90 208 17 9 120 28 0 3 5 9 6 5 5 10 0 E24 18 2 50 0 87 93 8 90 100 E36 25 5 2 70 8 113 119 9 125 125 E54 40 6 2 112 7 165 4 172 2 175 175 None 66 9 72 4 80 90 18 18 2 43 3 78 6 85 5 80 90 230 17 9 120 28 0 3 5 9 6 5 5 10 0 E24 24 2 57 7 96 7 103 5 100 110
36. 125 TT E 55 9 7 8 18 9 12 5 10 1 1250 72 47 8 6 5 29 2 24 0 18 8 13 6 67 39 6 5 7 39 6 34 3 275 223 17 1 62 32 9 5 9 32 9 32 9 24 3 19 1 13 9 8 7 77 55 4 7 0 27 2 17 4 11 1 72 47 3 6 2 33 2 27 0 20 7 14 4 1500 67 39 2 5 4 39 2 365 303 240 17 8 62 32 5 5 7 32 5 32 55 26 8 205 143 8 0 57 35 4 5 8 35 4 35 4 29 3 23 0 16 8 10 5 77 54 8 6 7 35 6 22 3 12 2 72 46 8 5 9 37 2 29 9 22 6 15 3 1750 67 38 8 5 2 38 8 38 8 33 0 25 7 18 4 62 32 1 5 4 32 1 32 1 29 2 21 9 14 7 7 4 57 35 0 5 5 35 0 35 0 31 9 24 7 17 4 10 1 FF 54 3 6 4 43 9 27 2 13 2 72 46 3 5 7 41 1 32 8 24 5 16 1 2000 67 38 3 4 9 38 3 38 3 35 7 274 19 1 62 31 7 5 1 31 7 31 7 31 7 23 4 15 0 6 7 57 34 6 5 2 34 6 346 346 263 180 9 6 72 46 2 5 9 44 6 35 4 26 3 17 1 2250 67 38 2 5 1 38 2 38 2 38 2 29 3 20 1 62 31 6 5 4 31 6 31 6 31 6 22 4 13 3 4 1 57 34 5 5 5 34 5 34 5 34 5 25 3 16 2 7 1 72 46 0 6 1 46 0 38 1 28 1 18 2 2500 67 38 1 5 3 38 1 38 1 38 1 31 1 21 2 62 31 5 5 6 31 5 31 5 31 5 21 5 11 5 1 6 57 34 4 5 7 34 4 34 4 34 4 24 4 14 5 4 5 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These rat
37. 16 2 12 4 900 67 31 5 2 9 28 7 24 9 21 1 17 3 13 5 62 27 7 2 9 27 7 27 7 25 6 21 8 17 9 14 1 57 28 2 2 9 28 2 282 26 0 222 184 14 6 77 42 2 3 0 21 9 16 6 12 3 72 37 2 3 0 26 4 220 17 6 13 3 1050 67 32 3 3 0 30 9 27 4 23 0 187 14 3 62 28 3 2 9 28 3 283 27 9 23 5 192 14 8 57 28 9 2 9 28 9 289 28 4 24 0 19 7 15 3 77 43 2 3 1 24 9 182 13 3 72 38 1 3 0 28 9 24 0 19 1 14 2 1200 67 33 1 3 0 33 0 29 9 25 0 20 1 15 1 62 29 0 2 9 29 0 29 0 30 2 25 3 204 15 5 57 29 6 2 9 29 6 29 6 30 7 25 8 20 9 16 0 72 38 5 3 0 31 7 262 20 7 152 1350 67 33 4 3 0 33 4 31 6 27 0 21 5 16 0 5 62 29 3 2 9 29 3 29 3 29 9 24 4 18 9 13 4 57 29 9 2 9 29 9 29 9 30 5 25 0 19 5 14 0 72 39 0 3 0 34 4 28 3 222 16 1 1500 67 33 8 3 0 33 8 33 4 29 0 22 9 16 8 62 29 6 2 9 29 6 29 6 29 6 23 6 17 5 11 4 57 30 2 2 9 30 2 30 2 30 2 24 1 18 0 11 9 Johnson Controls Unitary Products 35 528150 YTG G 1210 ZH037 3 0 Ton Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh KW 90 85 80 75 70 65 MBh KW 90 85 80 75 70 65 125 TT 32 6 3 5 12 4 10 7 8 1 75
38. 235 290 240 Gas piping connection in 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 DIMENSIONS inches Length 89 89 89 Width 59 59 59 Height 42 42 42 OPERATING WT Ibs 867 880 867 COMPRESSORS Type Recip Recip Recip Quantity 1 1 1 Unit Capacity Steps 100 100 100 CONDENSER COIL DATA Face area Sq Ft 11 9 11 9 11 9 Rows 1 1 1 Fins per inch 23 23 23 Tube diameter in MM 98 25 98 25 71 18 98 25 Circuitry Type 2 pass Microchannel 2 pass Microchannel 2 pass Microchannel EVAPORATOR COIL DATA Face area Sq Ft 10 56 10 56 10 56 Rows 3 3 4 Fins per inch 15 15 12 Tube diameter 0 375 0 375 0 375 Refrigerant control TXV TXV TXV REHEAT COIL DATA Face area Sq Ft 8 9 8 9 8 9 Rows 2 2 2 Fins per inch 15 15 15 Tube diameter 0 375 0 375 0 375 Refrigerant control Solenoid Solenoid Solenoid 30 Johnson Controls Unitary Products 528150 YTG G 1210 ZR037 061 Two Stage Gas Heat Physical Data Continued Component Models ZR037 29049 28061 Nominal Tonnage 3 4 5 CONDENSER FAN DATA Quantity of fans 1 2 2 Fan diameter Inch 24 24 24 Type Prop Prop Prop Drive type Direct Direct Direct Quantity of motors 1 2 2 Motor HP each 1 3 1 3 1 3 No speeds Var Var Var RPM 850 850 850 Nominal total CFM 3500 7000 7000 BELT DRIVE EVAP FAN DATA Quantity 1 1 1 Fan Size Inch 12x9 12x9 12x9 Type Centrifugal Centrifugal Centrifugal Motor Sheave 1VP3
39. 2500 72 131 7 8 3 77 8 66 6 55 4 442 67 122 9 8 2 96 7 85 5 74 3 63 1 51 9 62 108 0 8 1 108 0 108 0 89 9 78 7 67 5 56 3 77 146 7 8 5 66 8 53 7 40 5 72 137 5 8 4 87 8 74 6 61 5 48 3 3000 67 128 4 8 2 108 7 95 5 82 4 69 3 56 1 62 112 9 8 1 112 9 112 8 99 7 86 5 73 4 60 3 57 113 8 8 1 113 8 113 8 102 4 89 2 76 1 63 0 77 152 9 8 6 74 7 59 6 44 5 72 143 4 8 4 97 7 82 6 67 5 52 4 3500 67 133 8 8 3 120 7 105 6 90 5 75 4 60 4 62 117 7 8 2 117 7 117 6 109 5 94 4 79 3 642 57 118 7 8 1 118 7 118 7 112 4 97 4 82 3 67 2 77 159 2 8 6 82 6 65 6 48 5 72 149 2 8 4 107 6 90 6 73 6 56 6 4000 67 139 3 8 3 132 7 115 7 98 6 81 6 64 6 62 122 5 8 2 122 5 122 5 119 3 102 3 85 2 68 2 57 123 5 8 2 123 5 123 5 122 5 105 5 88 5 71 5 72 150 4 8 5 114 3 96 0 77 7 59 4 4500 67 140 3 8 3 137 0 122 4 104 2 85 9 67 6 62 123 4 8 2 123 4 123 4 121 8 103 5 85 2 66 9 57 124 4 8 2 124 4 124 4 123 9 105 6 87 4 69 1 72 151 5 8 5 120 9 101 4 81 8 62 3 67 141 4 8 4 141 4 129 2 109 7 90 2 70 6 5000 62 124 3 8 3 124 3 124 3 124 3 104 7 852 65 7 57 125 3 8 2 125 3 125 3 125 3 105 8 86 3 66 7 105 F 77 124 8 10 5 50 8 42 5 31 6 2500 72 114 8 10 4 71 4 60 4 49 5 38 6 67 104 7 10 3 91 9 78 4 67 4 56 5 45 6 62 94
40. 2925 67 58 7 9 2 58 7 587 522 424 32 1 62 53 8 9 0 53 8 53 8 53 8 44 9 34 9 248 57 63 2 9 0 63 2 63 2 61 4 51 3 41 3 31 2 72 67 2 9 1 59 9 49 4 38 9 28 3 3250 67 58 4 9 1 58 4 584 543 437 332 62 53 5 8 9 53 5 53 5 53 5 43 0 32 5 22 0 57 62 7 9 0 62 7 62 7 62 7 52 2 41 7 31 2 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 kW and the compressor motors but not the supply air blower motor Johnson Controls Unitary Products 77 528150 YTG G 1210 ZR078 6 5 Ton Reheat Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 85 80 75 70 65 MBh kW 85 80 75 70 65 35 F 45 72 34 9 5 1 E 1625 67 35 2 4 9 2 5 2 2 1 9 1 7 62 32 0 4 9 5 2 4 9 4 6 4 4 4 1 72 37 2 4 9 1950 67 37 6 4 7 6 2 5 6 4 9 4 2 62 34 2 4 7 13 0 12 4 117 11 1 10 4 57 34 5 4 7 18 2 17 6 16 9 16 3 15 6 72 39 6 4 7 2275 67 39 9 4 5 9 9 8 9 7 9 6 8 62 36 3 4 5 20 9 19 8 18 8 17 8 16 7 57 36 6 4 5 28 5 28 2 27 2 26 1 25 1 72 41 9 4 5 2600 67 42 3 4 3
41. 3 HP amp Field Supplied Drive 1 2 1 4 1 6 1 8 2 0 RPM BHP RPM RPM BHP RPM BHP RPM BHP Standard 3 HP amp Drive 952 1 83 995 2 00 1037 2417 1079 2 34 1119 2 52 967 1 97 1010 2 14 1053 2 31 1094 2 48 1135 2 66 984 2 13 1027 2 30 1069 2 47 1111 2 64 1152 2 82 1002 2 31 1046 2 48 1088 2 65 1129 2 82 1170 3 00 1022 2 50 1066 2 67 1108 2 84 1149 3 02 1190 3 19 1044 2 72 1087 2 89 1129 3 06 1171 3 23 1211 3 41 1067 2 95 1110 3 12 1152 3 29 1194 3 46 1235 3 64 1092 3 20 1135 3 37 1177 3 4 1219 3 72 1259 3 89 1118 347 1161 3 65 1203 3 82 1146 3 76 1189 3 94 1231 4 11 1175 4 07 1218 4 24 1260 1343 4 76 1206 4 40 1249 4 57 1333 4 91 1373 5 09 1238 4 75 1281 4 92 1323 5 09 1365 5 26 1405 5 44 1271 5 11 1315 5 28 1357 5 45 1398 5 62 1350 5 66 112 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ037 150 Bottom Duct Application ZJ037 3 0 Ton Bottom Duct Air Flow CFM 1000 1100 1200 1300 1400 1500 1 Blower performance includes gas heat exchangers and 2 filters 0 2 0 4 RPM BHP 605 0 23 671 0 33 621 0 25 688 0 34 637 0 27 703 0 36 651 0 30 717 0 39 666 0 33 732 0 43 681 0 37 747 0 47 763 0 51 dard 1 5 amp Drive 0 6 738 754 769 784 0 42 0 44 0 46 RPM 804 820 835 850 865 880 896 BHP 0 52 0 53 0 56 0 58 0
42. 49 8 55 3 60 60 E09 9 1 21 7 49 8 55 3 60 60 230 11 9 88 18 5 3 5 6 0 5 5 10 0 E18 18 2 43 3 74 1 81 80 90 E24 24 2 57 7 92 2 99 100 100 090 E36 34 2 81 8 122 2 129 1 125 150 7 5 None P 22 9 25 1 25 30 E09 9 1 10 8 23 5 26 3 25 30 460 5 2 44 8 1 1 6 3 0 2 2 5 0 E18 18 2 21 7 37 1 39 8 40 40 E24 24 2 28 9 46 1 48 8 50 50 E36 34 2 40 9 61 1 63 9 70 70 None 19 8 21 6 20 25 E09 9 1 8 7 19 8 21 6 20 25 575 4 8 36 7 5 1 3 2 4 1 8 4 0 E18 18 2 17 3 29 7 31 9 30 35 E24 24 2 23 1 36 9 39 1 40 40 E36 34 2 32 7 48 9 51 1 50 60 None 51 3 56 8 60 60 E09 6 8 1 18 9 51 3 56 8 60 60 208 12 2 88 19 3 5 6 8 5 5 10 0 E18 13 5 2 37 5 67 8 74 7 70 80 E24 18 2 50 0 83 5 90 3 90 100 E36 25 5 2 70 8 109 5 116 4 110 125 None 51 3 56 8 60 60 E09 9 1 21 7 51 3 56 8 60 60 230 12 2 88 19 3 5 6 8 5 5 10 0 18 18 2 43 3 75 1 82 80 90 E24 24 2 57 7 93 2 100 100 100 102 E36 34 2 81 8 123 2 130 1 125 150 8 5 None 24 7 26 9 30 30 E09 9 1 10 8 24 7 26 9 30 30 460 5 8 44 9 1 6 3 4 2 2 5 0 E18 18 2 21 7 37 6 40 3 40 45 E24 24 2 28 9 46 6 49 3 50 50 E36 34 2 40 9 61 6 64 4 70 70 None z 19 2 21 20 25 E09 9 1 8 7 19 2 21 5 20 25 575 4 4 36 5 5 1 3 2 7 1 8 4 0 E18 18 2 17 3 30 32 3 30 35 E24 24 2 23 1 37 2 39 5 40 40 E36 34 2 32 7 49 3 51 5 50 60 Johnson Controls Unitary Products 143 528150 YTG G 1210 ZH078 150 Standard Motor With Powered
43. 62 82 2 5 8 82 2 82 2 80 0 69 3 58 5 47 7 57 79 1 5 8 79 1 79 1 79 1 68 3 57 6 46 8 72 99 4 5 8 73 7 62 5 51 4 40 3 3250 67 91 3 5 8 89 5 78 4 67 3 56 1 45 0 62 81 5 5 8 81 5 81 5 81 5 70 4 59 3 48 1 57 78 5 5 8 78 5 785 78 5 67 3 562 45 1 105 77 76 9 7 3 31 0 26 2 20 1 1625 72 70 8 7 3 43 2 37 1 31 0 24 8 67 64 7 7 2 55 3 47 9 41 8 3577 29 6 62 59 4 7 2 59 4 58 5 49 9 43 8 37 7 31 6 77 81 8 7 4 37 4 30 0 22 6 72 75 3 7 4 49 6 422 348 27 4 1950 67 68 8 7 8 61 8 54 4 47 0 39 6 32 1 62 63 2 7 3 63 2 62 6 56 1 48 7 41 3 33 9 57 61 6 7 3 61 6 61 4 55 5 48 1 40 6 33 2 77 86 7 7 5 43 8 33 8 25 1 72 79 8 7 5 56 0 47 3 38 6 29 9 2275 67 73 0 7 4 68 3 60 9 522 43 5 34 7 62 67 0 7 8 67 0 66 7 62 3 53 6 44 9 362 57 65 2 7 4 65 2 65 1 61 6 529 442 35 5 77 91 6 7 6 50 2 37 6 27 6 72 84 3 7 6 62 5 525 425 32 5 2600 67 77 1 7 5 74 7 67 3 57 3 47 3 37 3 62 70 8 7 4 70 8 70 8 68 5 58 5 48 5 38 5 57 68 9 7 4 68 9 68 9 67 7 57 7 47 7 37 7 72 83 1 7 5 64 7 542 43 8 33 3 2925 67 75 9 7 4 74 8 69 1 59 1 48 7 38 2 62 69 7 7 4 69 7 69 7 68 6 58 1 47 7 37 2 57 67 9 7 4 67 9 67 9 67 3 568 464 35 9 72 81 8 7 4 66 9 56 0 45 1 34 2 3250 67 74 8 7 4 74 8 70 9 60 9 50 0 39 1 62 68 6
44. 646 463 28 1 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor Johnson Controls Unitary Products 89 528150 YTG G 1210 ZR120 10 Ton Reheat Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 85 80 75 70 65 MBh kW 85 80 75 70 65 45 F 72 69 9 6 2 1 6 2500 67 67 4 5 9 15 4 13 6 11 8 10 1 62 62 2 5 9 28 1 26 3 24 6 22 8 21 0 72 72 9 6 2 2 1 3000 67 70 2 5 9 19 9 17 6 15 3 13 0 62 64 8 5 9 36 3 34 0 31 7 29 4 27 1 57 63 6 5 7 49 7 47 4 45 1 42 8 40 5 72 75 9 6 1 2 6 3500 67 73 1 5 9 24 3 21 5 18 7 15 9 62 67 5 5 9 44 4 41 6 38 8 35 9 33 1 57 66 1 5 7 59 2 58 1 55 3 52 4 49 6 72 78 8 6 1 3 1 4000 67 75 9 5 9 28 8 25 4 22 1 18 8 62 70 1 5 9 52 5 49 2 45 9 42 5 39 2 57 68 7 5 7 68 7 68 7 65 4 62 0 58 7 72 79 6 6 1 3 5 4500 67 76 7 5 9 32 3 28 5 24 8 21 0 62 70 8 5 9 59 0 55 2 51 4 47 6 43 9 57 69 4 5 7 69 4 69 4 65 7 61 9 58 1 72 80 4 6 1 3 9 5000 67 77 5 5 9 35 8 31 6 27 4 23 2 62 71 5 5 9
45. 7 5 None 17 9 20 1 20 25 E09 9 1 10 8 17 9 20 1 20 25 460 5 2 44 8 1 1 6 3 0 2 2 0 0 E18 18 2 21 7 30 8 33 6 35 35 E24 24 2 28 9 39 8 42 6 40 45 E36 34 2 40 9 54 9 57 6 60 60 None 15 8 17 6 20 20 E09 9 1 8 7 15 8 17 6 20 20 575 48 36 7 5 1 3 2 4 1 8 0 0 E18 18 2 17 3 24 7 26 9 25 30 E24 24 2 23 1 31 9 34 1 35 35 E36 34 2 32 7 43 9 46 1 45 50 None 41 3 46 8 50 50 EO9 6 8 1 18 9 41 3 46 8 50 50 208 12 2 88 19 3 5 6 8 5 5 0 0 E18 13 5 2 37 5 55 3 62 2 60 70 E24 18 2 50 0 71 77 8 80 80 E36 25 5 2 70 8 97 103 9 100 110 None 41 3 46 8 50 50 E09 9 1 21 7 41 3 46 8 50 50 230 12 2 88 19 3 5 6 8 5 5 0 0 E18 18 2 43 3 62 6 69 5 70 70 E24 24 2 57 7 80 7 87 5 90 90 102 E36 34 2 81 8 110 7 117 6 125 125 8 5 None z 19 7 21 9 25 25 E09 9 1 10 8 19 7 21 9 25 25 460 5 8 44 9 1 6 3 4 2 2 0 0 E18 18 2 21 7 31 3 34 1 35 35 E24 24 2 28 9 40 3 43 1 45 45 E36 34 2 40 9 55 4 58 1 60 60 None 15 2 17 20 20 E09 9 1 8 7 15 2 17 20 20 575 44 36 5 5 1 3 2 7 1 8 0 0 E18 18 2 17 3 25 27 3 25 30 E24 24 2 23 1 32 2 34 5 35 35 E36 34 2 32 7 44 3 46 5 45 50 Johnson Controls Unitary Products 149 528150 YTG G 1210 ZJ078 150 Standard Motor Without Powered Convenience Outlet Continued OD Fan Suppl Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 4 Max
46. Air Flow CFM 2200 2400 2600 2800 3000 3200 3400 3600 3800 4000 4200 RPM BHP RPM BHP Field Supplied Drive 764 779 796 815 0 4 1 09 1 23 1 39 1 57 657 672 687 702 717 733 755 765 776 787 800 814 829 846 864 0 52 0 60 0 69 0 80 0 91 1 03 0 6 RPM BHP 711 0 48 724 0 57 736 0 66 747 0 76 757 0 88 768 1 02 780 1 17 793 1 34 807 1 52 823 1 72 0 6 0 73 0 83 0 94 1 04 1 16 1 28 1 43 1 59 1 76 727 741 756 771 787 802 Available External Static Pressure IWG 0 71 0 79 0 88 0 98 1 10 1 22 RPM BHP RPM dard 1 5 HP amp Drive 794 0 89 857 1 07 808 0 97 872 1 15 823 1 07 886 838 1 17 853 1 28 869 1 41 886 1 54 0 8 1 0 1 2 RPM BHP RPM RPM BHP Standard 1 5 HP amp Drive 768 0 73 826 0 96 886 1 19 781 0 81 840 1 04 899 1 27 793 0 90 852 1 14 911 1 36 804 1 01 862 1 24 922 1 47 814 1 13 873 1 36 932 1 59 825 1 26 884 1 50 943 1 73 837 1 41 896 1 65 850 1 58 909 1 82 864 1 76 923 2 00 880 1 96 939 2 20 0 8 1 0 RPM BHP RPM BHP Standard 2 HP amp Drive 803 0 92 849 1 10 813 1 02 859 1 20 824 1 12 870 1 30 835 1 23 881 1 41 847 1 34 893 1 52 861 1 47 907 1 65 877 1 61 923 1 79 967 1 97 893 1 77 984 2 13 912 1 95 1002 2 31 932 2 15 Available External Static Pressure IWG 1 4 917 931 946
47. E18 18 2 43 3 64 4 713 70 80 230 17 9 120 28 0 15 8 2 5 5 0 0 E24 24 2 57 7 82 4 89 3 90 90 E36 34 2 81 8 112 5 1194 125 125 120 E54 54 2 129 9 140 2 147 0 150 175 10 None z z i 273 29 5 85 35 E18 18 2 217 32 2 34 9 35 35 460 96 70 15 0 08 4 1 2 2 0 0 E24 24 2 28 9 412 44 0 45 45 E36 34 2 40 9 56 2 59 0 60 60 E54 54 2 65 0 70 1 72 8 80 80 None 21 5 23 3 25 30 E18 18 2 17 3 26 2 284 30 30 575 74 58 115 06 3 6 1 8 0 0 E24 24 2 23 1 33 4 35 6 35 40 E36 34 2 32 7 45 4 47 6 50 50 E54 54 2 52 0 56 5 58 7 70 70 None 68 9 744 90 90 E18 18 5 2 37 5 68 9 744 90 90 208 23 1 160 36 0 1 5 10 9 5 5 0 0 E24 18 2 50 0 76 1 83 0 90 90 E36 255 2 70 8 102 1 109 0 110 110 E54 40 6 2 1127 154 5 161 4 175 175 None 68 9 744 90 90 E18 18 2 43 3 68 9 74 6 90 90 230 23 1 160 36 0 1 5 10 9 5 5 0 0 E24 24 2 57 7 85 8 92 7 90 100 E36 34 2 81 8 115 9 1227 125 125 150 E54 54 2 129 9 143 5 150 4 175 175 12 5 None 36 0 38 2 45 50 E18 18 2 217 36 0 38 2 45 50 460 12 2 87 190 5 3 2 2 0 0 E24 24 2 28 9 42 7 45 5 45 50 E36 34 2 40 9 57 7 60 5 60 70 E54 54 2 65 0 71 6 74 3 80 80 None 26 1 27 9 30 35 E18 18 2 17 3 26 8 29 0 30 35 575 87 62 13 5 0 6 4 1 1 8 0 0 E24 24 2 23 1 34 0 36 2 35 40 E36 34 2 327 46 0 48 3 50 50 E54 54 2 52 0 57 1 59 3 70 70 1 Minimum Circuit Ampacity 2 Dual Element Time Delay
48. E18 18 2 43 3 66 1 73 70 80 230 17 9 120 28 0 3 5 9 6 5 5 0 0 24 24 2 57 7 84 2 91 90 100 6 34 2 81 8 114 2 1214 125 125 120 E54 54 2 129 9 141 9 148 8 175 175 10 None 29 6 31 8 35 40 E18 18 2 21 7 33 1 35 8 35 40 460 9 6 70 15 0 1 6 4 8 2 2 0 0 E24 24 2 28 9 42 1 44 8 45 45 E36 34 2 40 9 57 1 59 9 60 60 E54 54 2 65 0 71 73 7 80 80 None 23 2 25 30 30 E18 18 2 17 3 26 5 28 8 30 30 575 7 4 53 11 5 1 3 3 9 1 8 0 0 E24 24 2 23 1 33 7 36 35 40 E36 34 2 32 7 45 8 48 50 50 E54 54 2 52 0 56 8 59 1 70 70 None 73 2 78 7 90 100 E18 13 5 2 37 5 73 2 78 7 90 100 208 23 1 160 36 1 5 15 2 5 5 0 0 E24 18 2 50 0 81 5 88 3 90 100 E36 25 5 2 70 8 107 5 114 4 110 125 E54 40 6 2 112 7 159 9 166 7 175 175 None 73 2 78 7 90 100 E18 18 2 43 3 73 2 80 90 100 230 23 1 160 36 1 5 15 2 5 5 0 0 E24 24 2 57 7 91 2 98 100 100 E36 34 2 81 8 121 2 128 1 125 150 150 E54 54 2 129 9 148 9 155 8 175 175 12 5 None 38 3 40 5 50 50 E18 18 2 21 7 38 3 40 5 50 50 460 12 2 87 19 0 8 7 6 2 2 0 0 24 24 2 28 9 45 6 48 3 50 50 E36 34 2 40 9 60 6 63 4 70 70 E54 54 2 65 0 74 5 52 90 90 None 28 1 29 9 35 35 E18 18 2 17 3 29 3 31 5 35 35 575 87 62 13 5 0 6 6 1 1 8 0 0 E24 24 2 23 1 36 5 38 7 40 40 E36 34 2 32 7 48 5 50 8 50 60 E54 54 2 52 0 59 6 61 8 70 70 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type p
49. None z z 5 T 10 E03 2 3 1 6 4 28 7 34 9 35 40 208 87 68 13 5 1 5 6 0 5 5 10 0 E06 4 5 1 12 5 35 6 42 5 40 45 E08 6 8 8 9 43 6 50 5 45 60 E15 11 3 2 31 4 59 2 66 1 60 70 None 28 7 34 2 35 40 E03 3 1 7 2 29 35 9 35 40 230 8 7 68 13 5 1 5 6 0 5 5 10 0 E06 6 1 14 4 38 44 9 40 45 037 E08 9 1 21 7 47 1 53 9 50 60 3 E15 15 2 36 1 65 1 72 70 80 None P 4 6 9 E03 3 1 3 6 14 7 17 3 15 20 460 4 6 34 74 0 8 3 0 2 2 5 0 E06 6 1 7 2 19 21 8 20 25 E08 9 1 10 8 23 5 26 3 25 30 E15 15 2 18 0 32 6 35 3 35 40 None F z 575 3 5 28 5 5 0 6 2 4 1 8 4 0 E08 9 1 8 7 18 8 21 1 20 25 E15 15 2 14 4 26 28 3 30 30 None 33 9 39 4 45 50 E06 4 5 1 12 5 35 6 42 5 45 50 208 11 9 88 18 5 1 5 6 0 5 5 10 0 E08 6 8 1 18 9 43 6 50 5 45 60 E15 11 3 2 31 4 59 2 66 1 60 70 E20 15 2 41 6 72 78 9 80 80 None 33 9 39 4 45 50 E06 6 1 14 4 38 44 9 45 50 230 11 9 88 18 5 1 5 6 0 5 5 10 0 E08 9 1 21 7 47 1 53 9 50 60 049 E15 15 2 36 1 65 1 72 70 80 4 E20 20 2 48 1 80 1 87 90 90 None 16 1 18 3 20 20 E06 6 1 7 2 19 21 8 20 25 460 52 44 8 1 0 8 3 0 2 2 5 0 E08 9 1 10 8 23 5 26 3 25 30 E15 15 2 18 0 32 6 35 3 35 40 E20 20 2 24 1 40 1 42 8 45 45 None 13 6 15 4 15 20 E08 9 8 7 8 8 21 20 25 575 48 36 7 5 0 6 2 4 1 8 4 0 ETE 15 2 144 26 283 30 50 E20 20 2 19 2 32 1 34 3 35 35 None 36 6 42 1 50 50 E06 4 5 1 12 5 36 6 42 5 50 50 E08 6 8 1 18 9 43 6 50 5 50 60 208 144 88 1 22 9 60 55 100 2 314 59 2 6
50. al YORK Heating and Air Conditioning TECHNICAL GUIDE R 410A ZH ZJ ZR SERIES 3 12 1 2 TON 60 Hertz ZH ZJ ZR 3 THROUGH 10 TON ZH 12 1 2 TON ZJ ZR 12 1 2 TON 528150 YTG G 1210 Description ASHRAE 90 1 COMPLIANT YORK Predator units are convertible single packages with a common footprint cabinet and common roof curb for all 3 through 12 1 2 ton models All 6 1 2 through 12 1 2 ton units have two compressors with independent refrigeration circuits to provide 2 stages of cooling The units were designed for light commercial applications and can be easily installed on a roof Curb slab or frame All Predator units are self contained and assembled on rigid full perimeter base rails allowing for 3 way forklift access and overhead rigging Every unit is completely charged wired piped and tested at the factory to provide a quick and easy field installation All units are convertible between side and down airflow Independent economizer designs are used on side and down discharge applications as well as all tonnage sizes Predator units are available in the following configurations cooling only cooling with electric heat cooling with gas heat reheat only reheat with electric heat and reheat with gas heat Electric heaters are available as factory installed options or field installed accessories All units provide constant supply air volume A variable air volume VAV option featuring a variable freque
51. 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively UNIT DESCRIPTION MODEL ZH ZJ ZR049 4 Ton High Static Belt Drive TEST CONFIGURATION Horizontal Side Return Ducted Inlet Indoor Blower Speed RPM 965 5 5 Turns Open Equivalent 1 088 4 Turns Open Equivalent 1 186 2 5 Turns Open Equivalent External Static Pressure IWG 1 0 1 6 2 0 Nominal Airflow CFM 1 600 1 400 1 200 Blower Motor BHP 0 86 1 03 1 13 Octave center TRE B er 63 74 80 77 80 81 81 125 69 74 72 75 75 76 250 68 68 68 69 70 71 500 62 62 60 61 61 63 1000 60 61 58 58 59 60 2000 57 57 53 54 55 56 4000 56 56 49 50 51 52 8000 54 54 45 47 47 48 1 Cooling Operation ID blower compressor and outdoor fan operating at 230 VAC Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively 128 Johnson Controls Unitary Products 528150 YTG G 1210 UNIT DESCRIPTION MODEL ZH ZJ ZRO61 5 Ton High Static Belt Drive
52. 022 m 1 112 4 2 3ov 3dmv 803 0318000 JAY 0 601 48 801 44 101 S3HIM 5 1 4 STYNINY3L NOUS HIM OIIWISNI NE dF EI en aide Bade s i EST 4 GY QHYO8 1041802 3Hl NO Nid OL G Lua a2 QO EOE 03123NN02 1 u G22 HIM Q31VISNI 108 YSN jl Z Nag 3108 335 11 NO OL O I2 3NIM ean 65 64 3 318Y211ddV SV 1 NO A09 ASIP HO QJYIM AYOLI 11 1 En Tu wow 1D orore AVISONUIHL MOON Wi 441 031238502 Si w 102 031 VISNi ION SY HOLTNON SS01 VHS NIMA ela 18 IM 0 EVE moD od ovsre amp amp JAONJY 637741541 1 5280123130 ORS dI 6 m u h m TT OESTE FEI EEO FED 245 3 9nld 3AON3H Q311V1SNI SI 4121HONO23 GUVONVIS NIHA 78 af 251 2 8 ONY 220 N33AL38 0311V1SNi 38 YIWAN 1 21 335 YSN m to 3SIW83H1O Q311V1SNI Si H LIMS 03140220 31 JYIM JAONIY L 9 LHM NOILISOd NIN 21901 13 ALIDVdMY 1102812 M WININ ONY LS Laf giy 3 Am 5 m1802 pE TED Jung ure E E t WG pus e P1 NO NO 51 X18 525 NO ASIP 8O3 P t D 4 102 SNOI11QNO2 3SYHd 319NIS ALTQINDH uozo 8 310N 3j3S u a lig st 03123108d ATLNIYJHNI JAY SHOLOM iSYHd 338H1 ALVIS mm ONI21ANJS N31iY NOILVY3dO 834084 3183A U dum n NOI1Y
53. 1005 NVdOVIGO AUVINIAW313 9 3 IV3H 5 Typical ZH ZJ ZR078 120 Cooling Unit with without Electric Heat Wiring Diagram 528150 YTG G 1210 Johnson Controls Unitary Products 180 528150 YTG G 1210 r 1 V V 9621S5 r w LINN SIH1 ONIOIA83S 380438 5 0 5 oy 5 22 141 19 6 m n19 s s oz 254 5123 02614 11 340 NOILAVO sz oos sz eee orf wt forf sur fia a 812 6 m m ene se pus E
54. 2550 67 93 9 8 6 84 7 74 0 63 3 52 7 42 0 62 87 1 8 4 87 1 86 6 76 1 65 5 54 8 44 1 57 85 4 8 4 85 4 85 3 78 0 67 3 56 7 46 0 77 116 8 9 1 61 5 46 8 34 7 72 106 3 8 8 76 0 63 9 51 9 39 8 2975 67 95 7 8 6 90 6 81 1 69 0 56 9 44 8 62 88 8 8 5 88 8 88 6 82 9 70 8 58 8 467 57 87 1 8 4 87 1 87 1 84 9 728 60 8 48 7 77 119 1 9 1 69 8 51 1 37 5 72 108 4 8 9 83 1 69 6 56 1 42 6 3400 67 97 6 8 7 96 5 88 2 74 7 61 2 47 6 62 90 5 8 5 90 5 90 5 89 7 76 2 62 7 492 57 88 8 8 5 88 8 88 8 91 9 78 4 64 9 51 3 72 108 7 8 9 89 2 74 3 59 4 44 5 3825 67 97 9 8 7 97 3 91 4 79 1 64 2 49 3 62 90 7 8 5 90 7 90 7 90 33 75 4 60 5 45 6 57 89 0 8 5 89 0 89 0 90 6 75 7 60 8 45 9 72 108 9 9 0 95 3 79 0 62 7 46 4 4250 67 98 1 8 8 98 1 94 7 83 5 67 2 50 9 62 91 0 8 6 91 0 91 0 91 0 74 7 58 4 42 1 57 89 3 8 6 89 3 89 3 89 3 73 0 56 7 40 4 Johnson Controls Unitary Products 45 528150 YTG G 1210 ZH102 8 5 Ton Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 1257 77 I 91 0 10 3 34 9 30 1 22 7 2125
55. 26 0 27 8 30 35 18 18 2 17 3 31 8 34 0 35 35 575 7 4 53 11 5 0 6 4 1 1 8 4 0 E24 24 2 23 1 39 0 41 2 40 45 E36 34 2 32 7 51 0 53 3 60 60 E54 54 2 52 0 62 1 64 3 70 70 None E 84 1 89 6 100 110 E18 13 5 2 37 5 84 1 89 6 100 110 208 23 1 160 36 0 1 5 16 1 5 5 10 0 E24 18 2 50 0 95 1 102 0 100 110 E36 25 5 2 70 8 121 1 128 0 125 150 E54 40 6 2 112 7 173 5 180 4 175 200 None 84 1 89 6 100 110 E18 18 2 43 3 86 8 93 6 100 110 230 23 1 160 36 0 1 5 16 1 5 5 10 0 E24 24 2 57 7 104 8 111 7 110 125 E36 34 2 81 8 134 9 141 7 150 150 150 E54 54 2 129 9 162 5 169 4 175 175 12 5 None 43 8 46 0 50 50 E18 18 2 21 7 43 8 46 2 50 50 460 12 2 87 19 0 0 8 8 1 2 2 5 0 E24 24 2 28 9 52 5 55 2 60 60 E36 34 2 40 9 67 5 70 2 70 80 E54 54 2 65 0 81 3 84 1 90 90 None i 32 0 33 8 40 40 18 18 2 17 3 34 2 36 4 40 40 575 87 62 13 5 0 6 6 0 1 8 4 0 24 24 2 23 1 41 4 43 6 45 45 E36 34 2 32 7 53 4 55 6 60 60 E54 54 2 52 0 64 5 66 7 70 70 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC Electric Heat Multipliers Voltage TE kW Multipl Nominal Applied Capacity Multipliers 208 0 75 240 230 0 92 480 460 0 92 600 575 0 92 1 Electric heaters are rated at nominal voltage Use this table to determine the electric heat capacity for heaters applied at lower voltages Johnson Controls Unitary Products 171
56. 28 2 22 1 16 0 62 27 3 2 5 27 3 27 3 27 3 21 2 15 2 9 1 57 26 4 2 4 26 4 26 4 26 4 20 3 14 2 8 2 Johnson Controls Unitary Products 67 528150 YTG G 1210 ZR037 3 0 Ton Cooling Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 1257 TT r i E 31 5 2 1 11 5 9 9 7 9 750 72 27 2 2 3 17 2 14 5 11 7 9 0 67 22 8 2 6 22 8 18 3 15 6 12 9 10 1 62 20 5 2 2 20 5 20 5 16 5 13 7 11 0 8 3 77 31 4 2 3 15 9 11 8 8 5 72 27 1 2 5 19 3 16 0 12 7 9 3 900 67 22 7 2 8 22 7 20 1 16 8 13 5 10 2 62 20 4 2 4 20 4 20 4 17 7 14 4 11 1 7 7 57 22 5 2 5 22 5 225 19 5 16 2 12 8 9 5 77 31 3 2 5 20 3 13 7 9 2 2 72 26 9 2 8 21 4 17 5 13 6 9 7 1050 67 22 6 3 0 22 6 21 9 18 0 14 1 10 2 62 20 3 2 6 20 3 20 3 19 0 15 0 11 1 7 2 57 22 5 2 7 22 5 225 21 0 17 0 13 1 9 2 77 31 2 2 7 24 7 15 6 9 8 72 26 8 3 0 23 6 19 0 14 5 10 0 1200 67 22 4 3 3 22 4 22 4 192 14 7 10 2 62 20 2 2 8 20 2 20 2 202 15 7 11 2 6 7 57 22 4 2 9 22 4 22 4 22 4 17 9 13 4 8 9 72 27 1 2 9 26 5 21 4 16 3 11 2 1350 67 22 7 3 1 22 7 22 7 21 6 16 5 11 4 62 20 5 2 7 20 5 20 5 20 5 15 4 10 3 5 2 57 22 7
57. 52 4 67 140 9 12 8 114 3 100 9 879 74 9 61 8 62 128 7 12 5 128 7 126 9 108 9 95 8 82 8 69 8 77 173 5 13 2 76 3 61 6 46 8 72 159 0 13 0 100 7 86 0 71 22 56 5 3750 67 144 5 12 8 125 1 110 4 95 6 80 9 66 1 62 131 9 12 6 131 9 130 7 118 4 103 7 88 9 74 1 57 131 4 12 6 131 4 131 4 118 3 103 5 88 8 74 0 77 177 8 13 2 83 9 67 1 50 6 72 162 9 13 1 109 9 93 4 77 0 60 5 4375 67 148 1 12 9 135 9 119 8 103 3 86 9 70 4 62 135 2 12 6 135 2 134 6 128 0 111 5 95 0 78 5 57 134 6 12 6 134 6 134 6 127 8 111 4 94 9 78 4 77 182 0 13 3 91 5 72 6 54 4 72 166 8 13 1 119 1 100 9 827 64 5 5000 67 151 6 12 9 146 7 129 2 111 0 92 9 74 7 62 138 4 12 7 138 4 138 4 137 5 119 3 101 1 82 9 57 137 8 12 7 137 8 137 8 137 4 119 2 101 0 82 8 72 168 0 13 2 127 6 107 9 88 2 68 6 5625 67 152 7 13 0 150 2 137 8 118 5 98 8 79 1 62 139 4 12 7 139 4 139 4 138 9 119 3 99 6 80 0 57 138 8 12 7 138 8 138 8 138 6 118 9 99 3 79 6 72 169 2 13 2 136 0 114 9 93 8 72 6 6250 67 153 7 13 0 153 7 146 3 125 9 104 8 83 6 62 140 4 12 7 140 4 140 4 140 4 119 2 98 1 77 0 57 139 8 12 7 139 8 139 8 139 8 118 6 97 5 76 4 Johnson Controls Unitary Products 49 528150 YTG G 1210 ZH150 12 5 Ton Continued Air on Temperature of Air
58. 559 46 7 62 97 7 7 2 97 7 94 4 80 6 71 4 62 1 52 9 77 133 2 7 6 59 7 49 1 38 4 72 122 3 7 5 75 9 65 3 547 44 0 2550 67 111 3 7 8 92 1 81 5 70 9 60 3 49 6 62 100 5 7 2 100 5 98 3 87 7 77 1 66 4 55 8 57 100 7 7 3 100 7 100 4 89 8 79 1 68 5 57 9 77 137 0 7 6 65 6 53 6 41 5 72 125 7 7 5 83 1 71 1 59 1 47 1 2975 67 114 4 7 4 100 7 88 7 76 6 64 6 52 6 62 103 3 7 2 103 3 102 2 94 8 82 8 70 7 58 7 57 103 5 7 3 103 5 103 3 97 0 85 0 73 0 60 9 77 140 7 7 6 71 5 58 1 44 7 72 129 1 7 5 90 4 76 9 63 5 50 1 3400 67 117 5 7 4 109 2 95 8 82 4 69 0 55 5 62 106 1 7 3 106 1 106 1 101 9 88 5 75 0 61 6 57 106 3 7 3 106 3 106 3 104 3 90 9 77 4 64 0 72 131 7 7 5 96 9 820 67 2 52 3 3825 67 119 9 7 4 115 7 102 0 87 1 72 3 57 5 62 108 3 7 3 108 3 108 3 106 1 91 3 76 4 61 6 57 108 4 7 3 108 4 108 4 107 4 92 6 77 7 62 9 72 134 2 7 6 103 4 87 1 70 9 54 6 67 122 2 7 4 122 2 108 2 91 9 75 6 59 4 4250 62 110 4 7 3 110 4 110 4 110 4 94 1 77 8 61 6 57 110 5 7 4 110 5 110 5 110 5 94 3 78 0 61 8 105 77 112 3 9 0 44 9 38 3 29 0 2125 72 102 1 8 8 61 8 52 6 43 3 34 1 67 92 0 8 5 78 8 66 9 57 7 484 39 2 62 85 3 8 4 85 3 84 7 69 3 60 1 50 9 41 6 77 114 6 9 0 58 2 42 5 31 9 72 104 2 8 8 68 9 58 3 47 6 36 9
59. 62 0 xg x19 P sis sia 15 1 CIVNOI14O E AME e WO1I2VdVO NAY NO lVNIW831 Q3141N301 Q ONIN 01313 2 6321430 9NINIM 01140 ug mg 321A30 ONY ONINIA 180123 SHOIOM NNA HOLT Johnson Controls Unitary Products 528150 YTG G 1210 Typical ZH ZJ037 061 Cooling Unit with without Electric Heat Wiring Diagram 3 30123130 3WOMS APZ NO 123NNO2 91197139205 924 825 mozzi H uo 1 B3MOd NO23 39Vl10A 3811 APZ NOLLDINNOD 9 19 13 205 614 615 ETC to 11402 5501 3SYHg HOL INO SHd 1921 2 NO 123S 1V3H 21812313 2 NOILJJNNOJ 9014 1320 614 515 1 1140 ISNVHKI Y3MOd HOIOYINOO 89 611 114405 80123130 INONS APZ NOI123NNOD 9014 134208 NOLON YOOONT HOLY INOS TT BIY NYNLIY 80153130 34OMS APZ NOI123NNOD 9014 134208 SHOSSIHdWO YOLIVINOD D 41 YE 1S YHX3 YIMOd JOVLTOA 3811 NOI 123NNO2 91197135205 1WNO1Ld0 1N3IGNY MOT H2LIAS svi 01601 4 81 HO are11 ING YA SL NO 123S NO23 APZ NOI123NNO 9 14 13920 38056344 MOT HOIIAS 141 1 em 235 Av 1N3 8mV MOT NOI123NNO2 9n14 134208 MOOON BOIOM ue WAN 3N11 9 538155389 NOII23NNOD 9014 13 205 3000 AV134 uil 88 90 1 8371 0 023 APZ NOI123NNO2 9014 139205 3unsS38d HOIH HOLIAS on
60. 69 3 57 6 57 92 1 6 3 92 1 92 1 92 1 80 4 68 8 57 1 105 F 77 93 5 7 9 35 7 30 0 22 7 1875 72 86 1 7 9 50 5 432 36 0 28 7 67 78 7 7 8 65 2 564 49 2 42 0 34 7 62 72 5 7 7 725 70 5 58 5 51 2 44 0 36 7 77 96 1 8 0 42 3 33 7 252 72 88 5 7 9 56 9 484 39 8 312 2250 67 80 9 7 8 71 6 63 0 54 4 45 9 37 3 62 74 5 7 8 74 5 73 2 64 7 56 1 47 6 39 0 57 75 4 7 8 75 4 73 8 65 3 56 7 48 1 39 5 77 98 6 8 0 48 9 37 5 27 6 72 90 9 7 9 63 4 53 5 43 6 33 7 2625 67 83 1 7 9 78 0 69 6 59 7 49 8 39 9 62 76 5 7 8 76 5 75 9 70 9 61 0 51 1 41 2 57 77 4 7 8 77 4 76 6 715 616 51 8 41 9 77 101 2 8 1 55 4 41 2 30 0 72 93 2 8 0 69 9 587 47 5 36 3 3000 67 85 2 7 9 84 4 76 2 64 9 53 7 42 5 62 78 5 7 8 785 785 77 2 65 9 54 7 43 5 57 79 4 7 9 79 4 79 4 77 8 66 6 554 442 72 94 2 8 0 73 3 61 7 50 0 38 3 3375 67 86 1 7 9 85 7 79 7 68 44 56 7 45 0 62 79 3 7 8 79 3 79 3 78 7 67 0 553 43 6 57 80 2 7 9 80 2 80 2 79 4 67 8 56 1 44 4 72 95 2 8 0 76 7 64 6 52 5 40 4 3750 67 87 0 7 9 87 0 83 1 71 8 59 7 47 5 62 80 2 7 8 80 2 80 2 80 2 68 0 559 43 8 57 81 0 7 9 81 0 81 0 810 68 9 568 447 80 Johnson Controls Unitary Products 528150 YTG G 1210 28090 7 5 Ton Cooling Continued
61. 72 107 3 12 3 88 8 73 6 58 4 43 1 4000 67 101 0 12 3 101 0 96 2 80 9 657 50 5 62 92 2 12 3 92 2 92 2 92 2 84 0 68 8 53 5 57 94 7 12 2 94 7 94 7 94 7 81 1 65 8 50 6 72 107 9 12 3 95 4 79 0 62 7 46 3 4500 67 101 7 12 3 101 7 100 9 86 9 70 5 542 62 92 8 12 3 92 8 928 92 8 80 0 63 6 47 3 57 95 3 12 2 95 3 953 953 79 7 63 4 47 0 72 108 6 12 3 101 9 84 4 67 0 49 5 5000 67 102 3 12 3 102 3 102 3 92 9 75 4 57 9 62 93 4 12 3 93 4 93 4 93 4 76 0 585 41 0 57 95 9 12 2 95 9 95 9 95 9 78 4 60 9 43 4 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor 48 Johnson Controls Unitary Products 528150 YTG G 1210 ZH150 12 5 Ton Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 85 77 2 192 2 10 6 77 2 63 6 5
62. 72 49 5 3 6 38 0 31 7 25 3 18 9 1600 67 43 2 3 4 42 6 39 0 32 6 262 19 8 62 37 2 3 5 37 2 37 2 37 2 30 8 24 5 18 1 57 37 9 3 5 37 9 37 9 379 31 5 25 1 18 7 72 49 9 3 7 41 5 34 4 27 3 20 3 1800 67 43 5 3 5 43 2 41 1 35 2 28 1 21 1 62 37 5 3 6 37 5 37 5 37 5 30 4 23 4 16 3 57 38 1 3 6 38 1 38 1 38 1 31 1 24 0 16 9 72 50 3 3 9 44 9 37 1 29 4 21 6 2000 67 43 8 3 6 43 8 43 2 37 9 30 1 22 4 62 37 8 3 7 37 8 37 8 37 8 30 0 22 3 14 5 57 38 4 3 7 38 4 38 4 38 4 30 7 22 9 15 2 70 Johnson Controls Unitary Products 528150 YTG G 1210 ZR049 4 0 Ton Cooling Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 125 77 1 49 5 3 7 16 5 12 8 10 1 1000 72 40 5 3 9 24 0 19 9 158 11 7 67 31 5 4 0 31 5 25 6 21 5 17 4 13 3 62 26 5 3 6 265 26 5 200 159 11 8 7 7 77 49 6 3 9 224 159 112 72 40 6 4 0 26 9 222 174 127 1200 67 31 5 4 1 31 5 284 237 189 142 62 26 5 3 8 26 5 26 5 224 174 126 7 8 57 28 1 3 8 281 28 1 23 6 188 14 1 9 3 77 49 7 4 0 28 44 19 0 122
63. 88 17 5 1 5 6 0 5 5 10 0 E08 9 0 1 21 7 47 1 53 9 50 60 049 E15 15 0 2 36 1 65 1 72 70 80 4 E20 20 0 2 48 1 80 1 87 90 90 None 15 8 18 20 20 E06 6 0 1 7 2 19 21 8 20 25 460 5 6 44 8 0 0 8 3 0 2 2 5 0 E08 9 0 1 10 8 23 5 26 3 25 30 E15 15 0 2 18 0 32 6 35 8 35 40 E20 20 0 2 24 1 40 1 42 8 45 45 None 12 6 14 4 15 15 E08 9 0 8 7 8 8 21 20 25 dem pee 36 1 08 24 18 40 Er5 450 2 144 26 283 30 30 E20 20 0 2 19 2 32 1 34 3 35 35 None 34 9 40 4 45 50 E06 4 5 1 12 5 35 6 42 5 45 50 08 6 8 1 18 9 43 6 50 5 45 60 208 13 9 110 217 1 5 6 0 5 5 10 0 E15 113 5 314 592 66 1 50 70 E20 15 2 41 6 72 78 9 80 80 E23 18 2 50 0 82 5 89 3 90 90 None 34 9 40 4 45 50 E06 6 1 14 4 38 44 9 45 50 230 13 9 110 21 7 1 5 6 0 5 5 10 0 B uM M M SS 1 am 335 20 061 20 20 2 48 1 80 1 87 90 90 5 E23 24 2 57 7 92 2 99 100 100 None 18 1 20 3 25 25 E06 6 1 7 2 19 21 8 25 25 E08 9 1 10 8 23 5 26 3 25 30 ELSE E 08 88 SO ae 2 18 0 325 353 35 40 E20 20 2 24 1 40 1 42 8 45 45 E23 24 2 28 9 46 1 48 8 50 50 None 14 15 8 15 20 E08 9 1 8 7 18 8 21 1 20 25 575 5 6 43 8 7 0 6 2 4 1 8 4 0 E15 15 2 14 4 26 28 3 30 30 E20 20 2 19 2 32 1 34 3 35 35 E23 24 2 23 1 36 9 39 1 40 40 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC 142 Johnson Controls Unitary Products 528150 YTG G 1210 ZH078 150 Standar
64. 961 977 993 1009 1026 1 23 1 31 1 41 1 51 1 62 1 75 1 88 2 03 1 4 RPM 945 959 970 981 992 1003 1014 1027 1042 1058 Available External Static Pressure IWG BHP 1 41 1 49 1 58 1 69 1 81 1 94 2 09 2 26 2 44 2 64 1 4 937 947 957 969 981 995 1010 1027 1046 1 44 1 55 1 65 1 76 1 87 2 00 2 14 2 30 2 48 1 6 972 986 1001 1016 1032 1047 1064 1081 Hi 1 38 1 46 1 55 1 65 1 77 1 89 2 03 2 17 2 33 1 6 RPM 1003 1016 1028 1039 1049 1060 1072 1085 1100 1115 BHP 7 1 61 1 69 1 78 1 89 2 01 2 14 2 29 2 46 2 64 2 84 1 6 RPM 979 989 1000 1011 1024 1037 1053 1069 1088 1108 BHP Hi Static 3 1 62 1 72 1 82 1 93 2 04 2 17 2 31 2 47 2 65 2 84 1 8 1021 1036 1051 1066 1081 1097 1113 1130 1 8 1020 1030 1041 1052 1065 1079 1094 1111 RPM BHP Static 2 HP amp Drive 1 50 1 58 1 67 1 78 1 89 2 02 2 15 2 29 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP kW BHP x 0 932 Field Supplied Drive Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications See RPM SELECTION table to determine desired motor sheave setti
65. D 1 8000100 L 18 922 ANY FEL 2 SIT 1 C m 220 k h 805835 vad wl m 2 INVENIO AL4 s ss aig lt sa on vad 2 49 602 cm JH 1 310N r HL 92 251 ALIGINQH 847257 100 9 9 3s 7 f AIL mm am OS TT D 5 re SV8 NON 011235 8321N0NO23 QuvQNYIS 14 Ist I O www vi oot sos d 22 x 14 15 N ugievz le 6 sw r 4971P mm m 220 E EEN 7 Ld NOILD3NNOD 3 ION OQ SYB 31 310 61 310N 335 a 1 3108 135 4 930 8 55 v u8 199 223 D 47298 49 902 1 5805435 2 01 205 NO HOLINS 410 20 Janiva R3 9N11vu340 321 30 wi L 1 NOS 90V ig n m NO 2 805835 OL 14 123MNO2 505 03 M aisoz e me 205 MO 805835 Ol 14 1JINNOJ A1NO VSQS 034 S1081N02 38nivu3dm3l NY 3 erii m 1 234m 7 1 562 m Nd 0rI 249 05 u8 1vi 1201 x mE In air midi 195 H di 244m O 1 762 c m a 235 Ar a 3 88 6652 DO EEO 11002 O n 102 eno 5 am 2 u 62 2 ma q3u 1 SHd UWNOI 140 6 3 01 310N 335 S1nd1no 19 9 8 262 1 m 303 WA 92d 925 IS P 310N 335 3 Lr2 Cr me 131 901 19 122 x ma 0 121 8 182 6 3108 33S 5 CON 19 501 49 0 2 Cc TC s aon selene 2 NOSN3S I
66. E03 23 1 6 4 28 7 34 9 35 40 208 87 68 13 5 1 5 6 0 55 10 0 E06 4 5 1 12 5 85 6 42 5 40 45 E08 6 8 1 18 9 43 6 50 5 45 60 E15 113 2 314 59 2 66 1 60 70 None z 2 2 28 7 342 85 40 E03 3 1 72 29 0 35 9 35 40 230 87 68 13 5 1 5 6 0 5 5 10 0 E06 6 1 144 38 0 44 9 40 45 037 E08 9 1 217 471 53 9 50 60 3 E15 15 2 36 1 65 1 72 0 70 80 None n n P 147 16 9 15 20 E03 3 1 3 6 147 173 15 20 460 46 34 71 0 8 3 0 2 2 5 0 E06 6 1 72 19 0 21 8 20 25 E08 9 1 10 8 23 5 26 3 25 30 E15 15 2 18 0 32 6 35 3 85 40 None E 11 5 133 15 15 575 35 28 5 5 0 6 24 1 8 4 0 E08 1 87 18 8 21 1 20 25 15 15 2 144 26 0 28 3 30 30 None 33 9 39 4 45 50 E06 45 1 12 5 85 6 42 5 45 50 208 11 9 88 18 5 1 5 6 0 55 100 EO8 6 8 1 18 9 43 6 50 5 45 60 E15 113 2 314 59 2 66 1 60 70 E20 15 2 41 6 72 0 78 9 80 80 None lt 33 9 39 4 45 50 E06 6 1 144 38 0 44 9 45 50 230 11 9 88 18 5 1 5 6 0 55 10 0 E08 9 1 21 7 47 1 53 9 50 60 E15 15 2 36 1 65 1 72 0 70 80 20 20 2 48 1 80 1 87 0 90 90 None F 16 1 18 3 20 20 E06 6 1 72 19 0 21 8 20 25 460 52 44 81 0 8 3 0 2 2 5 0 E08 9 1 10 8 23 5 26 3 25 30 E15 15 2 18 0 32 6 35 3 35 40 E20 20 2 241 40 1 42 8 45 45 None 5 13 6 154 15 20 E08 9 1 87 18 8 21 1 20 25 96 ro 18 m E15 15 2 144 26 0 28 3 30 30 E20 20 2 19 2 32 1 34 3 35 35 None 36 6 42 1 50 50 E06 45 1 12 5 36 6 42 5 50 50 E08 6 8 1 18 9 43 6 50 5 50 60 208 1
67. E09 9 1 87 13 8 16 1 15 20 575 38 28 6 0 6 24 1 8 0 0 E18 18 2 173 24 7 26 9 25 30 E24 24 2 23 1 319 341 35 35 E36 34 2 327 43 9 46 1 45 50 None z P 39 8 45 3 50 50 E09 6 8 1 18 9 39 8 45 3 50 50 208 119 88 185 35 6 0 5 5 0 0 Eis 135 2 37 5 54 3 61 2 60 70 E24 18 2 50 0 70 76 8 70 80 E36 255 2 70 8 96 102 9 100 110 None 39 8 45 3 50 50 E09 9 1 217 39 8 45 3 50 50 230 11 9 88 185 35 6 0 5 5 0 0 E18 18 2 43 3 61 6 68 5 70 70 E24 24 2 57 7 79 7 86 5 80 90 090 E36 34 2 81 8 109 7 116 6 110 125 7 5 None i 17 9 20 1 20 25 E09 9 1 10 8 17 9 20 1 20 25 460 52 44 81 1 6 3 0 22 0 0 E18 18 2 217 30 8 33 6 35 35 E24 24 2 28 9 39 8 42 6 40 45 E36 34 2 40 9 54 9 57 6 60 60 None E 15 8 17 6 20 20 E09 9 1 87 15 8 17 6 20 20 575 48 36 7 5 1 3 24 1 8 0 0 E18 18 2 173 247 26 9 25 30 E24 24 2 23 1 319 341 35 35 E36 34 2 327 43 9 46 1 45 50 None z 413 46 8 50 50 E09 6 8 1 18 9 41 3 46 8 50 50 208 12 2 88 19 3 5 6 8 5 5 0 0 E18 135 2 37 5 55 3 62 2 60 70 E24 18 2 50 0 71 778 80 80 E36 255 2 70 8 97 103 9 100 110 None 41 3 46 8 50 50 E09 9 1 217 41 3 46 8 50 50 230 12 2 88 19 3 5 6 8 5 5 0 0 E18 18 2 43 3 62 6 69 5 70 70 E24 24 2 57 7 80 7 87 5 90 90 102 E36 34 2 81 8 110 7 117 6 125 125 8 5 None 3 i z 19 7 219 25 25 E09 9 1 10 8 19 7 219 25 25 460 58 44 9 1 6 34 22 0 0 E18 18 2 217 313 341 35 35 E24 24 2 28 9 40 3 43 1 45 45 E36 34 2 40 9 55 4 58 1 60 60 None 15 2
68. Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 75 F 85 F 77 98 1 5 3 39 7 32 9 26 1 1625 72 89 4 5 3 50 8 44 0 37 2 30 4 67 80 6 5 2 61 9 55 1 48 3 41 5 34 7 62 72 6 5 2 72 6 68 6 58 8 52 1 45 3 38 5 77 102 0 5 3 44 7 36 8 28 8 72 92 9 5 3 57 0 49 0 41 0 33 1 1950 67 83 9 5 3 69 2 61 2 53 3 45 3 37 3 62 75 5 5 2 75 5 72 8 64 9 569 489 41 0 57 75 3 5 2 75 3 75 3 67 7 59 7 51 7 43 8 77 105 9 5 3 49 8 40 6 31 5 72 96 5 5 3 63 1 54 0 44 8 35 7 2275 67 87 1 5 3 76 5 67 3 58 2 49 1 39 9 62 78 4 5 2 78 4 77 1 70 9 61 7 52 6 43 5 57 78 2 5 2 78 2 78 2 74 0 64 8 557 46 5 77 109 8 5 3 54 8 44 5 34 1 72 100 1 5 3 69 3 58 9 48 6 38 3 2600 67 90 3 5 3 83 8 73 4 63 1 52 8 42 5 62 81 3 5 2 81 3 81 3 76 9 66 6 56 3 45 9 57 81 1 5 2 81 1 81 1 80 2 69 9 59 6 49 3 72 102 7 5 3 74 5 63 2 51 8 40 5 2925 67 92 7 5 3 89 4 78 6 67 3 55 9 44 6 62 83 4 5 3 83 4 83 4 81 2 69 9 58 5 47 2 57 83 3 5 2 83 3 83 3 82 8 71 5 60 1 48 8 72 105 4 5 3 79 8 67 4 55 0 42 7 3250 67 95 1 5 3 95 1 83 8 71 4 59 1 46 7 62 85 6 5 3 85 6 856 85 6 73 2 60 8 48 4 57 85 4 5 3 85 4 85 4 85 4 73 1 60 7 48 3 105 F 77 87 2 6 5 36 1 29 5 21 5 1625 72 78 4 6 3 48 5 40 4 32 44 24 4 67 69
69. Meer Ld NO1123NNO2 Wi3dWnf 3AOM38 LON 00 SVB 310N 1 310N 335 1 3108 20 MYHOVIQ ANOSS322V ru 199 093 4 2984 Um SWOSN3S 2 OL 205 NO HILIMS 410 3AOM 205 FE 6 W31SAS S OMINOO S a 335 UD 541 N02 810 NO 2 YOSN3S OL Pid 123402 2 505 VYOS 801 28 SIINN SVB HOS M1502 cm DOS N 0 3 O1 Pid 193NNOD AINO 505 803 s narse 134m 7 4 662 m as ya wig 3 TEE 91816 7 vni dE 20 NAA ug LezC m 1 1 34 6 m 134 226 r9 0 18 22 AB 6S2 223 002 wo02 O X On H003 w9iz Bre 03 2 62 2 03 134 SHd Q 62 1 SHd wv TVNOIldO 5 O 01 JLON 335 roe Sinaino sisa D xg 262 1 d 38 Hyng E I 2 5 18d O M04 WA 92d 825 PIS Ens A802 02172 tr 3108 339 T m 134 jl 41901 18 122 u 202 E 1 JAKA 19 152 Cr m 6 3108 335 18 601 OE f 49 0 2 3 062 quom 2 2 us TYPES D Bet Cm lt x8 v01 A 5 i nm o ma Nu zN ZANO aT pp ads i 2 2 a Ci m arera Xi m 038 s lo Sa 65 led Er e lt t ur 55 55 55 we puse ONT r 3108 338 wee 256 wae ar62 imami 5 33 c3 A SpA P TAW 1 41822 g Ou ai Nh 101122 B1N
70. Nominal total CFM 3300 5500 6300 BELT DRIVE EVAP FAN DATA Quantity 1 1 1 Fan Size Inch 12x9 12x9 12x9 Type Centrifugal Centrifugal Centrifugal Motor Sheave 1VM34 1VL44 1VM34 1VL44 1VL40 1VP56 Blower Sheave AK69 AK69 AK56 AK56 AK61 AK74 Belt A47 A47 A47 A47 A47 51 1 1 2 1 1 2 1 1 2 1 1 2 1 1 2 2 RPM 1725 1725 1725 1725 1725 1725 Frame size 56 56 56 56 56 56 FILTERS Quantity Size 18 Stage Capacity is 7596 of Full Capacity 18 Stage Capacity is 7096 of Full Capacity 2 In Pleated Optional MERV 7 4 In Pleated Optional MERV 13 OY ox NE 4 24 x 16 x 294 4 24 x 16 x 4 5 2 In Throwaway Standard MERV Minimum Efficiency Reporting Value 3 4 24 x 16x 2 9 4 24 x 16 x 4 4 24 x 16x 2 4 24x 16 x 4 5 Johnson Controls Unitary Products 25 528150 YTG G 1210 ZJ078 150 Physical Data Models Component ZJ078 ZJ090 ZJ102 ZJ120 ZJ150 Nominal Tonnage 6 5 7 5 8 5 10 12 5 ARI COOLING PERFORMANCE Gross Capacity ARI A point Btu 80000 93000 106000 124000 155000 ARI net capacity Btu 78000 90000 102000 120000 150000 EER 12 2 12 2 12 2 12 2 12 2 SEER IEER 14 9 14 44 13 2 12 9 12 9 IPLV 14 9 14 18 13 6 13 4 14 1 Nominal CFM 2600 2500 3400 3400 3500 System power KW 6 40 7 38 8 30 9 80 12 25 Refrigerant ty
71. None 10 3 124 15 15 E08 9 1 87 142 16 5 15 20 575 51 36 7 5 0 6 2 7 1 8 0 0 E15 15 2 144 214 23 7 25 25 E20 20 2 192 274 29 7 30 30 E23 24 2 234 32 2 34 5 35 35 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC Johnson Controls Unitary Products 151 528150 YTG G 1210 ZJ078 150 Hi Static Motor Without Powered Convenience Outlet OD Fan Suppl Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option j MCA poii Size voit each each Motor Motor Outlet MCA w Pwr Breaker Size w Pwr Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model j kW Stages Amps Amps Amps iS None 30 7 36 2 40 45 E09 6 8 1 18 9 32 1 39 40 45 208 9 3 68 14 5 1 5 6 8 5 5 0 0 E18 13 5 2 37 5 55 3 62 2 60 70 E24 18 2 50 0 71 77 8 80 80 E36 25 5 2 70 8 97 103 9 100 110 None 30 7 36 2 40 45 E09 9 1 21 7 35 6 42 4 40 45 230 9 3 68 14 5 1 5 6 8 5 5 0 0 E18 18 2 43 3 62 6 69 5 70 70 E24 24 2 57 7 80 7 87 5 90 90 078 E36 34 2 81 8 110 7 117 6 125 125 6 5 None 16 18 2 20 20 E09 9 1 10 8 17 8 20 5 20 25 460 4 9 34 7 6 0 8 3 4 2 2 0 0 E18 18 2 21 7 31 3 34 1 35 35 E24 24 2 28 9 40 3 43 1 45 45 E36 34 2 40 9 55 4 58 1 60 60 None 12 5 14 3 15 15 E09 9 1 8 7 14 2 16 5 1
72. None 67 6 73 1 90 90 E18 13 5 2 37 5 67 6 73 1 90 90 208 23 1 160 36 1 5 9 6 5 5 0 0 E24 18 2 50 0 74 5 81 3 90 90 E36 25 5 2 70 8 100 5 107 4 110 110 E54 40 6 2 112 7 152 9 159 7 175 175 None 67 6 73 1 90 90 E18 18 2 43 3 67 6 73 1 90 90 230 23 1 160 36 1 5 9 6 5 5 0 0 E24 24 2 57 7 84 2 91 90 100 E36 34 2 81 8 114 2 121 1 125 125 150 E54 54 2 129 9 141 9 148 8 175 175 12 5 None 35 5 37 7 45 45 E18 18 2 21 7 35 5 37 7 45 45 460 12 2 87 19 0 8 4 8 2 2 0 0 E24 24 2 28 9 42 1 44 8 45 45 E36 34 2 40 9 57 1 59 9 60 60 E54 54 2 65 0 71 73 7 80 80 None 25 9 27 7 30 35 E18 18 2 17 3 26 5 28 8 30 35 575 8 7 62 13 5 0 6 3 9 1 8 0 0 E24 24 2 23 1 33 7 36 35 40 E36 34 2 32 7 45 8 48 50 50 E54 54 2 52 0 56 8 59 1 70 70 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC 138 Johnson Controls Unitary Products 528150 YTG G 1210 ZH037 061 Hi Static Indoor Blower Without Powered Convenience Outlet OD Fan Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 Max Fuse yaa Size Voit each each Motor Motor Outlet MCA w Pwr Breaker SES Wi Tons Amps Exh Size Pwr Exh RLA LRA MC
73. Quantity Size 4 25 x 16 x 2 4 25x 16x 2 4 25x 16x2 4 25 x 16 x 4 3 1 2 In Throwaway Standard MERV Minimum Efficiency Reporting Value 3 2 21 Pleated Optional MERV 7 3 4 In Pleated Optional MERV 13 4 25x 16 x 4 3 4 25x 16 x 4 3 Johnson Controls Unitary Products 29 528150 YTG G 1210 ZR037 061 Two Stage Gas Heat Physical Data Component Models ZR037 29049 28061 Nominal Tonnage 3 4 5 ARI COOLING PERFORMANCE Gross Capacity ARI A point Btu 36500 49000 62000 ARI net capacity Btu 35500 47500 60000 EER 12 2 12 2 12 2 SEER 15 15 14 7 IPLV Nominal CFM 1200 1600 2000 System power KW 2 88 3 32 4 83 Refrigerant type R 410A R 410A R 410A Refrigerant charge Ib oz System 1 12 8 12 0 11 0 System 2 ARI HEATING PERFORMANCE Heating model N05 N07 N09 N05 N07 N09 N07 N09 N13 Heat input K Btu 60 80 120 60 80 120 80 120 160 Heat output K Btu 49 65 97 49 65 97 65 97 129 AFUE Steady state efficiency 96 81 5 81 81 81 5 81 81 81 81 80 5 No burners 4 4 6 4 4 6 4 6 8 No stages 21 22 22 21 22 22 22 22 22 Temperature Rise Range F 20 50 F 25 65 F 35 80 F 20 50 F 25 65 F 35 80 F 25 65 F 35 80 F 45 75 Gas Limit Setting F 200 F 235 290 200 235 290
74. These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor 54 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ061 5 0 Ton Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 85 77 74 2 3 6 32 0 26 2 20 4 1250 72 67 2 3 6 40 3 34 4 28 6 22 8 67 60 1 3 6 48 5 42 7 36 9 31 1 25 3 62 53 6 3 5 53 6 53 6 44 7 38 9 33 0 27 2 77 77 8 3 6 36 0 29 3 22 5 72 70 0 3 6 45 1 38 4 31 6 24 9 1500 67 62 7 3 6 54 3 47 5 408 34 0 27 3 62 55 9 3 5 55 9 559 49 4 42 6 35 9 29 1 57 54 8 3 6 54 8 54 8 50 3 43 6 36 9 30 1 77 80 4 3 7 40 0 32 3 24 7 72 72 8 3 7 50 0 42 3 34 7 27 0 1750 67 65 2 3 6 60 0 523 447 37 0 29 3 62 58 1 3 6 58 1 58 1 54 1 46 4 38 7 31 0 57 57 0 3 6 57 0 57 0 551 47 5 39 8 32 1 77 83 5 3 7 44 0 35 4 26 8 72 75 6 3 7 54 9 46 3 37 7 29 1 2000 67 67 7 3 7 65 7 57 1 485 39 9 31 3 62 60 4 3 6 60 4 60 4 588 502 41 5 32 9 57 59 2 3 6 59 2 59 2 59 9 51 3 42 7 34 1 72 77 4 3 7 59
75. Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 125 77 j 104 7 12 9 36 1 33 8 234 2500 72 96 1 12 7 61 8 51 4 41 1 30 7 67 87 5 12 5 87 5 69 1 58 7 484 38 0 62 81 5 12 3 81 5 81 5 66 3 559 456 35 2 77 108 1 12 9 50 9 38 6 26 2 72 99 2 12 7 70 6 58 3 46 0 33 7 3000 67 90 4 12 6 90 4 78 1 65 8 534 41 1 62 84 2 12 3 84 2 842 743 620 497 37 3 57 79 2 12 8 79 2 79 2 69 2 56 9 446 322 77 111 5 13 0 65 7 43 4 29 1 72 102 4 12 8 79 5 65 2 50 9 36 7 3500 67 93 3 12 6 93 3 87 1 72 8 58 5 44 3 62 86 9 12 4 86 9 86 9 823 68 0 53 8 39 5 57 81 7 12 8 81 7 81 7 76 7 624 482 33 9 77 114 9 13 0 80 5 482 31 9 72 105 5 12 8 88 3 724 559 397 4000 67 96 1 12 6 96 1 96 0 79 8 63 6 47 4 62 89 6 12 4 89 6 89 6 89 6 74 1 57 9 41 6 57 84 2 12 9 84 2 84 2 842 680 51 7 35 5 72 104 7 12 8 93 8 76 6 594 42 1 4500 67 95 4 12 7 95 4 95 4 848 67 5 503 62 88 9 12 4 88 9 88 9 88 9 720 548 37 6 57 83 5 12 9 83 5 83 5 83 5 66 3 49 0 31 8 72 104 0 12 8 99 4 81 1 62 8 44 6 67 94 7 12 7 94 7 94 7 897 71 5 532 2000 62 88 3 12 4 88 3 88 3 88 3 70 0 51 7 33 5 57 82 9 12 9 82 9 829 82 9
76. the control board can be programmed to lockout the compressors when the outdoor air temper ature is low or when free cooling is available A CAUTION The Simplicity amp control board used in this product will effectively operate the cooling system down to O F when this product is applied in a comfort cooling application for people An economizer is typically included in this type of application When applying this product for process cooling applications com puter rooms switchgear etc please reference applications bulletin AE 011 07 or call the applica tions department for Unitary Products 1 877 UPG SERV for guidance Additional accessories may be needed for stable operation at temperatures below 30 F Anti Short Cycle Protection To aid compressor life an anti short cycle delay is incorporated into the stan dard controls Compressor reliability is further ensured by programmable minimum run times For testing the anti short cycle delay can be temporarily overridden with the push of a button Fan Delays Fan on and fan off delays are fully pro grammable Furthermore the heating and cooling fan delay times are independent of one another All units are programmed with default values based upon their configuration of cooling and heat Safety Monitoring The control board monitors the high and low pressure switches the freezestats the gas valve if applicable and the temperatu
77. vee yeareee IE 02 D o 9 ae C ZAN 54 5 Sou j 805815 8 C4 Yvo Owi ure mau d i agp pae s n tb NBO WAP m s Sv 1 E 1614 ay 1 ee 4 SHd o e bii T 1 A1822 SHOLON NNY NOLIOYdV2 Luo 5 suse i t 9 651 NOLlI2VdYO NO 031 N30 lONINO2 v138 OuvOB ZNA NOIId0 A5 2 S321A39 BTA WNT Ld NOT 1401 503 SNH NOR D E ug ot2 12 321A30 ONY ANO12V CVWNOILdO 1S YHX3 Y3MOd NO12V1NO2 agp pes 3108 136121 SONOS d019VINO 128 80123130 3WOMS APZ NOILD3NNOD 9014 134205 824 825 MOSS 8013511982 A A 4 1SnvHX3 CVNOI1dO 1N3IGNV MOT HOLIMS n SION 338 YI 340d NO23 39V110A 3N 1 Y AVZ NO 123NNOO 91147139205 619 615 3 n S3Ud MOT HOLIMS n 114405 30133130 3WOMS AVZ NOI123NNO2 901d 134205 80109 A 1 D x18 NIV NYNLIY 80193130 3XOMS NO1123NNO2 9014 139205 YOON AV134 1 lt H3MOd 39v110A INIT NOI 1D23NNO2 9 14 13 20 1V3H SY9 NOILINO JOH1NO2 1601 Ti NO1123S NO23 AVZ NOI123NNOD 9014 139205 3unss3ud HOLIAS IN 0 601 9 201 1N3 8MY MOT NO 123NNO 9014 13205 JAWA 5 9 18 201 H 1 3N11 9 538055384 NOILJINNOJ 9014 134305 393 Tlygveot 88 61 WH321mONO23 AVZ NO 123NNO2 9014 13208 dW3l dVA3 MO 1V1SOMNIH m 2 1 2 1V3M 5 9 2
78. 0 0 E18 13 5 2 37 5 58 8 65 7 60 70 E24 18 2 50 0 74 5 81 3 80 90 E36 25 5 2 70 8 100 5 107 4 110 110 None 44 1 49 6 50 60 E09 9 1 21 7 44 1 49 6 50 60 230 12 2 88 19 3 5 9 6 5 5 0 0 E18 18 2 43 3 66 1 73 70 80 E24 24 2 57 7 84 2 91 90 100 102 E36 34 2 81 8 114 2 121 1 125 125 8 5 None 21 1 23 3 25 25 E09 9 1 10 8 21 1 23 3 25 25 460 5 8 44 9 1 6 4 8 2 2 0 0 E18 18 2 21 7 33 1 35 8 35 40 E24 24 2 28 9 42 1 44 8 45 45 E36 34 2 40 9 57 1 59 9 60 60 None E 16 4 18 2 20 20 E09 9 1 8 7 16 4 18 2 20 20 575 4 4 36 55 1 3 3 9 1 8 0 0 E18 18 2 17 3 26 5 28 8 30 30 E24 24 2 23 1 33 7 36 35 40 E36 34 2 32 7 45 8 48 50 50 140 Johnson Controls Unitary Products 528150 YTG G 1210 ZH078 150 Hi Static Motor Without Powered Convenience Outlet Continued OD Fan Suppl Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 4 Max pda Size Volt each each Motor Motor Outlet MCA WPNE Breaker Size w Pwr Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps Amps None 56 9 62 4 70 80 E18 13 5 2 37 5 58 8 65 7 70 80 208 17 9 120 28 0 3 5 9 6 5 5 0 0 E24 18 2 50 0 74 5 81 3 80 90 E36 25 5 2 70 8 100 5 107 4 110 110 E54 40 6 2 112 7 152 9 159 7 175 175 None 56 9 62 4 70 80
79. 0 05 0 07 0 07 0 07 2200 0 03 0 20 0 12 0 06 0 06 0 06 0 08 0 08 0 08 2300 0 04 0 21 0 12 0 06 0 06 0 06 0 09 0 09 0 09 2400 0 04 0 22 0 13 0 07 0 07 0 07 0 10 0 10 0 10 2500 0 05 0 23 0 14 0 08 0 08 0 08 0 11 0 11 0 11 1 Add these values to the available static resistance in the respective Blower Performance Tables 2 Deduct these values from the available external static pressure shown in the respective Blower Performance Tables 3 The pressure drop through the economizer is greater for 100 outdoor air than for 100 return air If the resistance of the return air duct is less than 0 25 IWG the unit will deliver less CFM during full economizer operation Additional Static Resistance ZJ ZR037 thru 061 ub Model CFM Cooling Only Economizer 3 4 Pleated Filter 5 Electric ned Ts 5 54 900 0 05 0 05 0 01 0 00 0 00 0 00 0 01 0 01 0 01 1000 0 05 0 03 0 02 0 00 0 00 0 00 0 02 0 02 0 02 1100 0 04 0 02 0 03 0 01 0 01 0 01 0 02 0 02 0 02 037 3 ZJ ZR 1200 0 04 0 00 0 04 0 01 0 01 0 01 0 02 0 02 0 02 1300 0 03 0 01 0 05 0 01 0 01 0 01 0 03 0 03 0 03 1400 0 03 0 03 0 07 0 02 0 02 0 02 0 03 0 03 0 03 1500 0 03 0 04 0 08 0 02 0 02 0 02 0 04 0 04 0 04 1200 0 01 0 10 0 05 0 01 0 01 0 01 0 02 0 02 0 02 1300 0 01 0 11 0 06 0 01 0 01 0 01 0 03 0 03 0 03 1400 0 01 0 12 0 06 0 02 0 02 0 02 0 03 0 03 0 03 1500 0 01 0 13 0 07 0 02 0 02 0 02 0 04 0 04 0 04 1600 0 01
80. 0 8 4 8 2 2 0 0 E24 24 2 28 9 42 1 44 8 45 45 E36 34 2 40 9 57 1 59 9 60 60 E54 54 2 65 0 71 73 7 80 80 None 25 9 27 7 30 35 E18 18 2 17 3 26 5 28 8 30 35 575 8 7 62 13 5 0 6 3 9 1 8 0 0 E24 24 2 23 1 33 7 36 35 40 E36 34 2 32 7 45 8 48 50 50 E54 54 2 52 0 56 8 59 1 70 70 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC 150 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ037 061 Hi Static Indoor Blower Without Powered Convenience Outlet OD Fan Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 Max Fuse yaa Size volt each each Motor Motor Outlet MCA w Pwr Breaker Size wi Tons Amps Exh Size Pwr Exh RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps Ame None 9 4 9 E03 23 i 6 4 18 4 23 9 25 30 208 8 7 68 13 5 1 5 6 0 5 5 0 0 E06 4 5 1 12 5 23 1 30 25 30 8 U 3 E15 11 3 2 31 4 46 7 53 6 50 60 None 18 4 23 9 25 30 E03 3 i 72 18 4 23 9 25 30 230 87 68 13 5 1 5 6 0 5 5 0 0 E06 6 1 14 4 25 5 32 4 30 35 037 E08 9 1 217 34 6 414 35 45 3 E15 15 2 36 1 52 6 59 5 60 60 None 9 6 8 E03 3 1 3 6 9 6 11 8 15 15 460 46 34
81. 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 kW and the compressor motors but not the supply air blower motor Johnson Controls Unitary Products 85 528150 YTG G 1210 ZR102 8 5 Ton Reheat Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh Hen WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 85 80 75 70 65 MBh kW 85 80 75 70 65 45 F 72 62 7 5 5 3 5 24 1 3 2125 67 61 5 5 3 9 5 8 4 7 2 6 1 62 53 9 5 8 18 2 17 1 16 0 14 9 13 8 72 64 8 5 5 5 6 3 8 2 1 2550 67 63 6 5 8 14 9 13 2 11 4 9 7 62 55 8 5 2 28 7 26 9 25 2 23 4 21 7 57 50 7 5 0 33 0 31 2 29 5 27 7 26 0 72 66 9 5 4 7 6 5 2 2 8 2975 67 65 7 5 2 20 4 18 0 15 6 13 2 62 57 6 5 2 39 2 36 8 34 4 32 0 29 6 57 52 4 5 0 43 5 42 6 40 2 37 8 35 4 72 69 1 5 3 9 7 6 6 3 6 3400 87 67 8 5 1 25 8 22 8 19 7 16 7 62 59 5 5 1 49 7 46 6 43 6 40 5 37 5 57 54 0 4 9 54 0 54 0 51 0 47 9 44 9 72 70 1 5 8 10 9 7 5 4 2 3825 67 68 7 5 1 29 2 25 8 22 5 19 1 62 60 3 5 1 55 4 52 9 49 5 46 1 42 8 57 54 8 4 9 54 8 54 8 51 4 48 1 44 7 72 71 0 5 8 12 1 8 4 4 7 4250 67 69 7 5 1 32 5 28 9 25 2 21 5 62 61 2 5 1
82. 1 1 1 Fan Size Inch 12x9 12x9 12x9 Type Centrifugal Centrifugal Centrifugal Motor Sheave 1VM34 1VL44 1VM34 1VL44 1VL40 1VP56 Blower Sheave AK69 AK69 AK56 AK56 61 AK74 Belt A47 A47 A47 A47 A47 51 1 1 2 1 1 2 1 1 2 1 1 2 1 1 2 2 RPM 1725 1725 1725 1725 1725 1725 Frame size 56 56 56 56 56 56 FILTERS Quantity Size 4 24 x 16 x 2 4 24 x 16 x 4 In Throwaway Standard MERV Minimum Efficiency Reporting Value 3 1 2 2 21 Pleated Optional MERV 7 3 4 In Pleated Optional MERV 13 4 24 x 16x2 4 24 x 16x 4 4 24 x 16x2 4 24 x 16x 4 Johnson Controls Unitary Products 23 528150 YTG G 1210 ZJ037 061 Two Stage Gas Heat Physical Data Models 7037 7 049 ZJ061 Nominal Tonnage 3 0 4 0 5 0 ARI COOLING PERFORMANCE Gross Capacity ARI A point MBh 37000 50000 62000 ARI net capacity MBh 36000 48000 60000 EER 12 2 12 2 12 2 SEER 15 15 15 IPLV Nominal CFM 1300 1600 2000 System power KW 2 95 3 95 4 90 Refrigerant type R 410A R 410A R 410A Refrigerant charge Ib oz System 1 6 12 8 8 8 4 System 2 ARI HEATING PERFORMANCE Heating model N05 N07 N09 N05 N07 N09 N07 N09 N13 Heat input K Btu 60 80 120 60 80 120 80 120 160 Heat output K Btu 49 65 97 49 65 97 65 97 129 AFUE Steady state eff
83. 1 2 RPM BHP RPM BHP Standard 1 5 HP amp Drive 706 0 5 719 0 6 731 0 6 742 0 6 752 0 7 760 0 7 766 0 8 771 0 9 773 1 0 788 0 6 801 0 6 813 0 7 824 0 7 834 0 8 842 0 8 849 0 9 853 1 0 856 1 0 1 0 RPM BHP 863 0 7 876 0 7 888 0 7 899 0 8 909 0 8 917 0 9 923 1 0 928 1 0 930 1 1 1 2 1 4 1 6 1 8 RPM BHP RPM BHP RPM BHP RPM BHP Hi Static 1 5 HP amp Drive 931 0 8 993 0 8 1050 09 1104 1 0 943 0 8 1005 09 1063 10 1117 1 1 955 0 8 1017 09 1075 10 1129 1 1 966 0 9 1028 09 1086 1 0 1140 1 1 976 0 9 1038 1 0 1096 1 1 1150 12 984 1 0 1046 1 1 1104 1 1 1158 12 991 1 0 1053 14 1110 12 1164 13 995 1 1 1057 12 1115 1 3 1169 14 998 1 2 1060 13 1117 14 1172 1 5 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP kW BHP x 0 932 Field Supplied Drive ZR061 5 0 Ton Side Duct Air Flow CFM 1600 1700 1800 1900 2000 2100 2200 2300 1 0 2 RPM BHP 685 707 724 739 755 772 791 814 841 832 844 0 4 RPM BHP Standard 1 5 HP amp Drive 0 6 0 7 0 7 0 8 0 8 0 9 1 0 1 0 14 1 2 1 3 Available External Static Pressure IWG 2 0 RPM BHP 1156 14 1169 12 1181 12 1192 12 1202 13 1210 14 1216 14 1221 15 1224 16 FS4 0 6 RPM BHP 766 781 796 810 823 836 84
84. 1 40 7 32 3 23 9 2000 67 56 5 4 9 565 520 43 6 352 26 8 62 51 9 4 8 51 9 51 9 53 6 45 3 36 9 28 5 57 53 0 4 8 53 0 530 51 0 427 34 3 25 9 72 63 4 5 1 53 1 43 9 34 6 25 4 2250 67 57 0 4 9 57 0 545 468 37 6 28 3 62 52 5 4 8 52 5 525 53 3 44 1 34 9 25 6 57 53 5 4 8 53 5 53 5 52 6 43 3 34 1 24 9 72 64 1 5 1 57 1 47 1 37 0 26 9 2500 67 57 6 4 9 57 6 57 0 50 0 39 9 29 8 62 53 0 4 8 53 0 53 0 53 0 42 9 328 228 57 54 1 4 8 54 1 54 1 54 1 44 0 33 9 23 9 Johnson Controls Unitary Products 39 528150 YTG G 1210 ZH061 5 0 Ton Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 127 77 52 1 6 0 20 7 17 0 12 6 1250 72 46 8 5 7 31 1 25 8 20 6 15 3 67 41 5 5 5 41 5 33 8 28 6 23 3 18 0 62 38 8 5 4 38 8 38 8 36 3 29 4 24 1 18 8 77 53 8 6 0 28 3 20 3 14 1 72 48 3 5 8 35 5 29 3 23 0 16 8 1500 67 42 8 5 6 42 8 38 2 32 0 25 7 19 5 62 40 0 5 4 40 0 40 0 38 8 325 263 20 0 57 43 0 5 5 43 0 41 3 35 1 28 8 22 6 16 3 77 55 4 6 1 35 8 23 6 15 6 72 49 8 5 8 40 0 32 7 255 183 1750 67 44 1 5 6 44 1
85. 1 49 2 39 3 62 85 2 8 9 85 2 852 70 3 60 4 50 5 40 6 77 112 4 9 3 54 4 42 9 31 3 72 103 8 9 2 71 5 60 0 48 4 36 8 2550 67 95 1 9 0 88 6 77 1 655 53 9 42 3 62 88 0 8 9 88 0 88 0 77 9 66 3 54 7 43 1 57 85 8 9 0 85 8 85 8 76 4 64 9 53 3 41 7 77 115 9 9 4 64 2 47 5 34 3 72 107 0 9 2 79 5 66 3 53 1 39 8 2975 67 98 1 9 0 94 9 85 1 71 8 58 6 45 4 62 90 8 8 9 90 8 90 8 85 4 72 2 58 9 45 7 57 88 5 9 0 88 5 88 5 83 8 70 6 57 4 44 1 77 119 5 9 4 74 0 522 37 3 72 110 3 9 2 87 6 72 7 57 8 42 9 3400 67 101 2 9 1 101 2 93 1 78 2 63 3 48 4 62 93 6 8 9 93 6 93 6 93 0 78 1 63 2 48 3 57 91 2 9 0 91 2 91 2 91 2 76 4 61 5 46 6 72 111 2 9 3 93 4 77 4 61 3 45 3 3825 67 102 0 9 1 102 0 97 2 83 0 67 0 51 0 62 94 3 9 0 94 3 94 3 94 0 78 0 61 9 45 9 57 92 0 9 1 92 0 92 0 920 75 9 59 9 43 9 72 112 1 9 3 99 2 82 1 64 9 47 7 4250 67 102 8 9 1 102 8 101 3 87 8 70 7 53 5 62 95 1 9 0 95 1 95 1 95 1 77 9 60 7 43 5 57 92 7 9 1 92 7 92 7 92 7 75 5 58 4 412 84 Johnson Controls Unitary Products 528150 YTG G 1210 ZR102 8 5 Ton Cooling Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity
86. 1 5 10 9 5 5 0 0 E18 13 5 2 37 5 60 5 67 3 70 70 E24 18 2 50 0 76 1 83 0 80 90 E36 25 5 2 70 8 102 1 109 0 110 110 None 47 0 52 5 60 60 E09 9 1 21 7 47 0 52 5 60 60 230 14 7 115 23 0 1 5 10 9 5 5 0 0 E18 18 2 43 3 67 8 74 6 70 80 E24 24 2 57 7 85 8 92 7 90 100 090 E36 34 2 81 8 115 9 122 7 125 125 7 5 None n 24 2 26 4 30 30 E09 9 1 10 8 24 2 26 4 30 30 460 7 7 50 12 0 0 8 5 3 2 2 0 0 E18 18 2 21 7 33 7 36 4 35 40 E24 24 2 28 9 42 7 45 5 45 50 E36 34 2 40 9 57 7 60 5 60 70 None 19 7 21 5 25 25 E09 9 1 8 7 19 7 21 5 25 25 575 64 40 10 0 0 6 4 1 1 8 0 0 E18 18 2 17 3 26 8 29 0 30 30 E24 24 2 23 1 34 0 36 2 35 40 E36 34 2 32 7 46 0 48 3 50 50 None 51 5 57 0 60 70 E09 6 8 1 18 9 51 5 57 0 60 70 208 16 7 120 26 0 1 5 10 9 5 5 0 0 E18 13 5 2 37 5 60 5 67 3 70 70 E24 18 2 50 0 76 1 83 0 80 90 E36 25 5 2 70 8 102 1 109 0 110 110 None 51 5 57 0 60 70 E09 9 1 21 7 51 5 57 0 60 70 230 16 7 120 26 0 1 5 10 9 5 5 0 0 E18 18 2 43 3 67 8 74 6 70 80 E24 24 2 57 7 85 8 92 7 90 100 102 E36 34 2 81 8 115 9 122 7 125 125 8 5 None 26 5 28 7 35 35 E09 9 1 10 8 26 5 28 7 35 35 460 8 7 60 13 5 0 8 5 3 2 2 0 0 E18 18 2 21 7 33 7 36 4 35 40 E24 24 2 28 9 42 7 45 5 45 50 E36 34 2 40 9 57 7 60 5 60 70 None 20 4 22 2 25 25 E09 9 1 8 7 20 4 22 2 25 25 575 6 7 42 10 5 0 6 4 1 1 8 0 0 E18 18 2 17 3 26 8 29 0 30 30 E24 24 2 23 1 34 0 36 2 35 40 E36 34 2
87. 1029 1 05 1085 1 15 1137 1 25 1182 1 35 1219 1 46 2000 741 0 59 863 0 81 925 0 91 987 1 01 1103 1 21 1154 1 31 1199 1 41 1236 1 52 2100 759 0 65 881 0 87 943 0 98 1005 1 08 1121 1 28 1172 1 38 1217 1 48 1254 1 59 2200 778 0 73 900 0 95 962 1 05 1024 1 15 1139 1 35 1191 1 45 1236 1 56 1273 1 66 2300 797 0 81 919 1 03 981 1 13 1043 1 23 1159 1 43 1210 1 53 1255 1 64 1292 1 74 2400 817 0 90 939 1 12 1002 1 22 1063 1 32 1179 1 52 1230 1 62 1275 1 73 1312 1 83 2500 838 1 00 960 1 22 1022 1 32 1084 1 42 1200 1 62 1251 1 72 1296 1 82 1333 1 93 8 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 4 Field Suppied Drive 110 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ078 6 5 Ton Side Duct 1800 2000 2200 2400 2600 2800 3000 3200 1 2 3 4 ZJ090 7 5 Ton Side Duct Air Flow CFM 2000 2200 2400 2600 2800 3000 3200 3400 3600 3800 0 2 0 4 RPM RPM 5 656 0 24 619 0 07 670 0 32 631 0 16 682 041 642 0 27 692 0 52 652 0 39 708 0 64 663 0 53 714 0 77 675 0 68 726 0 92 688 0 84 739 1 09 703 1 08 758 1 28 718 1 23 769 1 47 ZJ102 8 5 Ton Side Duct
88. 1155 5 15 1204 5 34 Hi Static 5 HP amp Drive Available External Static Pressure IWG 0 8 RPM 861 877 893 912 932 953 976 1001 1027 1055 1084 1115 1147 1181 1216 1252 BHP 1 47 1 61 1 77 1 95 2 15 2 36 2 59 2 85 3 12 3 41 3 72 4 05 4 39 4 75 5 13 5 53 1 0 RPM 907 923 939 958 978 999 1022 1047 1073 1101 1130 1161 1193 1227 1262 BHP 1 65 1 79 1 95 2 13 2 33 2 54 2 77 3 03 3 30 3 59 3 90 4 23 4 57 4 93 5 31 5 HP amp Field Supplied Drive 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 1 2 1 4 1 6 1 8 2 0 RPM BHP RPM RPM BHP RPM BHP RPM BHP HP amp Drive Hi Static 3 HP amp Drive 914 1 48 957 1 65 1000 1 82 1041 1 99 1082 2 17 925 1 58 969 1 76 1011 1 93 1052 2 10 1093 2 27 938 1 70 981 1 87 1024 2 04 1065 2 21 1106 2 39 952 1 83 995 2 00 1037 2 17 1079 2 34 967 1 97 1010 2 14 1053 2 31 1094 2 48 984 2 13 1027 2 30 1069 2 447 1111 264 1152 2 82 1002 2 31 1046 2 48 1088 2 65 1170 3 00 1022 2 50 1066 2 67 2 84 1190 319 1044 2 72 1087 2 89 1129 3 06 1171 3 23 1211 3 41 1067 2 95 1110 3 12 1152 3 29 1092 3 20 3 HP
89. 119 1 2 30 3 16 24 3 16 17 3 16 6 3 16 ZJ037 049 061 42 89 22 1 8 18 3 16 15 3 16 6 3 16 ZJ078 090 102 120 50 3 4 89 30 3 16 24 3 16 17 3 16 6 3 16 ZJ150 50 3 4 119 1 2 30 3 16 24 3 16 17 3 16 6 3 16 ZRO37 049 061 42 89 22 1 8 18 3 16 15 3 16 6 3 16 ZR078 090 42 89 22 1 8 18 3 16 15 3 16 6 3 16 ZR102 120 50 3 4 89 30 3 16 24 3 16 17 3 16 6 3 16 ZR150 50 3 4 119 1 2 30 3 16 24 3 16 17 3 16 6 3 16 Johnson Controls Unitary Products 197 528150 YTG G 1210 Detail A I 4 3 184 Gas Pipe Inlet 2 000 14 594 F 4 727 42 CABINET Detail B 5 3 8 Gas Exhaust Vent 3 126 3 4 FPT 3 184 Gas Pipe Inlet 2 000 Gas Exhaust Vent 3 126 4 737 50 3 4 CABINET ZH ZJ ZR037 150 Unit Clearances Direction Distance in Direction Distance in Top 72 Right 12 Front 36 Left 36 Rear 36 Bottom 0 1 Units must be installed outdoors Over hanging structure or shrubs should not obscure condenser air discharge outlet 2 Units may be installed on combustable floors made from wood or class A B or C roof covering materials 198 Johnson Controls Unitary Products 528150 YTG G 1210 ZH ZJ ZR037 150 Unit Bottom Duct Openings TOP VIEW 89 SUPPLY AIR 20 1 8 49 4 8 47 1 8 NUN 12 5 16 Bottom condensate drain
90. 13 7 12 3 10 8 9 4 62 38 4 4 3 28 7 27 3 25 9 24 5 23 1 57 38 8 4 4 38 8 38 8 37 4 36 0 34 5 72 40 8 4 6 2925 67 41 1 4 4 15 2 13 7 12 2 10 8 62 37 4 4 4 32 0 30 5 29 1 27 6 26 1 57 37 7 4 4 37 7 37 7 36 2 34 8 33 3 72 39 6 4 6 3250 67 40 0 4 4 16 7 15 2 13 6 12 1 62 36 3 4 4 35 3 33 8 32 3 30 7 29 2 57 36 7 4 5 36 7 36 7 35 1 33 6 32 0 65 72 36 3 5 7 1625 67 36 2 5 3 2 4 2 1 1 8 1 5 62 33 1 5 2 6 5 6 2 5 9 5 6 5 3 72 36 8 5 6 1950 67 36 7 5 2 4 9 4 3 3 8 3 2 62 33 5 5 0 13 9 13 3 12 7 12 2 11 6 57 32 9 5 0 17 0 16 5 15 9 15 3 14 8 72 37 3 5 4 2275 67 37 2 5 0 7 4 6 6 5 8 5 0 62 34 0 4 9 21 2 20 4 19 6 18 8 18 0 57 33 4 4 9 25 4 25 2 24 3 23 5 22 7 72 37 8 5 3 2600 67 37 7 4 9 9 9 8 9 7 8 6 8 62 34 4 4 8 28 5 27 5 26 4 25 3 24 3 57 33 8 4 8 33 8 33 8 32 8 31 7 30 7 72 38 0 5 4 2925 67 38 0 5 0 12 2 10 9 9 7 8 4 62 34 6 4 9 31 7 31 2 29 9 28 7 27 4 57 34 1 4 9 34 1 34 1 32 8 31 6 30 3 72 38 2 5 5 3250 67 38 2 5 0 14 4 13 0 11 6 10 1 62 34 8 4 9 34 8 34 8 33 4 32 0 30 5 57 34 3 4 9 34 3 34 3 32 8 31 4 29 9 78 Johnson Controls Unitary Products 528150 YTG G 1210 ZR078 6 5 Ton Reheat Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capac
91. 15 1 4 RPM BHP Hi 968 1 31 992 1 44 1015 1 58 1038 1 73 1061 1 89 1085 2 05 1110 1 4 RPM 990 1012 1035 1058 1082 1107 Available External Static Pressure IWG 0 6 0 8 RPM BHP RPM BHP Standard 2 HP amp Drive 791 0 88 841 1 01 808 0 99 858 1 12 828 1 11 878 1 25 850 1 26 900 1 39 875 1 42 925 1 55 903 1 60 953 1 74 934 1 81 983 1 94 967 2 04 1017 2 17 1002 2 29 1052 2 42 1041 2 56 1091 2 69 1082 2 86 1132 2 99 889 906 926 949 974 1001 1032 1065 1101 1180 1 0 1 14 1 25 1 37 1 52 1 68 1 86 2 07 2 30 2 55 3 12 1 2 RPM BHP 936 1 27 953 1 37 973 1 50 995 1 64 1020 1 80 1048 1 99 1078 2 19 1112 2 42 2 67 2 95 3 24 1186 1227 1 4 RPM BHP Hi 981 1 39 999 1 49 1018 1 62 1041 1 76 1066 1 92 1124 1157 1193 1231 1272 2 23 1 46 1 61 1 77 1 95 2 14 2 35 2 11 2 32 2 54 2 80 3 07 3 36 1 6 1 8 RPM BHP RPM BHP Static 2 HP amp Drive 1010 1 43 1035 1 53 1034 1 57 1059 1 66 1057 1 71 1082 1 80 1080 1 85 1105 1 95 1103 2 01 1128 2 10 1127 2 18 1152 2 27 1152 2 36 1177 245 1178 2 54 1203 2 64 1204 2 74 1229 2 84 3 HP amp Field Supplied Drive 1 6 1043 1065 1088 1111 1135 1160 1186 1110 1138 1168 1201 1237 1275 3 HP amp Field Supplied Drive RPM BHP Hi Static 3 1 66 1 81 1 97
92. 15 15 15 Tube diameter 0 375 0 375 0 375 Refrigerant control TXV TXV TXV 18 Johnson Controls Unitary Products 528150 YTG G 1210 ZH037 061 Two Stage Gas Physical Data Continued Models Component ZH037 ZH049 ZH061 Nominal Tonnage 3 0 4 0 5 0 CONDENSER FAN DATA Quantity of fans 1 1 1 Fan diameter Inch 24 24 24 Type Prop Prop Prop Drive type Direct Direct Direct Quantity of motors 1 1 1 Motor HP each 1 3 1 3 1 3 No speeds 1 1 1 RPM 850 850 850 Nominal total CFM 3300 3700 3700 BELT DRIVE EVAP FAN DATA Quantity 1 1 1 Fan Size Inch 12x9 12x9 12x9 Type Centrifugal Centrifugal Centrifugal Motor Sheave 1VM34 1VL44 1VM34 1VL44 1VL40 1VP56 Blower Sheave AK69 AK69 AK56 AK56 61 AK74 Belt A47 A47 A47 A47 A47 51 1 1 2 1 1 2 1 1 2 1 1 2 1 1 2 2 1725 1725 1725 1725 1725 1725 Frame size 56 56 56 56 56 56 FILTERS Quantity Size 18 Stage Capacity is 7596 of Full Capacity 18 Stage Capacity is 7096 of Full Capacity 2 In Pleated Optional MERV 7 4 In Pleated Optional MERV 13 OY ox NE 4 24 x 16 x 294 4 24 x 16 x 4 5 2 In Throwaway Standard MERV Minimum Efficiency Reporting Value 3 4 24 x 16x 2 9 4 24 x 16 x 4 4 24 x 16x 2 4 24x 16 x 4 Johnson Controls Unitary Products 19 528150 YTG G 1210 ZH078 150 Physical Data
93. 2 15 2 34 2 55 2 77 2 05 2 44 2 67 2 92 3 19 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 1 8 RPM BHP HP amp Drive 1090 1 87 1113 2 02 1135 218 1159 2 36 1183 2 55 1208 2 76 1233 2 98 1260 3 21 3 HP amp Field Supplied Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP kW BHP x 0 932 Field Supplied Drive 1 6 1 8 RPM BHP RPM BHP Static 3 HP amp Drive 1025 1 51 1069 1 63 1043 1 62 1086 1 74 1063 1 74 1106 1085 1 88 1181 1212 1245 1280 1319 2 35 2 56 2 79 3 04 3 31 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP kW BHP x 0 932 Field Supplied Drive 2 0 RPM BHP 1039 1063 1086 1109 1133 1 59 1 72 1 86 2 01 2 16 1181 1207 1234 2 51 2 70 2 90 2 0 1131 1153 1176 1199 2 09 2 24 2 40 2 58 1274 3 20 Drive 2 0 RPM BHP 1111 1 75 1171 1196 1224 1254 128
94. 2 18 0 26 3 29 1 30 30 E20 20 2 24 1 33 8 36 6 35 40 None 9 6 11 4 15 15 E08 9 8 7 3 8 6 5 20 575 48 36 7 5 0 6 2 4 1 8 0 0 ETE 15 2 144 21 233 25 55 E20 20 2 19 2 27 1 29 3 30 30 None 26 6 32 1 35 45 E06 4 5 1 12 5 26 6 32 1 35 45 E08 6 8 1 18 9 31 1 38 40 45 208 144 88 22 60 55 00 e5 113 2 314 46 7 53 6 50 60 E20 15 2 41 6 59 5 66 4 60 70 E23 18 2 50 0 70 76 8 70 80 None 26 6 32 1 35 45 E06 6 1 14 4 26 6 32 4 35 45 230 14 1 88 22 1 5 6 0 5 5 0 0 B uM M 1 oe 41 4 061 E20 20 2 48 1 67 6 74 5 70 80 5 E23 24 2 57 7 79 7 86 5 80 90 None 14 2 16 4 20 20 E06 6 1 7 2 14 2 16 4 20 20 E08 9 1 10 8 17 3 20 20 20 EE M ME LUE EBS 2 180 26 3 29 1 30 30 E20 20 2 24 1 33 8 36 6 35 40 E23 24 2 28 9 39 8 42 6 40 45 None 10 11 8 15 15 E08 9 1 8 7 13 8 16 1 15 20 575 5 1 36 7 5 0 6 2 4 1 8 0 0 E15 15 2 14 4 21 23 3 25 25 E20 20 2 19 2 27 1 29 3 30 30 E23 24 2 23 1 31 9 34 1 35 35 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC 148 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ078 150 Standard Motor Without Powered Convenience Outlet
95. 2 2 2 2 Unit Capacity Steps 50 100 50 100 50 100 50 100 50 100 CONDENSER COIL DATA Face area Sq Ft 23 8 23 8 23 8 29 0 29 0 Rows 1 1 1 1 1 Fins per inch 23 23 23 23 23 Tube diameter in MM 1 25 1 25 71 18 1 25 1 25 Circuitry Type 2 pass Microchannel 2 pass Microchannel 2 pass Microchannel 2 pass Microchannel 2 pass Microchannel EVAPORATOR COIL DATA Face area Sq Ft 10 6 10 6 13 2 13 2 13 2 Rows 3 3 3 4 4 Fins per inch 15 15 15 15 15 Tube diameter 0 375 0 375 0 375 0 375 0 375 Circuitry Type Intertwined Intertwined Intertwined Intertwined Intertwined Refrigerant control TXV TXV TXV TXV TXV 20 Johnson Controls Unitary Products 528150 YTG G 1210 ZH078 150 Physical Data Continued Models Component ZH078 ZH090 ZH102 ZH120 ZH150 Nominal Tonnage 6 5 7 5 8 5 10 12 5 CONDENSER FAN DATA Quantity of fans 2 2 2 2 4 Fan diameter Inch 24 24 24 24 24 Type Prop Prop Prop Prop Prop Drive type Direct Direct Direct Direct Direct Quantity of motors 2 2 2 2 4 Motor HP each 1 3 3 4 3 4 3 4 1 3 No speeds 1 1 1 1 1 RPM 850 1110 1110 1110 850 Nominal total CFM 6700 8600 9000 9400 11500 BELT DRIVE EVAP FAN DATA Quantity 1 1 1 1 1 Fan Size Inch 12x12 12x12 15x15 15x15 15x15 Type Centrifugal Centrifugal Centrifugal Centrifugal Centrifugal Motor Sheave 1VM50 1VM50 1VM50 1VM50 1VM50 1VM50 1VM50 1VM50 1VM50 1VP56 Blower Sheave AK74 AK6
96. 2 5 3 46 2 462 42 4 33 1 23 9 62 44 3 5 2 44 3 44 3 43 7 34 5 25 3 16 1 57 42 7 5 2 42 7 42 7 427 33 9 24 7 15 5 72 53 4 5 4 58 4 43 4 33 4 23 3 2500 67 46 8 5 3 46 8 468 456 355 254 62 44 9 5 2 44 9 44 9 449 348 24 7 14 6 57 43 3 5 2 43 3 48 3 43 3 33 2 23 1 13 0 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor 56 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ078 6 5 Ton Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 75 F 85 F 77 98 2 5 1 42 4 35 0 27 6 1625 72 89 3 5 0 58 2 45 8 38 4 31 0 67 80 3 5 0 63 9 56 5 49 1 41 7 34 3 62 72 1 5 0 72 1 67 6 57 7 50 3 42 9 35 5 77 101 0 5 1 47 1 38 5 30 0 72 91 8 5 1 58 7 50 2 41 7 332 1950 67 82 6 5 0 70 4 61 9 53 3 44 8 36 3 6
97. 2 58 1310 2 71 1364 2 84 1357 2 99 1 4 RPM 1119 1 33 1147 1 48 1178 1 64 1212 1 82 1249 2 02 1288 2 23 1330 1419 1467 2 46 2 71 2 97 3 25 1385 1429 1475 1522 2 36 1400 2 59 1442 2 84 1485 3 10 1531 3 38 3 HP amp Field Supplied Drive 2 71 2 96 3 23 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 ZH102 8 5 Ton Side Duct Air Flow CFM 2600 2800 3000 3200 3400 3600 3800 4000 4200 0 2 0 4 RPM BHP RPM Field Supplied Drive 628 0 56 678 0 76 648 0 67 698 0 87 666 0 80 717 1 00 684 0 95 735 1 15 702 1 11 753 1 31 721 1 28 772 148 742 1 47 793 1 67 765 1 67 815 1 86 789 1 87 840 2 07 0 6 RPM BHP 730 0 93 750 1 04 768 1 17 786 1 32 804 1 48 824 1 65 844 1 84 867 2 04 891 2 24 Available External Static Pressure IWG 0 8 1 0 RPM BHP RPM BHP Standard 2 HP amp Drive 781 801 820 838 856 875 896 918 943 1 09 1 20 1 33 1 48 1 64 1 81 2 00 2 19 2 40 833 853 871 889 907 927 947 970 995 1 25 1 36 1 49 1 63 1 79 1 97 2 15 2 35 2 56 1 2 RPM BHP 883 1 41 903 1 52 922 1 65 940 1 80 958 1 96 977 2 13 998 2 32 1020 2 51 1045 2 72 1 4
98. 2 70 8 120 126 9 125 150 E54 40 6 2 112 7 172 4 179 2 175 200 None 83 2 88 7 100 110 18 18 2 43 3 85 6 92 5 100 110 230 23 1 160 36 1 5 15 2 5 5 10 0 E24 24 2 57 7 103 7 110 5 110 125 E36 34 2 81 8 133 7 140 6 150 150 150 E54 54 2 129 9 161 4 168 3 175 175 12 5 None 43 3 45 5 50 50 18 18 2 21 7 43 3 45 6 50 50 460 12 2 87 19 0 8 7 6 2 2 5 0 E24 24 2 28 9 51 8 54 6 60 60 E36 34 2 40 9 66 9 69 6 70 70 E54 54 g 65 0 80 7 83 5 90 90 None 32 1 33 9 40 40 E18 18 2 17 3 34 3 36 5 40 40 575 8 7 62 13 5 0 6 6 1 1 8 4 0 24 24 2 23 1 41 5 43 7 45 45 6 34 2 32 7 53 5 55 8 60 60 E54 54 2 52 0 64 6 66 8 70 70 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC Johnson Controls Unitary Products 159 528150 YTG G 1210 ZR037 061 Standard Indoor Blower Without Powered Convenience Outlet OD Fan Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 MCA Max Fuse jdn Size voit each each Motor Motor Outlet MCA w Pwr Breaker Size w Tons Amps Size pwr Exh RLA LRA Mcc FLA FLA FLA FLA Model kW Stages Amps Amps Amps PETENS None n 181 235 25 30 E03 23 1 64 184 23 9 25 30 208 87 68 135 15 6 0 55 00 E06 45 1
99. 23 1 18 7 14 3 72 44 2 2 3 28 9 24 5 20 1 15 7 1050 67 38 7 2 2 34 8 30 4 260 21 6 17 2 62 33 5 2 2 33 5 33 5 31 1 26 7 22 3 17 9 57 30 3 2 2 30 3 30 3 33 9 28 4 25 1 20 7 77 52 0 2 3 25 6 20 6 15 6 72 46 3 2 3 32 0 27 0 220 17 0 1200 67 40 5 2 2 38 4 33 4 28 4 23 4 18 4 62 35 0 2 2 35 0 35 0 34 0 29 0 24 0 19 0 57 31 7 2 2 31 7 31 7 38 9 31 7 28 9 23 9 72 47 2 2 3 34 8 29 2 23 6 18 1 67 41 3 2 2 40 3 36 1 30 5 24 9 19 4 1990 62 35 7 2 2 35 7 35 7 35 2 29 6 24 1 18 5 57 32 3 2 2 32 3 32 3 35 9 29 3 24 8 19 3 72 48 1 2 3 37 5 31 4 25 3 19 2 1500 67 42 2 2 2 42 2 38 7 32 6 26 5 20 4 62 36 4 2 2 36 4 36 4 36 4 30 3 24 2 18 1 57 32 9 2 2 32 9 329 329 268 20 7 14 6 105 77 36 8 2 8 13 8 11 6 8 6 750 72 32 9 2 7 19 3 16 3 13 3 10 3 67 28 9 2 7 24 9 21 0 180 15 0 12 0 62 24 9 2 6 24 9 249 21 8 188 158 12 8 77 38 6 2 8 16 9 13 3 9 7 72 34 5 2 7 22 2 186 15 0 11 4 900 67 30 3 2 7 27 6 24 0 20 4 168 132 62 26 1 2 6 26 1 26 1 24 6 21 0 17 4 13 8 57 25 5 2 6 25 5 25 5 23 6 20 0 164 12 8 77 40 4 2 8 20 0 15 0 10 8 72 36 1 2 8 25 1 20 9 16 8 12 6 1050 67 31 7 2 7 30 2 269 227 18 5 14 3 62 27 3 2 6 27 3 27 3 27 4 23 3 19 1 14 9 57 26 7 2 6 26 7 26 7 26 4 222 180 13
100. 24 5 3 1 24 5 23 4 19 5 15 6 11 7 62 20 9 3 0 20 9 20 9 20 9 20 1 16 2 12 2 57 20 7 3 1 20 7 20 7 20 7 17 2 13 3 9 4 77 31 4 3 4 21 9 12 9 7 7 72 28 4 3 3 23 6 19 1 14 7 10 2 1200 67 25 4 3 1 25 4 25 4 21 6 17 2 12 7 62 21 6 3 0 21 6 21 6 21 6 21 6 17 7 13 2 57 21 4 3 1 21 4 21 4 21 4 19 0 14 5 10 0 72 28 6 3 3 25 9 20 9 159 10 9 1350 67 25 6 3 2 25 6 25 6 23 4 18 4 13 4 62 21 8 3 1 21 8 21 8 21 8 19 3 14 3 9 3 57 21 6 3 1 21 6 21 6 21 6 17 6 12 6 7 6 72 28 9 3 3 28 1 22 6 17 0 11 5 1500 67 25 8 3 2 25 8 25 8 25 1 19 6 14 0 62 22 0 3 1 22 0 22 0 22 0 16 4 10 9 5 4 57 21 8 3 2 21 8 21 8 21 8 16 2 10 7 5 2 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor 52 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ049 4 0 Ton Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F
101. 3 88 3 74 3 60 4 46 4 57 96 7 6 5 96 7 96 7 92 9 78 9 65 0 51 0 77 141 0 6 8 76 4 60 8 452 72 128 1 6 7 94 3 78 7 63 1 47 5 3400 67 115 2 6 6 112 3 96 6 81 0 65 4 49 8 62 101 2 6 8 101 2 101 2 95 4 79 8 64 2 48 6 57 99 9 6 5 99 9 99 9 100 4 84 8 69 2 53 6 72 131 1 6 7 101 2 84 1 67 1 50 0 3825 67 117 9 6 6 116 4 103 2 86 1 69 1 52 0 62 103 5 6 8 103 5 103 5 100 7 83 6 66 5 49 5 57 102 2 6 6 102 2 102 2 102 4 85 4 68 3 51 3 72 134 0 6 8 108 0 89 5 71 0 52 5 67 120 6 6 7 120 6 109 7 91 2 727 54 2 4250 62 105 9 6 8 105 9 105 9 105 9 87 4 68 9 50 4 57 104 5 6 6 104 5 104 5 104 5 86 0 67 5 49 0 105 77 108 3 8 2 447 38 5 283 2125 72 97 7 8 0 62 2 52 0 41 8 31 6 67 87 1 7 8 79 6 65 5 553 45 1 34 9 62 77 3 7 9 77 3 77 3 65 1 54 9 44 7 34 5 77 111 8 8 2 55 2 43 2 31 2 72 100 9 8 1 70 1 58 1 46 2 34 2 2550 67 90 0 7 9 85 0 73 0 61 1 49 1 37 2 62 79 8 7 9 79 8 79 8 71 9 60 0 480 36 1 57 80 7 7 8 80 7 80 7 725 60 5 48 6 36 6 77 115 3 8 3 65 6 47 9 342 72 104 1 8 1 78 0 64 3 50 6 36 9 2975 67 92 8 7 9 90 3 80 6 66 9 53 2 39 5 62 82 3 7 9 82 3 82 33 78 8 65 1 51 4 37 6 57 83 2 7 8 83 2 83 2 79 4 65 7 51 9 38 2 TT 118 9 8 3 76 1 52 6 37 2 72 107 3 8 1 85 9 70 4 55 0 39 5 3400 6
102. 3 35 40 None gt 11 5 13 3 15 15 575 35 28 55 0 6 2 4 1 8 4 0 E08 9 1 8 7 18 8 21 1 20 25 E15 15 2 14 4 26 0 28 3 30 30 None 33 9 39 4 45 50 06 4 5 1 12 5 35 6 42 5 45 50 208 11 9 88 18 5 1 5 6 0 5 5 10 0 E08 6 8 1 18 9 43 6 50 5 45 60 E15 11 3 2 31 4 59 2 66 1 60 70 E20 15 2 41 6 72 0 78 9 80 80 None 33 9 39 4 45 50 06 6 1 14 4 38 0 44 9 45 50 230 11 9 88 18 5 1 5 6 0 5 5 10 0 E08 9 1 21 7 47 1 53 9 50 60 E15 15 2 36 1 65 1 72 0 70 80 p E20 20 2 48 1 80 1 87 0 90 90 None 16 1 18 3 20 20 06 6 1 7 2 19 0 21 8 20 25 460 5 2 44 81 0 8 3 0 2 2 5 0 E08 9 1 10 8 23 5 26 3 25 30 E15 15 2 18 0 32 6 35 3 35 40 E20 20 2 24 1 40 1 42 8 45 45 None 5 E 13 6 15 4 15 20 E08 9 1 8 7 18 8 214 20 25 3 9 46 98 75 96 xi 18 2H E15 15 2 144 26 0 28 3 30 30 E20 20 2 19 2 32 1 34 3 35 35 None 37 4 42 9 50 50 06 4 5 1 12 5 37 4 43 5 50 50 E08 6 8 1 18 9 44 6 51 5 50 60 208 14 1 88 220 1 5 4 3 5 5 10 0 E MS 5 TI s02 eu em 70 E20 15 2 41 6 73 0 79 9 80 80 E23 18 2 50 0 83 5 90 3 90 100 None E 37 4 42 9 50 50 E06 6 1 14 4 39 0 45 9 50 50 E08 9 1 21 7 48 1 54 9 50 60 230 14 1 88 220 1 5 4 3 5 5 10 0 EE 15 2 TF ae 238 70 20 20 2 48 1 81 1 88 0 90 90 r E23 24 2 57 7 93 2 100 0 100 100 None z 19 6 21 8 25 25 E06 6 1 7 2 19 6 22 3 25 25 E08 9 1 10 8 24 0 26 8 25 30 AGO el Nee oe a 2 0 E15 15 2 18 0 33 1 35 8 35 40 E20 20 2 24 1 40 6 43 3 45 45 E23 24 2 28 9 46 6 49 3 50 50
103. 3 60 70 208 16 7 120 26 0 1 5 8 2 5 5 0 0 E18 13 5 2 37 5 64 0 71 3 60 70 E24 18 2 50 0 79 6 89 3 80 80 E36 25 5 2 70 8 105 6 119 4 100 110 None 48 8 54 3 60 70 E09 9 1 21 7 48 8 54 3 60 70 230 16 7 120 26 0 1 5 8 2 5 5 0 0 18 18 2 43 3 64 4 71 3 70 80 24 24 2 57 7 82 4 89 3 90 90 102 6 34 2 81 8 112 5 119 4 125 125 8 5 25 3 27 5 30 35 09 9 1 10 8 25 3 27 5 30 35 460 87 60 13 5 0 8 4 1 2 2 0 0 E18 18 2 21 7 32 2 34 9 35 35 E24 24 2 28 9 41 2 44 0 45 45 E36 34 2 40 9 56 2 59 0 60 60 None 19 9 21 7 25 25 E09 9 1 8 7 19 9 21 7 25 25 575 6 7 42 10 5 0 6 3 6 1 8 0 0 E18 18 2 17 3 26 2 28 4 30 30 E24 24 2 23 1 33 4 35 6 35 40 E36 34 2 32 7 45 4 47 6 50 50 Johnson Controls Unitary Products 161 528150 YTG G 1210 ZR078 150 Standard Motor Without Powered Convenience Outlet Continued 2 OD Fan Supply Pwr Pwr MCA Max Fuse2 Max Fuse Compressors Size vor each oaths M ud So Electric Heat Option wiPwr Breaker pica Tons Amps Exh Size RLA LRA MCC j FLA FLA FLA FLA Model KW j Stages Amps Amps Amps jen None E 51 5 57 0 60 70 E18 18 5 2 37 5 57 1 64 0 60 70 208 17 9 120 28 0 15 8 2 5 5 0 0 E24 18 2 50 0 727 79 6 80 80 E36 255 2 70 8 98 7 105 6 100 110 E54 40 6 2 1127 151 1 158 0 175 175 None 51 5 57 0 60 70
104. 32 7 46 0 48 3 50 50 164 Johnson Controls Unitary Products 528150 YTG G 1210 ZR078 150 Hi Static Motor Without Powered Convenience Outlet Continued D Fan I Pwr Pwr 2 Compressors Motors Biever Exh Conv Electric Heat Option i Max Fuse Mex Size Volt each each Motor Motor Outlet MCA WIPWE Breaker Size w Pwr Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps oum None 54 2 59 7 70 70 E18 13 5 2 37 5 60 5 67 3 70 70 208 17 9 120 28 0 1 5 10 9 5 5 0 0 E24 18 2 50 0 76 1 83 0 80 90 E36 25 5 2 70 8 102 1 109 0 110 110 E54 40 6 2 112 7 154 5 161 4 175 175 None 54 2 59 7 70 70 E18 18 2 43 3 67 8 74 6 70 80 230 17 9 120 28 0 1 5 10 9 5 5 0 0 E24 24 2 57 7 85 8 92 7 90 100 E36 34 2 81 8 115 9 122 7 125 125 120 E54 54 2 129 9 143 5 150 4 175 175 10 None 28 5 30 7 35 40 E18 18 2 21 7 33 7 36 4 35 40 460 9 6 70 15 0 0 8 5 3 2 2 0 0 E24 24 2 28 9 42 7 45 5 45 50 E36 34 2 40 9 57 7 60 5 60 70 E54 54 2 65 0 71 6 74 3 80 80 None 22 0 23 8 25 30 E18 18 2 17 3 26 8 29 0 30 30 575 7 4 53 11 5 0 6 4 1 1 8 0 0 E24 24 2 23 1 34 0 36 2 35 40 E36 34 2 32 7 46 0 48 3 50 50 E54 54 2 52 0 57 1 59 3 70 70 None 74 1 79 6 90 100 E18 13 5 2 37 5
105. 4 45 2 31 9 62 68 0 9 0 68 0 68 0 68 0 547 41 5 28 2 57 68 7 10 4 68 7 68 7 64 8 51 5 382 24 9 77 94 7 9 9 79 6 495 302 72 84 9 9 6 77 3 62 3 47 2 32 1 3400 67 75 0 9 3 75 0 75 0 64 2 492 34 1 62 70 1 9 1 70 1 70 1 70 1 59 7 44 7 29 6 57 70 7 10 5 70 7 70 7 70 7 562 41 1 26 1 72 86 5 9 6 84 0 67 5 50 9 344 3825 67 76 4 9 3 76 4 76 4 69 3 52 8 362 62 71 4 9 1 71 4 71 4 71 4 57 2 40 7 24 1 57 72 1 10 5 72 1 72 1 72 1 55 8 39 2 227 72 88 1 9 7 88 1 72 7 54 7 36 6 4250 67 77 9 9 4 77 9 77 9 74 4 56 3 38 3 62 72 8 9 2 72 8 728 72 8 54 7 36 7 18 6 57 73 5 10 6 73 5 73 5 73 5 55 4 37 4 19 3 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 kW and the compressor motors but not the supply air blower motor 62 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ120 10 Ton Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return D
106. 4 77 67 2 4 8 31 0 24 5 18 1 72 59 0 4 5 39 4 33 0 26 6 202 1500 67 50 8 4 3 47 7 41 5 35 1 28 7 223 5 62 43 9 4 6 43 9 43 9 39 1 32 7 26 3 19 9 57 44 9 4 6 44 9 44 9 39 9 33 5 27 1 20 8 77 68 6 4 7 36 8 27 3 19 7 72 60 3 4 5 43 6 362 28 9 21 6 1750 67 51 9 4 2 50 4 45 2 38 1 30 8 23 5 62 44 9 4 5 44 9 44 9 42 5 35 1 27 8 20 4 57 45 9 4 5 45 9 45 9 43 4 36 0 28 7 21 4 77 70 0 4 7 42 5 300 21 2 72 61 5 4 4 47 8 39 5 31 2 22 9 2000 67 53 0 4 1 53 0 489 41 2 32 9 24 6 62 45 8 4 4 45 8 45 8 458 375 292 21 0 57 46 8 4 4 46 8 468 468 38 5 30 3 22 0 72 61 6 4 6 51 5 42 5 33 4 24 3 2250 67 53 1 4 3 53 1 50 8 44 1 35 0 26 0 62 45 9 4 6 45 9 45 9 45 9 36 8 27 7 18 7 57 46 9 4 7 46 9 46 9 469 37 8 28 7 19 7 72 61 6 4 8 55 3 455 35 6 25 8 2500 67 53 1 4 5 53 1 52 7 47 0 37 2 27 3 62 45 9 4 8 45 9 45 9 45 9 36 1 26 2 16 4 57 46 9 4 9 46 9 46 9 46 9 37 1 27 2 17 4 Johnson Controls Unitary Products 73 528150 YTG G 1210 ZR061 5 0 Ton Cooling Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh KW 90 85 80 75 70 65 MBh KW 90 85 80 75 70 65
107. 4 93 6 78 7 63 8 48 9 3750 67 124 8 15 5 117 4 102 5 87 6 72 7 57 9 62 117 1 15 3 117 1 117 1 107 3 92 5 77 6 627 57 115 8 15 3 115 8 115 8 102 3 87 4 72 5 57 7 77 159 8 15 5 82 9 61 1 44 2 2 72 144 5 15 5 104 2 87 4 70 5 53 7 4375 67 129 2 15 6 128 1 113 7 96 9 80 0 63 2 62 121 2 15 4 121 2 121 2 118 6 101 8 85 0 68 1 57 119 9 15 5 119 9 119 9 113 1 96 3 79 4 62 6 77 165 3 15 6 96 0 672 48 5 72 149 5 15 7 114 8 96 1 77 3 58 5 5000 67 133 7 15 7 133 7 124 9 106 1 87 3 68 5 62 125 4 15 5 125 4 125 4 125 4 111 1 92 4 73 6 57 124 1 15 6 124 1 124 1 123 9 105 1 86 3 67 5 72 154 5 15 8 126 5 105 6 84 6 63 6 5625 67 138 1 15 8 138 1 137 1 116 1 95 2 742 62 129 6 15 6 129 6 129 6 129 6 110 9 89 9 68 9 57 128 2 15 7 128 2 128 2 128 1 107 1 86 1 65 2 72 159 4 15 9 138 2 115 1 91 9 68 8 6250 67 142 5 15 9 142 5 142 5 126 2 103 0 79 9 62 133 7 15 7 133 7 133 7 133 7 110 6 87 4 64 3 57 132 3 15 8 132 3 132 3 132 3 109 1 86 0 62 8 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motor
108. 40 230 9 1 68 14 2 1 5 6 0 5 5 10 0 E06 6 0 1 14 4 38 44 9 40 45 037 E08 9 0 1 21 7 47 1 53 9 50 60 3 E15 15 0 2 36 1 65 1 72 70 80 None F 4 5 6 8 0 E03 3 0 1 3 6 14 6 17 3 15 20 460 4 5 34 7 0 8 3 0 2 2 5 0 E06 6 0 1 7 2 19 21 8 20 25 E08 9 0 1 10 8 23 5 26 3 25 30 E15 15 0 2 18 0 32 6 35 8 35 40 None 8 6 575 3 8 28 6 0 6 2 4 1 8 4 0 E08 9 0 1 8 7 18 8 21 1 20 25 E15 15 0 2 14 4 26 28 3 30 30 None 31 5 37 40 45 E06 4 5 1 12 5 35 6 42 5 40 45 208 11 2 88 17 5 1 5 6 0 5 5 10 0 E08 6 8 1 18 9 43 6 50 5 45 60 E15 11 3 2 31 4 59 2 66 1 60 70 E20 15 0 2 41 6 72 78 9 80 80 None 31 5 37 40 45 E06 6 0 1 14 4 38 44 9 40 45 230 11 2 88 17 5 1 5 6 0 5 5 10 0 E08 9 0 1 21 7 47 1 53 9 50 60 049 E15 15 0 2 36 1 65 1 72 70 80 4 E20 20 0 2 48 1 80 1 87 90 90 None 15 8 18 20 20 E06 6 0 1 7 2 19 21 8 20 25 460 5 6 44 8 0 0 8 3 0 2 2 5 0 E08 9 0 1 10 8 23 5 26 3 25 30 E15 15 0 2 18 0 32 6 35 8 35 40 E20 20 0 2 24 1 40 1 42 8 45 45 None 12 6 14 4 15 15 dem pee 36 1 08 24 18 40 Er5 450 2 144 26 28 3 30 30 E20 20 0 2 19 2 32 1 34 3 35 35 None 35 7 41 2 45 50 E06 4 5 1 12 5 36 6 43 5 45 50 08 6 8 1 18 9 44 6 515 45 60 208 13 9 110 217 1 5 6 8 5 5 10 0 E15 113 5 314 602 673 70 70 E20 15 2 41 6 73 79 9 80 80 E23 18 2 50 0 83 5 90 3 90 100 None 35 7 41 2 45 50 E06 6 1 14 4 39 45 9 45 50 230 13 9 110 21 7 1 5 6 8 5 5 10 0 B uM Mm E we 1 an 249 20 061 20 20 2 48 1 81
109. 41 8 34 3 26 8 19 2 Johnson Controls Unitary Products 37 528150 YTG G 1210 ZH049 4 0 Ton Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 125 77 t 41 4 4 7 13 7 12 1 8 7 1000 72 36 3 4 5 22 4 18 6 14 8 11 0 67 31 2 4 3 31 2 24 7 20 9 17 1 13 2 62 29 9 4 3 29 9 29 9 25 1 21 3 17 5 13 7 77 42 3 4 7 19 1 14 2 9 7 72 37 1 4 5 25 5 21 0 16 5 11 9 1200 67 31 9 4 4 31 9 27 8 23 3 18 7 14 2 62 30 6 4 3 30 6 30 6 280 23 5 19 0 14 4 57 30 1 4 3 30 1 30 1 26 6 22 0 17 5 13 0 77 43 2 4 8 24 6 162 10 7 72 37 9 4 6 28 6 23 4 18 1 12 9 1400 67 32 5 4 4 32 5 30 8 25 6 20 4 15 2 62 31 3 4 3 31 3 31 3 30 9 25 6 20 4 15 2 57 30 7 4 3 30 7 30 7 29 3 24 1 18 8 13 6 77 44 1 4 8 30 1 18 3 11 7 72 38 7 4 6 31 7 25 7 19 8 13 9 1600 67 33 2 4 4 33 2 332 280 22 1 16 2 62 31 9 4 4 31 9 31 9 31 9 27 8 21 9 16 0 57 31 4 4 4 31 4 31 4 31 4 26 1 20 2 14 2 72 39 7 4 7 34 8 28 2 21 6 15 0 1800 67 34 1 4 5 34 1 34 1 30 5 23 9 17 3 62 32 8 4 4 32 8 32 8 32 8 27 1 20 5 13 9 57 32 2 4 4 32 2 322 322 25 9 19 3 12 7 72 40 7 4 8 38 0 30 7
110. 4300 0 28 0 05 0 35 0 23 0 24 0 28 0 29 0 34 150 12 5 4500 0 30 0 05 0 38 0 25 0 26 0 30 0 31 0 37 4700 0 33 0 05 0 41 0 28 0 29 0 33 0 34 0 40 4900 0 36 0 05 0 44 0 30 0 31 0 35 0 37 0 43 5100 0 39 0 06 0 47 0 33 0 34 0 38 0 40 0 46 5300 0 42 0 06 0 51 0 35 0 37 0 41 0 43 0 49 5500 0 45 0 06 0 55 0 38 0 40 0 44 0 46 0 53 5700 0 48 0 06 0 58 0 41 0 43 0 47 0 49 0 56 5900 0 52 0 07 0 62 0 44 0 46 0 50 0 53 0 59 6100 0 56 0 07 0 67 0 47 0 49 0 53 0 56 0 62 6300 0 60 0 07 0 71 0 50 0 53 0 56 0 59 0 65 1 Add these values to the available static resistance in the respective Blower Performance Tables 2 Deduct these values from the available external static pressure shown in the respective Blower Performance Tables 3 The pressure drop through the economizer is greater for 100 outdoor air than for 100 return air If the resistance of the return air duct is less than 0 25 IWG the unit will deliver less CFM during full economizer operation 102 Johnson Controls Unitary Products 528150 YTG G 1210 Gas Heat Minimum Supply Air Size Supply Air CFM Tons Model Heat Size Heating Min Max 037 A05 N05 890 2220 3 ZH ZJ ZR A07 N07 915 2370 A09 N09 1130 1800 049 A05 N05 890 2220 4 ZH ZJ ZR A07 N07 915 2370 A09 N09 1290 2250 061 A07 N07 915 2
111. 45 6 Tt 25 2 1 1 8 1 5 1 2 72 60 7 8 4 3500 67 56 4 7 9 10 6 9 2 7 8 6 4 62 49 3 7 5 24 2 22 8 21 4 19 9 18 5 57 48 8 7 5 27 2 26 4 25 0 23 6 22 1 72 64 7 8 1 4000 67 60 0 7 6 18 9 16 4 13 9 11 4 62 52 6 7 3 45 6 43 1 40 6 38 1 35 6 57 52 0 7 2 52 0 50 6 48 1 45 6 43 1 72 64 7 8 1 4500 67 60 0 7 6 20 9 18 1 15 2 12 3 62 52 5 7 8 49 1 47 8 44 9 42 1 39 2 57 52 0 7 2 52 0 51 3 48 4 45 6 42 7 72 64 7 8 1 5000 67 60 1 7 6 23 0 19 8 16 5 13 3 62 52 5 7 8 52 5 52 5 49 2 46 0 42 8 57 52 0 7 2 52 0 52 0 48 7 45 5 42 3 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor Johnson Controls Unitary Products 91 528150 YTG G 1210 ZR150 12 5 Ton Cooling Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 85 77 2 185 2 10 5 81 6 67 3 53 0 3125 72 172 9 10 5 105 4 9
112. 46 0 30 4 14 8 57 66 3 8 5 66 3 66 3 66 3 50 6 35 0 19 4 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 kW Refer the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor 60 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ102 8 5 Ton Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 85 77 127 6 6 8 56 3 45 7 35 0 2125 72 116 0 6 7 70 2 59 6 48 9 38 3 67 104 3 6 6 84 1 73 5 62 8 522 41 5 62 91 6 6 7 91 6 89 5 74 0 63 3 52 7 42 0 77 132 1 6 8 63 0 50 7 38 4 72 120 0 6 7 78 2 65 9 53 6 41 3 2550 67 107 9 6 6 93 5 81 2 68 9 56 6 44 3 62 94 8 6 7 94 8 93 4 81 1 68 8 56 5 442 57 93 6 6 5 93 6 93 6 85 3 73 0 60 7 48 4 77 136 5 6 8 69 7 557 41 8 72 124 0 6 7 86 3 72 3 58 4 44 4 2975 67 111 6 6 6 102 9 88 9 75 0 61 0 47 0 62 98 0 6 7 98 0 97
113. 5 6 2 60 8 51 4 43 4 35 4 27 4 62 63 1 6 1 63 1 61 7 53 8 45 8 37 8 29 8 77 89 3 6 5 39 9 31 7 23 6 72 80 2 6 4 51 9 43 8 35 7 27 6 1950 67 71 2 6 3 64 0 559 478 397 31 5 62 64 6 6 2 64 6 637 592 43 0 34 8 57 67 1 6 2 67 1 66 3 582 50 1 41 9 33 8 77 91 3 6 5 43 6 34 0 258 72 82 1 6 4 55 4 47 2 38 9 30 7 2275 67 72 8 6 3 67 2 60 4 52 1 43 9 35 7 62 66 1 6 2 66 1 65 6 64 6 56 4 48 1 39 9 57 68 7 6 2 68 7 68 3 63 5 55 3 47 0 38 8 77 93 4 6 5 47 4 36 3 27 9 72 83 9 6 4 58 9 50 6 422 33 8 2600 67 74 5 6 3 70 4 64 8 56 5 48 1 39 8 62 67 5 6 2 67 5 67 5 70 0 61 6 53 3 44 9 57 70 2 6 2 70 2 70 2 68 8 60 5 52 1 43 7 72 86 3 6 5 65 6 553 45 1 34 8 2925 67 76 6 6 3 74 5 69 9 60 4 50 1 39 9 62 69 4 6 2 69 4 69 4 70 7 60 4 502 39 9 57 72 2 6 3 72 2 72 2 71 5 61 2 51 0 40 7 72 88 6 6 5 72 3 60 1 48 0 35 8 3250 67 78 6 6 4 78 6 75 0 64 2 52 1 40 0 62 71 3 6 3 71 3 71 3 71 3 59 2 47 1 34 9 57 74 1 6 3 74 1 74 1 74 1 62 0 49 9 37 7 Johnson Controls Unitary Products 41 528150 YTG G 1210 ZH078 6 5 Ton Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity I
114. 5 6 5 13 0 12 5 12 1 11 6 11 2 57 22 5 6 4 10 6 10 1 9 7 9 3 8 8 72 58 9 6 3 2975 67 46 0 6 7 7 9 6 8 5 7 4 6 62 40 2 6 4 26 6 255 244 233 222 57 28 4 6 4 224 222 21 1 20 0 19 0 72 69 6 6 3 8400 67 54 7 6 7 125 10 7 9 0 7 3 62 48 0 6 4 40 2 38 5 36 7 35 0 33 3 57 34 3 6 3 34 3 34 3 32 6 30 8 29 1 72 69 7 6 2 3825 67 54 6 6 6 17 2 14 9 12 5 10 2 62 47 9 6 3 45 3 45 4 43 1 40 7 38 3 57 34 0 6 3 34 0 34 0 31 6 29 3 26 9 72 69 8 6 2 4250 67 54 5 6 6 220 19 0 16 0 13 1 62 47 7 6 3 47 7 47 7 47 7 464 434 57 33 7 6 2 33 7 337 307 278 248 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor Johnson Controls Unitary Products 87 528150 YTG G 1210 ZR120 10 Ton Cooling Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 85 77 140 4 8 5 59 0 47 8 36 6
115. 52 882 1 67 861 1 75 915 1 90 897 2 00 951 2 15 935 2 27 989 2 42 976 2 57 1030 2 72 1019 2 88 1073 3 03 1065 322 1119 3 36 1113 3 57 1167 3 72 1163 3 94 1217 4 09 1216 4 34 1270 4 48 1270 4 75 1324 4 89 1327 5 17 1381 5 32 1385 5 62 0 6 903 934 967 1002 1041 1082 1125 1171 1219 1269 1321 1376 1433 1 60 1 81 2 04 2 29 2 56 2 86 3 17 3 50 3 86 4 23 4 62 5 03 5 46 Available External Static Pressure IWG 0 8 RPM 953 983 1017 1052 1091 1132 1175 1221 1269 1319 1371 1426 1483 BHP Sta 1 74 1 94 2 17 2 42 2 69 2 99 3 30 3 64 3 99 4 36 4 76 5 17 5 59 1 0 1001 1032 1065 1101 1139 1180 1223 1269 1317 1367 1420 1474 1531 RPM BHP ndard 3 HP amp D 1 86 2 07 2 30 2 55 2 82 3 12 3 43 3 76 4 12 4 49 4 88 5 29 5 72 1 2 RPM rive 1048 1078 1112 1147 1186 1227 1270 1316 1364 1414 1466 1521 BHP 1 99 2 19 2 42 2 67 2 95 3 24 3 55 3 89 4 24 4 62 5 01 5 42 5 HP amp Field Supplied Drive RPM 1093 1124 1157 1193 1231 1272 1315 1361 1409 1459 1512 1566 1 4 BHP 2 11 2 32 2 54 2 80 3 07 3 36 3 67 4 01 4 36 4 74 5 13 5 54 1 6 1138 1168 1201 1237 1275 1316 1360 1405 1453 1504 1556 1611 RPM BHP Hi 2 23 2 44 2 67 2 92 3 19 3 48 3 80 4 13 4 48 4 86 5 25 5 66 1 8 RPM BHP 1181 2 35 1212 2 56 1245
116. 540 41 6 62 66 7 9 6 66 7 66 7 66 7 54 3 41 9 29 5 57 69 9 9 6 69 9 69 9 69 9 57 5 451 32 7 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor Johnson Controls Unitary Products 81 528150 YTG G 1210 28090 7 5 Ton Reheat Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh KW 85 80 75 70 65 MBh kW 85 80 75 70 65 35 F 45 F 72 42 1 5 3 1875 67 41 3 5 1 3 0 2 6 2 3 2 0 62 39 5 5 4 6 2 5 9 5 5 5 2 4 9 72 44 5 5 1 2250 67 43 8 5 0 7 4 6 7 5 9 5 1 62 41 7 5 2 15 5 14 8 14 0 13 2 12 5 57 41 4 5 1 21 6 20 8 20 0 19 3 18 5 72 47 0 4 9 2625 67 46 2 4 8 11 9 10 7 9 4 8 2 62 44 0 5 0 24 9 23 7 22 5 21 3 20 0 57 43 6 4 9 33 7 33 4 32 1 30 9 29 7 72 49 4 4 8 67 48 6 4 6 16 3 14 7 13 0 11 4 62 46 3 4 8 34 2 32 6 30 9 29 3 27 6 57 45 9 4 7 45 9 45 9 44 3 42 6 41 0 72 48 1 4 8 E 3375 67 47 3 4 6 18 2 16 5 14 7 13 0 62 45 1 4 8 38 3 36 6 34 9 33 1 31 4 57 44 7 4 7 44 7 44 7 42 9 41 2 3
117. 6 2 4 1 8 0 0 5 6 E15 15 2 14 4 21 23 3 25 25 E20 20 2 19 2 27 1 29 3 30 30 E23 24 2 23 1 31 9 34 1 35 35 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC 136 Johnson Controls Unitary Products 528150 YTG G 1210 ZH078 150 Standard Motor Without Powered Convenience Outlet OD Fan Suppl Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option j Max Fuse Size volt each each Motor Motor Outlet MCA w Pwr Breaker Size w Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps ARES None i 29 9 35 4 35 40 E09 6 8 1 18 9 311 38 35 40 208 9 3 68 145 15 6 0 5 5 0 0 Eis 135 2 37 5 54 3 61 2 60 70 E24 18 2 50 0 70 76 8 70 80 E36 255 2 70 8 96 102 9 100 110 None z 29 9 35 4 35 40 E09 9 1 217 34 6 414 35 45 230 9 3 68 145 15 6 0 5 5 0 0 E18 18 2 433 61 6 68 5 70 70 E24 24 2 57 7 79 7 86 5 80 90 078 E36 34 2 81 8 109 7 116 6 110 125 6 5 None z 15 6 178 20 20 E09 9 1 10 8 173 20 20 20 460 49 34 77 0 8 3 0 22 0 0 E18 18 2 217 30 8 33 6 35 35 E24 24 2 28 9 39 8 42 6 40 45 E36 34 2 40 9 54 9 57 6 60 60 None 12 2 14 15 15
118. 6 85 8 81 1 69 8 57 5 45 2 62 81 6 7 5 81 6 81 6 81 7 69 4 57 1 44 8 57 83 5 7 5 83 5 83 5 83 9 71 6 59 3 47 0 72 101 3 7 8 82 8 69 4 56 0 42 6 3750 67 90 0 7 7 90 0 86 6 75 0 61 6 482 62 85 1 7 5 85 1 85 1 85 1 71 7 58 3 44 9 57 87 0 7 5 87 0 87 0 87 0 73 6 602 46 8 Johnson Controls Unitary Products 43 528150 YTG G 1210 ZH090 7 5 Ton Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh KW 90 85 80 75 70 65 MBh KW 90 85 80 75 70 65 125 TT 3 5 89 9 9 0 27 0 24 22 19 6 1875 72 79 5 8 8 48 1 40 3 32 5 24 8 67 69 1 8 5 69 1 53 3 455 37 8 30 0 62 72 2 8 4 72 2 72 2 56 5 48 7 40 9 332 77 86 1 9 1 38 7 29 7 20 9 72 76 1 8 8 52 4 43 7 34 9 26 1 2250 67 66 1 8 6 66 1 57 6 488 40 1 31 3 62 69 3 8 4 69 3 69 3 60 6 51 8 43 1 343 57 70 1 8 5 70 1 68 9 60 1 51 3 42 6 33 8 77 82 3 9 1 50 5 352 223 2 72 72 7 8 9 56 8 47 0 372 27 5 2625 67 63 1 8 6 63 1 61 9 52 1 42 4 32 6 62 66 4 8 5 66 4 66 4 64 7 54 9 452 35 4 57 67 1 8 5 67 1 66 5 64 2 54 4 44 6 34 8 77 78 5 9 2 62 2 40 6 23 7 72 69 3 8 9 61 2 50 4 39 6 28 8 3000 67
119. 62 0 66 0 71 1 0 RPM BHP RPM BHP Hi Static 1 5 HP amp Drive Available External Static Pressure IWG 0 8 1 2 869 0 62 933 0 71 885 0 63 949 0 72 900 0 65 964 0 74 915 0 68 979 0 77 930 0 71 994 0 81 945 0 75 1009 0 85 961 0 80 1025 0 90 1 4 RPM 995 0 80 1011 0 82 1026 0 84 1041 0 87 1056 1 6 1 8 1111 0 98 1071 0 91 1127 1 00 1086 0 93 1142 1 02 1100 0 96 1157 1 05 1115 0 99 1172 1 08 1130 1 03 1187 1 12 1146 1 08 1203 1 17 1 5 HP amp Field Supplied Drive See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 KW BHP x 0 932 ZJ049 4 0 Ton Bottom Duct Available External Static Pressure IWG 2 0 1164 1 07 1180 1 09 1195 1 11 1210 1 13 1225 1 17 1240 1 21 1256 1 26 0 2 0 4 0 6 0 8 1 0 1 4 1 6 1 8 2 0 RPM BHP RPM BHP RPM BHP RPM BHP dard 1 5 HP amp Drive Hi Static 1 5 HP amp Drive 704 0 34 770 0 44 832 0 54 0 65 1013 0 85 1073 0 94 1134 1 02 1197 1 08 1300 717 0 38 782 0 47 845 0 58 906 0 68 1025 0 88 1085 0 97 1147 1 05 1210 1 12 1400 730 042 796 0 51 858 0 62 919 072 1089 0 92 1099 1 01 1160 1 09 1223 1 16 1500 744 046 810 0 56 872 0 66 933 0 77 1053 0 96 1113 1 05 1174 1 14 1237 120 1600 759 0 51 825 0 61 88
120. 62 139 6 12 6 139 6 138 9 130 6 113 3 96 0 78 7 57 136 9 12 6 136 9 136 9 130 9 113 6 96 3 79 0 77 189 6 13 1 96 3 75 4 56 0 72 174 0 13 0 124 8 105 5 86 1 66 8 5000 67 158 5 12 9 153 3 135 6 116 2 96 9 77 5 62 145 1 12 7 145 1 145 1 142 5 123 2 103 8 84 5 57 142 3 12 7 142 3 142 3 142 8 123 4 104 1 84 7 72 180 7 13 1 136 9 115 4 94 0 72 5 5625 67 164 5 13 0 161 9 148 3 126 8 105 3 83 9 62 150 7 12 8 150 7 150 7 149 3 127 9 106 4 84 9 57 147 8 12 8 147 8 147 8 148 0 126 5 105 0 83 6 72 187 3 13 2 149 0 125 4 101 8 78 2 6250 67 170 5 13 1 170 5 161 0 137 4 113 8 90 2 62 156 2 12 9 156 2 156 2 156 2 132 6 109 0 85 4 57 153 2 12 9 153 2 153 2 153 2 129 6 106 0 82 4 Johnson Controls Unitary Products 65 528150 YTG G 1210 ZJ150 12 5 Ton Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 125 77 T 148 8 15 3 56 6 487 35 8 3125 72 134 6 15 3 82 9 70 0 57 1 44 2 67 120 4 15 4 106 6 91 3 78 4 65 5 52 6 62 112 9 15 2 112 9 112 9 96 0 83 1 70 2 57 3 77 154 3 15 4 69 8 54 9 40 0 72 139 6 15
121. 65 4 61 2 57 0 52 7 48 5 57 70 1 5 7 70 1 70 1 65 9 61 7 57 5 65 F 72 65 4 7 9 2 2500 67 58 4 7 6 4 2 3 8 3 4 2 9 62 55 4 7 2 14 3 13 9 13 4 13 0 12 5 72 68 3 7 6 3000 67 61 0 7 3 8 6 7 5 6 5 5 4 62 57 8 7 0 26 5 25 5 24 4 23 4 22 3 57 56 2 6 8 32 4 31 4 30 3 29 2 28 2 72 71 2 7 4 3500 67 63 7 4 1 13 0 11 3 9 6 7 9 62 60 3 6 8 38 8 37 1 35 5 33 8 32 1 57 58 5 6 6 46 7 45 5 43 8 42 1 40 4 72 74 1 7 1 4000 67 66 3 6 9 17 3 15 0 12 7 10 4 62 62 7 6 5 51 1 48 8 46 5 44 2 41 9 57 60 9 6 4 60 9 59 6 57 3 55 0 52 7 72 76 5 7 1 4500 67 68 5 6 9 22 9 19 9 16 8 13 8 62 64 9 6 5 59 0 57 9 54 8 51 8 48 7 57 63 0 6 4 63 0 62 3 59 3 56 2 53 2 72 79 0 7 1 5000 67 70 7 6 9 28 5 24 7 20 9 17 1 62 67 0 6 5 67 0 67 0 63 2 59 4 55 6 57 65 0 6 4 65 0 65 0 61 2 57 4 53 6 90 Johnson Controls Unitary Products 528150 YTG G 1210 ZR120 10 Ton Reheat Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kw 85 80 75 70 65 MBh kW 85 80 75 70 65 75 F 85 F 72 52 8 8 9 3 0 3 8 4 5 2500 67 49 1 8 4 62 42 8 8 0 72 56 8 8 6 67 52 7 8 1 2 3 2 0 1 7 1 4 9000 62 46 1 7 8 2 8 24 2 1 1 8 1 5 57
122. 7 10 1 94 7 94 7 80 1 69 1 58 2 47 3 77 129 8 10 5 60 5 47 7 34 9 72 119 3 10 4 80 3 67 5 54 7 41 9 3000 67 108 9 10 3 100 1 87 3 74 5 61 7 48 9 62 98 4 10 1 98 4 98 4 88 5 75 7 62 8 50 0 57 96 9 10 3 96 9 96 9 87 7 748 62 0 49 2 77 134 8 10 6 70 2 52 9 38 2 72 123 9 10 5 89 3 74 6 59 9 452 3500 67 113 0 10 4 108 4 96 3 81 6 66 9 522 62 102 2 10 2 102 2 102 2 96 9 82 2 67 5 52 8 57 100 6 10 3 100 6 100 6 96 0 81 3 66 6 51 9 77 139 7 10 7 79 9 58 1 41 5 72 128 5 10 5 98 3 81 7 65 1 48 5 4000 67 117 2 10 4 116 7 105 3 88 7 72 1 55 5 62 106 0 10 3 106 0 106 0 105 3 88 7 72 1 55 5 57 104 3 10 4 104 3 104 3 104 3 87 7 71 1 54 5 72 128 8 10 5 104 6 86 8 69 1 51 3 67 117 5 10 4 117 2 110 1 94 1 76 4 58 6 4500 62 106 2 10 3 106 2 106 2 105 9 88 1 70 4 52 6 57 104 6 10 4 104 6 104 6 104 6 86 8 69 0 51 3 72 129 1 10 6 110 9 92 0 73 1 54 1 5000 67 117 8 10 4 117 8 115 0 99 6 80 6 61 7 62 106 5 10 3 106 5 106 5 106 5 87 6 68 6 49 7 57 104 8 10 4 104 8 104 8 104 8 85 9 67 0 48 0 88 Johnson Controls Unitary Products 528150 YTG G 1210 ZR120 10 Ton Cooling Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh
123. 71 0 8 3 0 2 2 0 0 E06 6 i 72 12 8 15 5 15 20 E08 9 1 10 8 173 20 20 20 E15 15 2 18 0 26 3 29 1 30 30 None 4 9 575 3 5 28 5 5 0 6 2 4 1 8 0 0 E08 9 1 8 7 13 8 16 1 15 20 E15 15 2 144 21 23 3 25 25 None 23 9 29 4 30 40 E06 4 5 1 12 5 23 9 30 30 40 208 11 9 88 18 5 1 5 6 0 5 5 0 0 E08 6 8 1 18 9 31 1 38 35 40 E15 11 3 2 31 4 46 7 53 6 50 60 E20 15 2 41 6 59 5 66 4 60 70 None 23 9 29 4 30 40 E06 6 1 144 25 5 324 35 40 230 11 9 88 18 5 1 5 6 0 5 5 0 0 E08 9 1 21 7 34 6 41 4 35 45 E15 15 2 36 1 52 6 59 5 60 60 p E20 20 2 48 1 67 6 745 70 80 None 11 1 13 3 15 15 E06 6 i 72 12 8 155 15 20 460 52 44 81 0 8 3 0 2 2 0 0 E08 9 1 10 8 173 20 20 20 E15 15 2 18 0 26 3 29 1 30 30 E20 20 2 24 1 33 8 36 6 35 40 None 9 6 114 15 15 E08 9 1 87 138 161 15 20 7 575 48 36 7 5 0 6 2 4 1 8 0 0 ETE 15 2 144 21 233 25 55 E20 20 2 19 2 273 29 3 30 30 None z z 27 4 32 9 35 45 E06 4 5 1 125 274 32 9 35 45 E08 6 8 1 18 9 32 1 39 40 45 208 141 88 22 1 9 5 55 00 5s 8 2 314 477 54 6 50 60 E20 15 2 41 6 60 5 67 4 70 70 E23 18 2 50 0 7i 77 8 80 80 None 274 32 9 35 45 E06 6 i 144 274 334 35 45 230 14 1 88 22 1 5 6 8 5 5 0 0 B uM ME 1 ae 220 E20 20 2 48 1 68 6 75 5 70 80 ps E23 24 2 57 7 80 7 87 5 90 90 None 146 16 8 20 20 E06 6 i 72 146 16 8 20 20 E08 9 1 10 8 17 8 20 5 20 25 RE 34 22 00 J Es 15 2 180 268 295 30 30 E20 20 2 241 34 3 373 35 40 E23 24 2 28 9 40 3 43 1 45 45
124. 72 40 6 4 1 29 9 245 19 0 13 6 1400 67 31 4 4 2 31 4 81 3 259 205 15 1 62 26 4 3 9 26 4 26 4 242 188 13 4 8 0 57 28 1 3 9 28 1 28 1 25 8 204 150 9 6 77 49 9 4 2 343 222 13 3 72 40 6 4 3 32 8 268 207 14 6 1600 67 31 3 4 3 31 3 31 3 281 220 15 9 62 26 3 4 0 26 3 263 26 3 202 14 2 8 1 57 28 0 4 1 28 0 280 280 220 159 9 8 72 41 6 4 2 36 2 29 4 22 6 15 7 1800 67 32 2 4 3 32 2 322 306 23 8 17 0 62 27 0 3 9 27 0 27 0 270 202 134 6 6 57 28 8 4 0 28 8 288 288 21 9 15 1 8 3 72 42 6 4 1 39 5 32 0 244 16 9 2000 67 33 0 4 2 33 0 33 0 33 0 25 6 18 1 62 27 7 3 8 27 7 27 7 27 7 20 1 12 6 5 0 57 29 5 3 9 29 5 29 5 29 5 21 9 14 4 68 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor Johnson Controls Unitary Products 71 528150 YTG G 1210 ZR049 4 0 Ton Reheat Temperature of Air on Condenser Coil Air on 7 z Evaporator Coil Total Total Total Total ES WB eck eye Return Dry Bulb F E ME Return Dry Bulb F F 75 75 50 F 62 5 2 5 91 229 26 80 1200 64 25 26 9 27
125. 72 82 4 10 0 54 44 45 44 36 5 27 5 67 73 8 9 7 73 8 59 2 50 2 41 3 32 3 62 71 2 9 5 71 2 71 2 565 47 6 38 6 29 7 77 92 7 10 4 48 3 35 8 25 3 72 83 9 10 1 61 7 51 1 40 5 30 0 2550 67 75 2 9 7 75 2 66 4 55 8 45 2 34 7 62 72 4 9 6 72 4 72 4 62 9 523 41 7 31 2 57 72 9 9 6 72 9 72 3 58 4 47 8 37 2 26 6 77 94 3 10 5 61 6 41 6 27 8 72 85 4 10 2 69 0 568 446 32 4 2975 67 76 5 9 8 76 5 73 6 61 4 492 37 0 62 73 7 9 6 73 7 73 7 69 2 57 0 44 9 327 57 74 2 9 7 74 2 73 9 64 3 52 1 39 9 27 7 77 95 9 10 6 74 9 47 3 30 4 72 86 8 10 2 76 3 62 5 48 7 34 9 3400 67 77 8 9 9 77 8 77 8 67 0 53 2 39 4 62 75 0 9 7 75 0 75 0 75 0 61 8 480 342 57 75 4 9 8 75 4 75 4 70 3 565 426 288 72 83 7 10 3 81 4 66 4 51 4 36 4 3825 67 74 9 9 9 74 9 74 9 70 8 558 40 8 62 72 3 9 8 72 3 72 3 72 3 57 6 42 6 27 6 57 72 8 9 8 72 8 72 8 70 2 55 2 40 2 25 2 72 80 5 10 3 80 5 70 3 54 1 38 0 4250 67 72 1 10 0 72 1 72 1 72 1 58 3 42 2 62 69 7 9 8 69 7 69 7 69 7 53 5 373 21 1 57 70 2 9 9 70 2 70 2 70 2 54 0 378 21 7 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower
126. 76 8 70 80 None 26 6 32 1 35 45 E06 6 1 144 26 6 324 35 45 E08 9 1 217 34 6 41 4 40 45 230 14 1 88 220 15 43 55 00 Es 2 361 M 55 20 20 2 48 1 67 6 745 70 80 p E23 24 2 577 797 86 5 80 90 None 14 2 164 20 20 E06 6 1 72 142 16 4 20 20 E08 9 1 10 8 173 20 0 20 20 BOO ote p SS 08 2 1 22 00 Ep 15 2 18 0 26 3 29 1 30 30 E20 20 2 2441 338 36 6 35 40 E23 24 2 28 9 39 8 42 6 40 45 None 10 0 118 15 15 E08 9 1 87 13 8 16 1 15 20 575 51 36 7 5 0 6 2 0 18 00 E15 15 2 144 21 0 23 3 25 25 E20 20 2 19 2 27 1 29 3 30 30 E23 24 2 2311 319 341 35 35 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC 160 Johnson Controls Unitary Products 528150 YTG G 1210 ZR078 150 Standard Motor Without Powered Convenience Outlet OD Fan Suppl Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 MCA Max Fuse 2 Size volt each each Motor Motor Outlet MCA w Pwr Breaker Size w Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model KW Stages Amps Amps Amps bs None 40 9 46 4 50 60 E09 6 8 1 18 9 40 9 46 4 50 60 208 14 1 95 22 0 1 5 6 2
127. 776 787 800 814 829 846 864 884 906 929 953 980 1007 BHP 0 94 1 04 1 16 1 28 1 43 1 59 1 76 1 96 2 17 2 41 2 66 2 93 3 22 Available External Static Pressure IWG 0 8 RPM BHP 824 1 12 835 1 23 847 1 34 861 1 47 877 1 61 893 1 77 912 1 95 932 2 15 953 2 36 976 2 59 1001 2 85 1027 3 12 1055 3 41 1 0 RPM BHP Standard 2 870 1 30 881 1 41 893 1 52 907 1 65 923 1 79 939 1 95 958 2 13 978 2 33 999 2 54 1022 2 77 1047 3 03 1073 3 30 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 ZH150 12 5 Ton Side Duct Air Flow CFM 3200 3400 3600 3800 4000 4200 4400 4600 4800 5000 5200 5400 5600 5800 6000 6200 0 2 RPM BHP 713 0 88 728 1 02 745 1 18 763 1 36 783 1 55 805 1 77 828 2 00 852 2 25 879 2 52 906 2 81 936 3 12 966 3 45 999 3 80 1032 4 16 1067 4 54 1103 4 94 0 4 0 6 RPM BHP RPM BHP Field Supplied Drive 764 1 09 814 1 28 779 1 23 829 1 43 796 1 39 846 1 59 815 1 57 864 1 76 835 1 76 884 1 96 856 1 98 906 2 17 879 2 21 929 2 41 904 246 953 2 66 930 2 73 980 2 93 958 3 02 1007 3 22 987 3 33 1037 3 53 1018 3 66 1067 3 86 1050 4 01 1100 4 20 1084 4 37 1133 4 57 1119 4 75 1168 4 95
128. 9014 3AON3NU 0311V1SNI 38V S 5280123130 3XOMS i 6 nag x18 AJANA HLIM 3AOW3W GITWASNI SI W3Z1WONO23 CuYOMVIS AIHA mi 98 gay ei 3106335 lus ONY 220 N33M138 Q311V1SN 38 LSNW bid 61S mig 1D ov9r FLUE ELE Waai BSIMYIHLO O3T1V1SNI SI HOLIAS 03140220 31 JYIM 3AON3U 1 moi All2VdmV 1102812 M MINIM ONY oD ovsrz 3215 U3NV3NB 1102812 NO ONV ISNA 31V ld3mVN LINN 33S 29 f 4 88055384402 110828 HILIM 51180 NI ONNOJ LON 3HY Su31V3H 6 6 318 NBO C AON3Y PF 1 SNOILIONOD 36 319NIS w 9 sYustt gy ionas AHVMINd 031231084 A11N3N3HN 38V SHOION 3SVHd 33NMl roa WUD 21 33 850 9 ONI21AN3S H313Y NOLLVYIdO 834084 LS Ld uiv NOILISOd NOI1Y214 1N30 03838MnN3NH 118Y312 1N31YAITO3 3NIM m M1802 Cw 110A 009 2 338930 S0 3dAl HLIM 032 143 38 LSA 11 03AOM3N 8OSN3S 518 n 53 14 38 1S m LINN 3Hl HLIM 03114405 Sv 381M JHI JO ANV 1 11 340 ani SNOYIONVG ONY 8340840 3Snv2 NVI SHO883 ONINIM STOYLNOD 0029 AI LOZ 9N121A83S NJHM NOIIO3NNOOSIQ OI YOldd S3HIM 17 138 1 NOIIQYO 2 1 119 138 mma 15 8 3108 335 LINN 5 30 NOLLVTIVISNI 40 WIL LY 123333 NI 53002 1YNO LYN Ss qum Haaro WO QNY 1v201 74112 ONIMOTIOS QJHSIIdWOJJY 38 01 ONINIM 01313 11 71 ji
129. 923 2 07 970 2 23 1014 2 39 1058 2 55 1100 2 70 1141 2 86 1181 3 01 1221 3 16 4200 849 1 92 899 2 11 947 229 993 245 1038 261 1082 2 77 1124 2 92 1165 3 07 1205 3 23 1245 3 38 4400 874 2 16 924 2 35 972 2 52 1019 2 69 1064 2 85 1107 3 01 1149 3 16 1190 3 31 1231 3 47 1270 3 62 4600 901 242 952 261 1000 2 78 1046 2 95 1091 3 11 1134 3 26 1177 3 42 4800 930 2 70 981 2 88 1029 3 06 1075 3 23 1120 3 39 1163 3 54 1206 3 69 5000 961 2 99 1011 3 18 1059 3 35 1106 3 52 1151 3 68 1194 3 84 1236 3 99 5200 993 3 31 1043 3 49 1092 3 67 1138 3 84 1183 4 00 1226 4 15 1269 4 30 1350 4 61 1390 4 77 5400 1027 3 64 1077 3 83 1126 4 00 1172 4 17 1217 4 33 1260 4 48 1302 4 64 1344 4 79 1384 4 94 1424 5 10 5600 1063 3 99 1113 4 18 1161 4 35 1207 4 52 1252 4 68 1296 4 84 1338 4 99 1379 5 14 1419 5 29 1459 5 45 5800 1100 4 36 1150 4 55 1198 4 72 1244 4 89 1383 5 20 1375 5 36 1416 5 51 1456 5 66 E 6000 1138 4 75 1188 4 93 1237 5 11 1328 5 44 1371 5 59 1413 5 74 6200 1178 5 45 1228 5 34 1323 5 68 Hi Static 5 HP amp Drive 5 HP amp Field Supplied Drive 1357 4 45 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired moto
130. ANY 31 NO1l83340 otis m SNOUIONVG ONY 0 350 2 NY SHONN3 ONIYIM S1081NOD vus m 2 re L 3108 335 9NI21A83S 193 09510 Ol sOIUd S3HIM 11V 138v NOLINVD Z din w 49 602 1 LINN SIHL 30 NOIIVTITVISNI 30 3NIL 1 123443 NI 3002 1YNOILVN TI DAN Wd 2Sv n NO QNY 1201 74112 ONIMOTIOS 03 5114 022 38 01 ONIMIM 01313 11 1 A1113 m cr m S 181 NU D MILD uges TSJIN SV8 NON 011235 N321MONO23 OuvONviS _ 14 15 8 22 21 310N 335 05 Y8 1P QC 8 9s2 D E 95 8 5 Ese Ft 3108 338 ain SOLO An I 0 912 087012 5 1 5 05 141 131 0 562 734 sz oos 52 9 BILEZ Lugveee A IET S ason Naso PEETA ami 14 134m 47 762 Co m a 9154 38055384 9N 1v8340 321 30 3 9301 321430 u002 O X 0 8 102 0 ES 7 ich SHOSN3S 2 Ol 20S NO HOLIMS 410 3AOM Y 205 Gm cute C S1081N02 38055384 ST081N02 3un1vu3dm3l 3 4 335 NO 2 805435 01 Pid 193NNOD 2505 VAOS 301 y18 am i 48 262 1 m agus 07 205 N 1 YOSNIS Ol rid 193NNOD 4160 SOS 803 88 18 162 1 at 1970 2 arire Cre d LZ wOSN3S one 6 310N 335 2 5 Se aoc 03u eon NOSN3S 3 13 3SN3S TI 01140 1S0VHX3 83WOd 2142165 0nn 2 06
131. APZ NOILDINNOD 9014 134205 14 15 1 4 MOT 1VISOMU3HI 2 153 mE SYO AVE NOLL3INNOD 14 13420 t4 E CWNOLLdO S3IINONODS 403 Q 7 marge 1801 SLINM SYB 21312345 803 01140 AWI9Y NMOGLOHS LINN usn 1249 123NNO2SIQ H2lIMS 250 1 FBANOD 47121 23S N r2 VAS9I 61 7086 YO ASLS YO A09 OLNY U3MNOJSNYUI r1 123NNODS10 HOLIMS 150 VASL H3NHOJSNYSI m 1 010 NO Xe Eu ME IVNO11dO NIV 1144 7801231 NONS YOSN ki IWNOILdO NIV 2510 W M CHE T D i Lone amo _ 7101190 131100 32N3 N3ANO2 A021 1YNOIIdO NIV 134 80123130 3XONS NOSN3S 05 6 310N 335 u31V3H 3SY2NNYHO 2 1822 AS 7 t SuO12n0NO2 131100 AYNOI140 83711041802 40193139 3WOMS 205 2 31545 9N11009 AV138 243 SH uarees gt 834402 351 S 310N 33S T AINO 1001104 HJLIMS Sos 1 831546 1002 AV138 09 A0 2 802 418 S E497 161 E 2 2 1YNOI1dO SMHO 0001 0 NOILISOd dny 2 u34V38B 1102412 82 CWNOILdO 1S0YHX3 8302 214 215 25 O SO 33804 2922 310 38 8313MNO 1N310d and LINII XAV H2lIMS N 1 m1061 Tans E 154 918 NVH9V AUVINAW Aavdh033s VO HLIM LINN SNI 1009 1 x r H 9 3 I 3 4 3 8 Y Johnson Controls Unitary Products 178 528150
132. All CO Space Accessory All Units 2AQ04700424C All CO Unit Accessory All Units 2DF0402 All Dirty Air Switch All Units 2DH04700024 All Humidistat All Units All Gen 4 or older units with 2 Filter only capable 2SD04700624 All Smoke Detector for Supply or Return Cabinets 25004700824 All Smoke Detector for Supply All Gen 5 units with 2 amp 4 Filters 25004700924 All Smoke Detector for Return All Gen 5 units with 2 amp 4 Filters 25004701024 All Smoke Detector for Supply and Return All Gen 5 units with 2 amp 4 Filters Field Installed Acessories Electrical MODEL VOLTAGE DESCRIPTION WHERE USED 2BC04700106 230 Gas heat kit 60 F All Units 2BC04700151 460 Gas heat kit 60 F All Units 2 04700154 575 Gas heat kit 60 F All Units 2LA04704632 All Low Ambient Kit All 3 10T units excludes 12 5T V cabinets 2LA04704634 All Low Ambient Kit All 3 5T Reheat Units Only Guide Specifications GENERAL Units shall be manufactured by Unitary Products in an ISO 9001 certified facility YORK Predator units are convertible single packages with a common footprint cabinet and common roof curb for all 3 through 12 1 2 ton models All 6 1 2 through 12 1 2 ton units have two compressors with independent R 410A refrigeration circuits to provide 2 stages of cooling The units were designed for light commercial applications and can be easily installed on a roof curb slab or frame All Predator units are self contained an
133. BX55 037 ZJ Std 1 1 2 1725 0 8 1 15 56 2 0 3 0 7 8 1VM34 6 5 1 AK69 A47 3 H Static 1 1 2 1725 0 8 1 15 56 3 0 4 0 7 8 1VL44 6 5 1 AK69 A47 049 ZJ Std 1 1 2 1725 0 8 1 15 56 2 0 3 0 7 8 1VM34 5 2 1 AK56 47 4 Static 1 1 2 1725 0 8 1 15 56 3 0 4 0 7 8 1VL44 5 2 1 AK56 A47 061 ZJ Std 1 1 2 1725 0 8 1 15 56 2 6 3 6 7 8 1VL40 5 7 1 AK61 A47 5 H Static 2 1725 0 8 1 15 56 4 2 5 2 7 8 1VP56 7 0 1 AK74 A51 078 ZJ Std 1 1 2 1725 0 8 1 15 56 2 6 3 6 7 8 1VL40 7 0 1 AK74 A53 6 5 H Static 2 1725 0 8 1 15 56 3 6 4 6 7 8 1VM50 7 0 1 AK74 A54 090 ZJ Std 1 1 2 1725 0 8 1 15 56 2 6 3 6 7 8 1VL40 6 5 1 AK69 A52 7 5 H Static 3 1725 0 8 1 15 56 3 6 4 6 7 8 1VM50 6 5 1 AK69 A54 102 ZJ Std 2 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 8 5 1 AK89 A56 8 5 H Static 3 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 7 0 1 AK74 A54 120 ZJ Std 2 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 8 0 1 AK84 A56 10 H Static 3 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 7 0 1 AK74 A54 150 ZJ Std 3 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 7 0 1 AK74 A54 12 5 H Static 5 1725 0 87 1 15 184T 4 3 5 8 1 1 8 1VP56 6 7 1 BK77 BX55 037 ZR Std 1 1 2 1725 0 8 1 15 56 1 2 2 9 7 8 1VP34 5 7 1 AK61 A47 3 Static 1 1 2 1725 0 8 1 15 56 3 0 4 0 7 8 1VL44 5 5 1 AK59 A47 049 ZR Std 1 1 2 1725 0 8 1 15 56 1 2 2 9 7 8 1VP34 5 7 1 AK61 A47 4 H Static 1 1 2 1725 0 8 1 15
134. Bom 0 2 RPM BHP 761 787 813 1 00 1 22 1 46 0 4 698 720 743 766 790 815 840 867 0 38 0 53 0 69 0 87 1 06 1 27 1 49 1 73 ZJ102 8 5 Ton Bottom Duct Air Flow CFM 2200 2400 2600 2800 3000 3200 3400 3600 3800 4000 4200 Bow 0 2 RPM BHP 5 685 0 59 702 0 70 722 0 83 744 0 97 769 1 13 797 1 32 828 1 52 861 1 75 897 2 00 935 2 27 976 2 57 0 4 RPM 739 0 74 756 0 85 776 0 97 798 1 12 823 1 28 851 1 46 882 1 67 915 1 90 951 2 15 989 2 42 1080 2 72 Available External Static Pressure IWG 0 6 0 8 RPM BHP RPM BHP Standard 1 5 HP amp Drive 718 0 58 784 0 79 742 0 71 808 0 92 765 0 85 831 1 06 788 1 00 854 1 21 811 1 16 878 1 37 835 1 32 902 1 53 860 1 50 926 1 71 886 1 69 952 1 90 912 1 89 979 240 0 6 755 777 800 823 847 872 898 924 0 62 0 77 0 93 1 11 1 31 1 52 1 74 1 97 2 21 Stan 814 836 859 882 906 931 0 8 RPM BHP dard 1 5 HP amp Drive 0 85 1 00 1 16 1 34 1 53 1 74 1 0 RPM BHP 851 0 98 875 1 12 898 1 25 921 1 40 944 1 56 968 1 73 993 1 91 1019 2 09 1045 2 29 RPM 874 896 919 942 BHP 1 06 1 21 1 37 1 2 RPM BHP 914 1 16 937 1 29 961 1 43 984 1 58 1007 1 73 1031 1 90 1056 2 08 1081 2 27 1108 2 47 Available External Static Pressure IWG 1 0 1 2 RPM BHP 1002 1 75 1026 1 94 1051 2
135. CTWNOILdO 831113 BIY 41810 HOLIMS 08 26 lt 1140 BIY 114405 801231 CWNOILd0 BIY 9 2 10 HOSN3S UE Lo CIVNOI1dO 131100 32N31N3ANO2 A0ZI CIVNOIIdO uiv NHL 80123130 3N0MS YOSNIS 6 310N 335 u31V3H 3SV2YNYHD CE 10 4 mis m 789121 I S801200NO2 131100 011403 8311081N02 30123130 JNONS 2 31545 1002 4Y133 1 68 OO 834402 351 6 310N 335 amo 1001108 HJLIMS 831546 9NI 1009 4Y134 614 615 0 ii 94 lt 1062 902 n O x8 161 540120002 1VNOI1d0 SHHO 0001 0 0111504 2 C u33v38B 1102812 ENNOOT Luana 2 ware _31441 W3MOd wo S poo 1 310N38 8313MNO 1N310d LIMIT XAV HOlIAS 180 E ly 18 M061 114405 YIMOd NVdOVIO AYVINAIWI 14 ano Lus 5 SVO HLIM LINN SNI 1009 1 r H 9 3 3 2 8 v Typical ZH ZJ ZR150 Cooling Unit with Gas Heat 230 Volt Wiring Diagram 181 Johnson Controls Unitary Products V 2864159 LINN ONIDIAYAS 340438 S123NNOOSIQO 340 NOILNVD SLINN 5 8 0350 LON ONY SLINN SYG 3MOS NO 0360 823 AL 2VdV2 39 4 803 0318000 38V 0 601 88 801 4 101 53818 8 GHYOB 1081802 NO 218 d SIVNINYJL MOUS JYIM u3dMnf 3AOM3U O311VISNI 31 GY QNYOB 1081NO2 JHL NO Nid OL 03123NNOD S u S22 3 1 Q311V1SN LON YSN jI 11 NO VNIMH31 Ol O 12 3H M 3AOM 086 BO 318 21
136. Convenience Outlet Continued OD Fan Suppl Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 MCA pides Size Volt each each Motor Motor Outlet MCA WIPWr Breaker Size w Pwr Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps Amps None 64 1 69 6 80 80 E18 13 5 2 37 5 67 8 74 7 80 80 208 17 9 120 28 0 3 5 6 8 5 5 10 0 E24 18 2 50 0 83 5 90 3 90 100 E36 25 5 2 70 8 109 5 116 4 110 125 E54 40 6 2 112 7 161 9 168 7 175 175 None 64 1 69 6 80 80 E18 18 2 43 3 75 1 82 80 90 230 17 9 120 28 0 3 5 6 8 5 5 10 0 E24 24 2 57 7 93 2 100 100 100 E36 34 2 81 8 123 2 130 1 125 150 120 E54 54 2 129 9 150 9 157 8 175 175 10 None 33 2 35 4 40 45 E18 18 2 21 7 37 6 40 3 40 45 460 9 6 70 15 0 1 6 3 4 2 2 5 0 E24 24 2 28 9 46 6 49 3 50 50 E36 34 2 40 9 61 6 64 4 70 70 E54 54 2 65 0 75 5 78 2 80 90 None 26 27 8 30 35 18 18 2 17 3 30 32 3 30 35 575 7 4 53 11 5 1 3 2 7 1 8 4 0 E24 24 2 23 1 37 2 39 5 40 40 E36 34 2 32 7 49 3 51 5 50 60 E54 54 2 52 0 60 3 62 6 70 70 None 77 6 83 1 100 100 E18 13 5 2 37 5 77 6 83 1 100 100 208 23 1 160 36 1 5 9 6 5 5 10 0 E24 18 2 50 0 87 93 8 100 100 E36 25 5 2 70 8 113 119 9 125 125 E54 40 6 2 112 7 165 4 172 2 175 175 None 77 6 83 1 100 100 E1
137. L tag mo IVAP A622 EIS agha 2201 18s vez n SHd 1 41822 SHOLON HOLI2VdV2 124 E 38 6v1 80112 4 2 NO TVNIW831 03131830 TOHLNOD iv13H Quvod gu 18 n 1VNOI 1d0 2 ug sez J ONTMIM 013115 O JMI 38055384 HOLIAS Sd 1VNOILdO 9 2 u32nQN mier 321 30 ONY 5NINIM T1YNOILdO IvNOI1dO0 5501 1SvHd NOLINOM SHd 99 92 3 L 321 10 AYOLIVI 1vNOI1dO LSMVHX H3MOd NOI2VINOO SN Nag MOON YOOGNT HOL DV INO fn 116121 80553 4 02 IVINOD l 128 40123130 1WOMS APZ NOILDINNOD 9014 114205 824 825 1 1 HO2LIAS 51 iei 15 1403 1N318NV H211AS svi P 31ON 33S P1 H3MOd4 NO23 39V1710A INIT NOI 123NNO2 9n1d 134208 614 615 3 nSs3ud MOT HOlIAS 141 108 HIV 114405 80123130 INOMS APZ NOILDINNOD 14 11 20 HH MOOGNI HOION HIMQI x18 MIV NUD1JH 40123130 3MOWS APZ NOI LDINNOD 9014 13820S E1d EIS 800081 1v 13H ad 1SDYHk3 YIMOd JOV1IOA INIT NOILDINNOD 9n14 13420 I4 21S 1V3H 9 NOI1INDI JOMINOS Arcot H arozi 011235 NO21 APZ NOILDINNOD 9014 134905 14 15 3anss3ud WOLIAS 10 601 1N3 8wY MOT NOI1DINNOD 9014 11208 94 95 JAWA SVD 3 9 81 31 3N11 539155359 NOII2INNOO 9114 1 17205 64 65 uimsOoiSNvuI 1504 1n4 18 201 1 48 611 Wu1ZINONO21 APZ NOI1
138. MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 75 F 85 F 77 59 7 3 1 25 2 20 6 16 0 1000 72 54 2 3 1 31 8 27 3 227 18 1 67 48 6 3 1 38 5 33 9 29 3 24 7 202 62 42 5 3 1 42 5 425 35 9 31 3 26 7 22 1 77 62 5 3 1 28 6 232 17 9 72 56 7 3 1 36 0 30 6 25 3 19 9 1200 67 50 9 3 1 43 4 38 0 32 6 27 3 21 9 62 44 5 3 1 44 5 44 5 39 9 346 292 23 9 57 43 0 3 1 43 0 43 0 39 9 346 292 23 8 77 65 3 3 1 31 9 25 8 19 7 72 59 2 3 1 40 1 34 0 27 88 21 7 1400 67 53 2 3 1 48 2 42 1 36 0 29 8 23 7 62 46 5 3 1 46 5 46 5 44 0 37 9 31 7 25 6 57 44 9 3 1 44 9 44 9 44 0 37 8 31 7 25 6 77 68 1 3 1 35 3 28 4 21 5 72 61 8 3 1 44 2 37 3 30 4 23 5 2 1600 67 55 5 3 1 53 1 462 39 3 32 4 25 5 62 48 5 3 1 48 5 485 48 0 41 1 34 2 27 3 57 46 9 3 1 46 9 469 480 41 1 34 2 27 3 72 62 8 3 1 47 5 39 9 32 2 24 5 1800 67 56 4 3 1 55 3 49 3 41 6 33 9 262 62 49 3 3 1 49 3 49 3 49 1 41 4 33 8 26 1 57 47 7 3 0 47 7 47 7 483 40 6 329 252 72 63 9 3 0 50 9 42 4 34 0 25 5 2000 67 57 4 3 0 57 4 52 4 43 9 35 5 27 0 62 50 2 3 1 50 2 50 2 502 41 7 33 3 24 8 57 48 5 3 0 48 5 485 48 5 40 0 31 6 23 1 105 77 50 7 3 9 20 2 17 0 12 6 1000 72 45 2 3 8 27 9 23 5 19 1 14 6 67 39 7 3 7 35 7 30 0 25 5 21 1 16 7 62 34 7 3 8
139. N A 785 821 858 901 940 980 10 H Static 3 3 45 1VM50 AK74 N A 880 928 972 1016 1067 1110 150 ZR Std 3 3 45 1VM50 AK74 N A 880 928 972 1016 1067 1110 12 5 H Static 5 5 75 1VP56 BK77 1052 1095 1136 1175 1216 1272 N A Johnson Controls Unitary Products 99 528150 YTG G 1210 Additional Static Resistance 2 037 thru 061 pase Model CFM Cooling Only Economizer 3 4 Pleated Filter 5 Heat w 28 2i 900 0 05 0 05 0 01 0 00 0 00 0 00 0 01 0 01 0 01 1000 0 05 0 03 0 02 0 00 0 00 0 00 0 02 0 02 0 02 1100 0 04 0 02 0 03 0 01 0 01 0 01 0 02 0 02 0 02 1200 0 04 0 00 0 04 0 01 0 01 0 01 0 02 0 02 0 02 1300 0 03 0 01 0 05 0 01 0 01 0 01 0 03 0 03 0 03 037 3 1400 0 03 0 03 0 07 0 02 0 02 0 02 0 03 0 03 0 03 049 4 1500 0 03 0 04 0 08 0 02 0 02 0 02 0 04 0 04 0 04 1600 0 02 0 06 0 09 0 02 0 02 0 02 0 04 0 04 0 04 1700 0 02 0 07 0 10 0 03 0 03 0 03 0 05 0 05 0 05 1800 0 01 0 08 0 11 0 03 0 03 0 03 0 05 0 05 0 05 1900 0 01 0 10 0 13 0 04 0 04 0 04 0 06 0 06 0 06 2000 0 00 0 11 0 14 0 04 0 04 0 04 0 07 0 07 0 07 1500 0 01 0 13 0 07 0 02 0 02 0 02 0 04 0 04 0 04 1600 0 01 0 14 0 08 0 02 0 02 0 02 0 04 0 04 0 04 1700 0 01 0 15 0 08 0 03 0 03 0 03 0 05 0 05 0 05 1800 0 02 0 16 0 09 0 03 0 03 0 03 0 05 0 05 0 05 1900 0 02 0 17 0 10 0 04 0 04 0 04 0 06 0 06 0 06 061 5 ZH 2000 0 02 0 18 0 10 0 04 0 04 0 04 0 07 0 07 0 07 2100 0 03 0 19 0 11 0 05 0 05
140. NLYW 92018 TWN LNY3L 191 20 01 2 Q NVHOVIG LINN 335 Ave Hu3WHOJSNVEL E111 0 OLA CWYYOVIG LINN 335 15 u3MOd HOL2VINOO SW CTO 4 LINN 335 YOLOW YOLIVLNOD syg OL nm O Owl x AV138 100201 405538402 41 aaam 01313 11917 BINI 20 01 2 OTE 9 O 3 04 5 4 Ours av 832045 81 38055384 1204 190 dOLS GYVMYOI 1ndNI FOVLIOA 1 11910 110 3 WWHOWIG LINN 335 2 6 U34v3U8 LIDOUID 682782 09 GVEYIONIIN 0017100201 80563844027 80112 4 2 2 TIN HOLIMS SSYdA8 s aL k QVO183AO B3MO18 AV134 W3LSAS NOILYWOLNY ONIGTING svg sva OL O ug 66 63 U321NONOO3 801 012 10 Q38IM 01313 OQA 01 2 LNdNI 39VLIOA 901VNV 11 OWA v2 O T 0N3931 1 E l FN C af V TIWLad AIESL xz VASL 0 i 3 any Gs SSMO FO RU o 83 N9 Ci O 02 ud 929 2 Q 0 528 2 ai O 1021 615 114115 1 AEDES 109 EOS 2001 2 114100 2 LE y 7 07018 xny 2 19 921 1081 u 228 38 198 Tg CO 0001 2 Q 2069 ET 39 611 8 62842 87659 Tx CD 00 ou E i 37898 A asy ov mo 88 621 99 611 616 gis eld Qu NVUOVIG LINN NIVN 33S1 12 CI
141. NO 123NNO2 9014 134205 8000100 30108 38 101 i 38 811 1 01 WHOD NOII23NNOO 9n7d 13420S 24 25 11 0 1081NO2 H321ONO23 AV134 ano im asno us wo ASIE 404 eh OL BA do IVO SIM in UM 1288 AOZT BOA r en ZH 04 AOE P A09 SI NNOHS 0 VATI SiP708t WO ASLS YO A09 Ql v BJAUOISNYUI v1 MIVA 1D3N adiri Cin OT va APZ VASL U3MNOISNYHI IL OvNOILdO 831114 NIV AlNIQ HOLIMS mei o TYNOI1dO 131100 32431N3ANO2 A021 CIVNOILAO BIY 1 IONS 30123130 NOSN3S vSOS 1802 BIY 398YH2SIQ HOSN3S 140 BIY NYMLIY 3NOMS 80123130 NOSN3S 6 310N 335 N31V3H ISVDNNVHD 3 o 131100 140 8311081802 80123130 3MOMS 20s N31SAS 9N11002 i L aves AINO 1001108 H2LIAS Sou amv 2 8 1102812 Omii O SYOLINONOD TWNO11dO SWHO 0001 0 0111504 LIWII XAV H2LIAS Le yzi Go 2 310N 335 S TI 3o 834402 ISA NANNININ 310438 u313RNO IN310d AYVINIWI 13 i P di ons C nao 9 Dots SVO LINN SNI 1009 1422 Nu 280 A8YQNO23S 1 Fl r I H 9 3 3 4 2 8 v Johnson Controls Unitary Products 174 528150 YTG G 1210 y A 3 99 0 L 9 9 5 11 130 NOILISOd MINIM 310n3u
142. None 14 3 16 1 15 20 E08 9 1 8 7 19 2 21 5 20 25 575 51 36 7 5 0 6 2 0 1 8 4 0 E15 15 2 144 26 4 28 7 30 30 E20 20 2 19 2 32 4 34 7 35 35 E23 24 2 23 1 37 2 39 5 40 40 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC Johnson Controls Unitary Products 169 528150 YTG G 1210 ZR078 150 Hi Static Motor With Powered Convenience Outlet OD Fan Suppl Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 Max Fuse grit Size each h Motor Motor Outlet MCA w Pwr Breaker Tons Volt Amps Exh Size Size w Pwr RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps ER None 52 9 58 4 60 70 E09 6 8 1 18 9 52 9 58 4 60 70 208 141 95 22 0 1 5 8 2 5 5 10 0 18 13 5 2 37 5 69 6 76 5 70 80 24 18 2 50 0 85 2 92 1 90 100 E36 25 5 2 70 8 111 2 118 1 125 125 None 52 9 58 4 60 70 E09 9 1 21 7 52 9 58 4 60 70 230 14 1 95 22 0 1 5 8 2 5 5 10 0 E18 18 2 43 3 76 9 83 8 80 90 E24 24 2 51 94 9 101 8 100 110 078 E36 34 2 81 8 125 0 131 9 125 150 6 5 None 25 1 27 3 30 30 E09 9 1 10 8 25 1 27 7 30 30 460 6 4 45 10 0 0 8 4 1 2 2 5 0 E18 18 2 21 7 38 4 41 2 40 45 E24 24 2 28 9 47 5 50 2 50 60 E36 34 2 40 9 62 5 65 2 70 70 None 21 0 22 8 25 25 E
143. Provides rooftop system integration for YCCS single zone and change over bypass systems Field Installed Accessories YORK offers several equipment accessories for field installation for the Predator line Downflow Economizer With barometric relief The economizer is provided with a single enthalpy input The economizer is 2 low leakage type The economizer has spring return fully modulating damper actuators and is capable of introducing up to 100 outdoor air As the outdoor air intake dampers open the return air dampers close The changeover from mechanical refrigeration to economizer operation is regulated by the standard single enthalpy input There is an optional input dual dry bulb sensor available To meet regulated air standards the economizer control accepts an optional input for demand ventilation With single enthalpy input the economizer control monitors outdoor air The dual enthalpy kit provides a second input used to monitor the return air With a dual input kit installed the economizer control compares the values of the two enthalpy or temperature inputs and positions the dampers to provide the maximum efficiency possible Horizontal Economizer Without barometric relief All features of the downflow economizer exist except you must order the duct mount barometric relief separately You must order a 1EH0408 if you are installing a power exhaust You can order a 1RD0411 Barometric Relief for horizonta
144. Q 2 24 8 01 MH 2n 0 601 0 601 ALIQINDH a 49 602 m _ C mos r ss sd I 011235 83ZIWONO23 QHYONVIS ug ese on agr t 38 172 S2 14 NOILD3NNOD JAONJY 10 OQ SYG jl S1 310N 335 1 310N 335 MYHOYIQ 130553297 js se uos O Cm O4 ro SWOSN3S 2 Ol 205 MO HOLIAS 910 3AOM 20 WUISAS 51081802 SYB 335 07 2 YOSNIS Ol Pid 1218402 505 VAOS 303 SIINA SVB JOAO oz cm 20S N 1 8OSN3S OL 914 123NNO2 AINO YSOS 804 TEE 0 12 Cr w ug ee2 38 162 C In JO VAL s OH 015 old 131 8 1 562 m 3 13498 4 062 me 134 Q3u mm 2 8 62 2 ma q 3X 18 am i 38 262 1 92d 925 915 71736 ST 6 310N 335 puros2 t mn 9 01 310N 335 tu Cy ASIS 304 DVA 2 310N 335 ASIP diaz n 18 152 Cr mu 491 0 2 ar rH CL as Ge G L Ounce Sou 65 64 2 6 Sw 1 Tet E zz ee s gt 3108 335 xg 318 ni 3 wO f 1 a Pn 38 twig 3 H H Q 1601 504 H 1 18 201 eir 1 1 0 38 101 Qi H dea I 01111
145. SZZ 3HIM GITIVISNI LON YSN 31 ZI 734 734 NYO T 1ViH SVO 39v1S OML 803 AINO JUV SIVNINYJL IH A9 ONY ZM 2I lI 614 615 220 8u TOULNOD JHL NO gS Nid OL o oi 29 03123NNOD S 4 102 3HIM Q3TIVISNI LON SI HOIINOM 5501 3SVHd N3HM 701 4 902 2 gt T i cm aia 4 NAO Ci 039 HLIM 529014 3AOM3H J311V1SNI 38 SI S 80123130 39085 31 6 wie m n 717918 S3HIM 9 Sx asz OH d Et CU V Ei EMI wy i A y e SNOIL ru HM 87 ALIOVdMY 1102812 m MININ ONY 18 L4 diy E 9 zi 2161 682 3215 EE E L an Pep TO 40 ree MEA H 4 04 4 919 8 JLON 335 9 SuOSS 394 02 3 HILIM SLINA NI QNI _ PR ri NO NO SI 3HIM NIG ASIG 803 F Wait 0 S u9z 231084 1 JAV SOLON Svid 33881 Mitis eni N ud 012 lt AuvMiHud 10 031 DoGAMYTu LL J ONI21AN3S B31 NO LvN3dO u3dOUd A4143 143 4d NOI1Y2I311N3gI 03 38 ATdv 11 1N31YAIDO3 3NIM D 18 922 G 110 009 2 334930 SO 34 1 HLIM 032 143 38 SNM 11 O00 Ino 38 LSAW LINN JHL HLIM 03114405 Sv 3HIM JHL 30 ANY 31780118340 05 25 1 SNOUIONVG ONY uidOHdM ASNVD NY SHOUT ININIM STONLNOD 108438 YU al we z C mis e O Pu EE UE EUR uie s LIN H i WO QNV 1 201 A112 9NINOT101 03 1 ldmO2OY 38 01 ONINIM 01313 11 71 Gavi 8595 wae D DL ug esz x1
146. Turns Open Equivalent External Static Pressure IWG 1 0 1 6 2 0 Nominal Airflow 1 200 1 100 1 000 Blower Motor BHP 0 64 0 93 1 08 QUE Onde puesta s oa ab ee ieee Ga ae del 63 77 81 83 84 83 84 125 74 76 76 77 80 80 250 67 68 70 70 72 73 500 65 66 67 67 67 68 1000 61 62 67 67 66 69 2000 58 60 63 63 63 64 4000 57 59 62 62 62 63 8000 51 53 56 57 56 58 1 Requires driven pulley AK 56 normal high static pulley is an AK 69 2 Cooling Operation ID blower compressor and outdoor fan operating at 230 VAC Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively Johnson Controls Unitary Products 129 528150 YTG G 1210 UNIT DESCRIPTION MODEL ZH ZJ ZR049 4 Ton High Static Belt Drive TEST CONFIGURATION Horizontal Side Supply Ducted Discharge Indoor Blower Speed RPM 922 6 Turns Open Equivalent 1 069 4 Turns Open Equivalent 1 165 2 5 Turns Open Equivalent External Static Pressure IWG 1 0 1 6 2 0 Nominal
147. YTG G 1210 9 n18 MOT V A 3 d V 0 8 6 2 S 9 5 95 dot u 2 E NAI me s svi 5 1 H 05 5 Sv 6 22 241 254 009 1 LINN STHL ONIOIA383S 380438 62 oos sa ses oo oi sor zan IL 8 kcu 118 1 NO 031 SLO3NNOOSIQ 340 NOILAVD 4 35012 N3dO 35012 N3dO s m is 254 91542 3UnSS3ud 1 8340 9154 18055344 ONI1vH34O 321430 Lo m 2 n 112 154 540 SLINA 5 8 I STOY1NOD 380SS38d S 1 1 NOI 140 NO 3 LON NVHOYIQ SY 335 SLINN SYA 3WOS NO 0350 393 ITE oo
148. a cooling only units sized for the largest electric heat available STAINLESS STEEL HEAT EXCHANGER For applications in a corrosive environment this option provides a full stainless steel heat exchanger assembly SMOKE DETECTOR A smoke detector can be factory mounted and wired in the supply and or return air compartments OTHER PRE ENGINEERED ACCESSORIES AVAILABLE ROOF CURB 14 and 8 high full perimeter knockdown curb with hinged design for quick assembly BAROMETRIC RELIEF DAMPER Unit mounted Downflow Duct Mounted Horizontal Contains a rain hood air inlet screen exhaust damper and mounting hardware Used to relieve internal air pressure through the unit during economizer operation PROPANE CONVERSION KIT Contains new orifices and gas valve springs to convert from natural to L P gas 60 F GAS HEAT KIT Provides an electric heat kit for the gas compartment for use in extreme low ambient conditions ECONOMIZER Downflow and Horizontal flow POWER EXHAUST Unit mount Downflow Duct mount Horizontal flow DUAL ENTHALPY KIT Provides a second input to economizer to monitor return air Johnson Controls Unitary Products 15 528150 YTG G 1210 Physical Data ZH037 061 Single Stage Gas Physical Data Models Component ZH037 ZH049 ZH061 Nominal Tonnage 3 0 4 0 5 0 AR
149. air blower motor Johnson Controls Unitary Products 75 528150 YTG G 1210 ZR078 6 5 Ton Cooling Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 75 F 85 F 77 90 5 5 8 36 9 30 8 24 7 1625 72 83 7 5 7 48 0 41 8 35 7 29 6 67 76 9 5 7 59 0 529 468 40 7 34 5 62 68 7 5 7 68 7 66 7 57 6 51 5 45 4 39 3 77 96 8 5 9 42 8 35 2 27 7 72 89 5 5 8 55 1 47 6 40 0 32 5 1950 67 82 2 5 8 67 5 60 0 524 44 9 37 3 62 73 4 5 7 73 4 72 1 64 6 57 0 49 5 41 9 57 70 6 5 7 70 6 70 6 65 6 58 0 50 5 43 0 77 103 0 5 9 48 6 39 6 30 7 72 95 2 5 9 62 3 53 3 44 4 35 4 2275 67 87 5 5 8 76 0 67 0 58 1 49 1 40 1 62 78 1 5 8 78 1 77 5 71 5 62 6 53 6 44 6 57 75 2 5 8 75 2 75 2 72 7 63 7 54 7 45 8 77 109 3 6 0 54 4 44 0 33 6 72 101 0 6 0 69 5 59 1 48 7 38 3 2600 67 92 8 5 9 84 5 74 1 63 7 53 3 42 9 62 82 9 5 9 82 9 82 9 78 5 68 1 57 7 47 8 57 79 7 5 9 79 7 79 7 79 7 69 3 59 0 48 6 72 100 2 5 9 71 6 60 8 50 0 39 3 2925 67 92 0 5 9 87 0 76 3 65 5 54 7 44 0
150. air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor 42 Johnson Controls Unitary Products 528150 YTG G 1210 2 090 7 5 Ton Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 75 F 85 F 77 112 1 6 5 46 6 38 6 30 6 1875 72 102 9 6 4 59 9 51 9 43 9 35 9 67 93 8 6 4 73 2 65 2 57 2 49 2 41 2 62 83 9 6 4 83 9 79 0 68 5 60 5 525 444 77 116 8 6 5 51 9 42 7 33 5 72 107 3 6 4 66 5 57 2 480 38 8 2250 67 97 7 6 4 81 0 71 8 62 6 53 3 44 1 62 87 5 6 4 87 5 84 1 74 9 65 7 56 5 47 3 57 87 7 6 4 87 7 87 7 80 0 70 7 61 5 52 3 77 121 5 6 5 57 2 46 8 36 3 72 111 6 6 5 73 0 62 6 52 1 41 7 2625 67 101 7 6 4 88 8 78 4 67 9 57 5 47 1 62 91 0 6 4 91 0 89 3 81 4 70 9 60 5 50 1 57 91 2 6 4 91 2 91 2 868 76 4 66 0 555 77 126 2 6 5 62 5 50 8 39 2 72 115 9 6 5 79 5 67 9 56 3 44 6 3000 67 105
151. amp Field Supplied Drive 1 2 1 4 1 6 1 8 2 0 RPM BHP RPM RPM BHP RPM BHP RPM BHP Standard 3 HP amp Drive 952 1 83 995 2 00 1037 2417 1079 2 34 1119 2 52 967 1 97 1010 2 14 1053 2 31 1094 2 48 1135 2 66 984 2 13 1027 2 30 1069 2 47 1111 2 64 1152 2 82 1002 2 31 1046 2 48 1088 2 65 1129 2 82 1170 3 00 1022 2 50 1066 2 67 1108 2 84 1149 3 02 1190 3 19 1044 2 72 1087 2 89 1129 3 06 1171 3 23 1211 3 41 1067 2 95 1110 3 12 1152 3 29 1194 3 46 1235 3 64 1092 3 20 1135 3 37 1177 3 4 1219 3 72 1259 3 89 1118 347 1161 3 65 1203 3 82 1146 3 76 1189 3 94 1231 4 11 1175 4 07 1218 4 24 1260 1343 4 76 1206 4 40 1249 4 57 1333 4 91 1373 5 09 1238 4 75 1281 4 92 1323 5 09 1365 5 26 1405 5 44 1271 5 11 1315 5 28 1357 5 45 1398 5 62 1350 5 66 106 Johnson Controls Unitary Products 528150 YTG G 1210 ZH037 150 Bottom Duct Application ZH037 3 0 Ton Bottom Duct Air Flow CFM Stan 605 0 23 671 0 33 1000 621 0 25 688 0 34 1100 637 0 27 703 0 36 1200 651 0 30 717 0 39 1300 666 0 33 732 0 43 1400 681 0 37 747 0 47 1500 0 42 1 Blower performance includes gas heat exchangers and 2 filters RPM BHP RPM dard 1 5 HP amp Drive RPM 804 820 835 850 865 880 896 0 52 0 53 0 56 0 58 0 62 0 66 0 71 1 0 RPM BHP 869 0 62 885 0 63 900 0 65 915 0 68 930 0
152. and prevents damage to the coil fins from hail strikes Field installed accessory only Flue Exhaust Extension Kit In locations with wind or weather conditions which may interfere with proper exhausting of furnace combustion products this kit can be installed to prevent the flue exhaust from entering nearby fresh air intakes 60 F Gas Heat Kit For installations which require gas heat units to perform in low ambient temperatures a gas section heating kit is available This kit provides electric heat in the gas heat controls section to ensure the gas valve and controls will continue to function properly at extremely low temperatures Gas Heat High Altitude Kit This kit converts a gas heat unit to operate at high altitudes 2 000 to 6 000 feet Conversion kits are available for natural gas and propane Gas Heat Propane Conversion Kit This kit converts a gas fired heater from natural gas to propane It contains the main burner orifices and gas valve replacement springs Gas Piping Kit Contains pipe nipples fittings and gas cock required for gas supply connection with external shut off Electric Heaters The electric heaters range from 3kW to 54kW and are available in all the voltage options of the base units The 54kW 208 240 volt field installed heater kit is not available with VAV units due to a lack of space to accommodate the heater s fuse block accessory All heaters are dual staged Cooling units include an adapt
153. are logarithmically calculated from the horizontal flow sound test Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively Johnson Controls Unitary Products 131 528150 YTG G 1210 UNIT DESCRIPTION MODEL ZH ZJ ZRO61 5 Ton High Static Belt Drive TEST CONFIGURATION Vertical Bottom Return Ducted Inlet Indoor Blower Speed RPM 1 039 5 Turns Open Equivalent 1 143 3 Turns Open Equivalent 1 201 2 Turns Open Equivalent External Static Pressure IWG 1 0 1 6 2 0 Nominal Airflow CFM 2 000 1 800 1 600 Blower Motor BHP 1 11 1 25 1 39 Octave Center Freq Hz ID Blower Cooling ID Blower Cooling ID Blower Cooling Only dB Operation dB Only dB Operation dB Only dB Operation dB 63 79 80 77 77 81 81 125 74 75 71 73 73 74 250 63 65 63 64 63 65 500 62 63 64 64 62 62 1000 61 61 61 61 59 59 2000 55 56 55 56 54 55 4000 52 52 50 51 50 50 8000 47 47 46 46 46 46 1 Differentials for Cooling Operation IDB COMP amp ODF are logarithmically calculat
154. dB 63 76 76 74 76 125 63 70 66 70 250 55 62 59 62 500 54 55 58 59 1000 48 48 53 53 2000 44 44 48 48 4000 41 44 45 46 8000 42 43 43 44 1 Differentials for Cooling Operation IDB COMP amp ODF are logarithmically calculated from the horizontal flow sound test Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively Johnson Controls Unitary Products 125 528150 YTG G 1210 UNIT DESCRIPTION MODEL ZH ZJ ZRO61 5 Ton Standard Static Belt Drive TEST CONFIGURATION Vertical Bottom Return Ducted Inlet Indoor Blower Speed RPM 812 3 Turns Open Equivalent 915 1 Turn Open Equivalent External Static Pressure IWG 0 6 0 8 Airflow CFM 1575 1800 Blower Motor BHP 0 64 0 83 Octave Center Freq Hz ID Blower Only dB Cooling Operation ID Blower Only dB Cooling Operation dB 63 75 78 80 80 125 66 80 69 81 250 59 66 62 65 500 60 60 63 63 1000 57 57 60 60 2000 52 53 55 55 4000 49 50 53 53 8000 44 45 47 47 1 Differentials for Cooling Opera
155. lt i t 3108 335 gt 134 614 615 19 122 310 nh Z 071 18 15 1140 1 83004 215 1 y 22 ADOC E ud a TT 0 92 1 WOSN3S 3HY 11 3SN3S 10 972 9 2 ca C Loa T 1801120257 T gOSNTS J udi ud l v orev puns 2 Sd Sd Sos 8 6 gt zi 1 10 H i lt 4s P02 SHOSN3S 2 01 205 NO WOLIAS did P rJ Nua O4 s Z vare a NO 2 805835 Ol Pid 1238402 YSOS VAOS 803 mi re 309 N WOSNis Ol Pid 193NNOD LINO VSQS 04 ale QIBe 5 p JOULNOD AV13M Quyog o ag se2 1 SYOLON NYJ uoll2vaYo e 8 imn on f 98V YOTNON sid NOI 1d0 WE 1 140 15 H3MOd HOl2V1NOO PHI 8 962 3 t 0108 YOOON BOL VINOD way 0 53 4 2 NOIDYINOO 108 NO d LIMIT 7HOLIAS Ap ine WOLI2VdVO NAY NO lVNIM831 031418301 6 CNO11d0 LNJIGNY H3LINS 1 0 921 01313 38nSS38d MOT HOIINS 38 L yo9 6321430 ONY ONINIM TVNOI1dO NOOQN 10 mi 321A30 ONY ONINIM ANOL2Y4 HOOON Av13H me 01601 6 ont 30123130 INOS AF2 NO 123NNO2 9n14 134208 824 825 1V3H SY9 NOILINDI 1081NO2 A 01 Karozzi 150 3 H3MOd NO23 39V110A 3N 1 APZ NO 123NNO2 9014 13 205 619 615 3unssiud HOLIM
156. m gt N os udna gt HEJ gt cm 2 YOSN3S 38 Hyg 1 2 6 3108 335 04 5 310N 339 P 197922 1 n arose O 41901 gt 65 MOD 0 61 1922 LN amp S mg 18 601 H FO ug 62 um lt 5 8 9 2 im 038 O a BSNS E TIE 01 3108 335 157 fla X8 v01 N01123S 1V3H 21812313 m9 2 AMA 2 1 28 4 0 sis Sid NYOMI TIT TIT Me 22 E ALIQU AdRIS OL m SHOLOM NNA NOLI2YdYO L ie omoia PUT d 298 BOLIIVAYD NAY NO lVNIM831 031 31N301 Q ino X ONIYIM 01313 1wNOIIdO LSAVHX3 H3MOd HO12Y1NOD xg 1 391A30 9N14IM WNOILJO I 184 WT 391A30 ONIYIM 180121 HOSS I00 HOLJVINOS Ind VA SL 30123130 ONS APZ NO I23NNOD 9014 13408 gza ezs VMO1140 IN31OMV OT ToL IRS 23 NO 123S 1V3H 21812313 APZ NO 123NNOD 9014 13 205 614 515 38185394 MOT HIL IMS 1 601 H vozi OAO 30123130 3 0 2 NOILD3NNOD 9014 13408 14 915 MOOQN 80109 2 Td 30123130 3NONS 2 NO 123NNO2 9014 13408 lt 14 615 BOGOR 10108 18 201 49 611 saoti QV Lo org 1503 UINDA FOVLTON 3811 NO1133NNOD 0114133205 214 218 HOLIAS Om Samii NO 123NNO2 9n14 13208 114 115 A3 MOTT VISOR INL Se i DO NET R
157. motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor 46 Johnson Controls Unitary Products 528150 YTG G 1210 ZH120 10 Ton Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 85 77 148 8 8 0 62 9 51 9 41 0 2500 72 136 5 8 0 80 1 69 2 58 3 47 3 67 124 3 7 9 97 4 86 4 75 5 64 6 53 7 62 112 4 7 8 112 4 105 8 90 3 79 4 68 4 57 5 77 153 1 8 1 70 1 57 4 44 8 72 140 4 8 0 88 9 76 3 63 6 51 0 3000 67 127 8 7 9 107 8 95 1 82 5 69 8 572 62 115 6 7 9 115 6 111 2 98 6 85 9 73 3 60 6 57 111 0 7 9 111 0 111 0 106 5 93 9 81 2 68 6 77 157 3 8 1 77 33 62 9 48 5 72 144 3 8 0 97 7 83 3 69 0 54 6 3500 67 131 3 7 9 118 1 103 8 89 4 75 0 60 6 62 118 8 7 9 118 8 116 6 106 9 92 5 78 1 63 7 57 114 1 7 9 114 1 114 1 115 5 101 1 86 7 72 3 77 161 6 8 1 84 5 68 4 52 3 72 148 2 8 0 106 5 90 4 74 3 582 4000 67 134 9 8 0 128 5 112 4 96 3 80 2 64 1 62 122 0 7 9 122 0 122 0 115 2 99 1 83 0 66 8 57 117
158. on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh KW 90 85 80 75 70 65 MBh KW 90 85 80 75 70 65 1257 77 y 147 6 16 1 60 0 50 8 38 1 3125 72 134 2 16 0 84 9 72 2 59 5 46 8 67 120 9 15 8 107 4 93 6 80 9 68 2 55 5 62 112 3 15 6 112 3 112 3 100 7 87 9 75 2 62 5 7 150 8 16 1 69 9 55 6 41 3 72 137 2 16 0 93 0 78 7 64 50 2 3750 67 123 5 15 8 116 2 101 9 87 6 73 4 59 1 62 114 8 15 6 114 8 114 8 109 0 94 7 80 5 662 57 112 1 15 6 112 1 112 1 102 2 88 0 73 7 59 4 77 154 1 16 1 79 7 60 3 44 5 2 72 140 1 15 9 101 1 85 3 69 5 53 6 4375 67 126 2 15 8 125 0 110 2 94 4 78 6 62 7 62 117 2 15 5 117 2 117 2 117 2 101 6 85 7 69 9 57 114 6 15 6 114 6 114 6 110 1 94 3 78 4 62 6 FF 157 3 16 1 89 6 65 1 47 7 72 143 1 15 9 109 2 91 8 74 4 57 0 5000 67 128 9 15 7 128 9 118 6 101 1 83 7 66 3 62 119 7 15 5 119 7 119 7 119 7 108 4 91 0 73 6 57 117 0 15 6 117 0 117 0 117 0 100 6 83 2 65 7 72 143 2 16 0 118 9 99 7 80 4 61 2 5625 67 128 9 15 8 128 9 127 5 109 3 90 0 70 8 62 119 8 15 6 119 8 119 8 119 8 103 6 84 3 65 1 57 117 0 15 6 117 0 117 0 117 0 98 3 79 0 59 8 72 143 3 16 0 128 6 1
159. on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 75 F 85 F 77 102 9 6 3 42 8 35 3 27 9 1875 72 95 7 6 3 56 0 48 5 41 1 33 6 67 88 5 6 2 69 2 61 7 54 2 46 8 39 3 62 81 5 6 1 81 5 77 2 66 5 59 0 51 5 44 1 77 107 5 6 4 48 5 39 6 30 8 72 100 0 6 3 63 0 54 2 45 4 36 5 2250 67 92 5 6 2 77 6 68 8 59 9 51 1 42 2 62 85 1 6 2 85 1 82 3 73 4 64 6 558 46 9 57 84 7 6 2 84 7 84 1 75 3 66 4 57 6 48 8 77 112 1 6 4 54 1 43 9 33 7 5 72 104 3 6 3 70 0 59 8 49 6 39 4 2625 67 96 4 6 3 86 0 758 656 55 4 452 62 88 8 6 2 88 8 87 4 80 4 70 2 60 0 49 8 57 88 3 6 2 88 3 88 0 82 4 72 2 62 0 51 8 77 116 7 6 4 59 7 48 2 36 6 72 108 5 6 3 77 1 65 5 53 9 42 4 3000 67 100 4 6 3 94 4 82 8 71 3 59 7 48 1 62 92 4 6 2 92 4 92 4 87 3 75 8 642 527 57 91 9 6 2 91 9 91 9 89 5 78 0 66 4 54 8 72 108 7 6 4 79 1 67 5 559 44 3 3375 67 100 5 6 3 97 1 855 73 9 622 50 6 62 92 5 6 2 92 5 925 90 0 78 4 66 7 551 57 92 0 6 3 92 0 92 0 90 8 79 2 67 6 56 0 72 108 8 6 4 81 2 69 5 57 9 462 3750 67 100 6 6 3 99 8 88 1 76 4 64 8 53 1 62 92 6 6 2 92 6 92 6 92 6 80 9
160. shall be constructed of galvanized steel with exterior surfaces coated with a non chalking powder paint finish certified at 1000 hour salt spray test per ASTM B117 standards Indoor blower sections shall be insulated with up to 1 thick insulation coated on the airside Either aluminum foil faced or elastometric rubber insulation shall be used in the unit s compartments and be fastened to prevent insulation from entering the air stream Cabinet doors shall be hinged with toolless access for easy servicing and maintenance Full perimeter base rails shall be provided to assure reliable transit of equipment overhead rigging fork truck access and proper sealing on roof curb applications Disposable 2 filters shall be furnished as standard and be accessible through hinged access door Fan performance measuring ports shall be provided on the outside of the cabinet to allow accurate air measurements of evaporator fan performance without removing panels or creating bypass of the coils Condensate pan shall be slide out design constructed of a non corrosive material internally sloped and conforming to ASHRAE 62 B9 standards Condensate connection shall be a minimum of 4 D female and be rigid mount connection INDOOR EVAPORATOR FAN ASSEMBLY Fan shall be a belt drive assembly and include an adjustable pitch motor pulley Job site selected brake horsepower shall not exceed the motors nameplate horsepower rating plus the ser vice factor Unit
161. sua 10N1NOD NI yg KIN 38 8 809 LEG A z Sav 24 mm aies TNES Bl vd A p 80 225 2 xosi W LOS MISES i a CENSENT n sov rs MILS 8 0 MESS n MI OSS Onu zi IS 11 3 N3183AN l a 6 018 4 38 v58 tm 8 1889 O02 aa HO E Y N 098 f 4 258 Ou ano 8 198 1 1 5344 Hvo OMI 0 S OL 5070 WOU JIAYLSNFIV HO I 1970 eld HO u 299 H 698 8 916 2 OMI 076 0 EE VOS 1140 NO 00 WONOD3_ YOLWALOY 12v uie ess OQA 01 2 NI 39V110A 90TVNV iv 80v gN3931 20 14 Ke L 3 266 vA v2 AW 803 WEVIV 1 5 z 1 91 8 996 2 gt 0 256 vol 140 m INO 81 91 LINA gon su u 196 0 s 28 ese Om Iz 5 1 2 21 95 gov gs amp VS c BinN 49 v899 9 38n1IV3 INANI Q3A z Wasa 84 166 TIS SS _ 491068 e i Z BOW gas N3dO HOIIMS 2 LIWII 21 MP 49 066 2 Nivea Nivad HOLIMS SV n OSN3S Ovi 01 G Who ieee 0 4 G Won x ar YOSN3S OVO ui 805435 OV 6 Em gon 9zs 800 815 D 58 908 6 105835 8 gov vas 105835 HYO L u8 28 2 19 598 CD wo NOSN3S 1 0 9 oon 21d T S NOSN3S LYA 5 LI u 228 i VETT 1 qaw Ware woo Th Y
162. the unit Water eliminator filters shall be provided Simultaneous economizer compressor operation is also possible Dampers shall fully close on power loss Available with barometric relief or power exhaust MOTORIZED OUTDOOR AIR DAMPERS Outdoor and return air dampers that are interlocked and positioned by a 2 position spring return damper actuator The maximum leakage rate for the outdoor air intake dampers shall not exceed 2 when dampers are fully closed and operating against a pressure differential of 0 5 IWG A unit mounted potentiometer shall be provided to adjust the outdoor and return air damper assembly to take in the design CFM of outdoor air to meet the ventilation requirements of the conditioned space during normal operation Whenever the indoor fan motor is energized the dampers open up to one of two pre selected positions regardless of the outdoor air enthalpy Dampers return to the fully closed position when the indoor fan motor is de energized Dampers shall fully close on power loss ADDITIONAL FACTORY INSTALLED OPTIONS ALTERNATE INDOOR BLOWER MOTOR For applications with high restrictions units are available with optional indoor blower motors that provide higher static output and or higher airflow VARIABLE AIR VOLUME VAV The VAV option using a variable frequency drive VFD shall be available on 6 1 2 through 12 1 2 ton models for applications requiring a constant supply duct static pressure Units equip
163. ugvesz 642948 MSS 2 Dui r 310N 335 u1 T 8 1 6 DUM gt E Siow gt uo sosna gon 18 182 22 01140 1S0vHX3 830043 214 215 pe SeS t 034 dai ee 0 rz C 187872 8058257 38v 14 39s ET z 19 112 Li laaz Q T O waniez SW 1 Most WOSR3S 54 5 Sou 1 q3u wavds 1 fld lt I t arroz SyoSMjS 2 Ol 205 NO 901186 aig JON OS 5 D D FT nit i KU EIU Z WOSN3S 01 Wid L23NNO vSOS VUOS on 41622 20S NO 405815 OI Vid 1D3NNOD 7410 vSQS you l1 VIOS 7 ae We mM 6 41922 1041NO2 Av134 OOS gu u8 5 2 540100 MOLIOVdYO 124 xg 21 SHd Ll t 93N 6670 18055184 HOLIMS 4 gt 1 1402 5501 3SvHd HOLINON SHd ZN 1vNO 1140 01140 1 01140 1 3 83004 YOLIVINOD n CH msc Quossiuano gt aO1DYINQ im wa nas los 1 JION 33 21 LIMIT H211AS 51 nm i 179 WOLI2vdYO NO 3111301 m si xg f mc e onse 5321430 MOON juO10m aind 18 4 321A30 ONINIM AHOIDV4 HOOON Avida ui LT X MOMS APZ f 14 139 1V3H SVO NOILINDI JONINOO 3 30123130 3NONS AVZ NOI121NNO2 9014 139305 3 1601 Hed sr0z1 ASNVHXI H3MOd NO23 39V110A INIT
164. used to either route power to the VFD for modulating control of the blower motor to bypass the drive and operate the motor at full speed or to power the drive and not the motor for diagnostic purposes Due to space limitations VAV is not available with any of the factory installed BAS options but is available with BAS ready models Terminal blocks are provided in the control box for field wiring of the customer installed BAS A VFD ready option provides the provisions for a customer installed drive The unit comes with a mounting bracket installed in the Blower Access compartment which may accommodate other vendor s drives depending on their size In order to utilize the unit s mounting bracket the maximum recommended drive dimensions are limited to approximately 9 H x 5 W x 7 5 D If the drive will not fit in the allotted space then it will have to be mounted elsewhere either within the building on a perpendicular wall which is not subjected to excessive temperature vibration humidity dust corrosive gas explosive gas etc or within an appropriate enclosure rated for outside installation to safeguard against moisture dust and excessive heat A terminal block located in the control box is provided for field connection of the VFD controls Aluminized Steel Gas Heat Exchanger For applications in non corrosive environments Stainless Steel Gas Heat Exchanger For applications in corrosive environments this option prov
165. x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively UNIT DESCRIPTION MODEL ZH ZJ ZRO61 5 Ton Standard Static Belt Drive TEST CONFIGURATION Vertical Bottom Supply Ducted Discharge Indoor Blower Speed RPM 809 3 Turns Open Equivalent 914 1 Turn Open Equivalent External Static Pressure IWG 0 5 0 8 Airflow CFM 1700 1800 Blower Motor BHP 0 64 0 83 Octave Center Freq Hz ID Blower Only dB Cooling Operation ID Blower Only dB Cooling Operation dB 63 81 81 79 79 125 75 75 75 76 250 65 65 63 63 500 67 67 67 67 1000 63 63 63 63 2000 61 62 61 61 4000 62 62 61 61 8000 57 57 56 56 1 Differentials for Cooling Operation IDB COMP amp ODF are logarithmically calculated from the horizontal flow sound test Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively Johnson Cont
166. 0 3 83404 78012Y1NO2 9014 134205 9014 134205 9014 134205 9014 134205 9014 134305 9014 134305 9014 134205 9014 134205 9014 134205 9014 134205 AV138 NMOGLOHS LINN 1 011402 TOULNOD 8321WNONO23 AV134 01140 831114 BIY 1810 HOLIAS 6 ma q3u Ru g 3 SYOLON HOL YAY JON1NOD Av13U QuvOB 93N 6670 DMI 380SS38d HOLIMS 01140 5501 3SYHd HO11NOW MOLOM NY4 NOOQ10O AV134 YOLON YOON YOLIVLNOD SYOSS3YdNOD HO12V1NOD LINIT HOLIAS CVNOILdO 1N318mV 211 5 38055384 MOT HOLIMS 800041 YOLOW YOON ivi13H 1V3H VO NOILINOI 1081802 3unsS38d H9IH HOLIMS JAIA SYD dW31 dVA3 MOT LVLSONYIHL 8000100 10 1249 803 123NNOD2SIQ H2LIMS NIVM 123NNO2SIQ HOLIMS 133O 8010 CWNOILdO BIY 398VH2SI 0 3 6 310N 335 831 3 3SYONNYHD 31545 ONI 100 AV134 1 431545 1009 1Y138 2 83MV388 1102412 LINII XAV Nv4uOVIO AUVIN3IWN3 13 SVO H LINN ONI 1000 Typical ZH ZJ ZR150 Cooling Unit with Gas Heat 460 575 Volt Wiring Diagram 528150 YTG G 1210 Johnson Controls Unitary Products 182 528150 YTG G 1210 Typical ZH ZJ ZR150 Cooling Unit with without Electric Heat Wiring Diagram V Add VELECISO LINN SIHL 9NIOIAH3S 3804368 5123 02514 11 N3dO NOILAVO SLINA SY8 NON NO 0
167. 0 208 17 9 120 28 0 1 5 8 2 5 5 10 0 E24 18 2 50 0 85 2 92 1 90 100 E36 25 5 2 70 8 111 2 118 1 125 125 E54 40 6 2 112 7 163 6 170 5 175 175 None 61 5 67 0 70 80 E18 18 2 43 3 76 9 83 8 80 90 230 17 9 120 28 0 1 5 8 2 5 5 10 0 E24 24 2 57 7 94 9 101 8 100 110 E36 34 2 81 8 125 0 131 9 125 150 120 E54 54 2 129 9 152 7 159 5 175 175 10 None 32 3 34 5 40 40 E18 18 2 21 7 38 4 41 2 40 45 460 9 6 70 15 0 0 8 4 1 2 2 5 0 E24 24 2 28 9 47 5 50 2 50 60 E36 34 2 40 9 62 5 65 2 70 70 E54 54 2 65 0 76 3 79 1 90 90 None 25 5 27 3 30 30 E18 18 2 17 3 31 2 33 4 35 35 575 7 4 53 11 5 0 6 3 6 1 8 4 0 E24 24 2 23 1 38 4 40 6 40 45 E36 34 2 32 7 50 4 52 6 60 60 E54 54 2 52 0 61 5 63 7 70 70 None 78 9 84 4 100 100 E18 13 5 2 37 5 78 9 84 4 100 100 208 23 1 160 36 0 1 5 10 9 5 5 10 0 E24 18 2 50 0 88 6 95 5 100 100 E36 25 5 2 70 8 114 6 121 5 125 125 E54 40 6 2 112 7 167 0 173 9 175 175 None 78 9 84 4 100 100 E18 18 2 43 3 80 3 87 1 100 100 230 23 1 160 36 0 1 5 10 9 5 5 10 0 E24 24 2 57 7 98 3 105 2 100 110 E36 34 2 81 8 128 4 135 2 150 150 150 E54 54 2 129 9 156 0 162 9 175 175 12 5 None E I 41 0 43 2 50 50 E18 18 2 21 7 41 0 43 2 50 50 460 12 2 87 19 0 0 8 5 3 2 2 5 0 E24 24 2 28 9 49 0 51 7 50 60 E36 34 2 40 9 64 0 66 7 70 70 E54 54 2 65 0 77 8 80 6 90 90 None 30 1 31 9 35 40 E18 18 2 17 3 31 8 34 0 35 40 575 8 7 62 13 5 0 6 4 1 1 8 4 0 E24 24 2
168. 0 Heat input K Btu 120 180 120 180 120 180 180 240 180 240 Heat output K Btu 96 144 96 144 96 144 144 192 144 192 AFUE Steady state efficiency 80 80 80 80 80 80 80 80 80 80 No burners 4 6 4 6 4 6 6 8 6 8 No stages 2 2 21 21 21 2 21 21 21 21 Temperature Rise Range F 20 50 35 65 15 45 30 60 10 40 25 55 20 50 35 65 10 40 25 55 Gas Limit Setting F 165 165 165 165 215 195 195 160 195 160 Gas piping connection in 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 DIMENSIONS inches Length 89 89 89 89 119 7 16 Width 59 59 59 59 59 Height 42 42 50 3 4 50 3 4 50 3 4 OPERATING WT Ibs 965 965 1200 1200 1465 COMPRESSORS Type Scroll Scroll Scroll Scroll Scroll Quantity 2 2 2 2 2 Unit Capacity Steps 50 100 50 100 50 100 50 100 50 100 CONDENSER COIL DATA Face area Sq Ft 23 8 23 8 29 0 29 0 47 5 Rows 2 1 2 2 2 2 Fins per inch 20 20 20 20 15 Tube diameter in 3 8 3 8 3 8 3 8 3 8 Circuitry Type Split face Split face Split face Split face Split face EVAPORATOR COIL DATA Face area Sq Ft 10 6 10 6 13 2 13 2 13 2 Rows 3 3 4 4 4 Fins per inch 15 15 15 15 15 Tube diameter 3 8 3 8 3 8 3 8 3 8 Circuitry Type Split face Split face Split face Split face Split face Refrigerant control TXV TXV TXV TXV TXV 32 Johnson Controls Unitary Products 528150 YTG G 1210 ZR078 150 Physical Data Continued M
169. 0 0 3125 72 176 1 10 4 100 7 87 2 73 6 60 0 67 159 9 10 2 124 3 110 7 97 1 83 6 70 0 62 144 9 10 0 144 9 138 4 120 1 106 6 93 0 79 4 77 197 5 10 7 84 3 69 1 53 9 72 180 9 10 5 109 7 94 4 79 2 64 0 3750 67 164 3 10 2 135 0 119 8 104 6 89 4 742 62 148 9 10 1 148 9 144 5 129 3 114 1 98 9 83 7 57 146 9 10 0 146 9 146 9 135 2 120 0 104 8 89 6 77 202 8 10 8 91 4 74 5 57 7 72 185 7 10 5 118 6 101 7 84 9 68 0 4375 67 168 6 10 3 145 8 128 9 112 0 95 2 78 3 62 152 8 10 1 152 8 150 7 138 5 121 7 104 8 88 0 57 150 8 10 1 150 8 150 8 144 8 128 0 111 1 94 3 77 208 0 10 8 98 5 80 0 61 5 72 190 5 10 6 127 5 109 0 90 5 72 0 5000 67 173 0 10 4 156 5 138 0 119 5 101 0 82 5 62 156 8 10 2 156 8 156 8 147 8 129 3 110 8 92 3 57 154 8 10 1 154 8 154 8 154 5 136 0 117 5 99 0 72 193 5 10 6 136 3 116 5 96 7 76 9 5625 67 175 7 10 4 167 3 147 5 127 7 107 9 88 1 62 159 3 10 2 159 3 159 3 154 7 135 0 115 2 95 4 57 157 2 10 1 157 2 157 2 157 0 137 2 117 5 97 7 72 196 5 10 6 145 1 124 0 102 9 81 8 67 178 4 10 4 178 0 157 0 135 9 114 8 93 7 62 161 7 10 2 161 7 161 7 161 7 140 6 119 6 98 5 57 159 6 10 2 159 6 159 6 159 6 138 5 117 4 96 4 105 77 169 2 13 1 68 8 56 1 43 0 3125 72 155 1 13 0 91 6 78 5 65 5
170. 0 14 0 08 0 02 0 02 0 02 0 04 0 04 0 04 1700 0 01 0 15 0 08 0 03 0 03 0 03 0 05 0 05 0 05 049 4 ZJ ZR 1800 0 02 0 16 0 09 0 03 0 03 0 03 0 05 0 05 0 05 061 5 1900 0 02 0 17 0 10 0 04 0 04 0 04 0 06 0 06 0 06 2000 0 02 0 18 0 10 0 04 0 04 0 04 0 07 0 07 0 07 2100 0 03 0 19 0 11 0 05 0 05 0 05 0 07 0 07 0 07 2200 0 03 0 20 0 12 0 06 0 06 0 06 0 08 0 08 0 08 2300 0 04 0 21 0 12 0 06 0 06 0 06 0 09 0 09 0 09 2400 0 04 0 22 0 13 0 07 0 07 0 07 0 10 0 10 0 10 2500 0 05 0 23 0 14 0 08 0 08 0 08 0 11 0 11 0 11 1 Add these values to the available static resistance in the respective Blower Performance Tables 2 Deduct these values from the available external static pressure shown in the respective Blower Performance Tables 3 The pressure drop through the economizer is greater for 100 outdoor air than for 100 return air If the resistance of the return air duct is less than 0 25 IWG the unit will deliver less CFM during full economizer operation 100 Johnson Controls Unitary Products 528150 YTG G 1210 Additional Static Resistance ZH ZRO78 thru 150 add Model CFM Cooling Only Economizer 4 Filter T cene Heat kW Ei 1900 0 00 0 07 0 10 0 05 0 06 0 07 0 08 0 10 2100 0 01 0 09 0 11 0 06 0 07 0 08 0 09 0 11 2300 0 01 0 11 0 12 0 07 0 08 0 09 0 10 0 13 2500 0 02 0
171. 0 202 PETERS IER 131 C 1 62 Ceu 134 ted 930 3un1vH3dW31 9N 1v33d0 321430 UE 015 019 182 4 45 H S Oo Eug Se ae ae eL 03u mm 6 03 S1081N02 3univu3dmil u8 662 Xn 0 8 10 00 Hino ugi2 i Jars 82 PEE M Hse 02 x18 um i 9 262 my m zn od DVA 825 PIS wid nid 1922 E ILL O UE iet etg Lua a T 6 EE 1 mm am LP yo 4 s 43H10 V cm 6 3108 335 S yag 318 335 r 310N 335 9 2 ww purosz t O ani 1H22 205 S 3108 335 08 922 1 6 41901 1 14 m r 65 d AC C DETTE O 6 1 m 4 62 C 038 6 8 XR A 19 501 49 621 Dum 1 T Te eis 1 1 01 310N 335 P 58 0 847061 NO 123S 1V3H 21812311 ni 1 T 218402 515 Sid WHOMLIN Yi ps OL SYOLON 12942 TONLNOD A134 QuvOB ue NYG n uae 140 SSO Sno INON i 198 WOLIOV4v 03130920160 avi 4o HIMO HOLDINGS 321A30 ONY ONIYIM TYNO 140 SYOLON 8000100 8O12Y1NO2 xa NOH HO 84 01 5321 30 ONY 9NINIM 013 3 30123130 3WOMS AP2 NO 123NNO2 9014 13905 EE HT eu Lied Wr NO 123S 1V3H 21812313 2 NOI 123NNO2 9014 134205 AOL IRE 1601 lt H 0 601 o2 H K 4 02
172. 0 27 3 4 12 1 16 27 1 2 16 ZR102 120 28 1 4 18 1 16 28 1 4 18 1 4 ZR150 28 1 4 18 1 16 28 1 4 18 1 4 Johnson Controls Unitary Products 201 528150 YTG G 1210 ZH ZJ ZR037 150 Unit Left Duct Opening 30 3 8 KWOIIISA ZH ZJ ZR037 150 Unit Accessory Dimensions ZH ZJ ZR037 150 Roof Curb RIGHT INSULATED DECK UNDER INSULATED DECK UNDER COMPRESSOR SECTION FRONT 202 Johnson Controls Unitary Products 528150 YTG G 1210 ZH ZJ ZR037 150 Transition Roof Curb Outside Air Intake Hood Relief Hood for Power Exhaust or Barometric Relief Johnson Controls Unitary Products 203 528150 YTG G 1210 Economizer Options Economizer Usage Application Cabinet Height Description Model Bottom Return All Downflow economizer with barometric relief 2EE04705924 Side Return All Horizontal economizer without barometric relief 2EE04706024 42 Slab Economizer 42 tall cabinet 2 047058242 or End Return 5 50 Slab Economizer 50 tall cabinet 2EE04705724 1 Barometric relief must be ordered seperately and installed in duct work 2 Barometric relief or fresh air hood not included Must be ordered seperately Factory Installed Downflow Economizer 2EE04705924 2EE04705924 2EE04705924 Fresh Air Hood Fresh Air Damper Return Air Damper 2 04705924 2EE04705924 Barometric Relief Damper Barometric Relief Hood Field Installed Downflow Economizer W Power Exhaust
173. 0 62 0 44 0 46 0 50 0 53 0 59 6100 0 56 0 07 0 67 0 47 0 49 0 53 0 56 0 62 6300 0 60 0 07 0 71 0 50 0 53 0 56 0 59 0 65 1 Add these values to the available static resistance in the respective Blower Performance Tables 2 Deduct these values from the available external static pressure shown in the respective Blower Performance Tables 3 The pressure drop through the economizer is greater for 100 outdoor air than for 100 return air If the resistance of the return air duct is less than 0 25 IWG the unit will deliver less CFM during full economizer operation Johnson Controls Unitary Products 101 528150 YTG G 1210 Additional Static Resistance ZJ078 150 Size Electric Heat kW Tons Model CFM Cooling Only Economizer 4 Filter 7 T 36 i 1900 0 06 0 02 0 12 0 05 0 06 0 07 0 08 0 10 2100 0 07 0 02 0 13 0 06 0 07 0 08 0 09 0 11 2300 0 08 0 02 0 14 0 07 0 08 0 09 0 10 0 13 2500 0 09 0 02 0 16 0 08 0 09 0 10 0 11 0 14 2700 0 11 0 03 0 17 0 09 0 10 0 12 0 13 0 16 2900 0 12 0 03 0 19 0 10 0 11 0 13 0 14 0 18 3100 0 14 0 03 0 20 0 12 0 13 0 15 0 16 0 20 3300 0 16 0 03 0 22 0 13 0 14 0 17 0 18 0 22 3500 0 18 0 04 0 26 0 15 0 16 0 19 0 20 0 24 078 6 5 3700 0 20 0 04 0 27 0 17 0 18 0 21 0 22 0 26 090 7 5 3900 0 23 0 04 0 29 0 19 0 20 0 23 0 24 0 28 102 8 5 ZJ 4100 0 25 0 04 0 32 0 21 0 22 0 25 0 26 0 31 120 10
174. 0 72 28 4 3 4 18 2 15 2 12 2 9 1 67 24 1 3 4 24 1 19 3 16 3 13 2 10 2 62 21 4 3 2 21 4 21 4 21 4 17 2 14 1 11 1 77 33 1 3 6 16 7 12 5 8 9 72 28 8 3 5 20 6 17 0 134 98 900 67 24 5 3 4 24 5 21 5 17 9 14 4 10 8 62 21 7 3 3 21 7 21 7 21 7 18 7 15 1 11 5 57 22 7 3 3 22 7 227 22 0 18 4 14 8 11 3 77 33 7 3 6 20 9 142 9 7 72 29 2 3 5 22 9 18 8 14 7 10 6 1050 67 24 8 3 4 24 8 23 7 19 6 15 5 11 4 62 22 1 3 3 22 1 22 1 22 1 20 2 16 1 12 0 57 23 0 3 3 23 0 23 0 23 0 19 9 15 8 11 7 77 34 2 3 6 25 2 15 9 10 5 72 29 7 3 5 25 2 20 6 15 9 11 3 1200 67 25 2 3 4 25 2 252 21 3 16 6 12 0 62 22 4 3 3 22 4 22 4 22 4 21 8 17 1 12 5 57 23 4 3 3 23 4 23 4 23 4 21 5 16 8 12 2 72 29 9 3 6 27 9 227 17 4 12 2 1350 67 25 4 3 5 25 4 25 4 23 3 18 1 12 9 62 22 5 3 3 225 225 225 19 3 14 1 8 9 57 23 5 3 4 23 5 23 5 23 5 19 7 14 4 9 2 72 30 1 3 6 30 1 24 8 19 0 13 2 1500 67 25 5 3 5 255 25 5 254 19 6 13 8 62 22 7 3 4 22 7 22 7 22 7 16 9 11 1 5 8 57 23 7 3 4 23 7 23 7 23 7 17 9 12 1 6 3 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air
175. 0 932 ZH049 4 0 Ton Side Duct Air Flow Available External Static Pressure IWG CFM 0 2 0 4 0 6 0 8 1 0 1 2 1 4 1 6 1 8 2 0 RPM BHP RPM RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM RPM BHP RPM BHP Standard 1 5 HP amp Drive Hi Static 1 5 HP amp Drive 1200 688 0 37 754 0 45 819 0 54 883 0 64 946 0 74 1008 0 85 1070 0 95 1133 1 04 1196 1 11 1300 706 0 40 772 0 48 837 0 57 901 0 67 964 0 77 1026 0 88 1088 0 98 1151 1 06 1214 1 14 1400 724 0 44 790 0 51 855 0 60 918 0 70 981 0 81 1044 0 91 1106 1 01 1168 1 10 1231 1 18 1500 741 0 48 807 0 56 872 0 65 936 0 75 999 0 85 1061 0 96 1124 1 06 1186 1 15 1249 1 22 1600 759 0 54 825 0 61 890 070 954 0 80 1017 0 90 1079 1 01 1141 1 11 1204 1 20 1267 1 27 1700 777 0 59 843 0 67 908 0 76 972 0 86 1035 0 96 1097 1 07 1160 1 17 1222 1 26 1285 1 33 1800 796 0 66 862 0 73 927 0 82 991 0 92 1053 1 03 1116 1 13 1178 1 23 1241 1 32 1303 1 39 1900 815 0 73 881 0 80 946 0 89 1010 0 99 1073 1 09 1135 1 20 1197 1 30 1260 1 39 1323 1 46 2000 834 0 80 901 0 87 966 0 96 1029 1 06 1092 1 17 1155 1 27 1217 1 37 1279 1 46 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheav
176. 0 x 4 4 24 x 20 x 4 Johnson Controls Unitary Products 33 528150 YTG G 1210 ZH ZJ ZR078 150 Unit Limitations Unit Limitations dues Model Unit Voltage Applied Voltage Outdoor DB Temp Min Max Max F 208 230 3 60 187 252 125 a ZH ZJ ZR 460 3 60 432 504 125 575 3 60 540 630 125 208 230 3 60 187 252 125 p ZH ZJIZR 460 3 60 432 504 125 575 3 60 540 630 125 208 230 3 60 187 252 125 p ZH ZJIZR 460 3 60 432 504 125 575 3 60 540 630 125 208 230 3 60 187 252 125 ZH ZJIZR 460 3 60 432 504 125 575 3 60 540 630 125 208 230 3 60 187 252 125 25 ZH ZJIZR 460 3 60 432 504 125 575 3 60 540 630 125 208 230 3 60 187 252 125 i85 ZH ZJIZR 460 3 60 432 504 125 575 3 60 540 630 125 208 230 3 60 187 252 125 bs ZH ZJ ZR 460 3 60 432 504 125 575 3 60 540 630 125 208 230 3 60 187 252 125 22 ZH ZJ ZR 460 3 60 432 504 125 575 3 60 540 630 125 34 Johnson Controls Unitary Products 528150 YTG G 1210 Capacity Performance ZH037 150 Cooling Capacities 2 037 3 0 Ton Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 75 F 85 F 77 46 5 2 5 19
177. 01313 6 cdd NOI LILUVd 5123 02510 11 90 NOI10vV2 TE E 124 125 218123131549 NOILILBYd 1081NOD NI 681 5 38 8 39 068 8 869 f 0 48 918 wo 180 m 5 Danses D MILES U 28 128 124 1 s 1 V OVNOILdO 8313WO 1N310d HLIM BOSN3S 3Nn1VNdN3 INOZ 517 waovid 1 aov css eov es dh GS gov 22s DL KE D 8 629 i gan II s Racor 100100 5 We JG 8 808 T i 8 9 Y e 2 Sav 224 aise sad LIN n iN V Z T m 520 3 805835 1 5 109 2 MISES lve g 8097225 WV CAINO LIND Lyan 2 PEN sov rs ang ARY dvi M S8 ae 7058 A lv 1i ML xg X84 LINYA BLA 104 EE 608 1 zi 1vO YY dinnH BIW 8004100 HvO 8 798 D 38 199 O2 2 2 X8 018 RR lt WV89v10 LINN 335 1 3 H3MOd YOLIVLNOD SW CAVUOVI LINN 33 NOLOW NOOGNI EN YING 31 958 B 258 via HOOF f M098 A M 98 K 0 E 128 124 aer B 1 5 LJ OMI 0 6 53 516 OS 20 48 198 a obi ad d 82 38 916 O2 eld BO 4 298 4 698 1 E 124 125 0 5 OL S0 0 318v1SnrQv HOLIMS ONIAOYS HIV SdY 4 116 HON oss O Mf QuVO8 01140 NO dav 80v M321NONOO3 HOlVDlOV 19 20A 01 2 INANI 39V110A 9O1VNV v 20 083931 14 Ke 4 266 vA v2 803 WEVIV LVS 02 15 a
178. 02 776 787 800 814 829 846 864 884 906 929 953 980 1007 BHP 0 94 1 04 1 16 1 28 1 43 1 59 1 76 1 96 2 17 2 41 2 66 2 93 3 22 Available External Static Pressure IWG 0 8 RPM BHP 824 1 12 835 1 23 847 1 34 861 1 47 877 1 61 893 1 77 912 1 95 932 2 15 953 2 36 976 2 59 1001 2 85 1027 3 12 1055 3 41 1 0 RPM BHP Standard 2 870 1 30 881 1 41 893 1 52 907 1 65 923 1 79 939 1 95 958 2 13 978 2 33 999 2 54 1022 2 77 1047 3 03 1073 3 30 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 ZJ150 12 5 Ton Side Duct Air Flow CFM 3200 3400 3600 3800 4000 4200 4400 4600 4800 5000 5200 5400 5600 5800 6000 6200 0 2 RPM BHP 713 0 88 728 1 02 745 1 18 763 1 36 783 1 55 805 1 77 828 2 00 852 2 25 879 2 52 906 2 81 936 3 12 966 3 45 999 3 80 1032 4 16 1067 4 54 1103 4 94 0 4 0 6 RPM BHP RPM BHP Field Supplied Drive 764 1 09 814 1 28 779 1 23 829 1 43 796 1 39 846 1 59 815 1 57 864 1 76 835 1 76 884 1 96 856 1 98 906 2 17 879 2 21 929 2 41 904 246 953 2 66 930 2 73 980 2 93 958 3 02 1007 3 22 987 3 33 1037 3 53 1018 3 66 1067 3 86 1050 4 01 1100 4 20 1084 4 37 1133 4 57 1119 4 75 11
179. 035 1084 1134 1183 1232 1281 078 Zi Std 1 5 1 73 1VL40 AK74 N A 641 690 739 789 838 887 6 5 H Static 2 2 30 1VM50 AK74 N A 887 936 986 1035 1084 1134 090 2 Std 1 5 1 73 1VL40 AK69 N A 690 743 796 849 902 955 7 5 H Static 3 3 45 1VM50 AK69 N A 955 1008 1062 1115 1168 1221 102 2 Std 2 2 30 1VM50 AK89 N A 731 771 812 852 893 934 8 5 H Static 3 3 45 1VM50 AK74 N A 887 936 986 1035 1084 1134 120 2 Std 2 2 30 1VM50 AK84 N A 776 819 863 906 949 992 10 H Static 3 3 45 1VM50 AK74 N A 887 936 986 1035 1084 1134 150 2 Std 3 3 45 1VM50 AK74 N A 887 936 986 1035 1084 1134 12 5 H Static 5 5 75 1VP56 BK77 1052 1095 1136 1175 1216 1272 N A 037 Std 1 5 1 5 1VP34 AKe1 N A 575 636 696 757 817 878 3 0 ER H Static 1 5 1 5 1VL44 AK59 N A 878 941 1004 1066 1129 1192 049 Std 1 5 1 5 1VP34 AK61 N A 575 636 696 757 817 878 4 0 En H Static 1 5 1 5 1VL44 AK59 N A 878 941 1004 1066 1129 1192 061 Std 1 5 1 5 1VP34 AK61 N A 575 636 696 757 817 878 5 0 en H Static 2 2 1VL44 AK59 N A 878 941 1004 1066 1129 1192 078 ZR Std 1 5 1 73 1VM50 AK74 N A 897 945 991 1035 1079 1126 6 5 H Static 2 2 30 1VM50 AK64 N A 1039 1094 1150 1207 1256 1308 090 ZR Std 1 5 1 73 1VM50 AK74 N A 897 945 991 1035 1079 1126 7 5 H Static 3 3 45 1VM50 AKe1 N A 1088 1147 1205 1265 1312 1365 102 ZR Std 2 2 30 1VM50 AK89 N A 735 775 815 851 889 930 8 5 H Static 3 3 45 1VM50 AK74 N A 880 928 972 1016 1067 1110 120 ZR Std 2 2 30 1VM50 AK84
180. 04533646 460 36kW Electric Heat All 50 Cabinet 6 5 8 5 10 and 12 5 Ton Models 2TP04523658 575 2TP04525425 230 2TP04525446 460 54kW Electric Heat All 50 10 and 12 5 Ton Models 2TP04525458 575 2TP04540925 230 2TP04540946 460 9kW Electric Heat All 42 Cabinet 6 5 7 5 and 8 5 Ton Models 2TP04540958 575 2TP04541825 230 2TP04541846 460 18kW Electric Heat All 42 6 5 7 5 and 8 5 Ton Models 2TP04541858 575 2TP04542425 230 2TP04542446 460 24kW Electric Heat All 42 Cabinet 6 5 7 5 and 8 5 Ton Models 2TP04542458 575 2TP04543625 230 2TP04543646 460 36kW Electric Heat All 42 Cabinet 6 5 7 5 and 8 5 Ton Models 2TP04543658 575 21804910925 250 3kW Electric Heat All 42 Cabinet 3 Ton Models 27804510625 250 6kW Electric Heat All 42 Cabinet 3 4 and 5 Ton Models 2TP04510825 230 2TP04510846 460 9kW Electric Heat All 42 Cabinet 3 4 and 5 Ton Models 2TP04510858 575 2TP04511525 230 2TP04511546 460 15kW Electric Heat All 42 Cabinet 3 4 and 5 Ton Models 2TP04511558 575 2TP04512025 230 2TP04512046 460 20kW Electric Heat All 42 4 and 5 Ton Models 2TP04512058 575 2TP04512325 230 2TP04512346 460 24kW Electric Heat All 42 Cabinet 5 Ton Models 2TP04512358 575 Johnson Controls Unitary Products 11 528150 YTG G 1210 Accessories Continued Field Installed Acessories Fresh Air MODEL VOLTAGE DESCRIPTION WHERE USED All Barometric Relief Kit for Power Exhaust Downflow 1EH0407 Applica
181. 059 1 01 1121 1 10 1181 1 20 1237 1 29 1800 817 0 70 883 0 79 950 0 89 1015 0 98 1079 1 08 1140 1 17 1200 1 26 1257 1 35 1900 837 0 77 904 0 87 970 0 96 1035 1 06 1099 1 15 1161 1 25 1220 1 34 1277 1 43 2000 859 0 85 925 0 95 991 1 04 1056 1 14 1120 1 23 1182 1 32 1242 1 42 1298 1 51 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 4 Field Supplied Drive 2 061 5 0 Ton Bottom Duct Air Flow CFM 0 4 RPM BHP RPM BHP 1 5 HP amp Field Supplied Drive 1500 1600 1700 1800 1900 2000 2100 2200 2300 2400 2500 819 840 0 70 0 76 797 817 837 858 879 900 0 6 0 63 0 65 0 69 0 73 0 79 0 85 0 8 RPM 855 874 895 916 937 958 BHP 0 72 0 75 0 78 0 83 0 88 0 94 1 0 910 0 82 930 0 85 951 0 88 971 0 92 992 0 98 1014 1 04 1035 1 11 1077 1 29 1099 1 39 1120 1 50 RPM BHP dard 1 5 HP amp Drive RPM 964 984 1004 1025 1046 1110 1131 1152 1173 Available External Static Pressure IWG 1 2 BHP 0 92 0 95 0 98 1 03 1 30 1 39 1 49 1 60 1 4 RPM BHP 1098 1 19 1120 1 25 1141 1 32 1162 1 41 1183 1 50 1204 1 60 1226 1 71 1 6
182. 06 3 62 1447 3 73 4400 1079 3 01 1132 3 15 1182 3 27 1231 3 39 1278 3 50 1324 3 61 1368 3 72 1411 3 83 1453 3 93 1495 4 05 4600 1129 3 35 1182 3 48 1232 3 61 1281 3 72 1328 3 84 1374 3 95 1418 4 06 1461 4 16 1503 4 27 1545 4 38 4800 1182 3 71 1235 3 84 1285 3 96 1334 4 08 1381 4 20 1426 4 31 1471 441 1514 4 52 1556 4 63 1598 4 74 5000 1237 4 08 1290 4 22 1340 4 34 1389 4 46 1436 4 57 1481 4 68 1526 4 79 1569 4 90 1611 5 01 1653 5 12 5200 1294 4 48 1347 4 61 1398 4 74 1446 4 85 1493 4 97 1539 5 08 1583 5 19 1626 5 29 1669 5 40 1710 5 51 5400 1354 4 89 1407 5 03 1457 5 15 1506 5 27 1553 5 38 1599 5 49 1643 5 60 1686 5 71 5600 1416 5 33 1469 5 46 1519 5 58 1568 5 70 5800 5 HP amp Field Supplied Drive 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 Johnson Controls Unitary Products 121 528150 YTG G 1210 Sound Performance Indoor Sound Power Levels 3 thru 5 Ton Indoor Sound Power Levels Horizontal Ducted Inlet Standard Static Belt Drive UNIT DESCRIPTION MODEL ZH ZJ ZRO37 3 Ton Standard
183. 07 5 86 4 65 3 6250 67 129 0 15 8 129 0 129 0 117 4 96 3 752 62 119 9 15 6 119 9 119 9 119 9 98 8 77 7 56 5 57 117 1 15 7 117 1 117 1 117 1 96 0 74 9 53 8 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor 50 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ037 150 Cooling Capacities ZJ037 3 0 Ton Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 75 F 85 F 77 45 1 2 3 18 0 14 8 11 6 72 40 2 2 3 22 8 19 6 16 4 132 67 35 2 2 2 27 55 243 21 1 17 9 14 7 62 30 4 2 2 30 4 30 4 25 3 220 18 8 15 6 77 47 4 2 3 20 6 16 8 13 0 72 42 2 2 3 25 9 22 1 18 3 14 4 900 67 37 0 2 2 31 1 27 3 23 5 19 7 15 9 62 31 9 2 2 31 9 31 9 28 2 24 4 20 6 16 8 57 28 9 2 2 28 9 28 9 28 9 25 1 21 3 17 5 77 49 7 2 3
184. 09 9 1 8 7 21 0 22 8 25 25 575 54 38 8 5 0 6 3 6 1 8 4 0 E18 18 2 17 3 31 2 33 4 35 35 E24 24 2 23 1 38 4 40 6 40 45 E36 34 2 32 7 50 4 52 6 60 60 None 57 0 62 5 70 70 E09 6 8 1 18 9 57 0 62 5 70 70 208 14 7 115 23 0 1 5 10 9 5 5 10 0 E18 13 5 2 37 5 73 0 79 8 80 80 E24 18 2 50 0 88 6 95 5 90 100 E36 25 5 2 70 8 114 6 121 5 125 125 None 57 0 62 5 70 70 E09 9 1 21 7 57 0 62 5 70 70 230 14 7 115 23 0 1 5 10 9 5 5 10 0 E18 18 2 43 3 80 3 87 1 90 90 E24 24 2 57 7 98 3 105 2 100 110 090 E36 34 2 81 8 128 4 135 2 150 150 7 5 None 5 P 29 2 31 4 35 35 E09 9 1 10 8 29 2 31 4 35 35 460 7 7 50 12 0 0 8 5 3 2 2 5 0 E18 18 2 21 7 39 9 42 7 40 45 E24 24 2 28 9 49 0 51 7 50 60 E36 34 2 40 9 64 0 66 7 70 70 None 23 7 25 5 30 30 E09 9 1 8 7 23 7 25 5 30 30 575 6 4 40 10 0 0 6 4 1 1 8 4 0 E18 18 2 17 3 31 8 34 0 35 35 E24 24 2 23 1 39 0 41 2 40 45 E36 34 2 32 7 51 0 53 3 60 60 None 61 5 67 0 70 80 E09 6 8 1 18 9 61 5 67 0 70 80 208 16 7 120 26 0 1 5 10 9 5 5 10 0 E18 13 5 2 37 5 73 0 79 8 80 80 E24 18 2 50 0 88 6 95 5 90 100 E36 25 5 2 70 8 114 6 121 5 125 125 None 61 5 67 0 70 80 E09 9 1 21 7 61 5 67 0 70 80 230 16 7 120 26 0 1 5 10 9 5 5 10 0 E18 18 2 43 3 80 3 87 1 90 90 E24 24 2 57 7 98 3 105 2 100 110 102 E36 34 2 81 8 128 4 135 2 150 150 8 5 None 31 5 33 7 40 40 E09 9 1 10 8 31 5 33 7 40 40 460 8 7 60 13 5 0 8 5 3 2 2 5 0 E18 18 2 21 7 39 9 4
185. 09 I I 9 3 1V3H 21312313 11 OL I 9 19 MISE 3 re 23 0 0 8 71 vau SV9 11 O1 E ey a 8199 1 19 9 6 Gl FP SLINN AINO 9NI1002 pO 8 821 3 1V3H 21312313 1 OL AIEEE G 5 SLINN 1V3H SVO 1 W OL MET v 1 m CESID 9 26 T 1 X8 by1g 2348 856 11 1W 01 88 Am E 2 88 166 Gi 2 sm I I 29 l l IL IN OL 38 666 2 4 8 8 Wd D 08 Cia yd Hu zni ES eS JR d ru Woo E Mee d8VOB 1081 02 1V343H 14 SOLIOVdVO NO IYNIWYJL 60313118301 e 0 096 599 034 S3291 30 ONY ONIYIM 01313 S gt 8105 S3291 30 ONY ONIYIM TVNOI1dO0 S3291 30 ANY ONINIM AYOLOWS 3104 v AF2 2018 TWNINY3L 0 296 OSLO 0 196 05 0383MOd lV3H3H H3JWSOJSNVEI LL 1V3H39 AV 138 QNVO8 1081N02 38055384 HOIH HOLIMS 0 8 6 ALIOITAWNIS AYM 338 01083105 6105 v 8lHU 3AVA 1102 835830802 01083105 2108 g V 48 6t6 u8 96 3A1VA 1V3H3H QION310S 1108 3513 lt 2 22014 1V3H3H QHvOS 1041805 SHY A 176 1110 831V3H 3SVOXNYHO AV13U YHOO u3Xv3u8 1102812 582 88 596 88 076 1 156 Da v 061 1103 218 Av2 103931 20 061 49 976 O AA O 435 9 ip 88 976 DATO 106 0 XA Y Y Y 06 GLHY a 82 14 Asis 311 181 OL Ud SS6 Jezen
186. 1 5 Ton Standard Static Belt Drive TEST CONFIGURATION Horizontal Side Supply Ducted Discharge Indoor Blower Speed RPM 810 3 Turns Open Equivalent 918 1 Turn Open Equivalent External Static Pressure IWG 0 4 0 8 Airflow CFM 2050 1950 Blower Motor BHP 0 73 0 88 Octave Center Freq Hz ID Blower Only dB Cooling Operation ID Blower Only dB Cooling Operation dB 63 85 83 83 83 125 78 79 76 79 250 69 70 69 70 500 68 68 68 68 1000 64 64 65 65 2000 63 63 64 64 4000 64 64 64 64 8000 59 59 59 60 1 Cooling Operation ID blower compressor and outdoor fan operating at 230 VAC Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively 124 Johnson Controls Unitary Products 528150 YTG G 1210 Indoor Sound Power Levels Vertical Ducted Inlet Standard Static Belt Drive UNIT DESCRIPTION MODEL ZH ZJ ZRO37 3 Ton Standard Static Belt Drive TEST CONFIGURATION Vertical Bottom Return Ducted Inlet Indoor Blow
187. 1 1 76 8 62 5 67 160 6 10 5 129 2 114 9 100 6 86 3 72 0 62 148 0 10 3 148 0 148 0 139 6 125 3 111 1 96 8 77 194 0 10 6 89 0 72 9 56 8 72 181 1 10 6 114 4 98 3 822 66 1 3750 67 168 3 10 6 139 9 123 8 107 7 91 6 75 5 62 155 1 10 4 155 1 155 1 149 5 133 4 117 3 101 2 57 146 9 10 4 146 9 146 9 137 3 121 2 105 2 89 1 77 202 8 10 7 96 3 78 4 60 5 72 189 3 10 7 123 4 105 5 87 6 69 7 4375 67 175 9 10 7 150 6 132 7 114 8 96 9 79 0 62 162 1 10 5 162 1 162 1 159 3 141 4 123 5 105 6 57 153 5 10 5 153 5 153 5 146 4 128 5 110 6 92 7 77 211 6 10 8 103 6 83 9 64 2 72 197 5 10 8 132 4 112 7 93 0 73 3 5000 67 183 5 10 8 161 2 141 5 121 8 102 1 82 4 62 169 1 10 6 169 1 169 1 169 1 149 4 129 7 110 0 57 160 2 10 6 160 2 160 2 155 4 135 7 116 0 96 3 72 202 2 10 8 143 3 122 0 100 8 79 5 5625 67 187 8 10 8 174 5 153 2 131 9 110 7 89 4 62 173 1 10 6 173 1 173 1 173 1 151 9 130 6 109 3 57 164 0 10 6 164 0 164 0 161 6 140 3 119 1 97 8 72 206 9 10 8 154 1 131 3 108 5 85 6 67 192 2 10 8 187 7 164 9 142 0 119 2 96 4 62 177 1 10 6 177 1 177 1 177 1 154 3 131 5 108 6 57 167 8 10 6 167 8 167 8 167 8 145 0 122 1 99 3 105 F TT 168 2 13 3 71 8 58 0 43 9 3125 72 153 8 13 2 95 1 81 0 66 3 52 8 67 139 5 13 0
188. 1 15 7 12 4 750 72 41 7 2 5 23 9 20 5 17 2 13 8 67 36 9 2 5 28 7 25 3 220 18 6 152 62 32 6 2 5 32 6 31 3 263 229 19 6 162 77 48 2 2 5 21 6 17 6 13 6 72 43 2 2 5 26 8 228 18 9 14 9 900 67 38 2 2 5 32 1 28 1 24 1 20 2 162 62 33 7 2 5 33 7 32 9 289 24 9 20 9 17 0 57 33 2 2 5 33 2 33 2 30 2 262 22 3 18 3 77 49 9 2 5 24 0 19 4 14 8 72 44 7 2 5 29 8 25 2 20 6 16 0 1050 67 39 5 2 5 35 5 30 9 263 21 7 17 1 62 34 9 2 5 34 9 34 5 315 269 223 17 7 57 34 3 2 5 34 3 34 3 329 28 3 23 7 19 2 77 51 5 2 5 26 5 21 3 16 1 72 46 2 2 5 32 7 27 5 223 17 1 1200 67 40 8 2 5 38 9 33 7 285 23 3 18 1 62 36 1 2 5 36 1 36 1 34 1 28 9 23 7 18 5 57 35 5 2 5 35 5 355 35 7 30 5 252 20 0 72 46 5 2 5 35 4 29 6 23 8 18 1 1350 67 41 1 2 5 40 1 36 3 30 5 24 7 19 0 62 36 3 2 5 36 3 363 35 3 29 6 23 8 18 0 57 35 7 2 5 35 7 35 7 35 8 30 0 24 3 18 5 72 46 8 2 5 38 0 31 7 25 4 19 1 1500 67 41 3 2 5 41 3 38 8 325 262 19 9 62 36 5 2 5 36 5 365 365 302 23 9 17 6 57 35 9 2 5 35 9 35 9 35 9 29 6 23 3 17 0 105 77 40 2 3 0 15 8 13 5 10 2 750 72 35 5 2 9 21 2 180 147 11 4 67 30 8 2 9 26 6 224 19 22 15 9 12 7 62 27 0 2 8 27 0 27 0 222 20 0 16 7 13 5 77 41 2 3 0 18 9 15 0 11 2 72 36 4 3 0 23 8 20 0
189. 1 40 40 E36 34 2 32 7 48 9 51 1 50 60 None 51 3 56 8 60 60 EO9 6 8 1 18 9 51 3 56 8 60 60 208 12 2 88 19 3 5 6 8 5 5 10 0 E18 13 5 2 37 5 67 8 74 7 70 80 E24 18 2 50 0 83 5 90 3 90 100 E36 255 2 70 8 109 5 116 4 110 125 None 51 3 56 8 60 60 E09 9 1 21 7 51 3 56 8 60 60 230 12 2 88 19 3 5 6 8 5 5 10 0 E18 18 2 43 3 75 1 82 80 90 E24 24 2 57 7 93 2 100 100 100 102 E36 34 2 81 8 123 2 130 1 125 150 8 5 None 24 7 26 9 30 30 E09 9 1 10 8 24 7 26 9 30 30 460 5 8 44 9 1 6 3 4 2 2 5 0 E18 18 2 21 7 37 6 40 3 40 45 E24 24 2 28 9 46 6 49 3 50 50 E36 34 2 40 9 61 6 64 4 70 70 None 19 2 21 20 25 E09 9 1 8 7 19 2 21 5 20 25 575 44 36 5 5 1 3 2 7 1 8 4 0 E18 18 2 17 3 30 32 3 30 35 E24 24 2 23 1 37 2 39 5 40 40 E36 34 2 32 7 49 3 51 5 50 60 Johnson Controls Unitary Products 155 528150 YTG G 1210 ZJ078 150 Standard Motor With Powered Convenience Outlet Continued OD Fan Suppl Pwr Pwr 2 Compressors Motors lower Exh Conv Electric Heat Option gris Size Volt each each Motor Motor Outlet MCA WIEWE Breaker Size w Pwr Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps Ard None 59 8 65 3 70 80 E18 13 5 2 37 5 67 8 74 7 70 80 208 16 110 24 9 3 5 6 8 5 5 10 0 E24 18 2 50 0 83 5 90 3
190. 1 59 1 72 2 0 RPM BHP 1304 1333 1366 1 72 1 86 2 02 1442 1483 1528 1574 1623 2 38 2 59 2 82 3 06 3 32 2 0 RPM BHP 1081 1 94 1128 1144 1160 1179 1199 1221 1245 2 35 2 48 2 62 2 79 2 97 3 16 3 38 Johnson Controls Unitary Products 117 528150 YTG G 1210 ZR120 10 Ton Side Duct Available External Static Pressure IWG Air Flow CFM 0 2 0 4 0 6 0 8 1 0 1 2 1 4 1 6 1 8 2 0 RPM BHP RPM RPM RPM RPM BHP RPM BHP RPM RPM BHP RPM BHP RPM BHP 2 HP amp Field Supplied Drive Standard 2 HP amp Drive Hi Static 3 HP amp Drive 2600 706 0 67 756 0 86 805 1 04 851 1 20 896 1 36 939 1 52 981 1 67 1023 1 82 1063 1 98 1103 2 13 2800 719 0 78 769 0 96 817 1 14 863 1 31 908 1 47 952 1 62 994 1 78 1035 1 93 1075 2 08 3000 732 0 89 782 1 08 831 1 25 877 1 42 922 1 58 965 1 74 1007 1 89 1049 2 04 1089 2 19 3200 747 1 02 797 1 21 846 1 38 892 1 55 937 1 71 980 1 86 1023 2 02 1064 2 17 1104 2 32 1144 2 48 3400 764 1 16 814 1 35 862 1 53 909 1 69 954 1 85 997 2 01 1039 2 16 1080 2 31 1160 2 62 3600 783 1 33 883 1 51 881 1 69 927 1 86 972 2 02 1016 2 17 1058 2 32 2 48 1179 2 79 3800 803 1 51 853 1 69 901 1 87 948 2 04 992 2 20 1036 2 35 1078 2 50 4000 825 1 71 875 1 89 923 2 07 970 2 23 1014 2 39 1058 2 55 2 70 4200 849 1 92 899
191. 1 7 1 5 6 8 5 5 0 0 E15 113 2 314 477 546 50 60 E20 15 2 41 6 60 5 67 4 70 70 E23 18 2 50 0 71 77 8 80 80 25 7 31 2 35 40 E06 6 1 14 4 26 5 33 4 35 45 230 13 9 110 21 7 1 5 6 8 5 5 0 0 el ol l a SS 1 306 424 40 18 20 20 2 48 1 68 6 75 5 70 80 ps E23 24 2 57 7 80 7 87 5 90 90 None 13 5 15 7 20 20 E06 6 1 7 2 13 5 16 20 20 E08 9 1 10 8 17 8 20 5 20 25 ELSE E 08 3 4 22 00 J Es 15 2 180 268 295 30 30 E20 20 2 24 1 34 3 37 1 35 40 E23 24 2 28 9 40 3 43 1 45 45 None 10 3 12 1 15 15 E08 9 1 8 7 14 2 16 5 15 20 575 5 6 43 8 7 0 6 2 7 1 8 0 0 E15 15 2 14 4 21 4 23 7 25 25 E20 20 2 19 2 274 29 7 30 30 E23 24 2 23 1 32 2 34 5 35 35 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC Johnson Controls Unitary Products 139 528150 YTG G 1210 ZH078 150 Hi Static Motor Without Powered Convenience Outlet OD Fan Suppl Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 MCA Max Fuse gei Size voit each each Motor Motor Outlet MCA wiPwr Breaker Size w Pwr Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model j kW Stages Amps Amps Amps ones None 30 7 36 2 40 45 E09 6 8 1 18 9 32 1 39 40 45 208 93 68 14 5 1 5 6 8 5 5 0 0 E18 13 5 2 37 5 55 3 62 2 60 70 E24 18 2 50 0 7
192. 1 77 8 80 80 E36 25 5 2 70 8 97 103 9 100 110 None 30 7 36 2 40 45 E09 9 1 21 7 35 6 42 4 40 45 230 93 68 14 5 1 5 6 8 5 5 0 0 E18 18 2 43 3 62 6 69 5 70 70 E24 24 2 57 7 80 7 87 5 90 90 078 E36 34 2 81 8 110 7 117 6 125 125 6 5 None 16 18 2 20 20 E09 9 1 10 8 17 8 20 5 20 25 460 4 9 34 7 7 0 8 3 4 2 2 0 0 E18 18 2 21 7 31 3 34 1 35 35 E24 24 2 28 9 40 3 43 1 45 45 E36 34 2 40 9 55 4 58 1 60 60 None 12 5 14 3 15 15 E09 9 1 8 7 14 2 16 5 15 20 575 3 8 28 6 0 6 2 7 1 8 0 0 E18 18 2 17 3 25 27 3 25 30 E24 24 2 23 1 32 2 34 5 35 35 E36 34 2 32 7 44 3 46 5 45 50 None 43 4 48 9 50 60 E09 6 8 1 18 9 43 4 48 9 50 60 208 11 9 88 18 5 3 5 9 6 5 5 0 0 E18 13 5 2 37 5 58 8 65 7 60 70 E24 18 2 50 0 74 5 81 3 80 90 E36 25 5 2 70 8 100 5 107 4 110 110 None 43 4 48 9 50 60 E09 9 1 21 7 43 4 48 9 50 60 230 11 9 88 18 5 3 5 9 6 5 5 0 0 E18 18 2 43 3 66 1 73 70 80 E24 24 2 57 7 84 2 91 90 100 090 E36 34 2 81 8 114 2 121 1 125 125 7 5 None E E 19 7 21 9 20 25 E09 9 1 10 8 19 7 22 3 20 25 460 5 2 44 8 1 1 6 4 8 2 2 0 0 E18 18 2 21 7 33 1 35 8 35 40 E24 24 2 28 9 42 1 44 8 45 45 E36 34 2 40 9 57 1 59 9 60 60 None 17 3 19 1 20 20 E09 9 1 8 7 17 3 19 1 20 20 575 4 8 36 7 5 1 3 3 9 1 8 0 0 E18 18 2 17 3 26 5 28 8 30 30 E24 24 2 23 1 33 7 36 35 40 E36 34 2 32 7 45 8 48 50 50 None 44 1 49 6 50 60 E09 6 8 1 18 9 44 1 49 6 50 60 208 12 2 88 19 3 5 9 6 5 5
193. 1 8 0 0 E24 24 2 23 1 33 7 36 35 40 E36 34 2 32 7 45 8 48 50 50 E54 54 2 52 0 56 8 59 1 70 70 None 73 2 78 7 90 100 E18 13 5 2 37 5 73 2 78 7 90 100 208 23 1 160 36 1 5 15 2 5 5 0 0 E24 18 2 50 0 81 5 88 3 90 100 E36 25 5 2 70 8 107 5 114 4 110 125 E54 40 6 2 112 7 159 9 166 7 175 175 None 73 2 78 7 90 100 E18 18 2 43 3 73 2 80 90 100 230 23 1 160 36 1 5 15 2 5 5 0 0 E24 24 2 57 7 91 2 98 100 100 E36 34 2 81 8 121 2 128 1 125 150 150 E54 54 2 129 9 148 9 155 8 175 175 12 5 None 38 3 40 5 50 50 E18 18 2 21 7 38 3 40 5 50 50 460 12 2 87 19 0 8 7 6 2 2 0 0 E24 24 2 28 9 45 6 48 3 50 50 E36 34 2 40 9 60 6 63 4 70 70 E54 54 2 65 0 74 5 77 2 90 90 None 28 1 29 9 35 35 E18 18 2 17 3 29 3 31 5 35 35 575 8 7 62 13 5 0 6 6 1 1 8 0 0 E24 24 2 23 1 36 5 38 7 40 40 E36 34 2 2 7 48 5 50 8 50 60 E54 54 2 52 0 59 6 61 8 70 70 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC Johnson Controls Unitary Products 153 528150 YTG G 1210 ZJ037 061 Standard Indoor Blower With Powered Convenience Outlet OD Fan Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 MCA Max Fuse jube Size volt each each Motor Motor Outlet MCA w Pwr Breaker Size wi Tons Amps Exh Size Pwr Exh RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps Amps
194. 1 88 90 90 5 E23 24 2 57 7 93 2 100 100 100 None 18 5 20 7 25 25 E06 6 1 7 2 19 5 22 3 25 25 E08 9 1 10 8 24 26 8 25 30 ELSE E 08 IE 86 SO EIE 2 18 0 33 1 358 35 40 E20 20 2 24 1 40 6 43 3 45 45 E23 24 2 28 9 46 6 49 3 50 50 None 14 3 16 1 15 20 E08 9 1 8 7 19 2 21 5 20 25 575 5 6 43 8 7 0 6 2 7 1 8 4 0 E15 15 2 14 4 26 4 28 7 30 30 E20 20 2 19 2 32 4 34 7 35 35 E23 24 2 23 1 37 2 39 5 40 40 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC Johnson Controls Unitary Products 145 528150 YTG G 1210 ZH078 150 Hi Static Motor With Powered Convenience Outlet OD Fan Suppl Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option i MCA Max Fuse jdn Size volt each each Motor Motor Outlet MCA WIPWr Breaker Size w Pwr Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model kW Amps Amps Amps Arn None 40 9 46 4 50 50 E09 6 8 1 18 9 44 6 51 5 50 60 208 93 68 14 5 1 5 6 8 5 5 10 0 18 13 5 2 37 5 67 8 74 7 70 80 24 18 2 50 0 83 5 90 3 90 100 6 25 5 2 70 8 109 5 116 4 110 125 40 9 46 4 50 50 09 9 1 217 48 1 54 9 50 60 230 93 68 14 5 1 5 6 8 5 5 10 0 18 18 2 43 3 75 82 80
195. 1 VA SL 80153130 3 0 NOILD3NNOD 901d 13208 3unSS3dd MO 82116 07271 23 Ape 30123130 3MOMS NO 123NNO2 9 14 13 20 100041 280104 uM 1 8304 39vl10A INIT NO 1238NO2 9014 13205 DARREN 19 201 88 80 8 611 4 31 AVZ NOI123NNOD2 9014 13205 3uns 3ug H9 1 agi O orizi HIM NOI123NNO2 901d 13W20 esi De sini 9 sun 6 O4 Oat a a MODE DM ooo 821998899 WA 84 09 I 0 U 3ZINONOD3 NO 123NNOD 9014 13 205 1939 UO 123NNO2S10 HDLIAS 1V3H 2313 2 NO 123NNO ON 14 13205 NIVM 123NNODS1Q HOLIAS TIO m 1 AINO CVNOI1d0 13100 3INJINJANOD 1249 AZ VASL W3MHOJSNVUL CIVNOILJO 8 11410 HOLIMS 034 SYOLINGNOD 43MOd 32018 IYNINYJL CWNOTLdO BIY JDYVHISIG HOSN3S 91 07 34402 351 1310100 AINO 25 IYNOILdO uiv ATddNS 780123130 3MOMS 0 3 8 ALON 3343 Ulvan SVU y sid 09 S15 LLL HO1200NO2 4VNO1140 BIY NHn138 80153130 3XOMS NOSNIS 3131 9811002 40130 iig Q 38 1610 43440 350 1 N3ISAS 1002 A134 SH 09 09r 1VNO 140 8311081NO2 80123130 3MOMS 614 615 se 0S Sip 0ee S 09 1 021 180 SMHO 0001 0 NOIIISOd anv 2 033v388 1102812 00 514415 u3NOd W NINIM 310W38 8313MNO 1N310d 1VNOI1dO 1S0VHX3 H3NOd 214215 A8YQNO23S 09 08 wes SSO 09 0 2 802 us 114405 83 04 312313 OMIM LINN ON
196. 103 528150 YTG G 1210 Airflow Performance ZH037 150 Side Duct Application 7 037 3 0 Ton Side Duct Available External Static Pressure IWG Ca 0 2 0 4 0 6 0 8 1 0 1 2 1 4 1 6 1 8 2 0 RPM RPM RPM RPM BHP RPM BHP RPM BHP RPM RPM RPM BHP RPM BHP Standard 1 5 HP amp Drive Hi Static 1 5 HP amp Drive 900 560 0 29 628 0 35 695 0 42 760 0 51 823 0 61 886 0 72 949 0 82 1011 0 92 1073 1 01 1136 1 09 1000 582 0 29 650 0 34 716 0 42 781 0 51 845 0 61 908 0 71 970 0 82 1032 0 92 1095 1 01 1158 1 08 1100 601 0 30 670 0 35 736 0 43 801 0 52 864 0 62 927 0 72 990 0 83 1052 0 93 1114 1 02 1177 1 09 1200 620 0 32 688 0 37 754 045 819 054 883 0 64 946 0 74 1008 0 85 1070 095 1133 1 04 1196 1 11 1300 638 0 35 706 0 40 772 0 48 837 0 7 901 0 67 964 0 77 1026 0 88 1088 0 98 1151 1 06 1214 1 14 1400 655 0 39 724 0 44 790 0 51 855 0 60 918 0 70 981 0 81 1044 0 91 1106 1 01 1168 1 10 1231 118 1500 673 0 43 741 0 48 807 0 56 872 0 65 936 0 75 999 0 85 1061 0 96 1124 1 06 1186 1 15 1249 1 22 1 5 HP amp Field Supplied Drive 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x
197. 1047 1 10 1119 1 24 1193 1 38 1267 1 51 2200 867 0 74 940 0 93 1012 1 10 1084 1 25 1156 1 39 1229 1 53 1304 1 66 2400 910 0 91 983 1 10 1055 1 27 1126 1 43 1199 1 57 1272 1 70 1347 1 84 1503 2 14 1586 2 31 2600 957 1 10 1030 1 30 1102 1 47 1174 1 62 1246 1 76 1 89 1394 1471 2417 1551 2 33 1634 2 51 2800 1009 1 32 1082 1 51 1154 1 69 1225 1 84 1371 2411 1446 2 25 1523 2 39 1602 2 55 1685 2 73 3000 1064 1 56 1137 1 75 1208 1 92 1280 2 08 1426 2 35 1501 2 49 1578 2 63 1657 2 79 1740 2 96 3200 1122 1 82 1194 2 02 1266 2 19 1338 2 34 2 48 1484 2 61 1559 2 75 1636 2 89 1715 3 05 1798 3 23 3400 1182 2 10 1326 2 47 1471 2 76 1544 2 90 1619 3 03 1696 3 17 1775 3 33 3600 1244 2 41 1461 2 93 1533 3 07 1606 3 20 1681 3 33 3800 1308 2 73 1525 3 25 1597 3 39 3 HP amp Field Supplied Drive 1344 1424 1 81 1507 1 99 1461 1 96 1543 2 14 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 ZR102 8 5 Ton Bottom Duct Available External Static Pressure IWG MEME 0 2 0 4 0 6 0 8 1 0 12 14 1 6 1 8 2 0 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM B
198. 112 9 0 912 6 DP 3 11 138 41918 sYuiszz G M G 122 amp dIe ua 222 1 Coc 3A0 310 6 541 2 154 2541 25 g m n19 s s s s ss svi s se s 92 1S3 www vi ooe sos 6 002 sw mm 18g 2 16 930 oto dunivu3dR31 9N11vu34q 2 30 1 35012 74 191571 NO 031 184 S1081NO2 3uflvuidM2l 1 65 16 CIVNOI 140 dh CIYNOI 140 E 3108 335 aay H 1 MOO Wid 510 8 310N 335 Onde 21 310N 33S 850 9 m NOILISOd M1802 Wi 4 102 Ud 012 4 18 922 7H Any 2H 1NY X HL 3 002 One H no 3 34 912 95 Chs8 ss2 J aa 1 9 O4 91 vou a R 2 Md OrI 48 x18 48 1ri J p wey TOY SHd 134 UNvNOIL40 38 Hyg i end Q 41901 NC ge 18 501 O1 eX
199. 118 4 103 9 89 8 75 7 61 6 62 127 9 12 9 127 9 125 7 110 1 96 0 81 9 67 8 77 175 5 13 3 79 5 63 7 47 8 72 160 6 13 2 104 5 88 6 72 8 56 9 3750 67 145 6 13 1 129 4 113 6 97 7 81 9 66 0 62 133 5 12 9 133 5 132 1 119 8 104 0 88 1 72 2 57 130 3 13 0 130 3 130 3 117 1 101 2 85 4 69 5 77 182 9 13 4 87 3 69 3 51 7 72 167 3 13 3 113 9 96 3 78 7 61 0 4375 67 151 8 13 1 140 5 123 3 105 6 88 0 70 4 62 139 2 13 0 139 2 138 4 129 5 111 9 94 3 76 6 57 135 7 13 0 135 7 135 7 126 6 109 0 91 3 73 7 77 190 3 13 4 95 1 75 0 55 6 72 174 1 13 3 123 3 104 0 84 6 652 5000 67 157 9 13 2 151 6 132 9 113 6 94 2 74 8 62 144 8 13 0 144 8 144 8 139 2 119 8 100 4 81 1 57 141 2 13 1 141 2 141 2 136 1 116 7 97 3 77 9 72 178 5 13 3 133 3 112 3 91 2 70 2 67 161 8 13 2 158 7 143 5 122 5 101 5 80 4 3929 62 148 4 13 0 148 4 148 4 145 6 124 6 103 5 82 5 57 144 7 13 1 144 7 144 7 142 2 121 1 100 1 79 1 72 182 8 13 3 143 3 120 6 97 9 75 2 6250 67 165 8 13 2 165 8 154 1 131 4 108 7 86 1 62 152 0 13 0 152 0 152 0 152 0 129 3 106 6 84 0 57 148 3 13 1 148 3 148 3 148 3 125 6 102 9 80 2 92 Johnson Controls Unitary Products 528150 YTG G 1210 ZR150 12 5 Ton Cooling Continued
200. 125 23 1 30 0 25 30 E08 68 1 18 9 314 38 0 35 40 E5 113 2 314 46 7 53 6 50 60 None x 184 23 9 25 30 E03 3 1 72 18 4 23 9 25 30 230 87 68 135 15 6 0 55 00 E06 6 1 144 25 5 324 30 35 037 E08 9 1 217 34 6 414 35 45 3 E15 15 2 36 1 52 6 59 5 60 60 None 2 9 6 118 15 15 E03 3 1 3 6 9 6 118 15 15 460 46 34 74 0 8 3 0 22 00 E06 6 1 72 12 8 15 5 15 20 E08 9 1 10 8 173 20 0 20 20 E15 15 2 18 0 26 3 29 1 30 30 None 74 9 2 15 15 575 35 28 5 5 0 6 24 18 0 0 E08 9 1 87 13 8 16 1 15 20 E15 15 2 144 21 0 23 3 25 25 None z z 23 9 29 4 30 40 E06 45 1 125 23 9 30 0 30 40 208 119 88 185 15 6 0 55 00 E08 6 8 1 18 9 314 38 0 35 40 E15 113 2 314 46 7 53 6 50 60 E20 15 2 416 59 5 66 4 60 70 None 2 I 23 9 294 30 40 E06 6 1 144 25 5 324 35 40 230 119 88 185 15 6 0 55 E08 9 1 217 34 6 414 35 45 E15 15 2 36 1 52 6 59 5 60 60 pu E20 20 2 48 1 67 6 745 70 80 None TTT 133 15 15 E06 6 1 72 12 8 15 5 15 20 460 52 44 81 0 8 3 0 22 00 E08 9 1 10 8 173 20 0 20 20 E15 15 2 18 0 26 3 29 1 30 30 E20 20 2 241 33 8 36 6 35 40 None 9 6 114 15 15 E08 9 1 87 13 8 16 1 15 20 9 0 6 24 18 00 15 2 144 21 0 233 25 25 E20 20 2 192 274 293 30 30 None z 26 6 3241 35 45 E06 45 1 125 26 6 32 1 35 45 E08 6 8 1 18 9 314 38 0 40 45 55 s 55 00 a5 ona 2 314 467 53 6 50 60 E20 15 2 416 59 5 66 4 60 70 E23 18 2 50 0 70 0
201. 13 0 14 0 08 0 09 0 10 0 11 0 14 2700 0 03 0 16 0 15 0 09 0 10 0 12 0 13 0 16 2900 0 04 0 18 0 16 0 10 0 11 0 13 0 14 0 18 078 6 5 zizn 3100 0 05 0 20 0 18 0 12 0 13 0 15 0 16 0 20 090 7 5 3300 0 06 0 22 0 19 0 13 0 14 0 17 0 18 0 22 3500 0 07 0 24 0 20 0 15 0 16 0 19 0 20 0 24 3700 0 08 0 27 0 21 0 17 0 18 0 21 0 22 0 26 3900 0 09 0 29 0 23 0 19 0 20 0 23 0 24 0 28 4100 0 09 0 31 0 24 0 21 0 22 0 25 0 26 0 31 4300 0 10 0 30 0 25 0 23 0 24 0 28 0 29 0 34 4500 0 11 0 35 0 26 0 25 0 26 0 30 0 31 0 37 1900 0 06 0 02 0 12 0 05 0 06 0 07 0 08 0 10 2100 0 07 0 02 0 13 0 06 0 07 0 08 0 09 0 11 2300 0 08 0 02 0 14 0 07 0 08 0 09 0 10 0 13 2500 0 09 0 02 0 16 0 08 0 09 0 10 0 11 0 14 2700 0 11 0 03 0 17 0 09 0 10 0 12 0 13 0 16 2900 0 12 0 03 0 19 0 10 0 11 0 13 0 14 0 18 3100 0 14 0 03 0 20 0 12 0 13 0 15 0 16 0 20 3300 0 16 0 03 0 22 0 13 0 14 0 17 0 18 0 22 3500 0 18 0 04 0 25 0 15 0 16 0 19 0 20 0 24 3700 0 20 0 04 0 27 0 17 0 18 0 21 0 22 0 26 102 8 5 3900 0 23 0 04 0 29 0 19 0 20 0 23 0 24 0 28 120 10 ZJ ZR 4100 0 25 0 04 0 32 0 21 0 22 0 25 0 26 0 31 150 12 5 4300 0 28 0 05 0 35 0 23 0 24 0 28 0 29 0 34 4500 0 30 0 05 0 38 0 25 0 26 0 30 0 31 0 37 4700 0 33 0 05 0 41 0 28 0 29 0 33 0 34 0 40 4900 0 36 0 05 0 44 0 30 0 31 0 35 0 37 0 43 5100 0 39 0 06 0 47 0 33 0 34 0 38 0 40 0 46 5300 0 42 0 06 0 51 0 35 0 37 0 41 0 43 0 49 5500 0 45 0 06 0 56 0 38 0 40 0 44 0 46 0 53 5700 0 48 0 06 0 58 0 41 0 43 0 47 0 49 0 56 5900 0 52 0 07
202. 144 SY ASLS YO AO9r ASI 8O3 0381 AYOLIVS 11 8H GYVOE 1081NO2 JHL NO GS Nid OL 03123NNO2 S 8 102 3YIM Q371V1SN LON SI SOLINOM 5501 3SYHd NJHM u3dmnr 038 HILIM 3AON38 O311VISN 3HV 51 5240123130 3XONS 31 711918 SHIM HLIM 9014 3AOM3H Q311VISN S Y3ZINONOD QBVONVIS NIHA 7 8 ONY 220 N334138 G3ITIVISNI 38 ISAW Hu3dMnr 3S1443H10 0311VISN S 211 5 03140220 31 3HIM uidMnf 3AON3U ALIOVdMY 1102812 M WININ ONY 3715 433v388 1102812 YO ONY 3 M MIXVM 8O3 31V1d3MYN LINN 33S SHOSS3HdMO2 110825 HLIM SLINN NI QNROJ LON 3NY SYILVIH 3SVOWNNYUJD pL NO NO S 3HIM X18 AGLG NO ASIP HO SNOILIGNOD 3SYHd 319NIS AuvMiud YIGNN 031231044 A11N383HN JAY SHOIOM 3SYHd 33UHl 9NI2IAN3S 8313Y 11 8340 834084 3183 11 21 3110301 Q3N38MQN3H 118V312 1 3 IAIM 110 009 2 338930 SOI 3441 HLIM 032V1d38 38 1508 11 03AON3U 38 1508 LINN HLIM 03114405 SV 3HIM JHL 30 ANV 31780118340 ShON39NVO ONY H3dOHdM 3Shv2 NYJ SHO883 ONINIM 51081802 9N121AN3S N3HW NOI123NNOOS Q OI NOlNd S3H M 11 138Y1 NOI10V2 LINN 6 30 NOILVTIVISNI 3O 3NIL 1V 123443 NI 53002 TVNOILYN WO QNY 1201 ALI2 9N1MO1104 Q3HS 1dMO22V 38 01 ONIYIM 01313 11 141 241 3 3 4 11 340 3unss3ud 9N 1V834O 321430 51081802 38055384 18 612 8 oxo oTo 0
203. 15 1 33 1 52 1 73 1 95 2 20 2 46 2 74 Available External Static Pressure IWG 0 8 1 0 RPM BHP RPM BHP Standard 1 5 HP amp Drive 977 1 00 1031 1 14 1006 1 14 1061 1 28 1039 1 30 1094 1 43 1076 1 47 1130 1 61 1115 1 67 1169 1 80 1157 1 88 1211 2 01 1201 2 10 1255 2 24 1248 2 35 1302 2 48 1297 2 61 1351 2 74 1348 2 88 1 2 RPM BHP 1085 1114 1147 1183 1222 1264 1309 1355 1 26 1 40 1 56 1 73 1 92 2 13 2 36 2 60 1455 3 14 1 4 RPM 1138 1168 1201 1237 1276 1318 1362 1409 1458 1509 BHP 1 37 1 51 1 67 1 85 2 04 2 25 2 47 2 72 2 98 3 26 1 6 1192 1221 1254 1291 1330 1372 1416 1463 1512 1562 RPM BHP Hi Static 3 1 49 1 63 1 78 1 96 2 15 2 36 2 59 2 83 3 09 3 37 3 HP amp Field Supplied Drive 1 8 RPM BHP HP amp Drive 1247 1 60 1276 1 74 1309 1 90 1346 2 07 1427 1471 1518 1567 2 47 2 70 2 94 3 21 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 ZR102 8 5 Ton Side Duct Air Flow CFM 2200 2400 2600 2800 3000 3200 3400 3600 3800 4000 4200 1 0 2 RPM BHP 2 HP amp Field Supplied Drive 684 0 48 695 0 58 706 0 67 719 0 78 732 0 89 0 4 RP
204. 153130 JONS NOI123NNO2 9014713205 MOOQN HO1OM 1SnvHx3 H3M d 39 110 INIT NOI123NNO2 9014 13208 1V13N 3 SdWil APZ NO 123NNOD 9014 13208 1V3H SV9 NOILIN9I 108102 1 2 APZ NOI123NNO2 91147137205 3unsS3ud H9IH HJLIMS 19 201 j 538055344 APZ NOII23NNO2 9014 134205 JAIA SY 1 49 611 NO1123S NOD3 APZ NOILD3NNOD 901d 134205 dan31 dVA3 1VISONHJHI W321NONO23 2 NO 123NNO2 9n1d 134205 NOOQIDO NO10N 8 101 984 8 inai 1 3 SVO NOI123NNOD 9n14 11420 4 65 IYNOILdO 1081NO2 3321MONO21 AV134 94 01 110 11 0 Sv8 21312345 N04 1YNO 1d0 AV134 NMOGLOHS LINN usn 1239 A021 803 123NNO2SIQ H21lMS 4 1 1 en LOT vus HO ASIP 01 123NNO2 93S AOPZ vAG9 61 086 YO ASLS NO A09 Ol v YINYOISNVYL NIYM 123NNO2SIQ HOIIMS gH 5 AOSE Y A09 SI NMOHS VASL H3WHOISNYUI 1 13Y8Q NOLON POI rg son OED augue ary aa e S TUE lt v BVH2SIQ YOSN CE TG wm 2 92i AINO 01140 131100 32831N3ANO2 A021 01140 BIY Nunl3H 40123130 34OMS 805835 VYAS JION 335 H31V3H 3SV2WNYHS 22 DNONO2 131100 YNO11d0 83110818023 40123130 30S 20s 2 WH1SAS 9811002 AV134 61 615 834402 150 ANO 1001104 HOLIAS 08 1 W31S4S 911000 4Y13H 09 S16 eu 418 Q vene 8391250492 1 01140 0001 0 NOILISOd 2 C u3uv3
205. 17 20 20 E09 9 1 87 15 2 17 20 20 575 44 36 55 1 3 27 1 8 0 0 E18 18 2 173 25 27 3 25 30 E24 24 2 23 1 32 2 34 5 35 35 E36 34 2 327 44 3 46 5 45 50 Johnson Controls Unitary Products 137 528150 YTG G 1210 ZH078 150 Standard Motor Without Powered Convenience Outlet Continued OD Fan Suppl Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 Max Fuse Size voit each each Motor Motor Outlet MCA w Pwr Breaker Skew Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model KW Stages Amps Amps Amps AES None 54 1 59 6 70 70 E18 13 5 2 37 5 55 3 62 2 70 70 208 17 9 120 28 0 3 5 6 8 5 5 0 0 E24 18 2 50 0 71 77 8 80 80 E36 25 5 2 70 8 97 103 9 100 110 E54 40 6 2 112 7 149 4 156 2 150 175 None 54 1 59 6 70 70 E18 18 2 43 3 62 6 69 5 70 70 230 17 9 120 28 0 3 5 6 8 5 5 0 0 E24 24 2 57 7 80 7 87 5 90 90 E36 34 2 81 8 110 7 117 6 125 125 120 E54 54 2 129 9 138 4 145 3 150 175 10 None 28 2 30 4 35 40 E18 18 2 21 7 31 3 34 1 35 40 460 9 6 70 15 0 1 6 3 4 2 2 0 0 E24 24 2 28 9 40 3 43 1 45 45 E36 34 2 40 9 55 4 58 1 60 60 E54 54 2 65 0 69 2 72 80 80 None 22 23 8 25 30 E18 18 2 17 3 25 27 8 25 30 575 7 4 53 11 5 1 3 2 7 1 8 0 0 E24 24 2 23 1 32 2 34 5 35 35 E36 34 2 32 7 44 3 46 5 45 50 E54 54 2 52 0 55 3 57 6 60 60
206. 18 9 31 1 38 0 35 40 E15 11 3 2 31 4 46 7 53 6 50 60 E20 15 2 41 6 59 5 66 4 60 70 None 23 9 29 4 30 40 E06 6 1 14 4 25 5 32 4 35 40 230 11 9 88 18 5 1 5 6 0 5 5 0 0 E08 9 1 21 7 34 6 41 4 35 45 E15 15 2 36 1 52 6 59 5 60 60 p E20 20 2 48 1 67 6 745 70 80 None 2 114 13 3 15 15 E06 6 1 7 2 12 8 15 5 15 20 460 5 2 44 8 1 0 8 3 0 2 2 0 0 E08 9 1 10 8 17 3 20 0 20 20 E15 15 2 18 0 26 3 29 1 30 30 E20 20 2 24 1 33 8 36 6 35 40 None E 9 6 114 15 15 E08 9 1 8 7 13 8 16 1 15 20 3 9 46 98 75 96 BS 18 9 0 E15 15 2 14 4 21 0 23 3 25 25 E20 20 2 19 2 27 1 29 3 30 30 None 27 4 32 9 35 45 E06 4 5 1 12 5 274 32 9 35 45 E08 6 8 1 18 9 32 1 39 0 40 45 pore 0 m 38 99 E15 11 3 2 31 4 47 7 54 6 50 60 E20 15 2 41 6 60 5 67 4 70 70 E23 18 2 50 0 71 0 77 8 80 80 None 274 32 9 35 45 E06 6 1 14 4 27 4 33 4 35 45 E08 9 1 21 7 35 6 42 4 40 45 230 14 1 88 22 0 1 5 4 8 5 5 0 0 i 2 3531 605 25 E20 20 2 48 1 68 6 75 5 70 80 r E23 24 2 577 80 7 87 5 90 90 None 14 6 16 8 20 20 E06 6 1 7 2 14 6 16 8 20 20 E08 9 1 10 8 17 8 20 5 20 25 ED one 95 12 0 2 82 2 2 0 0 E15 15 2 18 0 26 8 29 6 30 30 E20 20 2 24 1 34 3 37 1 35 40 E23 24 2 28 9 40 3 43 1 45 45 None 10 3 12 1 15 15 E08 9 1 8 7 14 2 16 5 15 20 575 51 36 7 5 0 6 2 0 1 8 0 0 E15 15 2 14 4 21 4 23 7 25 25 E20 20 2 19 2 27 4 29 7 30 30 E23 24 2 23 1 32 2 34 5 35 35 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 H
207. 19 0 70 879 079 937 0 88 992 0 98 1046 1 08 1098 1 19 1149 1 30 1199 1 41 1249 1 52 2000 776 0 69 840 0 76 900 0 85 958 0 94 1014 1 04 1120 1 25 1171 1 36 1221 1 47 1270 1 59 2100 861 0 84 921 0 92 979 1 02 1035 1 11 1141 1 32 1192 1 44 1242 1 55 1291 2200 882 0 92 943 1 00 1001 1 10 1162 1 41 1213 1 52 1263 1 63 1312 1 74 2300 903 1 01 964 1 10 1022 1 19 1183 1 50 1234 1 61 1284 1 72 1334 1 83 2400 925 1 11 985 1 20 1043 1 29 1204 1 60 1 71 1305 1 82 1355 1 93 2500 946 1 22 1006 1 30 1064 1 40 1226 1 71 1 82 1326 1 93 1376 2 04 2 HP amp Field Supplied Drive 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 Johnson Controls Unitary Products 113 528150 YTG G 1210 ZJ078 6 5 Ton Bottom Duct Air Flow CFM 0 2 0 4 RPM BHP RPM BHP FS4 1800 603 0 13 656 0 36 2000 627 0 26 680 0 49 2200 650 0 40 703 0 63 2400 673 0 55 726 0 78 2600 696 0 71 749 0 94 2800 720 0 87 773 1 10 3000 745 1 05 798 1 28 3200 771 1 24 824 1 47 3400 797 1 44 850 1 67 1 2 3 kW BHP x 0 932 4 Field Supplied Drive ZJ090 7 5 Ton Bottom Duct Air Flow CFM 2000 2200 2400 2600 2800 3000 3200 3400 3600
208. 1SWI 51 8313801 IN310d NOILISOd WAWININ 31ON3H N3HM gm z 88 QuVOB lOH1NO2 3Hl NO Nid Ol ws w 03123NN02 SI 4 6522 3NIM Q311VISNI ION YSN 31 r 1D i 91053 1V3H SVD 39 15 OMl 803 AINO 38V 5 1H A9 ONY ZM 134 Tak Wim 4 G 08 08 10NINO2 JHI NO 05 Nid Ol 61 615 031238802 S 4 102 Q31VISNI LON SI WOLINOM SSO 35 NIHH Oi moD oi IM HLIM 529014 3AOW3N Q311VISN 38V S S 80123130 33005 31 6 Com 4 802 711918 63 318 NBO i 3AOM3N Q311V1SNI S H371MONOO3 QNYQNYIS N3HM c assez om vs ONT Si HDL TMS 0314122031 igla IANN JAONJY 5 ALIQVdNY 1102812 M NINIM ONY 9 zi 3108 335 8 687 mm 3715 U34V3UB 1102812 NO QNY ISNA 31V1d3MYN LINN 335 29 1 41918 8 310N 335 88055344802 110825 HLIM SLINN NI ONNOJ LON SH31V3H 3SYONNYHO S YOSNIS Wr 17 08 En NO NO SI 3NIM X18 ASIG NOJ P dni T 134 10 SNOI11QNO2 3SYHd 319NIS ALTO 1NDH A AuvMINd YIONN 03123108d A11N3N3HN 38V SHOIOM 35 3381 13AIIV138 He ONI21ANJS H31iV NOLLVYIdO 34084 44143A DT sm mis 7NO 1V21311N3Q Q3838MlN3N 18 312 IN31VAInO3 NOI JAIM uv 167922 O 110A 009 2 338930 SOI 3dAl HLIM Q32vld3N 38 151 11 03AON3N 000 Ino X 38 ISAW LINN HLIM 03179915 Sv JYIM JHI 30
209. 2 11 947 2 29 993 245 1038 2 61 1082 2 77 1124 2 92 1165 3 07 1205 3 23 1245 3 38 4400 874 2 16 924 235 972 2 52 1019 2 69 1064 2 85 1107 3 01 1149 3 16 1190 3 31 4600 901 2 42 952 2 61 1000 2 78 1046 2 95 1091 3 11 1177 3 42 4800 930 2 70 981 2 88 1029 3 06 1075 3 23 5000 961 2 99 1011 3 18 1059 3 35 x 3 HP amp Field Supplied Drive 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 ZR150 12 5 Ton Side Duct Available External Static Pressure IWG NCE 0 2 0 4 0 6 0 8 1 0 1 2 14 1 6 18 2 0 RPM RPM RPM RPM BHP RPM BHP RPM RPM BHP RPM RPM RPM BHP 3 HP amp Field Supplied Drive Standard 3 HP amp Drive 3200 747 1 02 797 1 21 846 1 38 892 1 55 937 1 71 980 1 86 1023 2 02 1064 2 17 1104 2 32 1144 2 48 3400 764 1 16 814 1 35 862 1 53 909 1 69 954 1 85 997 2 01 1039 216 1080 2 31 1121 247 1160 2 62 3600 783 1 33 883 1 51 881 169 927 1 86 972 2202 1016 2417 1058 2 32 1099 2 48 1139 2 63 1179 2 79 3800 803 1 51 853 1 69 901 1 87 948 2 04 992 2 20 1036 2 35 1078 2 50 1119 2 66 1159 2 81 1199 2 97 4000 825 1 71 875 1 89
210. 2 12 3 98 2 98 2 98 2 79 4 60 6 41 7 57 98 0 12 1 98 0 98 0 98 0 79 1 60 3 41 5 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor 64 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ150 12 5 Ton Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 85 77 184 5 10 7 76 0 62 6 49 3 3125 72 171 3 10 5 99 0 85 7 72 3 59 0 67 158 1 10 2 122 1 108 8 95 4 82 1 68 7 62 143 1 10 1 143 1 135 8 117 5 104 2 90 8 77 5 77 193 5 10 7 85 1 69 8 54 5 72 179 6 10 5 110 6 95 3 80 0 64 6 3750 67 165 8 10 3 136 1 120 8 105 5 90 1 74 8 62 150 1 10 1 150 1 145 2 129 9 114 6 99 3 83 9 57 145 8 10 1 145 8 145 8 134 0 118 7 103 3 88 0 77 202 4 10 8 94 2 76 9 59 6 72 187 9 10 6 122 1 104 9 87 6 70 3 4375 67 1
211. 2 59 1 3 0 39 3 33 5 27 7 21 8 1400 67 52 2 2 9 46 7 40 9 35 0 292 23 3 62 46 3 2 9 46 3 461 42 3 36 5 30 6 24 8 57 45 7 2 9 45 7 45 7 439 38 1 32 2 26 4 77 68 4 3 0 34 9 28 4 21 9 72 61 2 3 0 42 9 36 3 29 8 23 3 gt 1600 67 54 0 2 9 50 8 44 3 37 7 31 2 24 7 62 47 9 2 9 47 9 47 9 45 6 39 1 32 5 26 0 57 47 3 2 9 47 3 47 3 473 407 34 2 277 72 62 2 3 0 46 1 38 9 31 7 24 5 1800 67 54 8 2 9 58 3 47 3 40 2 33 0 25 8 62 48 7 2 9 48 7 487 47 5 40 3 332 26 0 57 48 0 2 9 48 0 480 480 40 9 33 7 26 5 72 63 1 3 0 49 3 41 5 33 6 25 8 2000 67 55 7 2 9 55 7 50 4 42 6 34 8 27 0 62 49 5 2 9 49 5 49 5 49 5 41 6 33 8 26 0 57 48 8 2 9 48 8 48 8 48 8 41 0 33 1 25 3 105 77 51 3 4 2 21 3 18 4 14 1 1000 72 45 4 3 9 28 4 24 1 19 9 15 6 67 39 6 3 6 35 5 29 8 25 6 21 3 17 1 62 34 1 3 8 34 1 34 1 29 2 25 0 20 7 16 5 77 52 8 4 1 25 3 20 4 15 4 72 46 8 3 8 31 6 26 6 21 7 16 7 1200 67 40 8 3 5 37 8 32 9 27 9 22 9 18 0 62 35 1 3 7 35 1 35 1 31 9 26 9 22 0 17 0 57 35 7 3 7 35 7 35 7 324 27 5 22 5 17 6 77 54 3 4 0 29 4 22 4 16 7 72 48 2 3 7 34 8 29 1 23 5 17 8 1400 67 42 0 3 4 40 2 35 9 302 24 6 18 9 62 36 2 3 6 36 2 362 346 28 9 232 17 5 B7 36 8 3 6 36 8 36 8 35 1 29 5 23 8 18 1 77 55 8 3 9 33 5 24 4 18 0
212. 2 7 40 45 E24 24 2 28 9 49 0 51 7 50 60 E36 34 2 40 9 64 0 66 7 70 70 None 24 4 26 2 30 30 E09 9 1 8 7 24 4 26 2 30 30 575 6 7 42 10 5 0 6 4 1 1 8 4 0 E18 18 2 17 3 31 8 34 0 35 35 E24 24 2 23 1 39 0 41 2 40 45 E36 34 2 32 7 51 0 53 3 60 60 170 Johnson Controls Unitary Products 528150 YTG G 1210 ZR078 150 Hi Static Motor With Powered Convenience Outlet Continued OD Fan Supply Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 MCA Max Fuse jdn Size volt each each Motor Motor Outlet MCA W EWE Breaker rm Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model kW Amps Amps Amps 64 2 69 7 80 80 18 13 5 2 37 5 73 0 79 8 80 80 208 17 9 120 28 0 1 5 10 9 5 5 10 0 E24 18 2 50 0 88 6 95 5 90 100 E36 25 5 2 70 8 114 6 121 5 125 125 E54 40 6 2 112 7 167 0 173 9 175 175 None 64 2 69 7 80 80 18 18 2 43 3 80 3 87 1 90 90 230 17 9 120 28 0 1 5 10 9 5 5 10 0 E24 24 2 57 7 98 3 105 2 100 110 E36 34 2 81 8 128 4 135 2 150 150 120 E54 54 2 129 9 156 0 162 9 175 175 10 None 33 5 35 7 40 45 E18 18 2 21 7 39 9 42 7 40 45 460 9 6 70 15 0 0 8 5 3 2 2 5 0 E24 24 2 28 9 49 0 51 7 50 60 E36 34 2 40 9 64 0 66 7 70 70 E54 54 2 65 0 77 8 80 6 90 90 None
213. 2 7 9 117 2 117 2 124 4 108 3 92 2 76 1 72 151 6 8 1 114 4 96 9 79 4 61 8 4500 67 137 9 8 0 134 8 120 4 102 9 85 3 67 8 62 124 8 7 9 124 8 124 8 121 3 103 8 86 3 68 8 57 119 8 7 9 119 8 119 8 123 4 105 9 88 4 70 9 72 154 9 8 1 122 3 103 3 84 4 65 5 67 141 0 8 0 141 0 128 3 109 4 90 5 71 5 5000 62 127 5 7 9 127 5 127 5 127 5 108 6 89 6 70 7 57 122 5 7 9 122 5 122 5 122 5 103 5 84 6 65 7 105 F TT 129 5 10 0 58 3 44 3 33 6 2500 72 120 0 10 0 72 8 62 1 51 4 40 8 67 110 5 9 9 92 3 80 0 69 3 58 6 48 0 62 99 9 9 9 99 9 98 5 83 2 72 6 61 9 51 2 77 132 3 10 1 61 4 49 1 36 8 72 122 6 10 0 80 9 68 6 56 3 44 0 3000 67 112 9 10 0 100 5 88 2 75 9 63 6 51 3 62 102 0 9 9 102 0 101 1 91 1 78 8 66 5 542 57 104 8 9 9 104 8 104 6 93 2 80 9 68 6 56 3 77 135 1 10 1 69 4 53 9 39 9 72 125 2 10 0 89 0 75 1 61 2 47 3 3500 67 115 3 10 0 108 7 96 4 82 4 68 5 54 6 62 104 2 10 0 104 2 103 8 99 0 85 1 71 1 57 2 57 107 0 9 9 107 0 106 9 101 3 87 4 73 4 59 5 77 137 9 10 1 77 4 58 7 43 1 72 127 8 10 1 97 2 81 6 66 1 50 5 4000 67 117 7 10 0 116 9 104 5 89 0 73 4 57 9 62 106 4 10 0 106 4 106 4 106 9 91 3 75 8 602 57 109 2 9 9 109 2 109 2 109 4 93 8 78 3 62 7 72 129 8 10 1 104 4 87 5 70 6 53 7 67 119 5 10 0 119 2
214. 2 74 1 5 0 74 1 71 1 62 6 541 45 6 37 1 57 74 2 5 0 74 2 74 2 66 9 58 4 49 9 41 4 77 103 8 5 1 51 7 42 0 32 4 72 94 4 5 1 64 2 54 6 45 0 35 4 2275 67 84 9 5 0 76 8 67 2 57 6 47 9 38 3 62 76 2 5 0 76 2 74 7 67 6 58 0 483 387 57 76 3 5 0 76 3 76 3 72 2 62 6 53 0 43 4 77 106 6 5 2 56 3 45 5 34 8 72 96 9 5 1 69 8 59 0 4833 37 6 2600 67 87 2 5 1 83 3 72 5 61 8 51 1 40 3 62 78 2 5 1 78 2 78 2 72 6 61 8 51 1 40 3 57 78 4 5 0 78 4 78 4 77 6 66 8 56 1 45 3 72 99 1 5 1 74 7 63 0 51 4 39 7 2925 67 89 2 5 1 87 2 77 4 65 7 54 1 42 5 62 80 0 5 1 80 0 80 0 77 2 65 5 53 9 422 57 80 1 5 1 80 1 80 1 79 7 68 1 56 4 44 8 72 101 3 5 1 79 5 67 0 54 5 41 9 3250 67 91 2 5 1 91 2 82 2 69 7 57 2 44 6 62 81 8 5 1 81 8 81 8 81 8 69 2 56 7 44 1 57 81 9 5 1 81 9 81 9 81 9 69 3 56 8 44 3 105 F 77 80 9 6 2 33 0 28 4 21 5 1625 72 73 1 6 1 45 5 38 6 31 8 25 0 67 65 3 6 0 57 9 48 9 42 1 35 2 28 4 62 58 3 5 9 58 3 57 5 47 9 41 1 34 2 27 4 77 83 8 6 2 40 0 31 9 23 9 72 75 7 6 1 51 4 43 3 35 3 272 1950 67 67 7 6 0 62 8 547 467 38 6 30 5 62 60 4 5 9 60 4 59 9 53 1 45 0 37 0 28 9 57 61 0 5 9 61 0 61 0 557 47 7 39 6 31 6 77 86 7 6 3 46 9 35 5 262 72 78 4 6 1 57 2 48 0 38 7 29 4 2275 67 70 1 6 0 67 6 60 5
215. 2 79 1280 3 04 1319 3 31 1360 3 60 1403 3 92 1449 4 25 1497 4 61 1547 4 98 1600 5 37 1 Blower performance includes gas heat exchangers 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 2 0 RPM 1149 1171 1196 1224 1254 1287 1323 1362 BHP 1 99 2 13 2 29 2 48 2 68 2 91 3 16 3 43 2 0 RPM Static 5 HP amp Drive 1224 1254 1287 1323 1362 1402 1446 1491 1540 1590 1642 BHP 2 48 2 68 2 91 3 16 3 43 3 73 4 04 4 38 4 73 5 10 5 50 Johnson Controls Unitary Products 109 528150 YTG G 1210 ZJ037 150 Side Duct Application ZJ037 3 0 Ton Side Duct Air Flow CFM 900 1000 1100 1200 1300 1400 1500 0 2 RPM BHP 560 0 29 582 0 29 601 0 30 620 0 32 638 0 35 655 0 39 673 0 43 0 4 0 6 RPM BHP RPM BHP Standard 1 5 HP amp Drive 628 0 35 695 0 42 650 0 34 716 0 42 670 0 35 736 0 43 688 0 37 754 0 45 706 0 40 772 0 48 724 0 44 790 0 51 741 0 48 807 0 56 ZJ049 4 0 Ton Side Duct Air Flow CFM 1200 1300 1400 1500 1600 1700 1800 1900 RPM BHP 0 2 FS 677 692 706 720 734 748 763 778 0 4 0 34 0 37 0 40 0 44 0 49 0 54 0 59 0 65 0 6 744 758 772 786 800 814 829 844 0 44 0 47 0 50 0 54 0 58 0 63 0
216. 2 8 22 7 22 7 22 7 17 6 12 5 7 4 72 27 4 2 7 27 4 23 7 18 0 12 3 2 1500 67 23 0 3 0 23 0 23 0 23 0 18 2 12 6 62 20 7 2 6 20 7 20 7 20 7 15 0 9 3 3 7 57 22 9 2 7 22 9 229 229 17 2 11 5 5 9 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor 68 Johnson Controls Unitary Products 528150 YTG G 1210 ZR037 3 0 Ton Reheat Temperature of Air on Condenser Coil Arone i i nsibl ity MBh Evaporator Coll Total Total Total Total Waco ES WB wick eye Return Dry Bulb F E ME Return Dry Bulb F F 75 75 rr 50 62 5 141 13 8 9 197 2 0 8 9 1050 64 15 3 1 3 8 1 213 2 0 75 65 3 17 0 14 74 22 5 2 0 6 2 62 5 14 9 13 97 20 3 2 0 9 8 1200 64 15 6 1 3 87 21 2 2 0 8 3 65 3 16 1 1 3 78 23 1 2 0 74 62 5 217 19 21 6 2 0 10 9 1350 64 22 3 1 9 9 3 23 1 2 0 97 65 3 22 5 1 8 8 0 247 2 0 8 2 70 F 62 5 170 24 6 8 1050 64 184 24 5 5 65 3 19 6 24 44 62 5 17 0 24 7 9 1200 64 18 5 24 6 6 65 3 19 9 24 5 5 62 5 16 1 24 84 1350 64 173 24 6 8 62 18 8 24 57 80 F 62 5 15 0 24 59 1050 64 16 2 24 45 65 3 16 6 24 3 6 62 5 149 21 67 1200 64 16 1 24 5 5 65 3 17 2 24
217. 21 svi 8 0 lONINO2 Ol 4 D ne Q3123NNOD S 4 102 Q311VISNI LON SI NOLINOM SSOl 3SYHd N3HN 711 peel w r 4 w 95 l Q3TWISNI SI 1Y3H 51812313 QJAOWJY SI SJYIM UidMnr HIM 9018 01 m s L M 519014 3AOM3H Q311VISN 3NV SI Sy0153130 SONS at 6 ws 1 o ev EH 4 918 JYIM 1 taf 4 m HIP 3 HLIM 3AON3N Q311VISN S YIZINONOJ3 GUVONVIS N3HM 78 NI3 1 918 19 ILON 135 2 8 ONY 220 334138 Q311V1SNI 38 ISAW YOSN3S dm jw 391443810 Q311V1 N Si HOLIMS 03140920 31 3NIM JAOM3N 71 EHE 131 M1802 ALIDWdNY 1102812 N NINIM ONY ALIQINDH 0029 311 434V3NB 1102812 HO ONY ISNA 31VId3YN LINN 335 29 AL Lv138 m 4s arm 9 TUIE SHOSS3NdMO 110825 HLIM SLINN NI ONNOJ LON 38V S831Y3H 3SYOXNYHO S II 1 49 602 11 NO vNINH3l A802 Ol FYIM 0 121 3AOM A902 804 AOE GIYIM AYOLIVI P IY 1 4 X Xe 031231084 JYV SHOLOM 3509 3381 prend Ed 102 AL ONI21AN3S 8313 NOILVE3dO u3dOUd 808025 vad wm 2 RUN LIT ust E e 1 15 WLIW 11940 SV SUM Jil 4O ANY 1 NO LUSdO erg cp me oS _ D X use 39N vi NY Ju3dOuUdM lv NY 1442 NIM INI 14 9N121A83S 539905510 OI S3UIM 11 130v1 NOLINYD 72 LOSS l
218. 21311N30I 03838WQN3NU 418V312 UO 3UIM WIv i 0 14 110 009 2 338930 SO 3441 HIIM 032Yld3N 38 150 11 03AOMJN 000 Ino m bD 1 1 220 38 15 LINN HlIM 03114405 Sv HIM JHL 30 ANY 31 NO118340 1 40220 35 2 NVD SHO ONIYIM 51081802 805835 ul z ioreo2 t ma 1 310N 9NI21AN3S NAHM NOI123NNOOSIQ 01 80184 S3HIM 11 138Y1 NOII1DVO Z dni f m um vao 110 9 335 LINN SIHL 30 NOIIVITVISN JO WIL 1Y 123443 NI 53002 TVNOTLYN 2 Sd 4 1Y201 74112 ONIMOTION Q3HS I dMO22Y 38 ONINIA 01313 11 I 3Ai1viju SET mm OS 101 wem D WZ TRT 1 I O TENDO SY8 NON NOI123S H3ZIMONOO3 GuvaNvIs _ id 1d 15 ug 2v2 um md m s D ii UC M mm mm mm 220 ugor 1 310N 335 18 962 Ld 310N i99 Cls33 O i01123NNO2 3AOMIY LON OQ SVB 310 m n Tox 19 9021 SNOSN3S 2 Ol 20S NO HOLIMS 410 3AOM 205 k E WYYOVI 1NOSS122Y mo 9450 305 1 BONS OL PIA 1998802 CAINO YSOS 801 Je ss se 1 4 51081805 SVA 335 5 2 mE h s ec s 251 SLINA SvB 404 m o 734m 9 4 862 y m 131 s ec s 9 153 Bd 0ri E mes vi ooe sos aari Yas LEZ 48 82 C in O 4 212 6 451 6 002 sw j M IX 015 014 134 C 4 v62 m 134 27 49 6
219. 21NNOD 9114 1 37205 4 95 4 31 dVA3 MOT 1v1SONH3HL 154 8 801 ua 0 1v3H SV9 APZ NOILDINNOD 9n14 11420S d tS YOOdLNO HOIOM 2 1 48 101 ud 8tt H 28 8 1 9 Md NOI 1DINNOD 9014 134205 24 25 1vNOI140 TOULNOD 837108023 AV134 823 SNO 123NNO NO 11SOd NIN 31OM3H LON 3 NM 1249 193 03510 H2LIAS 254 buen 847121 HOT wo 1338809 Svg 21319345 804 IVNOTLdO AV134 NMOGLNHS LINN asn 1JJNNOJSIO HOLIAS 120 ZH OL A09 AO9r 51 NMOHS 53c 0 2 vASSI 61 086 HO ASIS YO A09 1 1 1 Lavad 8010 d 3 m sai Oia OTs JvNO 1dO HIV 414405 m wsas 7901180 aiii dH BH r 1140 IY 3ONVHOSIQ NOSN vi ti so1300w02 CYYNOLIQO 131100 3981183ANO AGT CTVNOILdO HIV N80138 3NONS 40123120 NOSNIS va s 6 JION 335 H31V3H 3SVOMNYNO 122 ERR ae CIvNOILdO 8311081NO23 80121130 33095 205 1 31545 N1 1005 138 182 4 w8 1 BER ANO 1001108 HOLIAS Sou Z u3uV3uB 11028412 85 7041802 andans A8 161 SuO1200N02 1 01140 SMHO 0001 0 NOILISOd LIWET xtv HOLIAS Sv YISNIGNOD 9924 1 OSO te 3108 3183 S o 334402 NANNININ 310638 111 11 3104 983911 09 021 we 0 x dans Wino 0 WNVYOV LN3N3 13 n3 wus S ONE HLIM SV9 HI IM LINN SNI 1002 1 E F H 9
220. 23 1 39 0 41 2 40 45 E36 34 2 32 7 51 0 53 3 60 60 E54 54 2 52 0 62 1 64 3 70 70 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC 168 Johnson Controls Unitary Products 528150 YTG G 1210 ZR037 061 Hi Static Indoor Blower With Powered Convenience Outlet OD Fan Supply Pwr Pwr 1 2 Max Fuse Compressors Motors Blower Exh Conv Electric Heat Option 1 MCA MaxFuse o Size Volt each each Motor Motor Outlet MCA w Pwr Breaker Si Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model kW j Stages Amps Amps Amps Amps None 28 7 34 2 35 40 E03 2 3 1 6 4 28 7 34 9 35 40 208 87 68 13 5 1 5 6 0 5 5 10 0 E06 45 1 12 5 35 6 42 5 40 45 E08 6 8 1 18 9 43 6 50 5 45 60 E15 11 3 2 31 4 59 2 66 1 60 70 None 28 7 34 2 35 40 E03 3 1 7 2 29 0 35 9 35 40 230 87 68 13 5 1 5 6 0 5 5 10 0 E06 6 1 14 4 38 0 44 9 40 45 037 E08 9 1 21 7 47 1 53 9 50 60 3 E15 15 2 36 1 65 1 72 0 70 80 None 14 7 16 9 15 20 E03 3 1 3 6 14 7 17 3 15 20 460 46 34 7 1 0 8 3 0 2 2 5 0 E06 6 1 7 2 19 0 21 8 20 25 E08 9 1 10 8 23 5 26 3 25 30 E15 15 2 18 0 32 6 35
221. 23 4 16 2 2000 67 35 0 4 6 35 0 350 33 0 25 8 18 5 62 33 6 4 5 33 6 33 6 33 6 264 19 1 11 8 57 33 1 4 5 33 1 33 1 33 1 25 8 18 5 11 2 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor 38 Johnson Controls Unitary Products 528150 YTG G 1210 ZH061 5 0 Ton Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 85 77 73 3 4 2 30 6 24 8 19 0 1250 72 67 1 4 1 39 5 33 7 27 9 22 1 67 60 9 4 1 48 4 42 6 368 31 0 252 62 56 0 4 0 56 0 54 1 45 2 39 4 33 6 27 8 77 75 7 4 2 34 3 27 6 20 9 72 69 3 4 2 44 2 37 4 30 7 24 0 1500 67 62 9 4 1 54 0 47 3 40 6 33 9 27 1 62 57 8 4 0 57 8 56 5 49 8 43 1 36 4 29 7 57 57 1 4 0 57 1 567 50 0 43 2 36 5 29 8 77 78 0 4 3 38 1 30 4 22 8 72 71 4 4 2 488 41 2 33 6 25 9
222. 24 1027 1 43 RPM BHP RPM RPM Standard 1 5 HP amp Drive 1092 1 35 1124 1 51 1158 1 69 1139 1 75 1194 1 89 BHP RPM 2200 2400 804 0 50 835 0 66 897 0 87 869 0 84 931 1 05 906 1 03 968 1 25 Example RPM Selection Size Model Airflow Max Motor Blower 6 Turns 5Turns 4Turns 3Turns 2Turns 1 Turn Fully Tons Option BHP Sheave Sheave Open Open Open Open Open Open Closed X Y Std 1 5 1 73 1VM50 AK74 N A 897 945 991 1035 1079 1126 H Static 2 2 30 1VM50 AK64 N A 1039 1094 1150 1207 1256 1308 Example Additional Static Resistance 2 Model Cooling Only Economizer 4 Pleated Filter 3 6 heat 20 24 900 0 05 0 05 0 01 0 00 0 00 0 00 0 01 0 01 0 01 1000 0 05 0 03 0 02 0 00 0 00 0 00 0 02 0 02 0 02 X Y 1100 0 04 0 02 0 03 0 01 0 01 0 01 0 02 0 02 0 02 1200 0 04 0 00 0 04 0 01 0 01 0 01 0 02 0 02 0 02 1300 0 03 0 01 0 05 0 01 0 01 0 01 0 03 0 03 0 03 96 Johnson Controls Unitary Products 528150 YTG G 1210 Altitude and Temperature Correction for CFM Static Pressure and Power The information below should be used to assist in application of product when being applied at altitudes at or exceeding 1000 feet above sea level The air flow rates listed in the standard blower performance tables are based on standard air at sea level As the altitude or temperature increases the density of air decrease
223. 250 64 67 500 62 63 1000 60 60 2000 48 49 56 56 55 55 4000 43 44 48 49 51 51 8000 44 44 45 46 47 47 1 Requires driven pulley AK 56 normal high static pulley is an AK 69 2 Differentials for Cooling Operation IDB COMP amp ODF are logarithmically calculated from the horizontal flow sound test Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively UNIT DESCRIPTION MODEL ZH ZJ ZR049 4 Ton High Static Belt Drive TEST CONFIGURATION Vertical Bottom Return Ducted Inlet Indoor Blower Speed RPM 968 5 5 Turns Open Equivalent 1 120 3 5 Turns Open Equivalent 1 218 2 0 Turns Open Equivalent External Static Pressure IWG 1 0 1 6 2 0 Nominal Airflow CFM 1 600 1 400 1 200 Blower Motor BHP 0 86 1 03 1 13 Octave Genter Ereg Pz oe parish Ne e Sean dS 22 Gs dB 63 77 79 78 78 81 81 125 73 74 250 66 66 500 64 64 1000 61 61 2000 56 56 4000 50 51 8000 47 47 1 Differentials for Cooling Operation IDB COMP amp ODF
224. 254 ri oo I SLINN SYG NON NO G3SN LON ONY SLINN SY 3NOS NO 0350 523 SI S2 oos se s29 01 ooe j0l sor O 9 me gu eM 6 002 siv ALI2VdV2 3OVUIANY 0318000 38V O 60 NB 80 Hd 10l S3HIM ri 1 3801 4 N340 35013 wiao v z G i 254 Te SBT TS GY QHYOS TOYLNOD NO 1SdH m 2 3918 2 S1VNIMH3L WOUS 0311 1 j 91542 380SS38d 9N 1vU34O 91542 3 055384 9N11V8340 321 30 1912 6 153 1 1910 321430 88 QNYOS 1081NO2 JHI NO Nid OL TE 22 8 anzz 1 8 1 9Ni1vu34Q Q3133MN03 SI 4 822 Q3YWISMI LON SN 41 21 S1081NO2 3unss3d oto 2 6 153 S1081NO 3univi3dmil 4 0 708 GYVOG 1ONINOO 3H1 NO 05 Nid OL E mS 5 241 olo 1V1S 1 NO 031 03123NN02 S H 102 3YIM Q311VISNI LON S YOLINON 5501 3SYHd 01 lt 22 2 s 341m u3amnr nag wie Y CIYNOI 140 CONO 1403 038 HLIM 9014 3AOH3U Q311V1SNI 38V SI 5290123130 39085 i 6 84 0 e E 11918 S3UIM 734 734 NHO m 6 310 335 u gu em BANAN HLIM 9014 3AOW3H Q311VISN SI H321ONOO3 QBVONVIS NIHA 614 615 D o 9rz AVLSONYIHL WOOU WIIdAL 7 8 ONY 220 N33M138 0311v1SN 38 1 uidMnt 4 8 3S1MU3HIO 0311V1SN SI HOLIMS 03190220 31 JAIM 3AON3H d 0i 0 6v2 11 ALIOVdNY 1102812 W NININ ONY 6 mem NBO 3715 AJAVIA 1102812
225. 3 33 5 2500 72 115 5 10 0 73 3 62 5 51 7 40 9 67 105 9 10 0 93 6 80 7 69 9 59 1 48 3 62 98 2 9 9 98 2 98 2 860 75 2 64 5 537 77 131 1 10 1 62 3 49 7 37 2 72 121 1 10 0 82 5 69 9 57 3 44 7 3000 67 111 1 10 0 102 6 90 0 77 5 64 9 52 3 62 102 9 9 9 102 9 102 9 95 3 827 70 2 57 6 57 103 1 9 9 103 1 103 1 93 2 80 6 68 0 55 5 77 137 1 10 1 71 7 55 1 40 8 72 126 7 10 1 91 6 77 3 62 9 48 5 3500 67 116 2 10 1 111 6 99 4 85 0 70 7 56 3 62 107 7 10 0 107 7 107 7 104 6 90 3 75 9 61 5 57 107 9 9 9 107 9 107 9 102 3 87 9 73 5 592 77 143 2 10 2 81 1 60 5 44 4 72 132 3 10 2 100 8 84 7 68 5 52 3 4000 67 121 4 10 1 120 5 108 8 92 6 76 4 60 3 62 112 5 10 0 112 5 112 5 113 9 97 8 81 6 65 4 57 112 6 10 0 112 6 112 6 111 3 95 2 79 0 62 8 72 133 6 10 1 109 0 91 2 73 5 55 7 67 122 6 10 1 122 2 115 3 99 4 81 6 63 8 4500 62 113 6 10 0 113 6 113 6 114 3 96 6 78 8 61 1 57 113 8 10 0 113 8 113 8 113 1 95 4 77 6 59 8 72 134 9 10 1 117 2 97 8 78 5 59 1 5000 67 123 8 10 1 123 8 121 9 106 1 86 8 67 4 62 114 7 10 0 114 7 114 7 114 7 95 4 76 1 56 7 57 114 9 10 0 114 9 114 9 114 9 95 5 76 2 56 8 Johnson Controls Unitary Products 63 528150 YTG G 1210 ZJ120 10 Ton Continued Air on Temperature o
226. 3 49 9 40 4 30 9 2250 67 69 3 3 7 68 3 61 5 520 42 6 33 1 62 61 8 3 6 61 8 61 8 61 0 51 5 42 1 32 6 57 60 7 3 6 60 7 60 7 61 0 51 5 42 1 32 6 72 79 2 3 7 63 7 53 4 43 1 32 8 2500 67 70 9 3 7 70 9 65 9 556 452 34 9 62 63 2 3 6 63 2 63 2 63 2 52 9 426 32 3 57 62 1 3 6 62 1 62 1 62 1 51 8 41 5 31 1 105 77 63 5 4 5 25 6 22 1 16 6 1250 72 57 3 4 4 35 7 30 1 24 6 19 1 67 51 0 4 4 45 7 38 1 32 6 27 1 21 5 62 46 7 4 3 46 7 46 7 38 4 32 8 27 3 21 8 77 65 8 4 5 31 5 25 0 18 5 72 59 3 4 5 40 4 33 9 27 4 20 9 1500 67 52 8 4 4 49 3 42 8 363 29 8 23 3 62 48 4 4 3 48 4 48 4 42 7 362 29 7 232 57 46 4 4 3 46 4 464 41 7 35 2 287 222 77 68 1 4 6 37 3 27 8 20 4 72 61 4 4 5 45 1 37 7 30 2 22 7 1750 67 54 7 4 5 52 9 47 5 40 0 32 5 25 1 62 50 1 4 4 50 1 50 1 47 1 39 6 32 1 24 7 57 48 1 4 4 48 1 48 1 45 9 385 31 0 23 5 77 70 4 4 6 43 1 30 7 22 3 72 63 5 4 5 49 8 41 4 33 0 24 6 2000 67 56 5 4 5 56 5 524 437 353 26 9 62 51 8 4 4 51 8 51 8 51 4 43 0 34 6 262 57 49 7 4 4 49 7 49 7 50 2 41 7 33 3 24 9 72 64 6 4 6 54 1 44 8 35 5 262 2 2250 67 57 6 4 5 57 6 55 0 47 0 37 8 28 5 62 52 8 4 4 52 8 52 8 52 6 43 3 34 0 24 7 57 50 6 4 4 50 6 50 6 50 8 41 6 323 23 0 72 65 8 4 6 58 3 482 38 0 27 9 2500 67 5
227. 3 57 5 72 151 2 16 0 132 0 110 0 87 9 65 8 6250 67 135 9 15 8 135 9 135 9 119 6 97 5 75 4 62 125 3 15 7 125 3 125 3 125 3 103 2 81 1 59 0 57 124 2 15 7 124 2 124 2 124 2 102 1 80 0 58 0 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor Johnson Controls Unitary Products 93 528150 YTG G 1210 ZR150 12 5 Ton Reheat Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh KW 85 80 75 70 65 MBh kW 85 80 75 70 65 45 F 72 85 9 8 3 5 6 3 9 2 2 3125 67 83 3 8 0 11 8 10 1 8 4 6 7 62 80 8 7 7 17 7 16 0 14 3 12 6 10 9 72 88 9 8 0 10 7 8 3 5 9 3750 67 86 2 VA 24 1 21 7 19 3 17 0 62 83 6 7 4 36 6 34 2 31 9 29 5 27 1 57 79 1 8 2 40 8 38 4 36 0 33 7 31 3 72 91 8 LA 15 8 12 7 9 7 4375 67 89 1 7 4 36 3 33 3 30 2 27 2 E 62 86 4 7 2 55 5 52 5 49 4 46 4 43 3 57 81 8 7 9 61 9 58 9 55 8 52 8 49 7 72 94 8 7 4 20 9 17 2 13 4 5000 67 91 9 TA 48 6 44 9 41 1 37 4 62 89 2 6 9 74 5 70 7 67 0 63 3 59 5 57 84 4 7 6 83 1 79 4 7
228. 3 9 62 5 144 24 74 1350 64 15 6 24 5 8 65 3 16 7 24 44 95 F 62 5 75 23 17 1050 64 8 5 23 0 5 65 3 9 3 24 0 9 62 5 8 8 23 206 1200 64 8 0 23 0 6 65 3 8 2 24 0 9 62 5 6 0 23 19 1350 64 67 23 0 6 62 77 23 0 7 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 kW and the compressor motors but not the supply air blower motor Johnson Controls Unitary Products 69 528150 YTG G 1210 ZR049 4 0 Ton Cooling Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 75 F 85 F 77 61 5 3 0 26 1 21 6 17 2 1000 72 55 0 3 0 32 3 27 8 23 4 18 9 67 48 5 2 9 38 5 34 1 29 6 25 2 20 7 62 43 1 2 9 43 1 42 3 35 8 31 3 269 22 4 77 63 8 3 0 29 0 23 9 18 7 72 57 1 3 0 35 8 30 7 25 5 20 4 1200 67 50 3 2 9 42 6 37 5 323 272 22 0 62 44 7 2 9 44 7 44 2 39 1 33 9 28 8 23 6 57 44 1 2 9 44 1 44 1 40 5 35 4 302 25 1 77 66 1 3 0 32 0 26 1 20 3 7
229. 321 30 ONY ONIYIM 1140 ONIYIM 01313 JYIM Q30131HS WvuovIQ LINN 33S IOYLNOD H321WONO23 Q4A AY1IY 2 300381 JIGVIYVA ALIOITdWIS QuVOG TOYLNOD XO8 1OUINOO NI 10018 TVNIWH3L 32018 1VNINSU3L NVHOVIQ LINN 335 AF2 HiWNHO3SNVUL NVHOVIO LINN 335 15 YJMOd YOLIYLNOD AV13U 1009201 NOSS3UdNOD YOON YOLOW 3513 u3onasNvul 38055344 LONG dOLS QNuVMNO3 INdNI 39 110 1 11910 NvVHUOVIQ LINN 33S dV 2 u3xviug 1100412 OQA 0S Qvuv4OHOIW 001 1n09201 HOSS3H8dWOD HOLIOVdVO W3lSAS NOILYWOLNY ONIGTING 8371 0 023 YOLYNLOV OGA 01 2 LNdNI 39V110A 901VNV u23 8u03 03 gon ASL 8 0 235 Ave O28 XA D pa 85 NUS a pid 929 2 Me 0 528 _ 816 NINOS 114415 DUET 2 2001 2 inno lim J M08 HOLINS 4 228 8 198 jgs 20001 2 0N e88 wig u8 298 ss AG KD o LN DI 6 JN ge 2 ea ey m zz aaa Y Sie NVUOVIG LINN NIVN 3392 18 616 a i coo wnaodswval LINN l CIYNOILdO 10V 2 236 Ave 1 _ _ _ i 5 87828 Y D id Tq gs AE ete 615 614 614 615 A802 Aged IS ee qus No 5 Qo 11 WOD 11
230. 34 7 34 7 30 7 263 21 9 17 4 77 52 6 3 9 24 6 192 14 0 72 46 9 3 8 31 5 26 4 212 16 1 1200 67 41 2 3 7 38 5 33 6 28 4 23 3 18 1 62 36 0 3 8 36 0 360 342 29 1 23 9 18 8 57 36 7 3 7 36 7 36 7 33 4 28 3 23 1 18 0 77 54 6 3 9 29 0 21 4 15 5 72 48 6 3 8 35 2 29 3 23 4 17 5 1400 67 42 7 3 7 41 3 37 2 31 3 25 5 19 6 62 37 4 3 8 37 4 37 4 37 7 31 9 26 0 20 1 B7 38 0 3 7 38 0 38 0 36 9 31 0 25 1 19 2 77 56 5 3 9 33 4 23 5 16 9 72 50 3 3 8 38 8 322 25 6 19 0 1600 67 44 2 37 44 2 409 343 277 21 1 62 38 7 3 8 38 7 38 7 412 346 28 0 21 4 57 39 4 3 7 39 4 39 4 403 33 7 27 1 20 5 72 51 2 3 8 41 9 34 6 27 3 19 9 s 1800 67 45 0 3 8 45 0 42 8 365 292 21 8 62 39 4 3 8 39 4 39 4 40 7 33 3 26 0 18 6 57 40 1 3 7 40 1 40 1 40 5 33 2 25 9 18 5 72 52 1 3 8 45 1 37 0 28 9 20 9 2000 67 45 7 3 8 45 7 44 7 38 8 30 7 22 6 62 40 1 3 8 40 1 40 1 40 1 32 0 23 9 15 8 57 40 8 3 7 40 8 40 8 40 8 32 7 24 6 16 6 Johnson Controls Unitary Products 53 528150 YTG G 1210 ZJ049 4 0 Ton Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 90 85 80 75 70 65 MBh kW 90 8
231. 350 108 WYY9YIO SYA 335 SLINN SYS INOS N 0350 B23 8u QNYOS 10N1NO2 Ol 03123 02 S Y 102 3YIM Q311VISN LON SI SOLINOM 01 3SYHd N3HM Q3TV1SN 61 1V3H 21812313 N3HM Q3AOM3U S S3HIM HLIM 9014 3uIM u3dmnf Q311V1SN 34V SI S 80123130 3XOMS 3 717918 381A uidM r 3AOM3H O311VISN SI 83ZIWONO23 QNVONVYIS N3HM 1 8 ONY 220 N33W138 Q311VISN 38 LISAN u3dM f 3S1M43H10 0311V1SNI SI HOII MS 03140220 31 JAIM u3dM f 3AOm3U ALIOVdMV 1102812 M MINIM ONY 3715 u34v388 1102812 YO ONY 3504 M MIXVM BO 31V1d3MYN LINN 33S SHOSS3NdNO 110828 HLIM SLINN NI LON SH31V3H 3SV2XNYHO A09 TVNINN3I Ol 03123NNOD JYY 2 09 6 086 LINN GIYIM ANOLOV4 11 NO JYNIM831 AOSE YO A802 OL 3818 07121 0S 09 YO A802 801 OS GIP YO 062 804 O3NIM AYOLI SNOILIGNOD 3SYHd 319NIS A VMIUd YIONN 031231044 A11N3H3HNI 3NV SHOIOM 3SVHd 338Hl ONI2IAN3S H314V NOILVH3dO 34084 A3183A NOIIV2131 1N3O O3838M N3N ATYVITD LNFTVAINOT YO 3410 1 009 2 338930 501 3441 HLIM 032 1438 38 ISfM Q3AON3Y 38 ISAW LINN HLIM 03114405 Sv 3 IM JHI JO ANY j NOIIN3dO SNOUIONVO ONY uidOHdMI 3Snv2 NV 530553 ONINIM 510819039 9NI21A83S N3HM NOI123NNO2S Q 01 NOlNd S3HIM 11 138 1 NOI1nV2 LINN SIHL 30 NOILVTIVISNI 30 3MI1 1 123443 NI S3002 1VNOIIVN WO QNY 1201 A112 ONIMOTIOS Q3HSI 1dmMO22Y 38 O1 9NINIA 01313 TIV HLIM 9014 3 g 11 5 9
232. 370 5 ZH ZJ ZR A09 09 1380 2570 A13 1580 2630 078 10 1950 3250 6 5 R 15 1950 3250 090 10 2250 3750 7 5 NAR 15 2250 3750 102 10 2550 4250 8 5 SES 15 2550 4250 120 15 3000 5000 10 20 3000 5000 150 15 3750 6250 12 5 20 3750 6250 Electric Heat Minimum Supply Air 3 thru 5 Tons Size Minimum Supply Air CFM Tons Model Voltage Heater kW 3 6 9 15 20 24 037 208 230 3 60 960 960 1020 1020 3 ZH ZJ ZR 460 3 60 980 960 960 960 600 3 60 960 960 049 208 230 3 60 1280 1420 1420 1420 4 ZH ZJ ZR 460 3 60 1400 1400 1400 1400 600 3 60 1400 1400 1400 061 208 230 3 60 1600 1600 1600 1600 1600 5 ZH ZJ ZR 460 3 60 1600 1600 1600 1600 1600 600 3 60 1600 1600 1600 1600 6 1 2 thru 12 1 5 Tons Size Minimum Supply Air CFM Tons Model Voltage Heater kW 9 18 24 36 54 078 208 230 3 60 1950 1950 1950 1950 6 5 ZH ZJ ZR 460 3 60 1950 1950 1950 1950 600 3 60 1950 1950 1950 1950 090 208 230 3 60 2250 2250 2250 2250 7 5 ZH ZJ ZR 460 3 60 2250 2250 2250 2250 600 3 60 2250 2250 2250 2250 102 208 230 3 60 2550 2550 2550 2550 8 5 ZH ZJ ZR 460 3 60 2550 2550 2550 2550 600 3 60 2550 2550 2550 2550 120 208 230 3 60 3000 3000 3000 3500 10 ZH ZJ ZR 460 3 60 3000 3000 3000 3000 600 3 60 3000 3000 3000 3500 150 208 230 3 60 3750 3750 3750 4000 12 5 ZH ZJ ZR 460 3 60 3750 3750 3750 3750 600 3 60 3750 3750 3750 3750 Johnson Controls Unitary Products
233. 3Turns 2Turns 1 Turn Fully Tons Option BHP Sheave Sheave Open Open Open Open Open Open Closed 037 Zh Std 1 5 1 5 1VM34 AK69 N A 531 584 637 690 743 796 3 H Static 1 5 1 5 1VL44 AK69 N A 796 849 902 955 1008 1062 049 ZH Std 1 5 1 5 1VM34 AK56 N A 663 730 796 863 929 995 4 H Static 1 5 1 5 1VL44 AK56 N A 995 1062 1128 1194 1261 1327 061 ZH Std 1 5 1 5 1VL40 AK61 N A 787 847 908 968 1029 1089 5 H Static 2 2 1VP56 AK74 N A 1035 1084 1134 1183 1232 1281 078 ZH Std 1 5 1 73 1VM50 AK74 N A 887 936 986 1035 1084 1134 6 5 H Static 2 2 30 1VM50 AK64 N A 1039 1094 1150 1207 1256 1308 090 ZH Std 1 5 1 73 1VM50 AK74 N A 887 936 986 1035 1084 1134 7 5 H Static 3 3 45 1VM50 AKe1 N A 1088 1147 1205 1265 1312 1365 102 ZH Std 2 2 30 1VM50 AK94 N A 690 728 767 805 843 882 8 5 H Static 3 3 45 1VM50 AK74 N A 887 936 986 1035 1084 1134 120 ZH Std 2 2 30 1VM50 AK84 N A 776 819 863 906 949 992 10 H Static 3 3 45 1VM50 AK74 N A 887 936 986 1035 1084 1134 150 ZH Std 3 3 45 1VM50 AK74 N A 887 936 986 1035 1084 1134 12 5 H Static 5 5 75 1VP56 BK77 1052 1095 1136 1175 1216 1272 N A 037 2 Std 1 5 1 5 1VM34 AK69 N A 531 584 637 690 743 796 3 H Static 1 5 1 5 1VL44 AK69 N A 796 849 902 955 1008 1062 049 Zi Std 1 5 1 5 1VM34 AK56 N A 663 730 796 863 929 995 4 H Static 1 5 1 5 1VL44 AK56 N A 995 1062 1128 1194 1261 1327 061 2J Std 1 5 1 5 1VL40 AK61 N A 787 847 908 968 1029 1089 5 H Static 2 2 1VP56 AK74 N A 1
234. 4 1VL44 1VP34 1VL44 1VP34 1VL44 Blower Sheave AK61 AK59 AK61 AK59 AK61 AK59 Belt A47 A47 A47 A47 A47 A47 Motor HP each 1 1 2 1 1 2 1 1 2 1 1 2 1 1 2 2 RPM 1725 1725 1725 1725 1725 1725 Frame size 56 56 56 56 56 56 FILTERS 4 25 x 16 x 2 4 25 x 16 x 2 4 25 x 16 x 2 Quantity Size 13 Stage Capacity is 7596 of Full Capacity 18 Stage Capacity is 7096 of Full Capacity 2 In Pleated Optional MERV 7 4 In Pleated Optional MERV 13 S 4 25 x 16 x 4 2 In Throwaway Standard MERV Minimum Efficiency Reporting Value 3 4 25 x 16 x 4 4 25 x 16 x 4 Johnson Controls Unitary Products 31 528150 YTG G 1210 ZR078 150 Physical Data Models Component ZR078 ZR090 ZR102 ZR120 ZR150 Nominal Tonnage 6 5 7 5 8 5 10 12 5 ARI COOLING PERFORMANCE Gross Capacity ARI A point Mbh 80000 91000 106000 125000 156000 ARI net capacity Mbh 78000 88000 102000 120000 150000 EER 11 2 11 2 11 2 11 2 11 2 IEER 13 0 11 5 12 3 11 5 11 1 IPLV 13 0 12 3 12 3 12 3 12 7 Nominal CFM 2200 2800 3400 3900 3800 System power KW 6 96 7 86 9 11 10 71 13 39 Refrigerant type R 410A R 410A R 410A R 410A R 410A Refrigerant charge Ib oz System 1 9 0 9 12 12 0 12 0 18 8 System 2 5 8 8 8 11 0 10 8 18 8 ARI HEATING PERFORMANCE Heating model 10 15 10 15 10 15 15 20 15 2
235. 4 AK74 AK61 AK94 AK74 AK84 AK74 AK74 BK77 Belt A49 A49 A49 A49 A56 A54 A56 A54 A54 BX55 Motor HP each 1 1 2 2 1 1 2 3 2 3 2 3 3 5 RPM 1725 1725 1725 1725 1725 1725 1725 1725 1725 1725 Frame size 56 56 56 56 56 56 56 56 56 184T FILTERS 4 24 16 2 23 4 24 16 2 25 4 24 20 2 23 4 24x20x2 3 4 24x20x2 3 Quantity Size 4 QAx 6x4 4 24x16x4 4 24x20x4 4 24x20x4 4 24x20x4 4 151 Stage 60 of Full Capacity 2 In Throwaway Standard MERV Minimum Efficiency Reporting Value 3 2 In Pleated Optional MERV 7 4 In Pleated Optional MERV 13 Bog Johnson Controls Unitary Products 21 528150 YTG G 1210 ZJ037 061 Single Stage Gas Heat Physical Data Models ponen ZJ037 ZJ049 ZJ061 Nominal Tonnage 3 0 4 0 5 0 ARI COOLING PERFORMANCE Gross Capacity ARI A point MBh 37000 50000 62000 ARI net capacity MBh 36000 48000 60000 EER 12 2 12 2 12 2 SEER 15 15 15 IPLV Nominal CFM 1300 1600 2000 System power KW 2 95 3 95 4 90 Refrigerant type R 410A R 410A R 410A Refrigerant charge Ib oz System 1 6 12 8 8 8 4 System 2 ARI HEATING PERFORMANCE Heating model A05 A07 A09 A05 A07 A09 A07 A09 A13 Heat input K Btu 60 80 120 60 80 120 80 120 160 Heat output K Btu 49 65 97 49 65 97 65 97 129 AFUE Steady state efficiency 96 81 5 81 81 81 5 81 81 81 81 80 5 No burn
236. 42 1179 1 52 1230 1 62 1275 1 73 1312 1 83 2500 838 1 00 960 1 22 1022 1 32 1084 1 42 1144 1 52 1200 1 62 1251 1 72 1296 1 82 1333 1 93 8 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 4 Field Supplied Drive 104 Johnson Controls Unitary Products 528150 YTG G 1210 7 078 6 5 Ton Side Duct Air Flow CFM 1800 2000 2200 2400 2600 2800 3000 3200 3400 0 2 0 4 0 6 RPM BHP RPM BHP RPM BHP Field Supplied Drive 751 0 22 813 0 43 872 0 62 776 0 35 838 0 56 897 0 75 804 0 50 866 0 71 925 0 90 835 0 66 897 0 87 956 1 06 869 0 84 931 1 05 990 1 24 906 1 03 968 1 25 945 1 25 1007 1 46 987 1 48 1048 1 69 1030 1 73 1092 1 94 1151 2 12 Available External Static Pressure IWG 0 8 RPM 929 954 982 1013 1047 1084 1208 BHP 0 78 0 92 1 06 1 22 1 40 1 60 2 29 1 0 1 2 RPM BHP RPM BHP Standard 1 5 HP amp Drive 985 0 93 1040 1 07 1010 1 07 1064 1 20 1038 1 21 1092 1 35 1069 1 37 1124 1 51 1103 1 55 1179 1220 1 96 2 19 1194 1234 1 89 2 10 1 4 RPM 1095 1119 1212 1249 1288 BHP 1 20 1 33 1 82 2 02 2 23 1 6 1 8 2 0 RPM BHP RPM BHP RPM B
237. 42 6 35 4 282 20 9 62 41 3 5 5 41 3 41 3 41 3 35 7 28 5 21 2 57 44 3 5 5 44 3 43 5 38 8 31 6 24 4 17 1 77 57 1 6 1 43 4 26 9 17 1 72 51 3 5 9 44 4 362 28 0 19 8 2000 67 45 4 5 7 45 4 45 4 38 8 30 6 22 4 62 42 5 5 5 42 5 425 42 5 38 9 30 6 224 57 45 7 5 6 45 7 45 7 42 6 34 4 26 2 17 9 72 51 3 5 9 48 3 39 3 30 2 21 2 2250 67 45 4 5 7 45 4 45 4 42 0 32 9 23 9 62 42 5 5 5 42 5 42 5 42 5 35 7 26 7 17 6 57 45 7 5 6 45 7 45 7 44 2 35 1 26 0 17 0 72 51 3 5 9 51 3 42 4 32 5 22 6 2500 67 45 4 5 7 45 4 45 4 45 1 35 2 25 3 62 42 5 5 6 42 5 425 42 5 32 6 22 7 12 9 57 45 7 5 6 45 7 45 7 45 7 35 8 25 9 16 1 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 kW and the compressor motors but not the supply air blower motor 40 Johnson Controls Unitary Products 528150 YTG G 1210 ZH078 6 5 Ton Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity
238. 44 88 22 0 1 5 4 3 55 100 Es aa 5 ad 555 EET 55 E20 15 2 41 6 72 0 78 9 80 80 E23 18 2 50 0 82 5 89 3 90 90 None 36 6 42 1 50 50 E06 6 1 144 38 0 44 9 50 50 E08 9 1 217 47 1 53 9 50 60 230 144 88 22 0 1 5 4 3 55 100 5 5 383 557 5 50 E20 20 2 48 1 80 1 87 0 90 90 pe E23 24 2 577 922 99 0 100 100 None z 19 2 21 4 25 25 E06 6 1 72 19 2 218 25 25 E08 9 1 10 8 23 5 26 3 25 30 E Ed 94 io 15 15 2 18 0 32 6 35 3 85 40 E20 20 2 2441 40 1 42 8 45 45 E23 24 2 28 9 46 1 48 8 50 50 None z 14 0 15 8 15 20 E08 9 1 87 18 8 21 1 20 25 575 5 1 36 7 5 0 6 2 0 1 8 4 0 E15 15 2 144 26 0 28 3 30 30 E20 20 2 19 2 32 1 34 3 35 35 E23 24 2 23 1 36 9 39 1 40 40 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC 166 Johnson Controls Unitary Products 528150 YTG G 1210 ZR078 150 Standard Motor With Powered Convenience Outlet OD Fan Suppl Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 Fuse unas Size volt each each Motor Motor Outlet MCA w Pwr Breaker Size w Pwr Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps
239. 443 All High Altitude Kit for Propane All 6 12T Cabinets 1HA0452 All High Altitude Kit for Propane 3 5T 80 120 amp 160 MBH Input 1HA0453 All High Altitude Kit for Propane 3 4T 60 MBH Input 1NP0442 All Propane Conversion Kit All 6 12T Cabinets 1NP0454 All Propane Conversion Kit 3 5T 80 120 amp 160 MBH Input 1NP0455 All Propane Conversion Kit 3 4T 60 MBH Input 1RC0470 All Roof Curb 8 Height All Cabinets 1RC0471 All Roof Curb 14 Height All Cabinets Roof Curb Transition 7 5 T thru 12 5T Sunline to 1RC0472 All Predator 3 12T All Cabinets Wooden Crate for extra protection during shipping and Standard Cabinets Only not applicable to units 119 in 1WC0412 All handling length 1LN0407 All Low NOx Kit 3 5T 80 120 amp 160 MBH Input 1LN0408 All Low NOx Kit 3 5T 60 MBH Input 10 Johnson Controls Unitary Products 528150 YTG G 1210 Accessories Continued Field Installed Acessories Electric Heat MODEL VOLTAGE DESCRIPTION WHERE USED 2TP04520925 230 2TP04520946 460 9kW Electric Heat All 50 Cabinet 6 5 and 8 5 Ton Models 2TP04520958 575 2TP04531825 230 2TP04531846 460 18kW Electric Heat All 50 Cabinet 6 5 8 5 10 and 12 5 Ton Models 2TP04521858 575 2TP04532425 230 2TP04532446 460 24kW Electric Heat All 50 Cabinet 6 5 8 5 10 and 12 5 Ton Models 2TP04522458 575 2TP04533625 230 2TP
240. 5 34 9 27 4 19 8 57 52 3 6 9 52 3 52 3 43 4 35 9 284 20 8 77 70 2 7 4 46 1 30 7 20 7 72 62 4 7 2 50 3 41 5 32 6 23 7 2275 67 54 6 7 0 54 6 53 4 44 5 35 6 26 7 62 48 0 6 8 48 0 480 47 8 389 30 0 21 1 57 55 0 6 9 55 0 550 489 40 0 31 1 222 77 73 7 7 5 56 0 355 23 0 72 65 5 7 2 56 6 464 362 25 9 2600 67 57 3 7 0 57 3 57 3 49 4 39 1 28 9 62 50 4 6 9 50 4 50 4 50 4 42 8 32 6 22 3 57 57 6 7 0 57 6 57 6 543 44 1 33 8 23 6 72 66 4 7 8 59 9 49 0 38 1 27 2 2925 67 58 0 7 1 58 0 580 520 41 1 30 2 62 51 1 6 9 51 1 51 1 51 1 41 5 30 6 19 6 57 58 4 7 0 58 4 58 4 568 458 349 24 0 72 67 2 7 8 63 2 51 6 40 0 28 4 3250 67 58 8 7 1 58 8 58 8 547 43 1 31 5 62 51 7 7 0 51 7 51 7 51 7 40 1 28 5 16 9 57 59 2 7 1 59 2 59 2 59 2 47 6 36 0 24 4 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor 58 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ090 7 5 Ton Air on Temperature
241. 5 20 575 3 8 28 6 0 6 2 7 1 8 0 0 E18 18 2 17 3 25 27 3 25 30 E24 24 2 23 1 32 2 34 5 35 35 E36 34 2 32 7 44 3 46 5 45 50 None 43 4 48 9 50 60 E09 6 8 1 18 9 43 4 48 9 50 60 208 11 9 88 18 5 3 5 9 6 5 5 0 0 E18 13 5 2 37 5 58 8 65 7 60 70 E24 18 2 50 0 74 5 81 3 80 90 E36 25 5 2 70 8 100 5 107 4 110 110 None 43 4 48 9 50 60 E09 9 1 21 7 43 4 48 9 50 60 230 11 9 88 18 5 3 5 9 6 5 5 0 0 E18 18 2 43 3 66 1 73 70 80 E24 24 2 57 7 84 2 91 90 100 090 E36 34 2 81 8 114 2 121 1 125 125 7 5 None 19 7 21 9 20 25 E09 9 1 10 8 19 7 22 3 20 25 460 52 44 8 1 1 6 4 8 2 2 0 0 E18 18 2 21 7 33 1 35 8 35 40 E24 24 2 28 9 42 1 44 8 45 45 E36 34 2 40 9 57 1 59 9 60 60 None 17 3 19 1 20 20 E09 9 1 8 7 17 3 19 1 20 20 575 48 36 7 5 1 3 3 9 1 8 0 0 E18 18 2 17 3 26 5 28 8 30 30 E24 24 2 23 1 33 7 36 35 40 E36 34 2 32 7 45 8 48 50 50 None 44 1 49 6 50 60 E09 6 8 1 18 9 44 1 49 6 50 60 208 12 2 88 19 3 5 9 6 5 5 0 0 E18 13 5 2 37 5 58 8 65 7 60 70 E24 18 2 50 0 74 5 81 3 80 90 E36 25 5 2 70 8 100 5 107 4 110 110 None 44 1 49 6 50 60 E09 9 1 21 7 44 1 49 6 50 60 230 12 2 88 19 3 5 9 6 5 5 0 0 E18 18 2 43 3 66 1 73 70 80 E24 24 2 57 7 84 2 91 90 100 102 E36 34 2 81 8 114 2 121 1 125 125 8 5 None 21 1 23 3 25 25 E09 9 1 10 8 21 1 23 3 25 25 460 5 8 44 9 1 6 4 8 2 2 0 0 E18 18 2 21 7 33 1 35 8 35 40 E24 24 2 28 9 42 1 44 8 45 45 E36 34 2 40 9 57 1 59 9 60 60 None
242. 5 5 0 0 E18 13 5 2 37 5 54 6 61 5 60 70 E24 18 2 50 0 70 2 77 1 80 80 E36 25 5 2 70 8 96 2 103 1 100 110 None 40 9 46 4 50 60 E09 9 1 21 7 40 9 46 4 50 60 230 14 1 95 22 0 1 5 6 2 5 5 0 0 E18 18 2 43 3 61 9 68 8 70 70 E24 24 2 57 7 79 9 86 8 80 90 078 E36 34 2 81 8 110 0 116 9 110 125 6 5 None 19 1 21 3 25 25 E09 9 1 10 8 19 1 21 3 25 25 460 6 4 45 10 0 0 8 3 1 2 2 0 0 E18 18 2 21 7 30 9 33 7 35 35 E24 24 2 28 9 40 0 42 7 40 45 E36 34 2 40 9 55 0 57 7 60 60 None 15 8 17 6 20 20 E09 9 1 8 7 15 8 17 6 20 20 575 5 4 38 8 5 0 6 2 4 1 8 0 0 E18 18 2 17 3 24 7 26 9 25 30 E24 24 2 23 1 31 9 34 1 35 35 E36 34 2 32 7 43 9 46 1 45 50 None 42 3 47 8 50 60 E09 6 8 1 18 9 42 3 47 8 50 60 208 14 7 115 23 0 1 5 6 2 5 5 0 0 E18 13 5 2 37 5 54 6 61 5 60 70 E24 18 2 50 0 70 2 77 1 80 80 E36 25 5 2 70 8 96 2 103 1 100 110 None 42 3 47 8 50 60 E09 9 1 21 7 42 3 47 8 50 60 230 14 7 115 23 0 1 5 6 2 5 5 0 0 E18 18 2 43 3 61 9 68 8 70 70 E24 24 2 57 7 79 9 86 8 80 90 090 E36 34 2 81 8 110 0 116 9 110 125 7 5 None 22 0 24 2 25 30 E09 9 1 10 8 22 0 24 2 25 30 460 7 7 50 12 0 0 8 3 1 2 2 0 0 E18 18 2 21 7 30 9 33 7 35 35 E24 24 2 28 9 40 0 42 7 40 45 E36 34 2 40 9 55 0 57 7 60 60 None 18 0 19 8 20 25 E09 9 1 8 7 18 0 19 8 20 25 575 6 4 40 10 0 0 6 2 4 1 8 0 0 E18 18 2 17 3 24 7 26 9 25 30 E24 24 2 23 1 31 9 34 1 35 35 E36 34 2 32 7 43 9 46 1 45 50 None 48 8 54 3 60 70 E09 6 8 1 18 9 48 8 54
243. 5 5 Sv 5 22 141 52 005 52 529 ooe 01 Sor TSJION NUS X18 T 614 615 6 m 8 4 e s 1 id diy YOSNIS 1 Y ALIQINDH EAE uiv 00110 MNOSN3S dW3l V i 3A11V138 EEG 18 16 wag SV8 NON NOI123S N321MONO23 GYVONVIS 14 2541 m Jum 9 ne amp n18 6 208 svi S4 OE a il 1V1S 1 NO 031 254 2 5168 153 d 8 9 540 md 153 CIYNOIldO s 0 9v2 1 Wiss 0 5 2 9 m NOILISOd NIM 31901 1918 M 802 2 REIT m 8 310N 335 11102 s TL 5 95 92 5 22 241 52 005 sz ses 006 0 sor Svo 1 ason 7 7 3507 nado 91542 3unss3ud ONT1vH3dO to Sd 3unss3ud 9 11 8340 321 30 n 22 4 51041 02 34055384 Lil 56 svi Li st 5 92 254 9 93 6 9t 5 92 153 x ason nao am 03 930 9N11v8340 39130 1081N02 3801 834831 38 962 18 662 14 NOII23NNO2 3AOW3H LON OO SYG 31 310N 9 10 AYOSSIDIV W31SAS 5710951002 SVB 335 SLINN SYB NS 4 1012
244. 5 6 71 9 68 2 72 96 7 7 8 16 3 13 1 9 9 5625 67 93 8 7 6 37 4 34 2 31 0 27 8 62 91 0 7 3 57 1 53 9 50 7 47 5 44 3 57 86 1 8 0 63 7 60 5 57 3 54 1 50 8 72 98 6 8 3 11 7 9 0 6 3 6250 67 95 6 8 0 26 2 23 5 20 8 18 1 62 92 8 7 8 39 8 37 1 34 4 31 7 29 0 57 87 8 8 5 44 3 41 6 38 9 36 2 33 5 65 F 72 84 2 9 3 3125 67 79 1 8 9 10 4 8 9 7 3 5 8 62 74 6 8 4 24 9 23 4 21 8 20 3 18 7 72 87 3 9 2 3750 67 82 0 8 8 18 2 16 0 13 9 11 8 62 77 4 8 3 40 0 37 9 35 8 33 7 31 5 57 72 6 9 0 44 1 42 0 39 9 37 8 35 6 72 90 4 9 1 4375 67 85 0 8 7 25 9 23 2 20 5 17 8 62 80 2 8 2 55 1 52 4 49 8 47 1 44 4 57 75 2 8 9 60 3 57 7 55 1 52 4 49 7 72 93 5 9 0 1 1 5000 67 87 9 8 6 33 6 30 4 27 1 23 8 62 83 0 8 1 70 3 67 0 63 7 60 4 57 2 57 77 8 8 8 76 4 73 5 70 2 66 9 63 7 72 97 7 9 2 5625 67 91 8 8 8 31 7 28 3 25 0 21 6 62 86 6 8 3 69 4 66 0 62 6 59 3 55 9 57 81 2 9 0 72 7 70 3 66 9 63 6 60 2 72 101 9 9 5 6250 67 95 7 9 1 29 8 26 3 22 8 19 4 62 90 3 8 6 68 5 65 0 61 6 58 1 54 6 57 84 7 9 3 68 9 67 1 63 7 60 2 56 8 94 Johnson Controls Unitary Products 528150 YTG G 1210 ZR150 12 5 Ton Reheat Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh WB Capacity Input Return Dry Bulb F Capacity Input Return Dry
245. 5 80 75 70 65 125 77 t 40 4 47 17 9 11 7 9 0 1000 72 35 0 4 6 23 8 19 5 15 2 10 9 67 29 7 4 4 29 7 26 4 21 4 17 1 12 8 62 24 8 4 5 24 8 24 8 24 8 19 2 14 9 10 6 77 41 7 4 7 23 3 15 1 10 1 72 36 1 4 6 27 0 22 0 17 1 12 1 1200 67 30 6 4 4 30 6 29 0 24 0 19 1 14 1 62 25 6 4 5 25 6 25 6 25 6 21 5 16 5 11 6 57 29 5 4 3 29 5 29 5 26 3 21 4 16 5 11 5 77 42 9 4 7 28 8 18 4 11 3 72 37 2 4 6 30 2 24 6 19 0 13 4 1400 67 31 6 4 4 31 6 31 6 26 7 21 1 15 5 62 26 4 4 5 26 4 26 4 26 4 23 8 18 2 12 6 57 30 4 4 3 30 4 30 4 29 3 23 7 18 1 12 5 77 44 2 4 7 34 2 21 8 12 4 72 38 4 4 6 33 4 27 1 20 9 14 6 1600 67 32 5 4 4 32 5 32 5 29 4 23 1 16 9 62 27 2 4 5 27 2 27 2 27 2 26 1 19 8 13 6 57 31 3 4 3 31 3 31 3 31 3 26 0 19 7 13 5 72 39 1 4 6 36 4 29 4 22 4 15 4 1800 67 33 1 4 4 33 1 33 1 31 5 24 5 17 5 62 27 7 4 5 27 7 27 7 27 7 23 3 16 3 9 3 57 31 9 4 3 31 9 31 9 31 9 25 4 18 4 11 4 72 39 8 4 5 39 4 31 6 23 9 16 1 2000 67 33 7 4 4 33 7 33 7 33 6 25 8 18 1 62 28 2 4 5 28 2 282 282 20 5 12 7 5 0 57 32 5 4 3 32 5 325 32 5 24 8 17 1 9 3 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2
246. 512 42 0 327 62 62 5 5 9 62 5 622 58 3 490 397 30 5 57 63 2 6 0 63 2 63 2 61 2 51 9 426 33 4 77 89 7 6 3 53 8 39 0 28 5 72 81 0 6 2 63 1 52 6 422 31 7 2600 67 72 4 6 1 72 4 66 3 55 8 453 348 62 64 6 6 0 64 6 64 6 63 5 53 0 425 32 0 57 65 3 6 0 65 3 65 3 66 6 56 1 45 7 352 72 82 6 6 2 67 2 55 9 44 7 33 4 5 2925 67 73 8 6 1 73 8 69 5 59 1 47 8 36 6 62 65 9 6 0 65 9 65 9 65 3 54 0 427 31 5 57 66 6 6 0 66 6 66 6 67 2 55 9 44 7 33 4 72 84 2 6 2 71 3 592 47 2 35 1 3250 67 75 2 6 1 75 2 72 8 62 4 50 4 38 3 62 67 1 6 0 67 1 67 1 67 1 55 1 43 0 30 9 57 67 8 6 0 67 8 67 8 678 55 7 437 31 6 Johnson Controls Unitary Products 57 528150 YTG G 1210 ZJ078 6 5 Ton Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh KW 90 85 80 75 70 65 MBh KW 90 85 80 75 70 65 1257 77 5 E s 63 3 7 8 26 5 21 1 16 1 1625 72 56 2 7 1 37 8 31 6 25 4 19 2 67 49 1 6 9 49 1 40 9 34 7 28 5 223 62 43 2 6 8 43 2 482 37 2 31 0 24 8 18 6 77 66 8 7 4 36 3 25 9 18 4 72 59 3 7 2 44 1 36 5 29 0 21 4 1950 67 51 8 7 0 51 8 47 1 39 6 32 1 24 5 62 45 6 6 8 45 6 45 6 42
247. 52 O 2 002 Xn sO 4102 o gt 2 we ae 2 62 2 3 930 AAA 4 pareo 3univuidM3i 9N11vu340 32 30 civNOI140 01 310N 335 gt D xg 262 Ci m S1081NO3 3uhlvuiaMil mm 2 924 805 iS 11 2108 338 ASIP 13116 4 901 19 122 Lyrzoz 4 20 9 EET 19 152 Cr mu 6 3108 335 18 801 E 49 0 2 mi p Olh 18 82 205 X8 v01 9 iv mo G m an 1 2 6 1 2 ve OQ Oan TI wwe 54 Sa Sou 1 15 360201 mou 00 ss 55 55 lt IV pes 15 55 5 33 D 9 pn Qoo SS SS x 1 6 algha 33 4 8 2 ox s r 310N 335 25 o A1922 x 187112 yaomtan SuOLON nd BOLI IVA sa ULNOJ Av138 QuYO8 Ber ng e 98 5623 48 601 0 JMI 384055344 HOLINS AD wor 0112 4 2 NAY NO TWNINYIL 03141N301 Q MM sodino vise THB y 19 0856 01313 2 11403 15 H3NOd 7HOL2VINOJ 128 EET 321A30 ONY ONINIM VNOIIdO 8O1OM YOON HO12V1NOD N E 321A30 ONY 9NINIM 40122 Su0 3uaNO 40 29 1802 LINII HILIM AQ FO 30123130 3NOMS APZ NO 123NNO2 9014 139205 CYNOI14O 1N2IGNY AO HDIIAS 38 r 3108 338 30123130 3WOMS NO 123NNO2 9014 139205 38055384 MOT H2IIMS 80
248. 56 3 0 4 0 7 8 1VL44 5 5 1 AK59 A47 061 ZR Std 1 1 2 1725 0 8 1 15 56 1 2 2 9 7 8 1VP34 5 7 1 AK61 A47 5 H Static 2 1725 0 8 1 15 56 3 0 4 0 7 8 1VL44 5 5 1 AK59 A47 078 ZR Std 1 1 2 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 7 0 1 AK74 A49 6 5 H Static 2 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 6 0 1 AK64 A49 090 ZR Std 1 1 2 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 7 0 1 AK74 A49 7 5 H Static 3 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 5 7 1 AK61 A49 102 ZR Std 2 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 8 5 1 AK89 A56 8 5 H Static 3 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 7 0 1 AK74 A54 120 ZR Std 2 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 8 0 1 AK84 A56 10 H Static 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 7 0 1 AK74 A54 150 ZR Std 3 1725 0 8 1 15 56 3 4 4 4 7 8 1VM50 7 0 1 AK74 A54 12 5 H Static 5 1725 0 87 1 15 184T 4 8 5 8 1 1 8 1VP56 6 7 1 BK77 BX55 Power Exhaust Specifications Motor Motor CFM Model Voltage HP RPM LRA FLA MCA Fuse Size 0 1 ESP 2PE04703225 208 230 1 60 3 4 1075 1 7 8 5 6 3 10 3800 2PE04703246 460 1 60 3 4 1075 1 3 4 2 2 2 8 5 3800 2PE04703258 575 1 60 3 4 1050 1 2 9 1 5 1 9 4 3800 1 Motors are multi tapped and factory wired for high speed 98 Johnson Controls Unitary Products 528150 YTG G 1210 RPM Selection Size Model Airflow HP Max Motor Blower 6Turns 5Turns 4Turns
249. 6 1 60 70 20 15 2 41 6 72 78 9 80 80 E23 18 2 50 0 82 5 89 3 90 90 None 36 6 42 1 50 50 E06 6 1 14 4 38 44 9 50 50 230 14 1 88 22 1 5 6 0 5 5 10 0 B uM M m E 1 am 41 333 3d 061 20 20 2 48 1 80 1 87 90 90 5 23 24 2 57 7 92 2 99 100 100 None 19 2 21 4 25 25 E06 6 1 7 2 19 2 21 8 25 25 E08 9 1 10 8 23 5 26 3 25 30 EE M ME IE Qm 15 2 180 32 6 353 35 40 E20 20 2 24 1 40 1 42 8 45 45 E23 24 2 28 9 46 1 48 8 50 50 None 14 15 8 15 20 E08 9 1 8 7 18 8 21 1 20 25 575 5 1 36 7 5 0 6 2 4 1 8 4 0 E15 15 2 14 4 26 28 3 30 30 E20 20 2 19 2 32 1 34 3 35 35 E23 24 2 23 1 36 9 39 1 40 40 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC 154 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ078 150 Standard Motor With Powered Convenience Outlet OD Fan Suppl Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option i MCA Max Fuse piden Size voit each each Motor Motor Outlet MCA wiPwr Breaker Size w Pwr Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model kW Amps Amps Amps Arn None 40 1 45
250. 6 50 50 E09 6 8 1 18 9 43 6 50 5 50 60 208 93 68 145 1 5 6 0 5 5 10 0 E18 13 5 2 37 5 66 8 73 7 70 80 E24 18 2 50 0 82 5 89 3 90 90 E36 255 2 70 8 108 5 115 4 110 125 None 40 1 45 6 50 50 E09 9 1 21 7 47 1 53 9 50 60 230 93 68 14 5 1 5 6 0 5 5 10 0 E18 18 2 43 3 74 1 81 80 90 E24 24 2 57 7 92 2 99 100 100 078 E36 34 2 81 8 122 2 129 1 125 150 6 5 None I 20 7 22 9 25 25 E09 9 1 10 8 23 5 26 3 25 30 460 49 34 7 6 0 8 3 0 2 2 5 0 E18 18 2 21 7 37 1 39 8 40 40 E24 24 2 28 9 46 1 48 8 50 50 E36 34 2 40 9 61 1 63 9 70 70 None 16 2 18 20 20 E09 9 1 8 7 18 8 21 1 20 25 575 38 28 6 0 6 24 1 8 4 0 E18 18 2 17 3 29 7 31 9 30 35 E24 24 2 23 1 36 9 39 1 40 40 E36 34 2 32 7 48 9 51 1 50 60 None 49 8 55 3 60 60 E09 6 8 1 18 9 49 8 55 3 60 60 208 11 9 88 18 5 3 5 6 0 5 5 10 0 E18 13 5 2 37 5 66 8 73 7 70 80 E24 18 2 50 0 82 5 89 3 90 90 E36 255 2 70 8 108 5 115 4 110 125 None 49 8 55 3 60 60 E09 9 1 21 7 49 8 55 3 60 60 230 11 9 88 18 5 3 5 6 0 5 5 10 0 E18 18 2 43 3 74 1 81 80 90 E24 24 2 57 7 92 2 99 100 100 090 E36 34 2 81 8 122 2 129 1 125 150 7 5 None 2 22 9 25 1 25 30 E09 9 1 10 8 23 5 26 3 25 30 460 5 2 44 8 1 1 6 3 0 2 2 5 0 E18 18 2 21 7 37 1 39 8 40 40 E24 24 2 28 9 46 1 48 8 50 50 E36 34 2 40 9 61 1 63 9 70 70 None 19 8 21 6 20 25 E09 9 1 8 7 19 8 21 6 20 25 575 48 36 7 5 1 3 2 4 1 8 4 0 E18 18 2 17 3 29 7 31 9 30 35 E24 24 2 23 1 36 9 39
251. 6 6 5 96 6 850 73 3 61 7 50 0 62 94 5 6 4 94 5 94 5 87 8 76 1 64 5 52 9 57 94 8 6 4 94 8 94 8 93 7 82 1 70 4 58 8 72 118 6 6 5 84 9 723 59 8 472 3375 67 108 1 6 5 103 0 90 4 77 9 65 3 52 8 62 96 7 6 4 96 7 96 7 93 2 80 7 68 1 55 6 57 96 9 6 4 96 9 96 9 96 4 83 9 71 3 58 8 72 121 2 6 5 90 2 76 7 63 3 49 8 3750 67 110 5 6 5 109 4 95 9 82 4 69 0 55 5 62 98 9 6 4 98 9 98 9 98 7 85 2 71 8 58 3 57 99 1 6 4 99 1 99 1 99 1 85 7 72 2 58 7 105 F 77 103 5 727 38 5 332 252 1875 72 93 1 7 6 54 2 462 382 30 3 67 82 7 7 5 69 8 59 2 51 2 43 3 35 3 62 78 3 7 4 78 3 75 8 62 2 54 2 462 383 77 103 5 7 8 45 5 36 5 27 4 72 93 1 7 7 59 6 50 6 41 5 32 5 2250 67 82 7 7 5 73 7 64 7 55 7 46 6 37 6 62 78 2 7 4 78 2 76 6 67 5 58 5 49 5 40 4 57 80 0 7 4 80 0 78 7 69 7 60 7 51 6 42 6 77 103 5 7 8 52 4 39 7 29 6 72 93 1 65 0 54 9 448 347 2625 67 82 7 7 6 77 6 70 2 60 1 50 0 39 9 62 78 2 7 5 78 2 77 4 72 9 62 8 527 42 6 57 79 9 7 5 79 9 79 3 75 2 65 1 55 0 44 9 77 103 4 7 9 59 4 43 0 31 8 72 93 1 7 7 70 5 59 3 48 1 37 0 3000 67 82 7 7 6 81 6 75 7 64 5 53 3 42 1 62 78 1 7 5 78 1 78 1 78 2 67 1 559 44 7 57 79 9 7 5 79 9 79 9 80 8 69 6 58 4 472 72 97 2 7 8 76 7 64 4 52 1 39 8 3375 67 86 4 7
252. 6 8 1 18 9 43 6 50 5 45 60 E15 11 3 2 31 4 59 2 66 1 60 70 E20 15 2 41 6 72 78 9 80 80 None 33 9 39 4 45 50 E06 6 1 14 4 38 44 9 45 50 230 11 9 88 18 5 1 5 6 0 5 5 10 0 E08 9 1 21 7 47 1 53 9 50 60 E15 15 2 36 1 65 1 72 70 80 p E20 20 2 48 1 80 1 87 90 90 None 16 1 18 3 20 20 E06 6 1 7 2 19 21 8 20 25 460 52 44 8 1 0 8 3 0 2 2 5 0 E08 9 1 10 8 23 5 26 3 25 30 E15 15 2 18 0 32 6 35 3 35 40 E20 20 2 24 1 40 1 42 8 45 45 None 13 6 15 4 15 20 E08 9 1 87 18 8 21 1 20 25 575 48 36 7 5 0 6 2 4 1 8 4 0 ETE 15 2 144 26 283 30 50 E20 20 2 19 2 32 1 34 3 35 35 None 37 4 42 9 50 50 E06 4 5 1 12 5 37 4 43 5 50 50 E08 6 8 1 18 9 44 6 51 5 50 60 208 1441 lt 88 22 1 5 8 35 100 E15 11 3 2 31 4 60 2 67 1 70 70 E20 15 2 41 6 738 79 9 80 80 E23 18 2 50 0 83 5 90 3 90 100 None 37 4 42 9 50 50 E06 6 1 14 4 39 45 9 50 50 230 14 1 88 22 1 5 6 8 5 5 10 0 B uM MM mE aw 1 54 9 a 60 20 20 2 48 1 81 1 88 90 90 ps E23 24 2 57 7 93 2 100 100 100 19 6 21 8 25 25 06 6 1 7 2 19 6 22 3 25 25 E08 9 1 10 8 24 26 8 25 30 RE ss O8 34 22 SO UE 15 2 180 33 1 358 35 40 E20 20 2 24 1 40 6 43 3 45 45 E23 24 2 28 9 46 6 49 3 50 50 None 14 3 16 1 15 20 E08 9 1 8 7 19 2 21 5 20 25 575 5 1 36 7 5 0 6 2 7 1 8 4 0 E15 15 2 14 4 26 4 28 7 30 30 E20 20 2 19 2 32 4 34 7 35 35 E23 24 2 23 1 37 2 39 5 40 40 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC Johnson Contro
253. 60 1 8 7 60 1 60 1 555 447 33 9 62 63 5 8 5 63 5 63 5 63 5 58 1 47 3 36 5 57 64 1 8 6 64 1 64 1 64 1 57 5 46 7 35 9 72 75 0 9 0 67 2 55 3 43 5 31 7 3375 67 65 1 8 7 65 1 65 1 60 9 49 1 37 2 62 68 6 8 6 68 6 68 6 68 6 59 4 47 5 35 7 57 69 3 8 6 69 3 69 3 69 3 59 5 47 6 35 8 72 80 7 9 0 73 2 60 3 47 4 34 5 2 3750 67 70 1 8 8 70 1 70 1 66 3 53 4 40 5 62 73 6 8 6 73 6 73 6 73 6 60 7 47 8 34 9 57 74 4 8 6 74 4 74 4 74 4 61 5 486 357 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor 44 Johnson Controls Unitary Products 528150 YTG G 1210 ZH102 8 5 Ton Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 85 77 129 5 7 6 53 8 44 5 35 3 2125 72 118 8 7 4 68 7 59 5 502 41 0 67 108 2 7 8 83 6 74 4 65 2
254. 61 2 59 1 55 4 51 7 48 0 57 55 6 4 9 55 6 55 6 51 9 48 2 44 5 65 F 72 48 0 6 2 2125 67 42 2 6 1 4 4 4 0 3 5 3 1 62 39 1 5 8 9 5 9 1 8 6 8 2 Y 72 53 6 6 1 2550 67 47 0 6 1 9 1 8 0 6 9 5 8 62 43 5 5 7 20 2 19 1 18 0 16 9 15 8 57 36 3 5 7 22 6 21 5 20 4 19 3 18 2 72 59 2 6 1 2975 67 51 7 6 0 13 7 12 0 10 2 8 5 62 47 8 5 7 30 9 29 1 27 4 25 7 23 9 57 39 8 5 6 33 0 32 4 30 7 28 9 27 2 72 64 8 6 1 3400 67 56 5 6 0 18 3 15 9 13 6 11 2 62 52 2 5 7 41 6 39 2 36 8 34 4 32 0 57 43 3 5 6 43 3 43 3 41 0 38 6 36 2 72 67 4 6 0 3825 67 58 8 6 0 22 2 19 2 16 3 13 3 62 54 4 5 6 47 7 45 5 42 6 39 6 36 6 57 45 2 5 6 45 2 45 2 42 2 39 3 36 3 72 70 0 6 0 4250 67 61 1 5 9 26 0 22 5 19 0 15 4 62 56 5 5 6 53 8 51 9 48 3 44 8 41 2 57 47 1 5 5 47 1 47 1 43 5 40 0 36 4 86 Johnson Controls Unitary Products 528150 YTG G 1210 ZR102 8 5 Ton Reheat Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kw 85 80 75 70 65 MBh kW 85 80 75 70 65 85 F 72 37 6 6 4 2125 67 28 6 6 8 62 24 7 6 5 72 48 3 6 4 2550 67 37 3 6 8 3 3 2 9 2 5 2 0 62 32
255. 68 4 95 1155 5 15 1204 5 34 Hi Static 5 HP amp Drive Available External Static Pressure IWG 0 8 RPM 861 877 893 912 932 953 976 1001 1027 1055 1084 1115 1147 1181 1216 1252 BHP 1 47 1 61 1 77 1 95 2 15 2 36 2 59 2 85 3 12 3 41 3 72 4 05 4 39 4 75 5 13 5 53 1 0 RPM 907 923 939 958 978 999 1022 1047 1073 1101 1130 1161 1193 1227 1262 BHP 1 65 1 79 1 95 2 13 2 33 2 54 2 77 3 03 3 30 3 59 3 90 4 23 4 57 4 93 5 31 5 HP amp Field Supplied Drive 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 1 2 1 4 1 6 1 8 2 0 RPM BHP RPM RPM BHP RPM BHP RPM BHP HP amp Drive Hi Static 3 HP amp Drive 914 1 48 957 1 65 1000 1 82 1041 1 99 1082 2 17 925 1 58 969 1 76 1011 1 93 1052 2 10 1093 2 27 938 1 70 981 1 87 1024 2 04 1065 2 21 1106 2 39 952 1 83 995 2 00 1037 2 17 1079 2 34 967 1 97 1010 2 14 1053 2 31 1094 2 48 984 2 13 1027 2 30 1069 2 447 1111 264 1152 2 82 1002 2 31 1046 2 48 1088 2 65 1170 3 00 1022 2 50 1066 2 67 2 84 1190 319 1044 2 72 1087 2 89 1129 3 06 1171 3 23 1211 3 41 1067 2 95 1110 3 12 1152 3 29 1092 3 20
256. 69 0 75 0 82 Stan Available External Static Pressure IWG 1 6 0 8 RPM BHP 760 0 51 781 051 801 0 52 819 0 54 837 0 57 855 0 60 872 0 65 0 8 RPM BHP dard 1 5 HP amp Drive 807 0 54 822 0 57 836 0 60 849 0 64 863 0 68 877 0 73 892 0 79 907 0 85 924 0 92 1 0 RPM BHP 823 0 61 845 0 61 864 0 62 883 0 64 901 0 67 918 0 70 936 0 75 1 0 868 0 64 883 0 67 897 0 70 911 0 74 924 0 78 938 0 83 953 0 89 968 1 2 1 4 RPM BHP RPM BHP Hi Static 1 5 HP amp Drive 886 0 72 949 0 82 908 0 71 970 0 82 927 0 72 990 0 83 946 0 74 1008 0 85 964 0 77 1026 0 88 981 0 81 1044 0 91 999 0 85 1061 0 96 Available External Static Pressure IWG RPM 1011 1032 1052 1070 1088 1106 1124 BHP 0 92 0 92 0 93 0 95 0 98 1 01 1 06 1 8 RPM BHP 1073 1 01 1095 1 01 1114 1 02 1133 1 04 1151 1 06 1168 1 10 1186 1 15 2 0 RPM BHP 1136 1 09 1158 1 08 1177 1 09 1196 1 11 1214 1 14 1231 1 18 1249 1 22 1 5 HP amp Field Supplied Drive 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 1 4 986 1001 1015 1028 1042 1056 1071 1086 0 84 0 86 0 90 0 93 0 98 1 03 1 08 1 15 1 6 1 8 RPM BHP RPM BHP Hi Static 1 5 HP am
257. 7 1323 1362 2 13 2 29 2 48 2 68 2 91 3 16 3 43 114 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ120 10 Ton Bottom Duct Air Flow CFM 2600 2800 3000 3200 3400 3600 3800 4000 4200 4400 4600 0 2 0 4 RPM BHP RPM Field Supplied Drive 722 0 83 776 0 97 744 0 97 798 1 12 769 1 13 823 1 28 797 1 32 851 1 46 828 1 52 882 1 67 861 1 75 915 1 90 897 2 00 951 215 935 2 27 976 2 57 1019 2 88 1065 3 22 0 6 RPM 828 1 11 850 1 26 875 1 42 903 1 60 934 1 81 967 2 04 1002 2 29 Available External Static Pressure IWG 1 4 0 8 RPM BHP Standard 2 878 1 25 900 1 39 925 1 55 953 1 74 983 1 94 1017 2 17 1052 242 1091 2 69 1 0 926 949 974 1001 1032 1065 1101 1180 1223 RPM BHP HP amp Drive 1 37 1 52 1 68 1 86 2 07 2 30 2 55 2 82 3 12 3 43 1 2 RPM 973 995 1020 1048 1186 1227 BHP 1 50 1 64 1 80 1 99 2 95 3 24 RPM 1018 1041 1066 1093 1193 1231 1272 3 HP amp Field Supplied Drive BHP H 1 62 1 76 1 92 2 11 2 80 3 07 3 36 1 6 1063 1085 1110 1168 1201 1237 1275 RPM BHP Static 3 HP amp Drive 1 74 1 88 2 05 2 44 2 67 2 92 3 19 1 8 RPM BHP 1106 1153 2 17 1181 2 35 1212 2 56 1245 2 79 1280 3 04 1319 331 1 Blower performance includes gas heat exchangers and 2 filters S
258. 7 0 72 948 0 82 1068 1 02 1128 1 11 1189 1 19 1252 1 26 1700 775 0 57 841 0 67 903 0 77 964 0 88 1084 1 08 1144 1 17 1205 1 25 1268 1 31 1800 792 0 64 857 0 74 920 0 84 981 0 94 1101 1 14 1161 1 23 1222 1 31 1285 1 38 1900 810 071 875 0 81 938 0 91 999 1 01 1118 1 21 1178 130 1240 1 38 1303 1 45 957 0 99 1018 1 09 1197 1 38 1258 1 46 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP kW BHP x 0 932 Field Supplied Drive Boo m ZJ061 5 0 Ton Bottom Duct Available External Static Pressure IWG EM 0 2 0 4 0 6 0 8 1 0 1 2 1 4 1 6 1 8 2 0 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 1 5 HP amp Field Supplied Drive Standard 1 5 HP amp Drive Hi Static 2 HP amp Drive 1500 673 047 736 0 54 797 0 63 855 0 72 910 0 82 964 0 92 1016 1 03 1067 1 14 1117 1 25 1166 1 36 1600 693 0 49 756 0 57 817 0 65 874 0 75 930 0 85 984 0 95 1036 1 06 1087 1 17 1137 1 28 1186 1 39 1700 713 0 53 777 0 60 837 0 69 895 0 78 951 0 88 1004 0 98 1057 1 09 1107 1 20 1157 1 31 1207 1 42 1800 734 0 57 797 0 65 858 0 73 916 0 83 971 0 92 1025 1 03 1077 1 14 1128 1 25 1178 1 36 1228 1 47 1900 755 0 62 8
259. 7 3 29 7 31 9 30 35 E24 24 2 23 1 36 9 39 1 40 40 E36 34 2 32 7 48 9 51 1 50 60 None z E 58 8 64 3 70 80 E09 6 8 1 18 9 58 8 64 3 70 80 208 16 7 120 26 0 1 5 8 2 5 5 100 E18 13 5 2 37 5 69 6 76 5 70 80 E24 18 2 50 0 85 2 92 1 90 100 E36 25 5 2 70 8 111 2 118 1 125 125 None 58 8 64 3 70 80 E09 9 1 21 7 58 8 64 3 70 80 230 16 7 120 26 0 1 5 8 2 5 5 10 0 E18 18 2 43 3 76 9 83 8 80 90 E24 24 2 57 7 94 9 101 8 100 110 102 E36 34 2 81 8 125 0 131 9 125 150 8 5 None I 30 3 32 5 35 40 E09 9 1 10 8 30 3 32 5 35 40 460 87 60 13 5 0 8 4 1 2 2 5 0 E18 18 2 217 38 4 41 2 40 45 E24 24 2 28 9 47 5 50 2 50 60 E36 34 2 40 9 62 5 65 2 70 70 None 23 9 25 7 30 30 E09 9 1 8 7 23 9 25 7 30 30 575 6 7 42 10 5 0 6 3 6 1 8 4 0 E18 18 2 17 3 31 2 33 4 35 35 E24 24 2 23 1 38 4 40 6 40 45 E36 34 2 32 7 50 4 52 6 60 60 Johnson Controls Unitary Products 167 528150 YTG G 1210 ZR078 150 Standard Motor With Powered Convenience Outlet Continued OD Fan Supply Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 MCA Wax Fuse Size voit each each Motor Motor Outlet MCA Breaker Size w Pwr Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps is None 61 5 67 0 70 80 E18 13 5 2 37 5 69 6 76 5 70 8
260. 7 3 68 6 68 6 68 6 57 7 46 8 35 9 57 66 9 7 3 66 9 66 9 66 9 56 0 45 1 34 2 76 Johnson Controls Unitary Products 528150 YTG G 1210 ZR078 6 5 Ton Cooling Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 1257 77 7 r 68 3 9 0 24 0 21 5 15 8 1625 72 60 4 8 9 38 3 322 262 202 67 52 6 8 9 52 6 42 6 36 6 30 6 24 6 62 48 2 8 8 48 2 482 412 352 292 23 1 77 71 2 9 1 33 0 25 0 17 8 72 63 0 9 0 43 9 366 29 4 222 1950 67 54 7 9 0 547 4 amp 3 411 33 9 267 62 50 2 8 9 50 2 50 2 46 3 39 1 31 9 247 57 58 7 8 9 58 7 58 0 49 3 42 1 34 8 27 6 77 74 1 9 2 42 0 28 4 19 7 72 65 5 9 2 49 4 41 0 326 242 2275 67 56 9 9 1 56 9 54 0 456 372 288 62 52 2 9 0 52 2 522 51 4 43 0 346 262 57 61 2 9 0 61 2 60 8 54 7 463 37 9 29 5 77 77 1 9 3 51 0 31 8 21 6 72 68 1 9 3 55 0 45 4 35 9 26 3 2600 67 59 1 9 2 59 1 59 1 50 1 40 5 30 9 62 54 2 9 1 54 2 54 2 542 468 372 277 57 63 6 9 1 63 6 63 6 60 0 505 40 9 31 3 72 67 6 9 2 57 5 474 374 27 3
261. 7 40 8 2 1 40 1 36 5 30 8 25 1 19 4 62 35 5 2 1 35 5 35 5 34 7 29 0 23 3 17 6 57 32 2 1 9 32 2 32 2 322 26 5 20 8 15 1 72 45 0 1 9 36 9 30 6 24 4 18 1 1500 67 40 7 2 1 40 7 38 6 32 4 26 1 19 9 62 35 5 2 0 35 5 35 5 35 5 29 2 23 0 16 7 57 32 1 1 9 32 1 32 1 32 1 25 9 19 6 13 4 105 77 36 4 27 127 11 2 83 750 72 32 8 2 7 19 0 16 1 13 1 10 2 67 29 2 2 6 25 3 209 17 9 15 0 12 1 62 25 0 2 6 25 0 24 7 19 5 16 5 13 6 10 7 77 37 5 2 7 16 5 13 0 9 4 72 33 8 2 7 22 0 184 14 9 11 3 900 67 30 1 2 6 27 5 23 9 20 3 16 8 132 62 25 8 2 6 25 8 255 22 1 18 5 14 9 11 4 57 24 9 2 4 24 9 249 21 4 17 8 14 2 10 6 77 38 6 2 7 20 4 14 7 10 5 72 34 8 2 7 25 0 20 8 16 6 12 4 1050 67 31 0 2 6 29 7 26 9 227 18 5 14 3 62 26 5 2 6 26 5 264 24 7 20 5 163 12 1 57 25 6 2 5 25 6 256 23 9 19 6 154 11 2 77 39 7 2 7 24 2 16 4 11 6 72 35 8 2 7 28 0 23 2 18 4 13 5 1200 67 31 9 2 6 31 9 30 0 25 1 20 3 15 4 62 27 3 2 6 27 3 27 3 27 3 225 17 6 12 8 57 26 4 2 5 26 4 26 4 26 4 21 5 167 11 8 72 35 8 2 6 30 4 24 9 19 5 14 0 1350 67 31 9 2 6 31 9 30 9 26 7 21 2 15 7 62 27 3 2 5 27 3 27 3 27 3 21 9 16 4 10 9 57 26 4 2 4 26 4 26 4 26 4 20 9 15 5 10 0 72 35 8 2 6 32 7 26 7 20 6 14 5 1500 67 31 9 2 5 31 9 31 9
262. 7 95 7 8 0 95 7 88 2 72 7 57 3 41 8 62 84 8 8 0 84 8 848 856 70 22 54 7 39 2 57 85 8 7 8 85 8 858 863 70 8 553 39 9 72 109 5 8 2 92 8 75 9 59 0 42 1 67 97 7 8 0 97 7 92 9 78 1 61 2 44 3 3825 62 86 6 8 0 86 6 86 6 87 0 70 1 53 2 36 3 57 87 5 7 9 875 875 878 70 9 54 0 37 1 72 111 7 8 2 99 6 81 3 63 0 44 7 4250 67 99 6 8 0 99 6 97 6 83 4 65 1 46 8 62 88 4 8 0 88 4 88 4 88 4 70 1 51 7 33 4 57 89 3 7 9 89 3 89 3 89 3 71 0 527 34 4 Johnson Controls Unitary Products 61 528150 YTG G 1210 ZJ102 8 5 Ton Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 1257 77 y 86 3 9 7 39 4 29 5 21 9 2425 72 77 4 9 4 53 9 44 1 34 4 24 6 67 68 4 9 1 68 4 56 6 46 8 37 1 27 4 62 63 9 9 0 63 9 63 9 54 5 44 8 35 0 25 3 77 89 1 9 8 52 8 36 2 24 7 72 79 9 9 5 61 7 502 387 27 1 2550 67 70 6 9 2 70 6 64 2 526 41 1 29 6 62 66 0 9 0 66 0 660 61 3 498 382 267 57 66 6 10 4 66 6 66 6 583 468 353 23 8 77 91 9 9 8 66 2 42 9 27 4 2 72 82 4 9 5 69 5 56 2 42 9 29 6 2975 67 72 8 9 2 72 8 71 7 58
263. 71 945 0 75 961 0 80 Available External Static Pressure IWG 0 8 BHP 1 2 RPM BHP Hi Static 1 5 HP amp Drive 933 0 71 949 0 72 964 0 74 979 0 77 994 0 81 1009 0 85 1025 0 90 1 4 RPM 995 0 80 1011 0 82 1026 0 84 1041 0 87 1056 1 6 1071 1086 1100 1115 1130 1146 1 5 HP amp Field Supplied Drive See STATIC RESISTANCE table for additional applications 0 91 0 93 0 96 0 99 1 03 1 08 1 8 1111 0 98 1127 1 00 1142 1 02 1157 1 05 1172 1 08 1187 1 12 1203 1 17 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 ZH049 4 0 Ton Bottom Duct Available External Static Pressure IWG 0 2 0 4 0 6 0 8 1 0 1 2 1 4 1 6 1 8 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP Standard 1 5 HP amp Drive Hi Static 1 5 HP amp Drive 1200 717 0 39 784 0 49 850 0 58 915 0 68 979 0 77 1041 0 87 1100 0 96 1157 1 05 1300 732 0 43 799 0 52 865 0 62 930 0 71 994 0 81 1056 0 90 1115 0 99 1172 1 08 1400 747 047 814 0 56 880 0 66 945 0 75 1009 0 85 1071 0 94 1130 1 03 1187 1 12 1500 763 0 51 830 0 61 896 0 71 961 0 80 1025 0 90 1087 0 99 1146 1 08 1203 1 17 1600 780 0 57 846 0 66 913 0 76 978 0 86 1042 0 95 1103 1 04 1163 1 14 1220 1 22 1700 798 0 63 864 0 73 930 0 82 996 0 92 1
264. 72 65 3 25 27 1 2 6 5 5 62 5 25 24 5 26 11 2 1600 64 2 5 26 7 2 6 9 2 65 3 25 28 5 2 6 27 62 5 2 5 227 2 6 11 6 2000 64 2 5 247 2 6 10 0 65 3 25 26 5 2 6 8 5 70 F 62 5 19 8 27 6 2 1200 64 23 0 28 0 0 65 3 23 5 27 2 9 62 5 20 6 27 8 8 1600 64 224 2 8 6 8 65 3 244 2 8 5 9 625 18 2 27 8 9 2000 64 20 5 27 77 62 21 4 27 53 80 F 62 5 17 6 28 47 1200 64 20 9 2 9 37 65 3 215 2 9 23 62 5 17 9 29 75 1600 64 19 9 2 9 57 65 3 214 2 9 4 1 62 5 15 1 2 8 74 2000 64 16 7 2 8 5 6 65 3 18 3 2 8 4 0 95 F 62 5 12 8 34 35 1200 64 13 8 3 2 0 2 65 3 14 0 34 1 5 62 5 97 34 24 1600 64 10 8 3 2 1 0 65 3 12 2 3 2 0 7 62 5 6 2 3 0 14 2000 64 7 2 3 0 0 1 62 8 0 3 0 4 5 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor 72 Johnson Controls Unitary Products 528150 YTG G 1210 ZRO061 5 0 Ton Cooling Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh k
265. 73 5 10 3 150 1 132 8 115 5 98 2 80 9 62 157 0 10 1 157 0 154 6 142 3 125 0 107 7 90 4 57 152 6 10 2 152 6 152 6 146 7 129 4 112 2 94 9 77 211 4 10 9 103 3 84 1 64 8 72 196 3 10 6 133 7 114 4 95 2 75 9 s 5000 67 181 2 10 4 164 1 144 8 125 5 106 3 87 0 62 164 0 10 2 164 0 164 0 154 6 135 4 116 1 96 9 57 159 3 10 2 159 3 159 3 159 5 140 2 121 0 101 7 72 204 6 10 7 146 0 124 7 103 5 82 2 5625 67 188 8 10 4 179 0 157 7 136 5 115 2 93 9 62 170 9 10 2 170 9 170 9 166 3 145 0 123 7 102 4 57 166 1 10 3 166 1 166 1 166 2 144 9 123 6 102 3 72 212 9 10 7 158 4 135 1 111 7 88 4 67 196 5 10 5 194 0 170 7 147 4 124 1 100 8 62 177 9 10 3 177 9 177 9 177 9 154 6 131 3 108 0 57 172 8 10 3 172 8 172 8 172 8 149 5 126 2 102 9 105 77 168 0 12 8 67 5 551 42 0 3125 72 154 2 12 7 90 8 77 7 64 5 51 4 67 140 3 12 6 114 2 100 2 87 1 73 9 60 8 62 128 6 12 4 128 6 126 4 106 8 93 6 80 5 67 3 77 175 2 12 9 77 1 61 9 46 7 72 160 8 12 8 102 2 86 9 71 7 56 5 3750 67 146 4 12 7 127 2 112 0 96 8 81 6 66 4 62 134 1 12 5 134 1 132 7 118 7 103 5 88 2 73 0 57 131 5 12 5 131 5 131 5 118 9 103 7 88 5 73 3 TT 182 4 13 0 86 7 68 6 51 3 72 167 4 12 9 113 5 96 2 78 9 61 6 4375 67 152 4 12 8 140 3 123 8 106 5 89 2 71 9
266. 74 1 79 6 90 100 208 23 1 160 36 0 1 5 16 1 5 5 0 0 E24 18 2 50 0 82 6 89 5 90 100 E36 25 5 2 70 8 108 6 115 5 110 125 E54 40 6 2 112 7 161 0 167 9 175 175 None 74 1 79 6 90 100 E18 18 2 43 3 74 3 81 1 90 100 230 23 1 160 36 0 1 5 16 1 5 5 0 0 E24 24 2 57 7 92 3 99 2 100 100 E36 34 2 81 8 122 4 129 2 125 150 150 E54 54 2 129 9 150 0 156 9 175 175 12 5 None 38 8 41 0 50 50 18 18 2 21 7 38 8 41 0 50 50 460 12 2 87 19 0 0 8 8 1 2 2 0 0 E24 24 2 28 9 46 2 49 0 50 50 E36 34 2 40 9 61 2 64 0 70 70 E54 54 2 65 0 75 1 77 8 90 90 None 28 0 29 8 35 35 E18 18 2 17 3 29 2 31 4 35 35 575 8 7 62 13 5 0 6 6 0 1 8 0 0 E24 24 2 23 1 36 4 38 6 40 40 E36 34 2 32 7 48 4 50 6 50 60 E54 54 2 52 0 59 5 61 7 70 70 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC Johnson Controls Unitary Products 165 528150 YTG G 1210 ZR037 061 Standard Indoor Blower With Powered Convenience Outlet OD Fan Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 MCA Max Fuse gc Size voit each each Motor Motor Outlet MCA wiPwr Breaker Size w Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps 1 s 287 342 35 40
267. 75 3 8 28 6 0 6 2 4 1 8 0 0 E08 9 1 8 7 13 8 16 1 15 20 E15 15 2 14 4 21 23 3 25 25 None 21 5 27 30 35 E06 4 5 1 12 5 23 1 30 30 35 208 11 2 88 17 5 1 5 6 0 5 5 0 0 E08 6 8 1 18 9 31 1 38 35 40 E15 11 3 2 31 4 46 7 53 6 50 60 E20 15 2 41 6 59 5 66 4 60 70 None 21 7 27 30 35 E06 6 1 14 4 25 5 32 4 30 35 230 11 2 88 17 5 1 5 6 0 5 5 0 0 E08 9 1 21 7 34 6 41 4 35 45 049 E15 15 2 36 1 52 6 59 5 60 60 4 E20 20 2 48 1 67 6 74 5 70 80 None 10 8 13 15 15 E06 6 1 7 2 12 8 15 5 15 20 460 5 6 44 8 0 0 8 3 0 2 2 0 0 8 8 3 E15 15 2 18 0 26 3 29 1 30 30 E20 20 2 24 1 33 8 36 6 35 40 None 8 6 10 4 15 15 E08 9 1 8 7 13 8 16 1 15 20 575 4 5 36 7 0 0 6 2 4 1 8 0 0 ET5 T5 5 144 21 233 25 55 E20 20 2 19 2 27 1 29 3 30 30 None 24 9 30 4 35 40 E06 4 5 1 12 5 24 9 30 4 35 40 E08 6 8 1 18 9 31 1 38 35 40 208 13 9 110 21 7 1 5 6 0 5 5 0 0 E15 113 2 314 46 7 536 50 50 20 15 2 41 6 59 5 66 4 60 70 23 8 2 50 0 70 76 8 70 80 None 24 9 30 4 35 40 E06 6 1 14 4 25 5 32 4 35 40 E08 9 1 21 7 34 6 41 4 35 45 230 13 9 110 21 7 1 5 6 0 5 5 0 0 E15 15 2 461 52 6 59 5 60 50 061 20 20 2 48 1 67 6 74 5 70 80 5 E23 24 2 57 7 79 7 86 5 80 90 None 13 1 15 3 20 20 E06 6 1 7 2 13 1 15 5 20 20 E08 9 1 10 8 17 3 20 20 20 459 TA 115 08 p 00 EIE 4 2 78 0 263 29 1 30 30 E20 20 2 24 1 33 8 36 6 35 40 E23 24 2 28 9 39 8 42 6 40 45 None 10 11 8 15 15 E08 9 1 8 7 13 8 16 1 15 20 5 6 43 8 7 0
268. 79 151 129 175 205 243 s 1065 1060 38 24 247 184 268 360 173 141 117 171 206 253 ie 1075 1070 39 24 245 191 278 357 170 143 122 178 209 248 s 1285 1280 48 24 240 281 410 350 156 173 192 280 252 227 192 Johnson Controls Unitary Products 528150 YTG G 1210 Weights and Dimensions ZR037 150 Unit Weights Unit 4 Point Load Weight Unit 6 Point Load Weight m 5 ns a A 4 JE FRONT LEFT LEFT FRONT Size Model Weight Ibs Center of Gravity 4 Point Load Location Ibs 6 Point Load Location Ibs Tons Shipping Operating X Y A B D A B D E F e ZR 872 867 40 3 25 5 205 170 223 269 141 124 110 144 163 185 p ZR 885 880 40 9 25 1 202 172 232 273 139 124 112 151 168 187 ZR 872 867 41 25 198 169 230 269 136 122 110 150 166 184 IE ZR 970 965 38 23 216 161 251 337 151 123 102 160 193 236 TS ZR 970 965 38 23 216 161 251 337 151 123 102 160 193 236 E ZR 1205 1200 38 25 5 297 221 291 390 208 170 141 185 223 274 ae ZR 1205 1200 38 25 5 297 221 291 390 208 170 144 185 223 274 425 ZR 1470 1465 51 25 5 270 363 477 355 172 207 254 334 272 226 Johnson Controls Unitary Products 193 528150 YTG G 1210 ZH ZJ ZR037 150 Unit Accessory W
269. 8 953 1 00 1027 1 19 1100 1 36 1174 1 52 1250 1 67 1327 1 82 1405 1 98 1487 2 16 1572 2 36 2600 923 0 98 997 1 20 1071 1 39 1145 1 56 1219 1 72 1294 1 87 1371 2 02 1450 2 18 1532 2 36 1617 2 56 2800 971 1 20 1046 1 42 1119 1 61 1193 1 78 1267 1 94 1343 2 09 1419 2 24 1498 2 40 1580 2 58 1665 2 78 3000 1023 1 44 1097 1 66 1171 1 85 1245 2 03 1319 2 18 1394 2 33 1471 2 49 1550 2 65 1632 2 82 1717 3 02 3200 1077 1 71 1151 1 93 1225 2 12 1299 2 29 1448 2 60 1525 2 75 1604 2 91 1686 3 09 1771 3 29 3400 1133 1 99 1208 2 21 1282 2 41 1356 2 58 1505 2 88 1582 3 04 1661 3 20 1742 3 37 3600 1192 2 30 1267 2 52 2 71 1489 3 04 1564 3 19 1641 3 34 3800 1253 2 63 1327 2 85 1475 3 21 1549 3 37 3 HP amp Field Supplied Drive 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 ZH102 8 5 Ton Bottom Duct Available External Static Pressure IWG pb 0 2 0 4 0 6 0 8 1 0 1 2 1 4 1 6 1 8 2 0 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP Standard 2 HP amp Drive Hi Static 3 HP amp Drive 2600 731 0 88 786 1 05 83
270. 8 77 42 2 2 9 23 1 16 7 11 9 72 37 7 2 8 28 0 23 3 18 5 13 7 1200 67 33 1 2 7 32 9 29 8 25 0 20 3 15 5 62 28 5 2 6 28 5 285 30 3 25 5 207 15 9 57 27 9 2 7 27 9 27 9 29 1 24 3 19 5 14 7 72 38 2 2 8 30 5 25 2 19 9 14 6 1350 67 33 6 2 7 33 5 31 6 27 0 21 7 16 4 62 28 9 2 7 28 9 289 29 8 24 5 192 13 9 57 28 3 2 7 28 3 283 289 23 6 18 3 13 0 72 38 7 2 8 32 9 27 1 21 3 15 5 1500 67 34 0 2 7 34 0 33 3 289 23 0 17 2 62 29 3 2 7 29 3 29 3 29 3 23 5 17 6 11 8 57 28 7 2 7 28 7 287 28 7 229 17 0 11 2 Johnson Controls Unitary Products 51 528150 YTG G 1210 ZJ037 3 0 Ton Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 125 F 77 28 3 3 3 9 2 7 9 5 4 750 72 25 6 3 2 16 0 13 2 10 3 7 5 67 22 9 3 1 22 9 18 1 15 3 12 4 9 6 62 19 5 3 0 19 5 19 5 19 5 160 13 1 10 3 77 29 4 3 4 13 4 9 6 6 2 72 26 5 3 2 18 6 152 11 8 8 4 900 67 23 7 3 1 23 7 20 8 17 4 14 0 10 6 62 20 2 3 0 20 2 20 2 202 18 0 14 7 11 3 57 20 0 3 1 20 0 20 0 18 8 15 5 12 1 8 7 77 30 4 3 4 17 6 11 3 7 0 72 27 5 3 3 21 1 17 2 132 9 3 1050 67
271. 8 1 24 887 1 42 933 1 59 974 1 74 1010 1 87 1040 1 97 1064 2 03 2800 746 1 02 801 1 20 854 1 38 903 1 56 948 1 73 989 1 88 1025 2 01 1056 2 11 1080 2 17 3000 764 1 17 819 1 35 872 1 53 921 1 71 966 1 88 1007 2 03 1043 2 16 1074 2 26 1098 2 32 3200 785 1 33 840 1 51 892 1 69 941 1 87 987 2 04 1028 2 20 1064 2 33 1094 2 42 1118 2 48 3400 808 1 51 863 1 68 915 1 87 964 205 1010 2 22 1051 2 37 1087 2 50 1117 3600 833 1 70 888 1 87 941 2 06 990 2 24 1035 2 41 1076 2 56 1112 2 69 1167 2 85 3800 861 1 90 916 2 08 969 2 26 1018 2 44 1063 2 61 1104 2 77 1170 2 99 4000 892 2 13 947 2 31 999 2 49 1048 2 67 1094 2 84 1135 2 99 4200 924 2 37 979 2 55 1032 2 73 1081 2 91 1127 3 08 3 HP amp Field Supplied Drive 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 4 Field Supplied Drive 108 Johnson Controls Unitary Products 528150 YTG G 1210 ZH120 10 Ton Bottom Duct Air Flow CFM 2600 2800 3000 3200 3400 3600 3800 4000 4200 4400 4600 0 2 0 4 RPM BHP RPM Field Supplied Drive 722 0 83 776 0 97 744 0 97 798 1 12 769 1 13 823 1 28 797 1 32 851 1 46 828 1 52 882 1 67
272. 8 18 2 43 3 78 6 85 5 100 100 230 23 1 160 36 1 5 9 6 5 5 10 0 E24 24 2 57 7 96 7 103 5 100 110 E36 34 2 81 8 126 7 133 6 150 150 150 E54 54 2 129 9 154 4 161 3 175 175 12 5 None z z 40 5 42 7 50 50 E18 18 2 21 7 40 5 42 7 50 50 460 12 2 87 19 0 8 4 8 2 2 5 0 E24 24 2 28 9 48 3 51 1 50 60 E36 34 2 40 9 63 4 66 1 70 70 E54 54 2 65 0 77 2 80 90 90 None 29 9 31 7 35 40 E18 18 2 17 8 31 5 33 8 35 40 575 8 7 62 13 5 0 6 3 9 1 8 4 0 E24 24 2 23 1 38 7 41 40 45 E36 34 2 32 7 50 8 53 60 60 E54 54 2 52 0 61 8 64 1 70 70 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC 144 Johnson Controls Unitary Products 528150 YTG G 1210 ZH037 061 Hi Static Indoor Blower With Powered Convenience Outlet OD Fan Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 MCA Max Fuse jube Size Voit each each Motor Motor Outlet MCA w Pwr Breaker SES wi Tons Amps Exh Size Pwr Exh RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps Amps None gt z 9 75 10 E03 2 3 1 6 4 29 1 34 9 35 40 208 9 1 68 14 2 1 5 6 0 5 5 10 0 E06 4 5 1 12 5 35 6 42 5 40 45 E15 11 3 2 31 4 59 2 66 1 60 70 None 29 1 34 6 35 40 E03 3 0 1 7 2 29 1 35 9 35
273. 8 6 4 5 58 6 57 8 50 4 402 30 1 62 53 7 4 4 53 7 53 7 53 7 43 6 33 4 23 3 57 51 5 4 4 51 5 51 5 51 5 41 4 31 2 21 1 Johnson Controls Unitary Products 55 528150 YTG G 1210 ZJ061 5 0 Ton Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 1257 77 E 53 4 5 3 21 9 17 7 13 3 1250 72 47 6 5 2 31 8 26 4 21 0 15 6 67 41 7 5 1 41 7 34 1 28 7 23 4 18 0 62 40 0 5 0 40 0 40 0 31 2 25 8 20 5 15 1 77 55 1 5 3 29 6 21 3 14 9 72 49 1 5 3 36 3 29 9 23 6 17 2 1500 67 43 0 5 2 43 0 38 6 322 25 8 19 5 62 41 2 5 1 41 2 41 2 35 0 28 6 22 3 15 9 57 39 7 5 1 39 7 39 7 35 4 29 0 22 6 16 3 77 56 8 5 4 37 4 24 8 16 5 72 50 6 5 3 40 8 33 5 26 1 18 7 1750 67 44 3 5 2 44 3 430 35 7 28 3 20 9 62 42 5 5 1 42 5 42 5 388 31 4 24 1 16 7 57 40 9 5 1 40 9 40 9 39 2 31 8 24 5 17 1 77 58 5 5 5 45 1 28 4 18 1 72 52 1 5 4 45 4 37 0 28 6 20 3 2000 67 45 6 5 3 45 6 456 39 2 30 8 224 62 43 8 5 2 43 8 43 8 42 6 342 25 9 17 5 57 42 2 5 2 42 2 42 2 42 2 34 7 26 3 17 9 72 52 7 5 4 49 5 40 2 31 0 21 8 2250 67 46
274. 8 SI S3HIM uidmhr HIIM 9014 701 9 1 D JIM uddm r OJA z 1 9 1 ns HLIM 529014 3AOM3H O3711VISNI JAY SI S H0123130 3NOMS 31 6 1 uiv 21901 711918 dM 1 wani3u lt i A 91919 310N 335 01 34 HLIM 9014 JAONJY 03111541 S YIZINONODI QHV NYIS NJHM 78 101 wosmas Lo i p SNO 123NNOD LVISONMH3HI 801 MYHOVIQ 1viH3H 135 71 t 131 M1 802 C ALIOVdNY 1102812 ONY ALIOINNH 029 3111 u3wv3ug 1102812 HO ONY 1501 M MIXYM JLVIdINYN LINN 13S 9 Do JAllV138 F s N d d ud 01Z SHOSSiHdNO 710425 SLINA NI ONNOJ ION uv SHIlViH 3SVONNVHD S qe 143 M 49 602 11 NO TVNINH31 AGOZ OL JAIM 0 121 AGOZ 804 AOfZ GIYIM ANOLOVA P rT 1F DX inc FONN 431231044 4119381 aay S8O1On Mie Ws ud I Auvmiud u3QNI 1211044 AT1N3H3JHNI Juv SHOL VH AI LOZ 1 ONISIAM3S H313V 1 8334084 ae vad ul wo d ORR Le TIG AE rl J 1 t 150w LINN 3L IIA 03119415 SY TIM JAI 30 AN 41 NOI 1810 187161798 181 wap 0 DX asz INV V3 NV uou NINIM CELI 1 ld QNIDIAYTS NAHM NO1123NNODS1Q O1 SJHIM 11y 139Y1 NOLIN Z YELM 0011338 32100091 QuYONYLS fi SIHL 10 NOIIVTIVISNI 10 3N L lY 123333 53002 1YNOILIYN ug 2vZ WO QNY 1V201 4112 ONIMOTIO3 03 51 1490297 38 01 9NIYIM 01313 11 1 m TS3ION t
275. 8330 NO NI IVETE Svo LOH ONY 1 304 TIV2 ON NINO IA HUM NO SI Iv3Ha SVD LOH Sausvut ug 66 4 0 266 1 55 LVLSOWY3HL WOO u 1 6 ug 9 6 a lt 6 9 4910 6 S AIEE6 Q 459 266 88 156 e 432ngSNvuL 14155144 Hd 0 6 1 vs O2 quvog 1081NOD 1viHiH ION 335 MOLI2VdV2 NNA NO 031118301 69 6321430 ONV 5NINIM 01313 321A30 ONY ONINIM TYNOI1dO0 S321A3 ONY ONIUIM 48012V1 TOULNOD NY Wu3SN30NOD 9924 QuvO8 1081802 3111 4112114 15 3104 P APZ 32018 TWNINUIL 0383004 1V3H3H H3WHOJSNYHI n 0 JAVA AVM 33HH1 01083105 10S u8 0 6 3ATVA 1102 835430802 01083105 210 1V3H3 QION310S 110 V 10 356141 lt 2 22014 c 1V3H34 OuvOB T1OuINO2 guy u3uviug 1102419 sa u8 9r6 235 O 6 v 061 WV 0N3931 236 AVZ ug 9v6 COCL ud Sv6 2 Y Y Y 5 orre G1Hu 184 411 181 01 ud 666 eznq ua cre A09 ud 1 09 086 S 39v110A 43H10 04 Ag902 V 11 130 33S VA OSI 41 181 01 0 9 s6 22 Kor ug 9r6 A 2 O 6 NVv49OVIQ AYVINAWGS 14 Meme Oa gee Mt 1V4H4
276. 84 3 07 1231 3 18 1276 3 29 1320 3 40 4400 1079 3 01 1132 3 15 1182 3 27 1231 3 39 4600 1129 3 35 3 HP amp Field Supplied Drive 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 ZR150 12 5 Ton Bottom Duct Available External Static Pressure IWG 0 2 0 4 0 6 0 8 1 0 1 2 1 4 1 6 1 8 2 0 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP SER Field Standard 3 HP amp Drive Hi Static 5 HP amp Drive Supplied Drive 3200 837 1 44 889 1 57 940 1 69 989 1 81 1036 1 93 1081 2 04 1125 2 14 1168 2 25 1211 2 36 1252 2 47 3400 870 1 65 922 1 78 973 1 90 1022 2 02 1069 2 13 1114 2 24 1158 2 35 1202 2 46 1244 2 57 1286 2 68 3600 906 1 88 959 2 01 1009 2 13 1058 2 25 1105 2 36 1150 2 47 1195 2 58 1238 2 69 1280 2 80 1322 2 91 3800 945 2 13 998 2 26 1048 2 38 1097 2 50 1144 2 61 1190 2 72 1234 2 83 1277 2 94 1319 3 05 1361 3 16 4000 987 2 40 1040 2 53 1090 2 66 1139 2 78 1186 2 89 1231 3 00 1276 3 11 1319 3 21 1361 3 32 1403 3 43 4200 1032 2 70 1084 2 83 1135 2 95 1184 3 07 1231 3 18 1276 3 29 1320 3 40 1364 3 51 14
277. 861 1 75 915 1 90 897 2 00 951 215 935 2 27 976 2 57 1019 2 88 1065 3 22 0 6 RPM 828 1 11 850 1 26 875 1 42 903 1 60 934 1 81 967 2 04 1002 2 29 Available External Static Pressure IWG 1 4 0 8 RPM BHP Standard 2 878 1 25 900 1 39 925 1 55 953 1 74 983 1 94 1017 2 17 1052 242 1091 2 69 1 0 926 949 974 1001 1032 1065 1101 1180 1223 RPM BHP HP amp Drive 1 37 1 52 1 68 1 86 2 07 2 30 2 55 2 82 3 12 3 43 1 2 RPM 973 995 1020 1048 1186 1227 BHP 1 50 1 64 1 80 1 99 2 95 3 24 RPM 1018 1041 1066 1093 1193 1231 1272 3 HP amp Field Supplied Drive BHP H 1 62 1 76 1 92 2 11 2 80 3 07 3 36 1 6 1063 1085 1110 1168 1201 1237 1275 RPM BHP Static 3 HP amp Drive 1 74 1 88 2 05 2 44 2 67 2 92 3 19 1 8 RPM BHP 1106 1153 2 17 1181 2 35 1212 2 56 1245 2 79 1280 3 04 1319 331 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 ZH150 12 5 Ton Bottom Duct Air Flow CFM 3200 3400 3600 3800 4000 4200 4400 4600 4800 5000 5200 5400 5600 5800 0 2 0 4 RPM BHP RPM BHP Field Supplied Drive 797 1 32 851 1 46 828 1
278. 88 1102812 01140 1S0vHX3 N3NOd 214216 x udi e 222 S gt o UNE W NINIM 310438 8313HNO LN3108 LINII XAV HOlIAS J 1 0 Aladn y rO ATddfS 3M0d NYHOVIGO AYVINIWG 14 Lu 8v08033 SVO LINN SNI 1009 1 F H I 9 3 3 4 3 8 v Typical ZH ZJ ZR078 120 Cooling Unit with Gas Heat 460 575 Volt Wiring Diagram 179 Johnson Controls Unitary Products V Addu 8962149 n i LINN SIHL 9NIO2IAH3S 340439 mer m oO 5123 02510 340 NOILAWS 3 m 0 n v SLINA e Em ES wrs O wie 254 SY8 NON NO 0350 LON MvHOYIQ SVB 3352 SLINN 5 8 INOS NO 0350 823 721
279. 9 348 27 7 57 49 9 3 2 49 9 49 9 50 1 43 0 35 8 287 72 65 2 3 4 48 8 41 0 33 3 25 6 2000 67 58 3 3 3 58 3 50 7 43 0 35 2 27 5 62 51 6 3 3 51 6 51 6 51 6 43 9 36 1 28 4 57 51 4 3 3 51 4 51 4 51 4 43 6 35 9 28 1 105 77 50 6 4 0 19 3 16 2 12 1 1000 72 45 4 3 9 26 7 22 7 18 6 14 5 67 40 1 3 8 34 2 29 1 25 1 21 0 16 9 62 36 2 3 7 36 2 362 30 9 26 9 22 8 18 7 77 52 4 4 0 22 9 182 13 4 72 47 0 3 9 30 1 25 3 20 5 15 7 1200 67 41 5 3 8 37 3 32 5 27 7 22 9 18 1 5 62 37 5 3 7 37 5 37 5 342 29 4 24 6 19 8 57 37 1 37 37 1 37 1 33 8 29 0 242 19 4 77 54 3 4 0 26 6 20 1 14 6 72 48 6 3 9 33 5 28 0 225 17 0 1400 67 43 0 3 8 40 4 35 8 30 3 248 19 3 62 38 8 3 8 38 8 38 8 37 4 31 9 26 4 20 9 57 38 4 3 8 38 4 38 4 37 0 31 4 25 9 20 4 77 56 1 4 1 30 3 22 1 15 9 72 50 2 4 0 36 9 30 6 24 4 18 2 1600 67 44 4 3 9 43 5 39 2 32 9 26 7 20 5 62 40 1 3 8 40 1 40 1 40 7 34 4 282 220 57 39 7 3 8 39 7 39 7 40 2 33 9 27 7 21 5 72 51 6 4 0 40 1 33 2 26 3 19 5 3 1800 67 45 6 3 9 45 2 41 9 35 5 28 6 21 8 62 41 2 3 8 41 2 41 2 41 5 34 6 27 7 20 8 57 40 8 3 8 40 8 40 8 41 0 34 1 27 2 20 4 72 53 0 4 1 43 3 35 8 28 3 20 7 2000 67 46 8 4 0 46 8 44 6 38 1 30 6 23 1 62 42 2 3 9 42 2 42 2 42 2 34 7 27 2 19 6 57 41 8 3 9 41 8 41 8
280. 9 2200 838 0 60 913 0 82 986 1 01 1060 1 19 1134 1 34 1210 1 49 1286 1 65 1365 1 81 1447 1 98 1532 2 18 2400 878 0 78 953 1 00 1027 1 19 1100 1 36 1174 1 52 1250 1 67 1 82 1405 1 98 1487 2 16 2600 923 0 98 997 1 20 1071 1 39 1145 1 56 1219 1 72 1294 1 87 1371 2 02 1450 2 18 E E 2800 971 1 20 1046 1 42 1119 1 61 1193 1 78 1267 1 94 1343 2 09 1419 2 24 E 3000 1023 1 44 1097 1 66 1171 1 85 1245 2 03 2 3200 1077 1 71 1151 1 93 1225 2 12 1299 2 29 3400 1133 1 99 1208 2 21 1 65 2 HP amp Field Supplied Drive 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 2 090 7 5 Ton Bottom Duct Available External Static Pressure IWG cay 0 2 0 4 0 6 0 8 1 0 1 2 1 4 1 6 1 8 2 0 RPM RPM RPM RPM RPM RPM RPM RPM RPM BHP RPM BHP Field Supplied Drive Standard 1 5 HP amp Drive Hi Static 3 HP amp Drive 2000 803 0 45 878 0 67 952 0 86 1026 1 03 1100 1 19 1175 1 34 1252 1 49 1331 1 65 1412 1 83 1497 2 03 2200 838 0 60 913 0 82 986 1 01 1060 1 19 1134 1 34 1210 1 49 1286 1 65 1365 1447 1 98 1532 2 18 2400 878 0 7
281. 9 861 874 0 7 0 7 0 8 0 8 0 9 1 0 1 0 1 1 1 2 0 8 1 0 RPM BHP 1 2 1 0 1 0 1 1 1 1 1 2 1 3 1 3 1 4 1 5 1 6 1 7 1 4 Hi 1035 1050 1064 1078 1091 1078 1089 1102 1115 1130 RPM BHP Static 2 HP amp Drive 1 0 1 1 1 1 1 2 1 2 1 3 1 4 1 5 1 6 1 7 1 6 RPM BHP 1101 1104 1109 1117 1125 1135 1147 1159 1173 1188 1 8 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 RPM BHP 2 HP amp Field Supplied Drive 2 0 RPM BHP 1232 1288 1 4 1245 1 5 1253 1 5 1263 1 6 1275 1 7 1287 1 8 116 Johnson Controls Unitary Products 528150 YTG G 1210 ZR078 150 Side Duct Application ZR078 6 5 Ton Side Duct Air Flow CFM 1800 2000 2200 2400 2600 2800 3000 3200 3400 1 0 2 RPM BHP 1 5 HP 778 0 37 803 0 50 833 0 64 866 0 80 902 0 97 941 1 16 983 1 37 1028 1 60 1074 1 84 0 4 RPM BHP amp Field Supplie 838 0 56 864 0 69 893 0 83 926 0 99 962 1 16 1002 1 35 1043 1 56 1088 1 79 1134 2 03 0 6 RPM BHP d Drive 8
282. 9 5 72 46 8 4 7 3750 67 46 0 4 6 20 1 18 3 16 5 14 6 62 43 9 4 8 42 5 40 6 38 8 37 0 35 2 57 43 5 4 7 43 5 43 5 41 6 39 8 38 0 65 F 72 43 5 5 9 1875 67 42 6 5 7 3 6 3 2 2 8 2 5 62 40 6 5 5 11 6 11 2 10 8 10 4 10 1 72 43 7 5 9 2250 67 42 8 5 7 5 9 5 3 4 6 3 9 62 40 8 5 4 18 9 18 2 17 6 16 9 16 2 57 39 3 5 4 23 3 22 6 21 9 21 3 20 6 72 44 0 5 8 2625 67 43 0 5 6 8 3 7 3 6 4 5 4 62 41 0 5 4 26 2 25 3 24 3 23 3 22 4 57 39 5 5 3 31 5 31 2 30 2 29 2 28 3 72 44 2 5 8 3000 67 43 3 5 6 10 6 9 4 8 1 6 9 62 41 2 5 3 33 5 32 3 31 0 29 8 28 6 57 39 7 5 3 39 7 39 7 38 5 37 2 36 0 72 44 6 5 8 3375 67 43 7 5 5 13 0 11 6 10 1 8 6 62 41 6 5 3 37 8 37 2 35 7 34 2 32 8 57 40 1 5 3 40 1 40 1 38 6 37 2 35 7 72 45 1 5 7 3750 67 44 1 5 5 15 4 13 7 12 1 10 4 62 42 0 5 3 42 0 42 0 40 4 38 7 37 0 57 40 5 5 2 40 5 40 5 38 8 37 1 35 4 82 Johnson Controls Unitary Products 528150 YTG G 1210 ZRO090 7 5 Ton Reheat Continued Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kw 85 80 75 70 65 MBh kW 85 80 75 70 65 85F 72 39 2 6 7 1875 67 38 0 6 3 62 34
283. 9 6 0 72 40 1 6 6 2250 67 38 9 6 3 3 8 3 3 2 8 2 4 62 35 7 6 0 11 3 10 8 10 3 9 9 9 4 57 35 3 6 0 122 11 7 11 3 10 8 10 3 72 41 0 6 6 2625 67 39 8 6 2 7 5 6 5 5 6 4 6 62 36 5 6 0 226 21 6 20 7 197 18 8 57 36 1 6 0 24 6 243 234 224 21 5 72 41 9 6 6 67 40 7 6 2 11 2 9 8 8 3 6 9 3090 62 37 3 5 9 33 9 32 5 31 0 29 6 28 2 57 36 9 5 9 36 9 36 9 35 5 34 1 32 6 72 42 5 6 5 m 67 41 2 6 2 14 0 12 3 10 6 8 9 62 37 9 5 9 36 1 35 4 33 7 32 0 30 3 57 37 4 5 9 37 4 37 4 35 7 34 0 32 3 72 43 1 6 5 3750 67 41 8 6 2 168 148 128 10 8 62 38 4 5 9 384 384 364 344 324 57 37 9 5 9 37 9 37 9 36 0 34 0 32 0 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor Johnson Controls Unitary Products 83 528150 YTG G 1210 ZR102 8 5 Ton Cooling Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MB
284. 90 E24 24 2 57 7 93 2 100 100 100 078 E36 34 2 81 8 123 2 130 1 125 150 6 5 None 21 1 23 3 25 25 E09 9 1 10 8 24 26 8 25 30 460 4 9 34 7 7 0 8 3 4 2 8 5 0 E18 18 2 21 7 37 6 40 3 40 45 E24 24 2 28 9 46 6 49 3 50 50 E36 34 2 40 9 61 6 64 4 70 70 None 16 5 18 3 20 20 E09 9 1 8 7 19 2 21 5 20 25 575 3 8 28 6 0 6 2 7 1 8 4 0 E18 18 2 17 3 30 32 3 30 35 E24 24 2 23 1 37 2 39 5 40 40 E36 34 2 32 7 49 3 51 5 50 60 None 53 4 58 9 60 70 E09 6 8 1 18 9 53 4 58 9 60 70 208 11 9 88 18 5 3 5 9 6 5 5 10 0 E18 13 5 2 37 5 71 3 78 2 80 80 E24 18 2 50 0 87 93 8 90 100 E36 25 5 2 70 8 113 119 9 125 125 None 53 4 58 9 60 70 E09 9 1 21 7 53 4 58 9 60 70 230 11 9 88 18 5 3 5 9 6 5 5 10 0 E18 18 2 43 3 78 6 85 5 80 90 E24 24 2 57 7 96 7 103 5 100 110 090 E36 34 2 81 8 126 7 133 6 150 150 7 5 None 2 24 7 26 9 25 30 E09 9 1 10 8 25 8 28 5 30 30 460 52 44 8 1 1 6 4 8 2 2 5 0 E18 18 2 21 7 39 3 42 1 40 45 E24 24 2 28 9 48 3 51 1 50 60 E36 34 2 40 9 63 4 66 1 70 70 None 21 3 23 1 25 25 E09 9 1 8 7 21 3 23 1 25 25 575 4 8 36 7 5 1 3 3 9 1 8 4 0 E18 18 2 17 3 31 5 33 8 35 35 E24 24 2 23 1 38 7 41 40 45 E36 34 2 32 7 50 8 53 60 60 None 54 1 59 6 60 70 E09 6 8 1 18 9 54 1 59 6 60 70 208 12 2 88 19 3 5 9 6 5 5 10 0 E18 13 5 2 37 5 71 3 78 2 80 80 E24 18 2 50 0 87 93 8 90 100 E36 25 5 2 70 8 113 119 9 125 125 None 54 1 59 6 60 70 E09 9 1 21 7 54 1 59 6 60 70 230
285. 90 100 E36 25 5 2 70 8 109 5 116 4 110 125 E54 40 6 2 112 7 161 9 168 7 175 175 None 59 8 65 3 70 80 E18 18 2 43 3 75 1 82 80 90 230 16 110 24 9 3 5 6 8 5 5 10 0 E24 24 2 57 7 93 2 100 100 100 E36 34 2 81 8 123 2 130 1 125 150 120 E54 54 2 129 9 150 9 157 8 175 175 10 None 29 2 31 4 35 35 E18 18 2 21 7 37 6 40 3 40 45 460 7 8 52 12 1 1 6 3 4 2 2 5 0 E24 24 2 28 9 46 6 49 3 50 50 E36 34 2 40 9 61 6 64 4 70 70 E54 54 2 65 0 75 5 78 2 80 90 None 22 1 23 9 25 25 E18 18 2 17 3 30 32 3 30 35 575 5 7 389 89 1 3 2 7 1 8 4 0 E24 24 2 23 1 37 2 39 5 40 40 E36 34 2 32 7 49 3 51 5 50 60 E54 54 2 52 0 60 3 62 6 70 70 None 77 6 83 1 100 100 E18 13 5 2 37 5 77 6 83 1 100 100 208 23 1 160 36 1 5 9 6 5 5 10 0 E24 18 2 50 0 87 93 8 100 100 E36 25 5 2 70 8 113 119 9 125 125 E54 40 6 2 112 7 165 4 172 2 175 175 None 77 6 83 1 100 100 E18 18 2 43 3 78 6 85 5 100 100 230 23 1 160 36 1 5 9 6 5 5 10 0 E24 24 2 57 7 96 7 103 5 100 110 E36 34 2 81 8 126 7 133 6 150 150 150 E54 54 2 129 9 154 4 161 3 175 175 12 5 None 3 40 5 42 7 50 50 E18 18 2 21 7 40 5 42 7 50 50 460 12 2 87 19 0 8 4 8 2 2 5 0 E24 24 2 28 9 48 3 51 1 50 60 E36 34 2 40 9 63 4 66 1 70 70 E54 54 2 65 0 77 2 80 90 90 None 29 9 31 7 35 40 E18 18 2 17 3 31 5 33 8 35 40 575 87 62 13 5 0 6 3 9 1 8 4 0 E24 24 2 23 1 38 7 41 40 45 E36 34 2 32 7 50 8 53 60 60 E54 54 2 52 0 61 8 64 1 70 70
286. 930 601 3341 1 0320V1d38 38 1508 1 38 150 LINN HLIM 03114405 Sv JYIM JHI 30 ANY j SAO INYO ONY uidOHdM ISNYI SHO ONINIM 51041802 9N121AH3S N3HM NOIL23NNOOSIQ Ol 80184 S3UIM 11 138Y1 NOI10V2 LINN SIHL 30 NOIIVI VISNI 30 3MIL LY 133443 NI 53002 1YNO LVN YO ONY 1Y201 71112 01103 43 5114 022 38 01 ONINIM 01313 11Y TSTION g 1L 5 95 141 se oos 52 9 4 35012 8340 9154 38055384 9N 1v3340 321A30 1 10 AHOSS 322 I W3LSAS S1081NO2 SVB 335 SiiNn SYG BO Ld MOI123NNO 83 3AOM38 LON 00 SYB 310N ure THA 07972 0 Sv2 3108 71V130 8313MO 1N310d NOILISOd HNNININ 310038 135 079729 970752 nj En 21901 614 615 t wie 1 NU TI gt 8 0101 D nmi8 295 Fo ALIS lenis 04 pip 1VISOMU3HI MOON 1V2 dAL 1V1S 1 NO 031 ozol 30 CYYNO 1140 9 lt s1 OHO 310N 33 isn 1S A4 diy nania o YOSNIS m D DI A1918 9 310N 335 1902 A1102 23 o 151 va 9 BI
287. 95 0 73 921 0 85 951 1 00 984 1 15 1020 1 33 1059 1 52 1101 1 73 1145 1 95 1192 2 20 Available External Static Pressure IWG 0 8 1 0 RPM BHP RPM BHP Standard 1 951 0 88 1005 1 01 977 1 00 1031 1 14 1006 1 14 1061 1 28 1039 1 30 1094 1 43 1076 1 47 1130 1 61 1115 1 67 1169 1 80 1157 1 88 1211 2 01 1201 2 10 1255 2 24 1 2 RPM BHP 5 HP amp Drive 1059 1 13 1085 1 26 1114 1 40 1147 1 56 1183 1 73 1222 1 92 1264 2 13 RPM 1112 1138 1168 1201 1237 1 4 BHP 1 25 1 37 1 51 1 67 1 85 BHP 1 36 1 49 1 63 1 78 1 96 1 8 RPM BHP 1221 1247 1276 1309 1 47 1 60 1 74 1 90 1385 2 26 2 HP amp Field Supplied Drive Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 ZR090 7 5 Ton Side Duct Air Flow CFM 2000 2200 2400 2600 2800 3000 3200 3400 3600 3800 1 0 2 RPM BHP 1 5 HP amp Field 803 0 50 833 0 64 866 0 80 902 0 97 941 1 16 983 1 37 1028 1 60 1074 1 84 1123 2 10 1174 2 38 0 4 RPM BHP Supplied Drive 864 0 69 893 0 83 926 0 99 962 1 16 1002 1 35 1043 1 56 1088 1 79 1134 2 03 1183 2 29 1234 2 57 RPM 921 951 984 1020 1059 1101 1145 1192 1241 1292 0 6 BHP 0 85 1 00 1
288. 97 9 97 9 81 9 658 49 8 57 98 8 6 2 98 8 98 8 98 8 82 8 66 8 50 7 105 F 77 99 1 7 6 39 5 33 4 24 8 1875 72 89 4 7 5 55 1 465 37 9 29 3 67 79 6 7 3 70 7 59 6 51 0 42 4 33 8 62 70 5 7 1 70 5 70 5 63 1 54 5 45 9 37 3 77 102 3 7 7 47 3 37 3 27 3 72 92 2 7 5 61 7 51 7 41 7 31 6 2250 67 82 2 7 8 76 1 66 0 56 0 46 0 36 0 62 72 7 7 2 72 7 72 7 69 3 59 3 49 3 39 3 57 75 0 7 2 75 0 75 0 66 9 56 9 46 9 36 9 77 105 4 7 8 55 1 41 1 29 7 72 95 1 7 6 68 3 56 8 45 4 34 0 2625 67 84 7 7 4 81 4 72 5 61 1 49 6 382 62 75 0 7 2 75 0 75 0 75 5 64 1 52 7 412 57 77 3 7 2 77 8 77 3 72 9 61 5 50 1 38 6 77 108 6 7 8 62 9 45 0 32 2 72 97 9 7 6 74 8 62 0 49 1 36 3 3000 67 87 3 7 4 86 7 79 0 66 1 53 3 40 4 62 77 2 7 3 77 2 77 2 818 68 9 56 0 432 57 79 6 7 3 79 6 79 6 78 9 66 1 53 2 40 4 72 99 7 7 7 81 7 67 4 53 0 38 6 2 3375 67 88 9 7 5 88 6 83 6 71 3 57 0 42 6 62 78 7 7 3 78 7 78 7 80 9 666 522 37 9 57 81 1 7 8 81 1 81 1 80 7 66 4 520 37 7 72 101 6 Lal 88 6 72 8 56 9 41 0 3750 67 90 5 7 5 90 5 88 2 765 60 7 44 8 62 80 1 7 8 80 1 80 1 80 1 64 3 484 32 5 57 82 5 7 8 82 5 825 825 66 7 50 8 34 9 Johnson Controls Unitary Products 59 528150 YTG G 1210 ZJ090 7 5 Ton Continued Air on Tempe
289. 99 9 N3dO HOLIMS Z LIWII 491088 HOLIMS SdY 4 94 807095 WOSN3S OVO 49 066 2 PELE a 1 4 WOS 7 110 MEO Trai 8 nOD T D 34 C uus GE Sov els Pu 3 WOSN3S HVO e i 3 WOSN3S LVO HR 8 15 AW NOI 8 308 U 8 198 SSNS gov ras 3 05 48 289 sss NOSN3S 1 5 v 024 214 05815 22 45 n ved 4 228 114815 HLIM ser ka RES eH 2 de 91 oi 1 898 SNOILY2INDHNOO 30 SSO1 2 318 21144 ION 1H 140 12 to 1 2 1081802 Y SI SIHL AQVilS NO 1071 seth Tish TE Ses OT ONL gt 53402 5 14 NNOD INIT 1191 1419030 Bov OND 88 128 qug gue 49 616 4 t y8 196 804A uU 086 1081NOO NI 961 9 9 TET 238 Are Lan IG LOS OOA t 90 VNY Ex 85 LINHA RU vid LINN 33 TO Linn ES d 5 9 8 268 4 NUD u 41021 E TE aan 88 611 f 23 om vare ga 1 181 10 ANVINJRGTS LINN AQV38 N31SAS STOYLNOD l 1 r H 9 1 3 4 2 8 Y
290. ACR type per NEC Johnson Controls Unitary Products 163 528150 YTG G 1210 ZR078 150 Hi Static Motor Without Powered Convenience Outlet OD Fan Suppl Pwr Pwr 2 Compressors Motors lowe Exh Conv Electric Heat Option i Size each h Motor Motor Outlet MCA w Pwr Breaker t Tons Volt eac Amps Exh Size Size w Pwr RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps pee None 42 9 48 4 50 60 E09 6 8 1 18 9 42 9 48 4 50 60 208 14 1 95 22 0 1 5 8 2 5 5 0 0 E18 18 5 2 37 5 57 1 64 0 60 70 E24 18 2 50 0 72 7 79 6 80 80 E36 255 2 70 8 98 7 105 6 100 110 None 42 9 48 4 50 60 E09 9 1 21 7 42 9 48 4 50 60 230 14 1 95 22 0 1 5 8 2 5 5 0 0 E18 18 2 43 3 64 4 71 3 70 80 E24 24 2 57 7 82 4 89 3 90 90 078 E36 34 2 81 8 112 5 119 4 125 125 6 5 None 20 1 22 3 25 25 E09 9 1 10 8 20 1 22 3 25 25 460 6 4 45 10 0 0 8 4 1 2 2 0 0 E18 18 2 21 7 32 2 34 9 35 35 E24 24 2 28 9 41 2 44 0 45 45 E36 34 2 40 9 56 2 59 0 60 60 None 17 0 18 8 20 20 E09 9 1 8 7 17 0 18 8 20 20 575 54 38 8 5 0 6 3 6 1 8 0 0 E18 18 2 17 3 26 2 28 4 30 30 E24 24 2 23 1 33 4 35 6 35 40 E36 34 2 32 7 45 4 47 6 50 50 None 47 0 52 5 60 60 E09 6 8 1 18 9 47 0 52 5 60 60 208 14 7 115 23 0
291. Airflow CFM 1 600 1 400 1 200 Blower Motor BHP 0 86 1 03 1 13 Octave Center Freq Hz ID Blower Cooling ID Blower Cooling ID Blower Cooling Only dB Operation dB Only dB Operation dB Only dB Operation dB 63 80 82 82 83 84 84 125 76 77 76 77 78 79 250 71 72 72 72 74 74 500 69 69 69 69 70 70 1000 65 65 69 69 70 70 2000 64 64 64 64 65 65 4000 63 63 63 63 64 64 8000 58 58 58 58 59 59 1 Cooling Operation ID blower compressor and outdoor fan operating at 230 VAC Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively UNIT DESCRIPTION MODEL ZH ZJ ZRO61 5 Ton High Static Belt Drive TEST CONFIGURATION Horizontal Side Supply Ducted Discharge Indoor Blower Speed RPM 1 009 5 5 Turns Open Equivalent 1 131 3 Turns Open Equivalent 1 184 2 Turns Open Equivalent External Static Pressure IWG 1 0 1 6 2 0 Nominal Airflow CFM 2 000 1 800 1 600 Blower Motor BHP 1 04 1 25 1 39 Octave Center Freq Hz ID Blower Cooling ID Blower Cooling ID Blower Cool
292. Bulb F F MBh kw 85 80 75 70 65 MBh kW 85 80 75 70 65 85 F 72 83 0 10 2 3125 67 73 4 9 4 12 6 11 4 10 1 8 8 62 66 4 8 9 44 7 43 4 42 1 40 9 39 6 72 84 3 10 5 3750 67 74 4 9 7 10 8 9 3 7 9 6 4 62 67 3 9 3 47 1 45 6 44 2 42 7 41 3 57 65 5 9 7 55 5 54 1 52 7 51 2 49 8 72 85 5 10 9 4375 67 75 5 10 1 8 9 7 2 5 6 4 0 62 68 2 9 6 49 5 47 9 46 2 44 6 43 0 57 66 4 10 0 59 4 57 6 56 0 54 4 52 8 72 86 8 11 3 67 76 5 10 5 7 0 5 2 3 4 1 6 3009 62 69 1 10 0 51 9 50 1 48 3 46 5 44 7 57 67 4 10 4 63 3 61 2 59 4 57 6 55 8 72 94 4 11 3 5625 67 83 4 10 5 16 4 13 9 11 3 8 8 62 75 4 9 9 75 4 73 1 70 6 68 0 65 5 57 73 4 10 4 73 4 73 4 73 4 73 4 71 5 72 102 0 11 3 6250 67 90 3 10 4 25 9 22 6 19 3 16 0 62 81 7 9 9 81 7 81 7 81 7 81 7 81 7 57 79 5 10 3 79 5 79 5 79 5 79 5 79 5 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor Johnson Controls Unitary Products 95 528150 YTG G 1210 Drive Selection 1 Determine side or bottom supply duct Application 2 Determine desired airflow 3 Calculate or measure the amount of external static pressure Add or
293. C FLA FLA FLA FLA Model kW Stages Amps Amps Amps Amps None e 9 9 4 4 E03 2 3 1 6 4 18 9 24 4 25 30 208 9 1 68 14 2 1 5 6 0 5 5 0 0 E06 4 5 1 12 5 23 1 30 25 30 8 8 3 E15 11 3 2 31 4 46 7 53 6 50 60 None 18 9 24 4 25 30 E03 3 1 7 2 18 9 24 4 25 30 230 9 1 68 14 2 1 5 6 0 5 5 0 0 E06 6 1 14 4 25 5 32 4 30 35 037 E08 9 1 21 7 34 6 41 4 35 45 3 E15 15 2 36 1 52 6 59 5 60 60 None 9 4 6 E03 3 1 3 6 9 4 11 6 15 15 460 4 5 34 7 0 8 3 0 2 2 0 0 E06 6 1 7 2 12 8 15 5 15 20 E08 9 1 10 8 17 3 20 20 20 E15 15 2 18 0 26 3 29 1 30 30 None 8 9 6 575 3 8 28 6 0 6 2 4 1 8 0 0 E08 9 1 8 7 13 8 16 1 15 20 E15 15 2 14 4 21 23 3 25 25 None 21 5 27 30 35 E06 4 5 1 12 5 23 1 30 30 35 208 11 2 88 17 5 1 5 6 0 5 5 0 0 E08 6 8 1 18 9 31 1 38 35 40 E15 11 3 2 31 4 46 7 53 6 50 60 E20 15 2 41 6 59 5 66 4 60 70 None 21 5 27 30 35 E06 6 1 14 4 25 5 32 4 30 35 230 11 2 88 17 5 1 5 6 0 5 5 0 0 E08 9 1 21 7 34 6 41 4 35 45 E15 15 2 36 1 52 6 59 5 60 60 p E20 20 2 48 1 67 6 745 70 80 None 10 8 13 15 15 E06 6 1 7 2 12 8 15 5 15 20 460 5 6 44 8 0 0 8 3 0 2 2 0 0 E08 9 1 10 8 17 3 20 20 20 E15 15 2 18 0 26 3 29 1 30 30 E20 20 2 24 1 33 8 36 6 35 40 None 8 6 10 4 15 15 E08 9 1 87 13 8 16 1 15 20 575 45 36 7 0 0 6 2 4 1 8 0 0 ETE 15 2 144 21 233 25 55 E20 20 2 19 2 27 1 29 3 30 30 None 25 7 31 2 35 40 E06 4 5 1 12 5 25 7 31 2 35 40 E08 6 8 1 18 9 32 1 39 35 45 208 13 9 110 2
294. E24 18 2 50 0 87 93 8 90 100 E36 25 5 2 70 8 113 119 9 125 125 None 53 4 58 9 60 70 E09 9 1 21 7 53 4 58 9 60 70 230 11 9 88 18 5 3 5 9 6 5 5 10 0 E18 18 2 43 3 78 6 85 5 80 90 E24 24 2 57 7 96 7 103 5 100 110 090 E36 34 2 81 8 126 7 133 6 150 150 7 5 None 2 24 7 26 9 25 30 E09 9 1 10 8 25 8 28 5 30 30 460 52 44 8 1 1 6 4 8 2 2 5 0 E18 18 2 21 7 39 3 42 1 40 45 E24 24 2 28 9 48 3 51 1 50 60 E36 34 2 40 9 63 4 66 1 70 70 None 21 3 23 1 25 25 E09 9 1 8 7 21 3 23 1 25 25 575 4 8 36 7 5 1 3 3 9 1 8 4 0 E18 18 2 17 3 31 5 33 8 35 35 E24 24 2 23 1 38 7 41 40 45 E36 34 2 32 7 50 8 53 60 60 None 54 1 59 6 60 70 E09 6 8 1 18 9 54 1 59 6 60 70 208 12 2 88 19 3 5 9 6 5 5 10 0 E18 13 5 2 37 5 71 3 78 2 80 80 E24 18 2 50 0 87 93 8 90 100 E36 25 5 2 70 8 113 119 9 125 125 None 54 1 59 6 60 70 E09 9 1 21 7 54 1 59 6 60 70 230 12 2 88 19 3 5 9 6 5 5 10 0 E18 18 2 43 3 78 6 85 5 80 90 E24 24 2 57 7 96 7 103 5 100 110 102 E36 34 2 81 8 126 7 133 6 150 150 8 5 None 26 1 28 3 30 30 E09 9 1 10 8 26 1 28 5 30 30 460 5 8 44 9 1 6 4 8 2 2 5 0 E18 18 2 21 7 39 3 42 1 40 45 E24 24 2 28 9 48 3 51 1 50 60 E36 34 2 40 9 63 4 66 1 70 70 None 20 4 22 2 25 25 E09 9 1 8 7 20 7 23 25 25 575 4 4 36 55 1 3 3 9 1 8 4 0 E18 18 2 17 3 31 5 33 8 35 35 E24 24 2 23 1 38 7 41 40 45 E36 34 2 32 7 50 8 53 60 60 158 Johnson Controls Unit
295. E36 34 2 81 8 126 7 133 6 150 150 120 E54 54 2 129 9 154 4 161 3 175 175 10 None 34 6 36 8 40 45 18 18 2 21 7 39 3 42 1 40 45 460 9 6 70 15 0 1 6 4 8 2 2 5 0 E24 24 2 28 9 48 3 51 1 50 60 E36 34 2 40 9 63 4 66 1 70 70 E54 54 2 65 0 77 2 80 90 90 None 272 29 30 35 E18 18 2 17 3 31 5 33 8 35 35 575 7 4 53 11 5 1 3 3 9 1 8 4 0 E24 24 2 23 1 38 7 41 40 45 E36 34 2 32 7 50 8 53 60 60 E54 54 2 52 0 61 8 64 1 70 70 None 83 2 88 7 100 110 18 13 5 2 37 5 83 2 88 7 100 110 208 23 1 160 36 1 5 15 2 5 5 10 0 E24 18 2 50 0 94 100 8 100 110 E36 25 5 2 70 8 120 126 9 125 150 E54 40 6 2 112 7 172 4 179 2 175 200 None 83 2 88 7 100 110 E18 18 2 43 3 85 6 92 5 100 110 230 23 1 160 36 1 5 15 2 5 5 10 0 E24 24 2 57 7 103 7 110 5 110 125 E36 34 2 81 8 133 7 140 6 150 150 150 E54 54 2 129 9 161 4 168 3 175 175 12 5 None 43 3 45 5 50 50 E18 18 2 21 7 43 3 45 6 50 50 460 12 2 87 19 0 8 7 6 2 2 5 0 E24 24 2 28 9 51 8 54 6 60 60 E36 34 2 40 9 66 9 69 6 70 70 E54 54 2 65 0 80 7 83 5 90 90 None 32 1 33 9 40 40 E18 18 2 17 3 34 3 36 5 40 40 575 8 7 62 13 5 0 6 6 1 1 8 4 0 E24 24 2 23 1 41 5 43 7 45 45 E36 34 2 32 7 53 5 55 8 60 60 E54 54 2 52 0 64 6 66 8 70 70 1 Minimum Circuit Ampacity 2 Dual Element Time Delay Type 3 HACR type per NEC Johnson Controls Unitary Products 147 528150 YTG G 1210 ZJ037 061 Standard Indoor Blower Without Powered Convenience Outlet
296. HLIM 032 7438 38 150 11 03A0M2H OWOSNIS ul r gt 47102 2 38 ISAW LINN HLIM 03114405 Sv 3HIM 3HL 10 ANY jl NOll83dO dna Ti p 6 nOuiONVO ONY uidOudM 350 2 NY SuONN3 ONIMIM 51081009 ALIGINNH NH ONI2IAN3S N3HM NOII23NNOOS Q 01 HOIHd S3HIM 11 138V1 NOI IRMVO 2 DoSMuvnu E Is N 3 re LINN SIHL 30 NOIIYTTVISNI 10 3IL LY 123443 NI 53002 1YNO LYN 0 20 m m ddd 4 012 ail BO ONY 1Y201 74112 SNIMOTION 03 5114 022 38 01 ONIHIM 01314 TY 1 FTT J D X 18 922 d T mna 2 391602 t vas nO En a i 5 05 141 4110 man udr2sv 7 re 1 sa oos sz sz9 Trier Los _ 181 ma D N dn 1 Nado SV8 NON NO 123S H37 NONO23 GUVONVIS 14 141 ug zv2 artes 144 i m lt o 91542 38055384 1 340 321 30 05 9 18 952 310N 335 Feu 0 112 olo vars 0 STOULNOD 3 31 4 g ss2 154 141 9 PIE s e ss sv um ri 006 sou isa 34 Y 41862 v 734 nwn 6 ooz sw 27 3010 7 340 BIREZ td Ka m CL In AZ 00000000 34 6 134 62 020 321 30 YA SL 14 88 H 3univuddM31 5NI 1vU3dO 23S AVZ 2 0 STOULNOD 3uflVN3dN1l u8 652 A ACA 4 002 Pos rO 102 2H 1 S __g 34 14 62 2 au cx Y x 01 310N 125 318 1 38 262 1 SE cwm Mii
297. HP Hi Static 2 HP amp Drive 1150 1 33 1206 1 46 1265 1 59 1175 1 46 1231 1 59 1289 1 72 1203 1 61 1259 1 73 1317 1 87 1234 1 77 1290 1 90 1348 2 03 1268 1 95 1324 2 07 1382 2 21 1304 2 14 1361 2 27 2 HP amp Field Supplied Drive 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 7 090 7 5 Ton Side Duct Air Flow CFM 2000 2200 2400 2600 2800 3000 3200 3400 3600 3800 0 2 0 4 RPM BHP RPM Field Supplied Drive 776 0 35 838 0 56 804 0 50 866 0 71 835 0 66 897 0 87 869 0 84 931 1 05 906 1 03 968 1 25 945 1 25 1007 1 46 987 1 48 1048 1 69 1030 1 73 1092 1 94 1076 1 99 1138 2 20 1124 2 27 1185 2 48 0 6 897 925 956 990 1027 1066 1107 1151 1197 1245 0 75 0 90 1 06 1 24 1 43 1 65 1 88 2 12 2 39 2 67 Available External Static Pressure IWG 0 8 RPM 954 982 1013 1047 1084 1123 1165 1208 1254 1302 BHP Stan 0 92 1 06 1 22 1 40 1 60 1 81 2 04 2 29 2 56 2 84 1 0 1 2 RPM BHP RPM BHP dard 1 5 HP amp Drive 1010 1 07 1064 1 20 1038 1 21 1092 1 35 1069 1 37 1124 1 51 1103 1 55 1158 1 69 1139 1 75 1194 1 89 1179 1 96 1234 2 10 1220 2 19 1275 2 33 1264 2 44 1319
298. HP RPM RPM BHP En Bled ore Standard 2 HP amp Drive Hi Static 3 HP amp Drive 2200 715 072 768 0 85 818 0 98 867 1 09 914 1 21 960 1 32 1004 143 1047 1 53 1131 1 75 2400 734 0 83 786 0 96 837 1 08 886 1 20 933 1 31 978 1 42 1022 153 1066 1 64 1150 1 86 2600 755 0 95 808 108 858 1 20 907 1 32 954 144 1000 1 55 1044 1 65 1087 1 76 1171 1 98 2800 779 1 09 832 1 22 882 1 35 931 146 978 1 58 1024 1 69 1068 1 80 1111 1 90 1195 2 12 3000 806 1 25 859 1 38 910 1 51 958 1 63 1005 1 74 1051 1 85 3200 837 1 44 889 1 57 940 1 69 989 1 81 1036 1 93 3400 870 1 65 922 1 78 973 1 90 1022 2 02 1095 1 96 1181 247 1222 228 1125 2 14 1168 2 25 1211 2 36 1252 2 47 1114 2 24 1158 2 35 1202 2 46 1244 2 57 1286 2 68 3600 906 1 88 959 2 01 1009 2 13 1058 2 25 1150 2 47 1195 2 58 1238 2 69 1280 2 80 1322 2 91 3800 945 2 13 998 2 26 1048 2 38 1097 2 50 1190 2 72 1234 2 83 1277 2 94 1319 3 05 1361 3 16 4000 987 2 40 1040 2 53 1090 2 66 1139 2 78 1186 2 89 1231 3 00 1276 3 11 1319 3 21 1361 3 32 1403 3 43 4200 1032 2 70 1084 2 83 1184 3 07 1231 3 18 1276 3 29 1320 3 40 3 HP amp Field Supplied Drive 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to dete
299. I COOLING PERFORMANCE Gross Capacity ARI A point MBh 37000 50000 62000 ARI net capacity MBh 36000 48000 60000 EER 11 8 11 8 11 8 SEER 14 14 14 IPLV Nominal CFM 1200 1600 2000 System power KW 3 05 4 07 5 10 Refrigerant type R 410A R 410A R 410A Refrigerant charge Ib oz System 1 7 4 6 14 7 12 System 2 ARI HEATING PERFORMANCE Heating model A05 A07 A09 A05 A07 A09 A07 A09 A13 Heat input K Btu 60 80 120 60 80 120 80 120 160 Heat output K Btu 49 65 97 49 65 97 65 97 129 AFUE Steady state efficiency 96 81 5 81 81 81 5 81 81 81 81 80 5 No burners 4 4 6 4 4 6 4 6 8 No stages 1 1 1 1 1 1 1 1 1 Temperature Rise Range F 20 50 F 25 65 F 50 80 F 20 50 F 25 65 F 40 70 F 25 65 F 35 65 F 45 75 Gas Limit Setting F 235 F 200 255 F 235 F 200 255 F 200 245 240 Gas piping connection in 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 DIMENSIONS inches Length 89 89 89 Width 59 59 59 Height 42 42 42 OPERATING WT Ibs 723 763 772 COMPRESSORS Type Recip Recip Recip Quantity 1 1 1 Unit Capacity Steps 100 100 100 CONDENSER COIL DATA Face area Sq Ft 11 9 18 5 18 5 Rows 1 1 1 Fins per inch 23 23 23 Tube diameter in MM 1 25 71 18 71 18 Circuitry Type 2 pass Microchannel 2 pass Microchannel 2 pass Microchannel EVAPORATOR COIL DATA Face area Sq Ft 8 8 10 6 Rows 3 3 3 Fins per inch 15 15 15 Tube diameter 0 375 0 375 0 375 Refrigerant control TXV T
300. IREMENTS All unit power wiring shall enter unit cabinet at a single factory provided location and be capable of side or bottom entry to minimize roof penetrations and avoid unit field modifications Separate side and bottom openings shall be provided for the control wiring STANDARD LIMITED WARRANTIES Compressor 5 Years Heat Exchanger 10 Years Elect Heat Elem 5 Years Parts 1 Year FACTORY INSTALLED OPTIONAL OUTDOOR AIR Shall be made available by either or ELECTRONIC ENTHALPY AUTOMATIC ECONOMIZER Outdoor and return air dampers that are interlocked and positioned by a fully modulating spring return damper actuator The maximum leakage rate for the outdoor air intake dampers shall not exceed 2 when dampers are fully closed and operating against a pressure differential of 0 5 IWG A unit mounted potentiometer shall be provided to adjust the outdoor and return air damper assembly to take in outdoor air to meet the minimum ventilation requirement of the conditioned space during normal operation During economizer operation a mixed air temperature control shall modulate the outdoor and return air damper assembly to prevent the supply air temperature from dropping below 55 F Changeover from compressor to economizer operation shall be provided by an integral electronic enthalpy control that feeds input into the basic module The outdoor intake opening shall be covered with a rain hood that matches the exterior of
301. L 140 19 23 AVZ 2 E M I 02 110 NOD 11V e cu ano 6 88 281 SW D e 887178 EE 15 E 60000020 615 614 614 618 gt wawara gt S o o o o a 3 iS 2 9 8 221 8 911 ot ANS lt c lt ke mom HOLIMS SSVdAG qN 9 101 AIOEL AILL snai o 92u 408 2 N CONSE 9 611 sas 821 u8 v2L rns n 58 808 uixit 8 811 Opas 0 0 9 8 62L QH FO 8 12L 14 021 808 N Ier UV LN3N311 2 SE SSWdAG QHA HLIM LINN AQV3H SVO 5 3 3 q 2 8 Johnson Controls Unitary Products 190 528150 YTG G 1210 Typical ZH ZJ078 150 VFD Ready Unit Option q AJY v2610299 IM 20 135 ANOLOVS 5 As P m S310N 318 21744 83 10 LINN 335 I LINA SIHL 9NI2IAJ3S 340438 ROT IVAN L ew 01313 EEG SLOINNOISIG 11V N3dO 110 2 NE uU qu Um js
302. LIM 03114405 Sv 3HIM JHL 30 ANY 31 NOI LIAO m 0 5 2 9 SnoN39NvO HidOHdM 035 2 NY SHON ONINIA 51081909 UE NOILISOd NIN 21901 9NI21AN3S NOILDINNOISIG 01 HOlNd S3HIA 11V 138Y1 NOIIQYO Z Wi LINN 6 JO NOILYIIVISNI jO 3 11 lY 123443 NI 63002 IVNOILYN JALIY 59 am oS s m D 918 T 30 0NY 1Y201 74112 9NINO1104 03 5114 022 38 01 ONIBIM 01313 11 71 197157 was Sy ies l Tn SVB NON NO 123S u321WONO23 GUVONVIS im XL 5 5 95 Sy 5 22 Tat D i se 008 52 se9 0 7 0 0 1 sor 8 952 Td NO 123NNO2 3AOM3U ION 00 SVB i 310N 1 To HOLIMS 5 5 os 6 1 241 svg 1X 3 012 52 0065 sa seo o 00 0 Sor WVYOVIG AYOSSIIOV 1545 S1QuINO2 SVB 335 19 602 1 35013 40 3 012 N30 SINR EVO HOY 70 9 195 09154 3unSS3ud 9 11 8340 9154 34055344 ONI1Y3320 321 30 ag e 2 53 58 h AVLSOWY IHL id 22 8 15 as az 79 o 1081NO2 38055384 wari 3 21 3108 335 CO 1 3l W 335 15805835 2 01 205 NO HOLIMS 410 3M sv v1 mag 199 923 i299 9 9021 NO 2 NOSNIS Ol Pid 1234402 YSOS VAOS 01 5 NOD 840 005 NO 1 WOSN3S Ol rid 123NNO2 11 0 505 404 s m 251 502 m OA 1 562 13 6 et 92 153 orc iz r 1 35019 N34
303. M BHP 735 0 67 745 0 76 756 0 86 769 0 96 782 1 08 797 1 21 814 1 35 833 1 51 853 1 69 875 1 89 899 2 11 0 6 RPM BHP Sta 783 0 84 793 0 94 805 1 04 817 1 4 831 1 25 846 1 38 862 1 53 881 1 69 901 1 87 923 2 07 947 2 29 Available External Static Pressure IWG 0 8 1 0 RPM BHP RPM BHP ndard 2 HP amp Drive 829 1 01 874 1 17 840 1 11 885 1 27 851 1 20 896 1 36 863 1 31 908 1 47 877 1 42 922 1 58 892 1 55 909 1 69 927 1 86 948 2 04 970 223 993 245 1 2 RPM BHP 918 928 939 952 965 980 997 1016 1036 1058 1082 1 32 1 42 1 52 1 62 1 74 1 86 2 01 2 17 2 35 2 55 2 77 1 4 RPM BHP 960 1 48 970 1 57 981 1 67 994 1 78 1007 1 89 1023 2 02 1039 2 16 1058 2 32 1 6 1001 1011 1023 1035 1049 1064 1080 1099 1119 1141 1165 RPM BHP Hi Static 3 1 63 1 73 1 82 1 93 2 04 2 17 2 31 2 48 2 66 2 86 3 07 1 8 RPM BHP HP amp Drive 1041 1052 1063 1075 1089 1104 1121 1139 1159 1181 1205 1 78 1 88 1 98 2 08 2 19 2 32 2 47 2 63 2 81 3 01 3 23 3 HP amp Field Supplied Drive Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 2 0 RPM BHP Static 2 HP amp Drive 1278 1304
304. MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh KW 90 85 80 75 70 65 MBh KW 90 85 80 75 70 65 125 77 i i 95 6 11 4 36 2 31 0 22 6 2125 72 86 5 11 1 56 8 47 1 37 5 27 8 67 774 10 9 77 4 62 1 52 4 42 7 334 62 71 8 10 8 71 8 71 8 57 3 477 380 28 3 77 98 0 11 4 49 9 36 6 253 72 88 7 11 2 64 7 53 3 41 9 30 6 2550 67 79 4 11 0 79 4 70 0 58 6 47 3 35 9 62 73 6 10 9 73 6 73 6 64 2 52 8 41 5 30 1 57 73 3 11 0 73 3 73 3 63 4 52 1 40 7 29 3 77 100 5 11 4 63 7 42 3 28 0 72 90 9 11 2 72 5 59 5 46 4 33 4 2975 67 81 4 11 0 81 4 77 9 64 8 51 8 38 7 62 75 4 10 9 75 4 75 4 71 0 58 0 44 9 31 9 57 75 1 11 0 75 1 75 1 70 2 57 1 441 31 0 77 102 9 11 4 77 4 47 9 30 7 72 93 1 11 2 80 4 65 6 50 9 36 1 3400 67 83 3 11 0 83 3 83 3 71 1 56 3 41 6 62 77 3 10 9 77 3 77 3 77 3 63 1 484 33 6 57 77 0 11 0 77 0 77 0 77 0 62 2 47 5 32 7 72 93 9 11 3 86 0 70 1 54 1 38 2 3825 67 84 0 11 1 84 0 840 756 597 43 8 62 77 9 11 0 77 9 77 9 77 9 623 464 30 5 57 77 6 11 1 77 6 77 6 77 6 61 7 45 8 29 8 72 94 7 11 4 91 6 74 5 57 4 40 3 4250 67 84 7 11 1 84 7 84 7 80 2 63 1 46 0 62 78 6 11 1 78 6 78 6 78 6 61 5 44 4 27 3 57 78 2 11 2 78 2 78 2 78 2 61 2 44 1 27 0
305. MP amp ODF are logarithmically calculated from the horizontal flow sound test Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively UNIT DESCRIPTION MODEL ZH ZJ ZRO61 5 Ton High Static Belt Drive TEST CONFIGURATION Vertical Bottom Supply Ducted Discharge Indoor Blower Speed RPM 1 033 5 5 Turns Open Equivalent 1 135 turns Open Equivalent 1 175 2 5 Turns Open Equivalent External Static Pressure IWG 1 0 1 6 2 0 Nominal Airflow CFM 2 000 1 135 1 175 Blower Motor BHP 1 11 1 25 1 39 Octave Center Freq Hz ID Blower Cooling ID Blower Cooling ID Blower Cooling Only dB Operation dB Only dB Operation dB Only dB Operation dB 63 83 83 83 83 85 86 125 84 84 82 82 79 81 250 79 80 77 78 66 66 500 73 73 70 71 65 66 1000 69 70 69 70 61 65 2000 67 67 65 66 60 61 4000 67 68 66 67 61 62 8000 62 63 60 61 54 54 1 Differentials for Cooling Operation IDB COMP amp ODF are logarithmically calculated from the horizontal flow sound test Test
306. N EU Ind 11335 NO23 NOILDINNOD 91197134205 19 15 OA JOULNOD 832 MONOD AV AS n W321ONO23 Ave NO 123NNO2 9014 13208 64 55 NIVA 123NNO5S10 HIL IMS Wo 1V3H 2313 NOI123NNO2 9014 134208 4 S 4 BILN 4 WIV 02810 ANN 1VNO 1dO 131100 32N31N3ANO2 1249 VAS YINYOISNYAL 1 1401 NIV JONVHOSIQ HOINIS inni 539405 380 0 AINO CIMOIIJOI BIN Lad e dore ad diode IRE vd 6 310N 335 N31V3H 3Sv2XNYH2 CET HG wg 48 211 E 09 6 515 Ohka 0 5901910809 IYNO1140 NUNLIY YO193130 3OWS NOSN3S v8gd Ga Nu 09 6 09 TE 180 8311081N02 80123130 3NONS 205 32515 9308 1105815 614 615 ave i Qc 61 08 A09 1 021 409 2 6 u34v3UB 1102412 0 09 08 M1061 Mains 43804 1 310838 8313HNO LN3104 dni 180 1S0VHX3 83WOd 214215 254 A8Y0NO23S 03 t 0 2 802 wet 114405 N WYYOVIG AYVINIWI 14 IV4H 231812113 OM M LINN SNI 1009 183 Johnson Controls Unitary Products V Add VZG 129809 3SIMNTHLO I HOLIMS 01141290 JI JUIN AJANA TRI ot LINA SIHL 9NIOIAHJS 3404438 3 mm SLO3NNOOSIQ NidO E M LS6 O 7 8 SES GT TIMINI TOWINOO SO MOI ON 5 VY 30 3
307. NMOHS SY 51418 123NNOD ONY NM LON JAIM 3AONMiM 9 10 AHOSS322v L AT 0311 15 1 S YJLINOILNILOd NOILISOd M MINIM JLOWJY N3HM 721 31515 STOHINOD SYG 13S ET maJ wall 9s tga QuvOG 1O81NOD SLINA 5 8 1 NO H Nid OL 03123NNOD S u GZZ iHIM GITIVISNI LON HSN 1 II 9 IN Bu GYVOG TOXLNOD JHL NO OS Nid Ol H 11917 5 03123NNOD S u 102 3818 O311VISN LON SI HOLINOM 5501 iSvHd N3HM 701 r a ae 31901 8 01 gH M u3amnr sig 7 HLIM 529014 3AOM3H O37T01VISN 38 SI 5280123130 3WONS i 6 x 717918 STHIM D D C 653 WidM r HLIM 9014 3AOMH O371V1SN SI H37 MONOO3 GYVONVLS N3HM 8 SNO1123NNO2 1Y1SOW83H1 0 1v3H3H 33 71 614 615 ALI2VdMY 1102812 M MININ ONY 04 01 D 311 u3Wy389 1102812 YO ONY 3504 31VTd3YN LINN 315 29 754055144802 110825 HLIM SLINM NI 08001 LON Juv SuilViH 4 TI d NEO m gt Le TWNINH31 A802 01 3HIM 0 121 802 801 062 Q3HIM ANOLIVA F _ 031231084 ATLNIYJHNI JUV SOLON dev JUH Nub z 10 TY 7900 is AUYNI id 1231084 AJ1N383HNI JAY SHOIOM ae n as ONIDIAN3S 8 13 NOILvH3dO 834084 A3183A 18 14 uv 1 9 m 9 802 ss 19 682 u NOI1V2141 LN3Q 801 03183880838 118 312 IN31VATf03 YO Nanda x 11918 8 310N 335 1704 009 72 33030 60 3441
308. NYA za 1 805815 I rads an Sal n erii d QS LI eis x x way pOH ss 28 33 449 pii 2A A 622 1 7 Cee ilu PI 3108 335 SS S 18 762 CX E 5 TAW 1 A1822 dene 13 1 401190899 wel 1 3 mi am T gt 99 62 t ANN DIMIS OL 93N EEO JMI 3N SS3Ud HOLIMS Sd 19 uy3onoNi CIVNO11d0 501 3SYHd BOL INOW sid 38 9 2 WOIIOVdV2 NOY NO TVNIM831 031318301 Q YOLON 8000100 Av134 810 Tae O ONINIA 01313 CIYNOI1dO 1SDVHX3 83004 8012V1NO2 128 5 5321434 ONY ONIYIM TYNO 1d0 YOLOW YOOGNI 8012Y1N02 n NEM x18 321A30 ONY ONIYIM AYOLIVS 5 055384 02 YOLIVINOD 188 8 0 921 80123130 3NOMS APZ NO 123NNO2 9014 134205 824 825 1403 1N318NY MOT HOLIAS svi 38 y1 80153130 3XOMS Av NO 123NNO2 9014 134905 14 915 38 384 MOT HOIIMS 2 147 80153130 2 NO 123NNO2 9014 134905 19 815 WOOQN 010 NImQI 1SnvHX3 83404 FOVLIOA INIT NOI123NNOD 9014 133208 214 215 AV138 uan Q 1601 0 11 Hoz 4 31 NOI123NNOD 9014 134205 119 115 1V3H SY9 NOILINDI 10N1NO2 3 0 22 NOI123NNO 9014 13420 019 015 3855389 HOIH HOLIMS 2 IdH D 187201 91821 NI S3unss3 d NOILJJNNOJ 9014 13420 64 65 BAIA SYD A9 ug 611 NO 123S NO23
309. NYH A 021 89 snik 0 92L wr c 8 21 art 9 o sma 4 1 AUVLN3A313 9 9 iu QAJA LI x LINNA AQvid SVG 9 3 3 q 2 8 Johnson Controls Unitary Products 528150 YTG G 1210 Typical ZH ZJ078 150 BAS Ready Unit with Factory Installed VFD and Manual Bypass Option LINN STHL 9NI2IAg3S 140118 HX3 UMd NOO3 Nid FOVLIOA INIT 9 NOIIO3NNOO 9n1d 133208 614 615 NOILIlBVd NOSS3HdAOD NO Nid 9 NOII23NNOD 9n1d 134208 814 815 193NNO9SIQ 11 N3jdO NOILI0 V2 YOLVNLOV NOO3 Nid v Ave NOII23NNOO 9014 133208 LIA LIS QH HD v 8 01 116 5321 34 ONIWIM ANOIOV3 svg OL PE S3291 30 ANY ONIYIM TVNOIId0 s 038IM 01313 d 9NINIM 01314 03013188 981 O 144 sys O f O wsis on v8 d 0381M 01313 4 u 2 LI f 20 8 0 GG arste Croo NVHOVIG LINN 335 TOYLNOD N3Z NONOO3 Q4A AV13U 23 8Q4A 98300384 318VNYA 03 i s C A112911dW1S Q8VO8 1041502 aon sve OL Q Cy oss XO8 7081802 NI W2018 TWNIWYSL 6 981 0381M 01313 4
310. Nominal Tonnage 3 0 4 0 5 0 ARI COOLING PERFORMANCE Gross Capacity ARI A point MBh 37000 50000 62000 ARI net capacity MBh 36000 48000 60000 EER 11 8 11 8 11 8 SEER 14 14 14 IPLV Nominal CFM 1200 1600 2000 System power KW 3 05 4 07 5 10 Refrigerant type R 410A R 410A R 410A Refrigerant charge Ib oz System 1 7 4 6 14 7 12 System 2 ARI HEATING PERFORMANCE Heating model N05 N07 N09 N05 N07 N09 N07 N09 N13 Heat input K Btu 60 80 120 60 80 120 80 120 160 Heat output K Btu 49 65 97 49 65 97 65 97 129 AFUE Steady state efficiency 96 81 5 81 81 81 5 81 81 81 81 80 5 No burners 4 4 6 4 4 6 4 6 8 No stages 21 22 22 2 2 2 2 2 2 Temperature Rise Range F 20 50 F 25 65 F 50 80 F 20 50 F 25 65 F 40 70 F 25 65 F 35 65 F 45 75 Gas Limit Setting F 235 F 200 F 255 F 235 200 255 200 F 245 240 Gas piping connection in 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 DIMENSIONS inches Length 89 89 89 Width 59 59 59 Height 42 42 42 OPERATING WT Ibs 723 763 772 COMPRESSORS Type Recip Recip Recip Quantity 1 1 1 Unit Capacity Steps 100 100 100 CONDENSER COIL DATA Face area Sq Ft 11 9 18 5 18 5 Rows 1 1 1 Fins per inch 23 23 23 Tube diameter in MM 1 25 71 18 71 18 Circuitry Type 2 pass Microchannel 2 pass Microchannel 2 pass Microchannel EVAPORATOR COIL DATA Face area Sq Ft 8 8 10 6 Rows 3 3 3 Fins per inch
311. O LAN Ruin 2000410 capion 1 8dN02 ERU ge 181 i VAGL H3MHOISNYHI E S 310N 335 CIYNOILdO 131100 32N31N3ANOD 1249 E3804 Miva 212018 NIYM 123NNODSIQ HDlIMS 1403 174405 3WOMS 780123130 NOSNIS CIVNOI140 431114 WIV AlHIQ MOLIS 3o Me 131100 s AINO TVNOrLdO HIV NHfl3M 34OMS 80123130 HOSN3S CIWNOILdO HIV 398YH2SIQ HOSN3S ore 1822 S401 NINOI CTVNOILdO 1110 1 2 80153130 MONS 310N 335 uilV3H 3SVOMNYHO 1H22 TOM elba RD O tu ROI SE ER nu EX X ES IQUINO2 O DO 090900388 S 4106 0 iii oa Z u34v388 1102812 8 13SN30NO 9924 Ls ocio ano Ou AuVQNO23S 23911 NUD 1 NV4OVIQ AYVINIWI 14 BIIM 1V3H 21812413 OM M LINN SNI 1009 1 E r H 9 4 3 4 2 8 v Typical ZR037 061 Reheat Unit with without Electric Heat Wiring Diagram 177 Johnson Controls Unitary Products 528150 YTG G 1210 Typical ZH ZJ ZR078 120 Cooling Unit with Gas Heat 230 Volt Wiring Diagram
312. OS 01 u8 52 2 nus 1 FEE 01 310N 335 Larose m 383 NOI1123S 1V3M 21812313 9 UGP a E a 3184 q sis Sid EIS ld TVNO 1dO aa E m E 4 E 4 0112 4 2 NIY NO TVNIW831 031418301 Q S3291 30 OMIT WIA ONTHIM ha ux O4 391A30 ONINIM 1801274 SYOLON NNA NOL OVdVO E I 128 30123130 33045 AVZ NO 123NNO2 91147119205 824 825 oH INO 09908 En 734 01221 He 41021 LSNVHXI u3MOd NO23 39V110A 3N 1 NO1123NNO2 9114 137205 190 5501 3SYHd HOLINOM 0 821 2 011935 1 21812313 APZ NO 123NNO2 9014 13205 1140 150 3 H1MOd NOIOYINOO E ya x E EIE 114405 40123130 IONS AV 9014 13208 SOLON SOS HOLDVINOS 8 Yaro n amp ae MIV Nufl3H 80124130 3XOMS AVZ 9n14 13420 SHOSSI4dMWO2 XOLIVINOD 51 du b 23S APZ 1SnvHX3 83804 3OVL OA 3NI 9014 134205 IvNO 1140 1N3IGRV MOT 21105 01601 pud g 1 H 3 9211 NO 123S NO21 APZ NOI123NNO2 9114 1 33205 38066344 MOT H31IWS en ie ERA 1N3 MY MOT NOI123NNO2 9014 13205 MOOQN 8010 ARA dmii 3817 S380SS384 NOI123NNOO 9014 13209 8OOQNI Avida 19 201 x 3 O A43Z NONO23 APZ NOII23NNO2 9014 11208 dunsSJ d H9IH HOIIAS me lViH 2313 2 NO 123NNO2 9014 13205 dii dVAi MOT 1V1SOM83HI 8 101 sanior nor SOIL SGRNO3 NOI IS
313. S 0 2 2 EW BIY 114405 80123130 NOMS APZ NOILJJNNOJ 9014 134205 rId rIS AA 918 1 NC BIY NUn138 80123130 3MOMS NQ 123NNO2 5014 13300 4 S 331 dVA3 1VISONUJHL 19 201 pereo u8 611 ASMVHX3 Y3MOd 39v110A INIT NOII23NNOO 9014 13208 214 215 vNOI1d0 8004100 78010N 47081 NO1123S NO23 AVZ NO I23NNO2 9 14 13420 14715 1 80108 98 101 x8 811 dan31 3NIT 534055344 NOII23NNOD 9n1d 13208 54 55 11402 108102 83ZIMON023 LY138 d 88 HO 1V3H SVD NO 123NNOD 9n14 134208 64 65 1239 BOs 123NNO2SIQ HJLIMS 1884802 SNO1123NNO2 0111504 NIM 310w38 LON 3NIM NA NIVN LD3NNODSIG HILIMS CSLINN SVS 21312335 1VNOIIdO 1V 38 NMOGLOHS LINN asn 13 0 3010 Min CIWNOILdO BIY 114405 80153130 405833 10 ES OWNOI14O 131100 32N31N34NO2 A02 RIIH div aisi Hons 301310 Vids CS JION 3362 LVN 3Sv3MNY8D CIVNOI 1403 XON TUA uec umeum irs n 8 161 ue HO suo 199 310N 339 S Q 0 434402 ISA 0 0 834402 351 wO 114415 8304 Ll aati ONO 6 2 M we NVSH9V q AYYLNJ3W3 13 150 114405 uU3NOd 22 18000038 Sv9 Hl N N SNI 1002 1 X T 9 3 3 4 Y Johnson Controls Unitary Products 172 528150 YTG G 1210 Typical ZR037 061 R
314. Static Belt Drive TEST CONFIGURATION Horizontal Side Return Ducted Inlet Indoor Blower Speed RPM 612 3 Turns Open Equivalent 709 1 Turn Open Equivalent External Static Pressure IWG 0 5 0 4 Airflow CFM 850 1300 Blower Motor BHP 0 37 0 40 Octave Center Freq Hz ID Blower Only dB Cooling Operation ID Blower Only dB Cooling Operation dB 63 73 77 73 77 125 61 70 66 71 250 60 64 500 55 57 1000 51 52 2000 48 49 4000 44 47 47 48 8000 42 44 43 44 1 Cooling Operation ID blower compressor and outdoor fan operating at 230 VAC Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively UNIT DESCRIPTION MODEL ZH ZJ ZR049 4 Ton Standard Static Belt Drive TEST CONFIGURATION Horizontal Side Return Ducted Inlet Indoor Blower Speed RPM 612 3 Turns Open Equivalent 709 1 Turn Open Equivalent External Static Pressure IWG 0 5 0 4 Airflow CFM 850 1300 Blower Motor BHP 0 37 0 40 Octave Center Freq Hz ID Blower Only dB Cooling Operation ID Blowe
315. T 95 os SO yg ssz 52 005 62 629 z Jia mo e 35013 Nido u8 7 ir 10154 33155339 9NI1VH3dO 321 30 gt Line IS4 01 8 CIS 18 8 199 823 1 298 STOULNOD 38055344 310339 mU REN 99 9 6 92 164 EE d 141 ug ge E in Sr s An 0 1912 Zu ty amp gt re 18 612 1 212 SNN i d O30 quniva3amii 22130 agez bs any 2 ez G 1a p s ET 1 3HhlVHMIdMil quie Xn sO 8 102 Hino uei sm s 1 310N 33S H G O18 dy ni 22 H 134 41v62 734 4 gt Agoz MOEZ NO1123NNO2 uidOld 0 gaa z 034 2 5564646 CEC Tian 9NTHIA 1939 21812313 335 9 12 o 204 3 11130 8 6 1 ing on y CCLEC mag ed 824 825 PIS Wid 614 615 2 9102 i m 2 1 aod 1 CIVNOI 140 150 82004 21 215 were We 6 Z HO 1 YOSNIS P 2 6 338 A Lond 5 SEO 6 f A1922 15405815 2 01 205 NO HOLIMS 410 20S 205 Nu8 d 595 SHd 1 NO Z 90535 Ol rid L238NO2 2 505 VAOS 801 228 TT 122 8 92 30S NO YOSNIS 01 rid 1238402 A 1NO VS
316. Type 3 HACR type per NEC 162 Johnson Controls Unitary Products 528150 YTG G 1210 ZR037 061 Hi Static Indoor Blower Without Powered Convenience Outlet OD Fan Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 Max Fuse gcc Size voit each each Motor Motor Outlet MCA wiPwr Breaker Size w Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps 1 18 4 23 9 25 30 E03 2 3 1 6 4 18 4 23 9 25 30 208 8 7 68 13 5 1 5 6 0 5 5 0 0 E06 4 5 1 12 5 23 1 30 0 25 30 E08 6 8 1 18 9 31 1 38 0 35 40 E15 11 3 2 31 4 46 7 53 6 50 60 None 18 4 23 9 25 30 E03 3 1 72 18 4 23 9 25 30 230 8 7 68 13 5 1 5 6 0 5 5 0 0 E06 6 1 14 4 25 5 32 4 30 35 037 E08 9 1 21 7 34 6 41 4 35 45 3 E15 15 2 36 1 52 6 59 5 60 60 None I I 9 6 11 8 15 15 E03 3 1 3 6 9 6 11 8 15 15 460 46 34 7 1 0 8 3 0 22 0 0 E06 6 1 72 12 8 15 5 15 20 E08 9 1 10 8 17 3 20 0 20 20 E15 15 2 18 0 26 3 29 1 30 30 None 74 9 2 15 15 575 3 5 28 5 5 0 6 2 4 1 8 0 0 E08 9 1 8 7 13 8 16 1 15 20 E15 15 2 14 4 21 0 23 3 25 25 None 23 9 29 4 30 40 E06 4 5 1 12 5 23 9 30 0 30 40 208 11 9 88 18 5 1 5 6 0 5 5 0 0 E08 6 8 1
317. Unoccupied Setpoints to the Occupied Setpoints just in time for the Occupied Time Period to begin The Simplicity INTELLI Comfort balances space temperature ventilation air temperature and humidity for ultimate comfort Simplicity INTELLI Comfort with SimplicitY LINC Control The York Simplicity INTELLI Comfort with Simplicity amp L INC control is factory installed It includes all the features of the INTELLI Comfort control with an additional control to translate communications from MODBUS to the BACnet MSTP protocol Novar BAS Control The Novar building automation system controller is factory installed Includes supply air sensor return air sensor dirty filter indicator switch and air proving switch Johnson Controls BAS Control The Johnson Control YK UNT 1126 building automation system controller is factory installed Includes supply air sensor return air sensor dirty filter indicator switch and air proving switch CPC BAS Control The Computer Process Controls Model 810 3060 ARTC Advanced Rooftop building automation system controller is factory installed Includes supply air sensor return air sensor dirty filter indicator switch and air proving switch Honeywell BAS Control The Honeywell W7750C building automation system controller is factory installed Includes air supply sensor return air sensor dirty filter indicator switch and air proving switch York Commercial Comfort System YCCS
318. W 90 85 80 75 70 65 75 F 85 F 77 76 2 4 8 32 2 26 5 20 8 1250 72 67 8 4 3 40 1 34 3 28 6 229 67 59 4 3 8 47 9 42 1 36 4 30 7 25 0 62 52 5 3 8 52 5 52 5 43 6 37 8 32 1 26 4 77 79 0 4 6 36 2 29 6 23 0 72 70 3 4 1 44 8 382 31 6 25 0 1500 67 61 6 3 7 58 4 46 8 40 2 33 6 27 0 62 54 5 3 6 54 5 54 5 48 1 41 4 348 282 57 53 9 4 1 58 9 53 9 487 42 1 35 4 28 8 77 81 9 4 3 40 1 32 6 25 1 72 72 9 3 9 49 5 42 0 34 5 27 0 1750 67 63 9 3 5 59 0 51 5 43 9 36 4 28 9 62 56 4 3 4 56 4 564 525 45 0 37 5 30 0 57 55 8 3 9 55 8 55 8 53 2 45 7 382 30 7 77 84 7 4 1 44 0 35 6 27 2 72 75 4 3 7 54 3 45 9 37 5 29 1 2000 67 66 1 3 3 64 5 561 47 7 39 3 30 9 62 58 4 3 2 58 4 58 4 57 0 486 402 31 8 57 57 8 3 6 57 8 57 8 57 8 49 4 41 0 32 6 72 75 9 3 9 57 9 48 8 39 7 30 6 2250 67 66 5 3 5 65 7 59 6 505 41 4 32 3 62 58 8 3 5 58 8 58 8 58 1 49 0 39 9 30 8 57 58 2 3 9 58 2 58 2 582 49 1 39 9 30 8 72 76 4 4 1 61 6 51 7 41 9 32 1 2500 67 66 9 3 7 66 9 63 2 53 4 43 5 33 7 62 59 2 3 7 59 2 59 2 59 2 49 3 39 5 29 7 57 58 5 4 1 58 5 58 5 58 5 48 7 38 9 29 1 105 77 65 8 4 9 25 3 217 16 5 1250 72 57 8 4 6 35 2 29 7 24 3 18 9 67 49 8 4 3 45 1 37 8 32 1 26 6 21 2 62 43 0 4 6 43 0 43 0 35 7 30 3 24 8 19
319. XV TXV 16 Johnson Controls Unitary Products 528150 YTG G 1210 ZH037 061 Single Stage Gas Physical Data Continued Models Component ZH037 ZH049 ZH061 Nominal Tonnage 3 0 4 0 5 0 CONDENSER FAN DATA Quantity of fans 1 1 1 Fan diameter Inch 24 24 24 Type Prop Prop Prop Drive type Direct Direct Direct Quantity of motors 1 1 1 Motor HP each 1 3 1 3 1 3 No speeds 1 1 1 RPM 850 850 850 Nominal total CFM 3300 3700 3700 BELT DRIVE EVAP FAN DATA Quantity 1 1 1 Fan Size Inch 12x9 12x9 12x9 Type Centrifugal Centrifugal Centrifugal Motor Sheave 1VM34 1VL44 1VM34 1VL44 1VL40 1VP56 Blower Sheave AK69 AK69 AK56 AK56 61 AK74 Belt A47 A47 A47 A47 A47 51 1 1 2 1 1 2 1 1 2 1 1 2 1 1 2 2 RPM 1725 1725 1725 1725 1725 1725 Frame size 56 56 56 56 56 56 FILTERS Quantity Size 4 24 x 16 x 2 4 24x 16 x 4 In Throwaway Standard MERV Minimum Efficiency Reporting Value 3 1 2 2 21 Pleated Optional MERV 7 3 4 In Pleated Optional MERV 13 4 24 x 16x2 4 24 x 16x 4 4 24 x 16x2 4 24 x 16 x 43 Johnson Controls Unitary Products 17 528150 YTG G 1210 ZH037 061 Two Stage Gas Physical Data Models Component ZH037 ZH049 ZH061
320. Y 000100 WOSN3S veo anal F dni ALi 029 2 3A11v138 ma as N 5 D ug iv D L X eser 1 aL 2 19 602 3 11 e AIL MET 38 S TT D 1d 15 SV8 NON NO 123S W321MONO23 Gavanvis _ 14 ug 2v2 Isa L 310N 335 A19 r1 310N 3352 D Jan oto rode S1081NO2 38055384 8 552 ug 198O 3O 298 4 d sr Jef ss svi a S02 q T 87v 12 1 ooe sos i 131 B 8 4 56 134 sz NVA 6 002 sw Is Sd 1 35015 7 340 8 92 23 930 351428 u9 L 2 A Mete 00000000 131 6 10624 m 13 3univu3dh3l 1 226 H S1081N02 310020 Os 102 OH ECD Tere V md u 62 2 030 01 310N 335 3 18 3 8n 258 262 m 2 5 4 825 nS rdg 8 82
321. YO ONY 3504 M MIXYM 31VTd3NYN LINN 335 9 m x wa uso as JLo 282 x 110825 SLINN NI ONNOJ LON 38Y 5831 3 3SYONNYEO 75 2 sus OHO E ne peo Y dy ME 2361 YSN o Dio SNOILIGNOD 3SYHd 319815 NOI LISOd NIN 21901 151 OLY AuvMINd YIGNN 03123108d Al1N383HNI JYV SYOLON 3SVHd 33NHl posis Am s gt A902 Wor 13H INIIIAYIS 831 3 NOILYYJJO 938034 A3183 anii g T 440 NO 1V21411N30 Q3838NDN3N 178V31 1N31VAI003 IAIM ALTO INOH 0029 A 04 5 110 009 2 338930 SOI 3441 HIIM 032 1 3 38 15 1 03AOM3H 3A11v138 8 3108 335 al inv 91 38 1 LINN HLIM 03114405 Sv 3HIM JHL 30 ANY 31 18390 143 Daron PT SNOUIONVG ONY 0 3Snv2 NYI SHONH3 ONINIM S1081NOD 1Y 1 9NI21AN3S N3HM 123 2510 Ol NOlNd S3HIM 11 138 1 NOI10VO 72 I 8000110 38 922 0 14 INV X Zul LINN 6 30 NOILYTIYISNI 30 3NIL 1 123333 NI 53002 1VNO IVN 3 805835 vad wl 2 Wuvan220 O QNY 1201 74112 9N1801104 03 51148022 38 01 9NINIM 01313 TV 71 alins 5 2 491 602 IFO tual 3A11v138 mf B S lg oS D 100 9 bud E PE d TS310N 18 16 TT ssisa 4 L SVB NON NO 123S H3ZIWONO23 Guvanvis _ Ld 88 82 I 14 15 Y ug 2p2 O Ags rz l S
322. You have the flexibility to set one curb and choose the correct tonnage size and heating option after the internal loads have been determined To further simplify planning and installation Predator cabinets are designed to fit your roof With the optional roof curb the unit ductwork is designed to fit around 24 on center joists or between 48 on center joists The drain pan can be rotated to drain to either the front or the rear of the unit Additionally the drain pan can be fitted to drain through the roof curb As it is sometimes difficult to have a level installation the drain pan features a generous slope to ensure proper drainage Full Perimeter Base Rails The permanently attached base rails provide a solid foundation for the entire unit and protect the unit during shipment The rails offer forklift access from 3 sides and rigging holes are available so that an overhead crane can be used to place the units on a roof Easy Installation Gas and electric utility knockouts are supplied in the unit underside as well as the side of the unit A clearly identified location is provided to mount a field supplied electrical disconnect switch Utility connections can be made quickly and with a minimum amount of field labor All units are shipped with 2 throw away filters installed Wide Range of Indoor Airflows All indoor fan motors are belt drive type providing maximum flexibility to handle most airflow requirements For high static
323. ZR 83 88 0 82 5 81 5 78 0 73 0 69 0 62 0 090 aa ZR 83 89 5 83 5 82 0 78 0 72 5 68 0 60 5 hes ZR 83 89 0 84 5 81 5 78 0 72 5 68 5 70 5 0 ZR 83 89 5 83 5 81 0 78 0 72 0 68 5 70 5 dis ZR 84 90 0 84 5 81 5 77 5 72 0 68 5 61 5 1 Rated in accordance with ARI 270 standard Johnson Controls Unitary Products 135 528150 YTG G 1210 Electrical Data ZH037 061 Standard Indoor Blower Without Powered Convenience Outlet OD Fan Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option Fuse Size volt each each Motor Motor Outlet MCA w Pwr Breaker Sie wi Tons Amps Exh Size Pwr Exh RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps Amps None 8 9 4 4 30 E03 2 8 1 6 4 18 9 24 4 25 30 208 9 1 68 14 2 1 5 6 0 5 5 0 0 E06 4 5 1 12 5 23 1 30 25 30 E08 6 8 1 18 9 31 1 38 35 40 E15 11 3 2 31 4 46 7 53 6 50 60 None 18 9 24 4 25 30 3 8 4 3 230 9 1 68 142 1 5 6 0 5 5 0 0 E06 6 1 14 4 25 5 32 4 30 35 037 E08 9 1 21 7 34 6 41 4 35 45 3 E15 15 2 36 1 52 6 59 5 60 60 None 94 11 6 15 15 E03 3 1 3 6 9 4 11 6 15 15 460 4 5 34 7 0 8 3 0 2 2 0 0 E06 6 1 7 2 12 8 15 5 15 20 E08 9 1 10 8 17 3 20 20 20 E15 15 2 18 0 26 3 29 1 30 30 None 7 8 9 6 15 15 5
324. accessory One or Two stage gas heating to maintain warm comfortable temperature Side entry power and control wiring I Slide out drain pan knockouts ith 34 NPT Compressor access high 72522 Intelligent control board efficiency compressor connection 22 Tooll d for safe and efficient pi NE operation latch 2 Johnson Controls Unitary Products 528150 YTG G 1210 Cooling With Gas Heat 6 1 2 Through 10 Tons Simplicity control board Filter drier eco An ec for T stat Disconnect location Piece options solid core wiring and network connections optional disconnect switch Micro Channel Aluminum Tube Aluminum Fin Condenser Terminal block for hi voltage connection Second model nameplate inside hinged access panel Slide out motor and blower assembly for easy adjustment service Dual stage Belt drive cooling for blower motor maximum comfort Compressor 2 access high efficiency compressor j VFD location optional IN Power ventor motor 20 gauge alumi lt e hized steel tubular eat exchanger for long life stainless steel option Two stage gas heating to maintain warm comfortable Slide out drain pan temperature with 3 4 NPT female connection Base rails w forklift slots three sides and lifting holes Intelligent control board for safe and efficient operation Roof curbs in eight and fourteen inch heights Roof c
325. al ZH ZJ037 061 Cooling Unit with Gas Heat 460 575 Volt Wiring Diagram V A38 Ve00L128 9 LINN SIHL ONIOIA383S 3403438 5123 025104 340 NOILAVS 711V130 9313001103109 NOILISOd M MINIM 310838 go EA 9075 2 1V1S 1 NO 031 9 2 r u gu Ld NO 123NNO 3AOM3U LON 00 SYB 3 310N AEI AION ae 546 Q NOI 1403 WVYOVIG ANOSS322V 1 4 57044802 SYA 315 1 4 E 31 SLINN SYB NON F gn Gir NO 4350 LON mYHOYIO SVG 335 SLINN 5 8 IMOS NO 0350 893 PI 9 71 130 83101183104 NOIIISOd M MINIM 310N3H i f ramis Ni NNOHS SY 5341 123NNOQ ONY NM LNN 3UIM 3AON3U Dor Eu a 31010 J ko bib t Q311V
326. andard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively Indoor Sound Power Levels Horizontal Ducted Discharge Standard Static Belt Drive UNIT DESCRIPTION MODEL ZH ZJ ZRO37 3 Ton Standard Static Belt Drive TEST CONFIGURATION Horizontal Side Supply Ducted Discharge Indoor Blower Speed RPM 610 3 Turns Open Equivalent 710 1 Turn Open Equivalent External Static Pressure IWG 0 6 Airflow CFM 850 950 Blower Motor BHP 0 37 0 42 Octave Center Freq Hz ID Blower Only dB Cooling Operation dB ID Blower Only dB Cooling Operation dB 63 77 78 79 79 125 75 76 250 70 70 500 65 64 1000 65 66 2000 58 58 4000 59 60 8000 44 44 50 50 1 Cooling Operation ID blower compressor and outdoor fan operating at 230 VAC Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test du
327. applications factory installed alternate indoor fan motors are available With the optional indoor fan motor all units can supply nominal airflow at a minimum of 1 5 ESP A variable air volume VAV option using a variable frequency drive is available on 6 1 2 through 12 1 2 ton models for applications requiring a constant supply duct pressure A differential pressure transducer is used to monitor supply duct static pressure while a VAV control board provides a speed reference signal to the VFD to control the output of the indoor blower motor Warranty All models include a 1 year limited warranty on the complete unit Compressors and electric heater elements each carry a 5 year warranty Aluminized steel and stainless steel tubular heat exchangers carry a 10 year warranty Factory Installed Options YORK offers several equipment options factory installed for the Predator line Optional Factory Installed Economizers Predator units offer a variety of optional factory installed economizers with low leak dampers The outdoor air enthalpy sensor enables economizer operation if the outdoor enthalpy is less than the setpoint of the economizer logic module See economizer options section to determine the correct economizer for your application Downflow Economizer With barometric relief The economizer is provided with a single enthalpy input The economizer is 2 low leakage type and is shipped installed and wired The install
328. ary Products 528150 YTG G 1210 ZJ078 150 Hi Static Motor With Powered Convenience Outlet Continued D Fan I Pwr Pwr 2 Compressors Motore Prud Exh Conv Electric Heat Option P MCA Max Fuse u Size volt each each Motor Motor Outlet MCA WIPWr Breaker Size wi Pwr Tons Amps Exh Size Exh RLA LRA MCC FLA FLA FLA FLA Model kW Amps Amps Amps Amps None 62 6 68 1 70 80 E18 13 5 2 37 5 71 3 78 2 80 80 208 16 110 24 9 8 5 9 6 5 5 10 0 E24 18 2 50 0 87 93 8 90 100 E36 25 5 2 70 8 113 119 9 125 125 E54 40 6 2 112 7 165 4 172 2 175 175 None 62 6 68 1 70 80 E18 18 2 43 3 78 6 85 5 80 90 230 16 110 24 9 3 5 9 6 5 5 10 0 E24 24 2 57 4 96 7 103 5 100 110 E36 34 2 81 8 126 7 133 6 150 150 120 E54 54 2 129 9 154 4 161 3 175 175 10 None 30 6 32 8 35 40 18 18 2 21 7 39 3 42 1 40 45 460 7 8 52 12 1 1 6 4 8 2 2 5 0 E24 24 2 28 9 48 3 51 1 50 60 E36 34 2 40 9 63 4 66 1 70 70 E54 54 2 65 0 77 2 80 90 90 None 23 3 25 1 25 30 E18 18 2 17 3 31 5 33 8 35 35 575 5 7 38 9 8 9 1 3 3 9 1 8 4 0 E24 24 2 23 1 38 7 41 40 45 E36 34 2 32 7 50 8 53 60 60 E54 54 2 52 0 61 8 64 1 70 70 None 83 2 88 7 100 110 18 13 5 2 37 5 83 2 88 7 100 110 208 23 1 160 36 1 5 15 2 5 5 10 0 E24 18 2 50 0 94 100 8 100 110 E36 25 5
329. blower motor 36 Johnson Controls Unitary Products 528150 YTG G 1210 2 049 4 0 Ton Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 75 F 85 F 77 60 3 3 3 25 1 20 8 16 4 1000 72 54 5 3 3 31 8 27 5 232 18 9 67 48 8 3 2 38 6 34 2 29 9 25 6 21 3 62 43 1 3 2 43 1 43 1 37 1 32 8 28 5 24 1 77 62 9 3 3 27 9 229 17 8 72 56 9 3 3 35 2 30 2 25 1 20 1 1200 67 50 9 3 2 42 5 37 5 32 4 27 4 22 3 62 45 0 3 2 45 0 45 0 40 2 352 30 1 25 1 57 44 8 3 2 44 8 44 8 423 37 2 322 27 1 77 65 5 3 3 30 7 25 0 192 72 59 2 3 3 38 6 32 9 27 1 21 3 1400 67 52 9 3 2 46 5 40 7 35 0 29 2 23 4 62 46 8 3 2 46 8 468 43 3 37 6 31 8 26 0 57 46 6 3 2 46 6 466 45 5 39 8 34 0 282 77 68 1 3 4 33 6 27 1 20 6 72 61 5 3 3 42 0 35 5 29 0 22 5 1600 67 55 0 3 3 50 5 44 0 37 5 31 0 24 5 62 48 7 3 2 48 7 48 7 46 5 40 0 33 5 27 0 57 48 4 3 2 48 4 48 4 48 8 42 3 35 8 29 3 72 63 4 3 4 45 4 38 3 31 2 24 0 1800 67 56 7 3 3 54 4 47 4 40 2 33 1 26 0 62 50 1 3 3 50 1 50 1 49 0 41
330. board shall provide timed control of evaporator fan functioning and burner ignition Heating section shall be provided with the fol lowing minimum protection Primary and auxiliary high temperature limit switches Induced draft pressure sensor a b c Flame roll out switch manual reset d Flame proving controls e All two stage gas units shall have two independent stages of capacity 7096 or 7596 1st stage 10096 2nd stage 3 through 5 ton and 6096 1st stage 10096 2nd stage 6 1 2 through 12 1 2 ton ELECTRIC HEATING SECTION IF EQUIPPED An electric heating section with nickel chromium elements shall be provided in a range of 3 thru 54KW The heating sec tion shall have a primary limit control s automatic reset to pre vent the heating element system from operating at an excessive temperature The Heating Section assembly shall slide out of the unit for easy maintenance and service Units with Electric Heating Sections shall be wired for a single point power supply with branch circuit fusing where required UNIT OPERATING CHARACTERISTICS Unit shall be capable of starting and running at 125 F outdoor temperature exceeding maximum load criteria of ARI Standard 340 360 The compressor with standard controls shall be capable of operation down to 0 F outdoor temperature Unit shall be provided with fan time delay to prevent cold air delivery before heat exchanger warms up Gas heat only ELECTRICAL REQU
331. cip Quantity 1 1 1 Unit Capacity Steps 100 100 100 CONDENSER COIL DATA Face area Sq Ft 11 9 11 9 11 9 Rows 1 1 1 Fins per inch 23 23 23 Tube diameter in MM 98 25 98 25 71 18 98 25 Circuitry Type 2 pass Microchannel 2 pass Microchannel 2 pass Microchannel EVAPORATOR COIL DATA Face area Sq Ft 10 56 10 56 10 56 Rows 3 3 4 Fins per inch 15 15 12 Tube diameter 0 375 0 375 0 375 Refrigerant control TXV TXV TXV REHEAT COIL DATA Face area Sq Ft 8 9 8 9 8 9 Rows 2 2 2 Fins per inch 15 15 15 Tube diameter 0 375 0 375 0 375 Refrigerant control Solenoid Solenoid Solenoid 28 Johnson Controls Unitary Products 528150 YTG G 1210 ZR037 061 Single Stage Gas Heat Physical Data Continued Component Models ZR037 ZR049 ZR061 Nominal Tonnage 3 4 5 CONDENSER FAN DATA Quantity of fans 1 2 2 Fan diameter Inch 24 24 24 Type Prop Prop Prop Drive type Direct Direct Direct Quantity of motors 1 2 2 Motor HP each 1 3 1 3 1 3 No speeds Var Var Var RPM max 850 850 850 Nominal total CFM 3500 7000 7000 BELT DRIVE EVAP FAN DATA Quantity 1 1 1 Fan Size Inch 12x9 12x9 12x9 Type Centrifugal Centrifugal Centrifugal Motor Sheave 1VP34 1VL44 1VP34 1VL44 1VP34 1VL44 Blower Sheave AK61 AK59 AK61 AK59 AK61 AK59 Belt A47 A47 A47 A47 A47 A47 Motor HP each 1 1 2 1 1 2 1 1 2 1 1 2 1 1 2 2 RPM 1725 1725 1725 1725 1725 1725 Frame size 56 56 56 56 56 56 FILTERS
332. ct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively Johnson Controls Unitary Products 123 528150 YTG G 1210 UNIT DESCRIPTION MODEL ZH ZJ ZR049 4 Ton Standard Static Belt Drive TEST CONFIGURATION Horizontal Side Supply Ducted Discharge Indoor Blower Speed RPM 610 3 Turns Open Equivalent 710 1 Turn Open Equivalent External Static Pressure IWG 0 5 0 6 Airflow CFM 850 950 Blower Motor BHP 0 37 0 42 Octave Center Freq Hz ID Blower Only dB Cooling Operation ID Blower Only dB Cooling Operation dB 63 77 78 79 79 125 74 75 75 76 250 66 68 70 70 500 61 61 65 64 1000 60 62 65 66 2000 52 52 58 58 4000 52 52 59 60 8000 44 44 50 50 1 Cooling Operation ID blower compressor and outdoor fan operating at 230 VAC Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively UNIT DESCRIPTION MODEL ZH ZJ ZRO6
333. d Typical ZR037 061 Reheat Wiring Diagram 528150 YTG G 1210 Johnson Controls Unitary Products 184 528150 YTG G 1210 Typical ZR078 120 Reheat Wiring Diagram J Add 000 11061 S 0 LINN SIHL 9NIJIAg35 140438 SLOANNOOSIG 11 440 NOILNY 0 08 TOYLNOD lV3H38 OL S3HIM LVISONH3HI 123NNOO 310N ge IF 9 156 IVISIGIWNH 2 8lHu WOH EN E Pm u 966 GQ e 81H8 S J 21901 T u8 66 G 1286 JINI TOWNOD YO 4 ON 30 59 1 33S IVISIQIWNH ONY 303 TVD y Alr V dO 35 538 NO NI 1V3H3 SV r M n 1 20 9 8 1 6 6 T 2 5NI1002 3104 TIV ON SHS 177320 ANALNO HUM NO SI JV3H3 SVD i 318 21144 LON HSV 20 10 ug 9 6 1 157 T 1 JIMI TOWNOD V SIHL AGV31S NO 1 2009 HSV 9 MEO 91 5 954 3003 HSV13 QuvO8 1 1v3H38
334. d Motor With Powered Convenience Outlet OD Fan Suppl Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option j MCA poii Size voit each each Motor Motor Outlet MCA w Pwr Breaker Size w Pwr Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model j kW Stages Amps Amps Amps jS None 40 1 45 6 50 50 E09 6 8 1 18 9 43 6 50 5 50 60 208 9 3 68 14 5 1 5 6 0 5 5 10 0 E18 13 5 2 37 5 66 8 73 7 70 80 E24 18 2 50 0 82 5 89 3 90 90 E36 25 5 2 70 8 108 5 115 4 110 125 None 40 1 45 6 50 50 E09 9 1 21 7 47 1 53 9 50 60 230 93 68 14 5 1 5 6 0 5 5 10 0 E18 18 2 43 3 74 1 81 80 90 E24 24 2 57 7 92 2 99 100 100 078 E36 34 2 81 8 122 2 129 1 125 150 6 5 None 20 7 22 9 25 25 E09 9 1 10 8 23 5 26 3 25 30 460 4 9 34 7 7 0 8 3 0 2 2 5 0 E18 18 2 21 7 37 1 39 8 40 40 E24 24 2 28 9 46 1 48 8 50 50 E36 34 2 40 9 61 1 63 9 70 70 None 16 2 18 20 20 E09 9 1 8 7 18 8 21 1 20 25 575 3 8 28 6 0 6 2 4 1 8 4 0 E18 18 2 17 3 29 7 31 9 30 35 E24 24 2 23 1 36 9 39 1 40 40 E36 34 2 32 7 48 9 51 1 50 60 None 49 8 55 3 60 60 E09 6 8 1 18 9 49 8 55 3 60 60 208 11 9 88 18 5 3 5 6 0 5 5 10 0 E18 13 5 2 37 5 66 8 73 7 70 80 E24 18 2 50 0 82 5 89 3 90 90 E36 25 5 2 70 8 108 5 115 4 110 125 None
335. d assembled on rigid full perimeter base rails allowing for 3 way forklift access and overhead rigging Every unit is completely charged with R 410A wired piped and tested at the factory to provide a quick and easy field installation All units are convertible between side and down airflow Independent economizer designs are used on side and down discharge applications as well as all tonnage sizes Predator units are available in the following configurations cooling only cooling with electric heat cooling with gas heat reheat only reheat with electric heat and reheat with gas heat Electric heaters are available as factory installed options or field installed accessories DESCRIPTION Units shall be factory assembled single package Elec Elec Gas Elec designed for outdoor installation They shall have built in field convertible duct connections for down discharge supply return or horizontal discharge supply return and be available with factory installed options or field installed accessories The units shall be 12 Johnson Controls Unitary Products 528150 YTG G 1210 factory wired piped and charged with R 410A refrigerant and factory tested prior to shipment All unit wiring shall be both numbered and color coded The cooling performance shall be rated in accordance with DOE and ARI test procedures Units shall be CSA certified to ANSI Z21 47 and UL 1995 CAN CSA No 236 M90 standards UNIT CABINET Unit cabinet
336. deduct any additional static resistance from Additional Static Resistance Table 4 Using the operating point determined from steps 1 2 amp 3 locate this point on the appropriate supply air blower performance table Linear interpolation may be necessary 5 Noting the RPM and BHP from step 4 locate the appropriate motor and or drive on the RPM selection table Review the BHP compared to the motor options available Select the appropriate motor and or drive 7 Review the RPM range for the motor options available Select the appropriate drive if multiple drives are available for the chosen motor 8 Determine turns open to obtain the desired operation point Example 1 2600 CFM 2 1 6iwg 3 Using the supply air blower performance table below the following data point was located 1268 RPM amp 1 95 BHP 4 Using the RPM selection table below Size X and Model Y is found 5 1 95 BHP exceeds the maximum continuous BHP rating of the 1 5 HP motor The 2 HP motor is required 6 1268 RPM is within the range of the 2 HP drives 7 Using the 2 HP motor and drive 5 turns open will achieve 1268 RPM Airflow Performance Example Supply Air Blower Performance Available External Static Pressure IWG 2 0 BHP RPM BHP RPM Alternate 2 HP amp Drive 1259 1 73 1317 1 87 1290 1 90 1348 2 03 1324 2 07 1361 2 27 RPM RPM RPM RPM BHP 1 5 HP amp Field Supplied Drive 925 0 90 956 1 06 990 1
337. e setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 4 Field Supplied Drive 7 061 5 0 Ton Side Duct Air FI Available External Static Pressure IWG CFM 0 2 0 4 0 6 0 8 1 0 1 2 1 4 1 6 1 8 2 0 RPM RPM RPM RPM RPM BHP RPM BHP RPM RPM BHP RPM BHP RPM BHP 1 5 HP amp Field Supplied Drive Standard 1 5 HP amp Drive Hi Static 2 HP amp Drive 1500 659 0 35 719 0 46 780 057 843 0 67 905 0 77 964 0 87 1020 0 97 1071 1 07 1116 1 17 1154 1 28 1600 675 0 38 735 0 50 796 0 60 859 0 71 920 0 81 980 0 91 1036 1 01 1087 1 11 1132 1 21 1170 1 32 1700 691 0 42 751 0 54 812 0 64 875 0 75 936 0 85 996 0 95 1052 1 05 1103 1 15 1148 1 25 1186 1 36 1800 707 0 47 767 0 58 829 0 69 891 0 79 953 0 90 1012 0 99 1069 1 09 1120 1 20 1165 1 30 1202 1 41 1900 724 0 53 784 0 64 846 0 75 908 0 85 970 0 95 1029 1 05 1085 1 15 1137 1 25 1182 1 35 1219 1 46 2000 741 0 59 863 0 81 925 0 91 987 1 01 1047 1 11 1103 1 21 1154 1 31 1199 1 41 1236 1 52 2100 759 0 65 881 0 87 943 0 98 1005 1 08 1065 1 18 1121 1 28 1172 1 38 1217 1 48 1254 1 59 2200 778 0 73 900 0 95 962 1 05 1024 1 15 1083 1 25 1139 1 35 1191 1 45 1236 1 56 1273 1 66 2300 797 081 919 1 03 981 1 13 1043 1 23 1103 1 33 1159 1 43 1210 1 53 1255 1 64 1292 1 74 2400 817 0 90 939 1 12 1002 1 22 1063 1 32 1123 1
338. ed from the horizontal flow sound test Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively Indoor Sound Power Levels Vertical Ducted Discharge High Static Belt Drive UNIT DESCRIPTION MODEL ZH ZJ ZRO37 3 Ton High Static Belt Drive TEST CONFIGURATION Vertical Bottom Supply Ducted Discharge Indoor Blower Speed RPM 920 3 0 Turns Open Equivalent 1 074 Fully Closed Equivalent 1 189 2 0 Turns Open Equivalent External Static Pressure IWG 1 0 1 6 2 0 Nominal Airflow CFM 1 200 1 100 1 000 Blower Motor BHP 0 68 0 93 1 09 Octave Center Freq Hz ID Blower Cooling ID Blower Cooling ID Blower Cooling Only dB Operation dB Only dB Operation dB Only dB Operation dB 63 81 82 81 81 82 82 125 78 78 78 78 81 81 250 69 70 70 71 74 74 500 67 68 68 69 71 71 1000 62 63 67 68 70 71 2000 60 61 62 63 65 66 4000 61 61 63 63 66 66 8000 54 55 57 57 60 61 1 Requires driven pulley AK 56 normal high static pulley is an AK 69 2 Differentials for C
339. ed in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively Johnson Controls Unitary Products 133 528150 YTG G 1210 Indoor Sound Power Levels 6 5 thru 12 5 Ton S ESP Blower Sound Power 1074 Watts Model CFM Sound Rating Octave Band Centerline Frequency Hz Tons IWG RPM BHP dB A 63 125 250 500 1000 2000 4000 8000 6 zHzJzR 2600 06 812 1 14 74 73 73 71 69 65 65 60 25 ZH ZJZR 3000 06 854 147 77 74 76 76 74 72 68 68 63 i95 ZH ZJZR 3400 06 872 1 65 80 77 79 79 77 75 7 71 66 s ZH ZJZR 4000 06 959 229 83 so s2 82 80 78 74 74 69 425 ZH ZJZR 5000 06 1132 3 74 87 84 86 86 84 82 78 78 73 1 These values have been accessed using a model of sound propagation from a point source into the hemispheric free field The dBA values provided are to be used for reference only Calculation of dBA values cover matters of system design and the fan manufact
340. ee STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 ZJ150 12 5 Ton Bottom Duct Air Flow CFM 3200 3400 3600 3800 4000 4200 4400 4600 4800 5000 5200 5400 5600 5800 0 2 0 4 RPM BHP RPM BHP Field Supplied Drive 797 1 32 851 1 46 828 1 52 882 1 67 861 1 75 915 1 90 897 2 00 951 2 15 935 2 27 989 2 42 976 2 57 1030 2 72 1019 2 88 1073 3 03 1065 322 1119 3 36 1113 3 57 1167 3 72 1163 3 94 1217 4 09 1216 4 34 1270 4 48 1270 4 75 1324 4 89 1327 5 17 1381 5 32 1385 5 62 0 6 903 934 967 1002 1041 1082 1125 1171 1219 1269 1321 1376 1433 1 60 1 81 2 04 2 29 2 56 2 86 3 17 3 50 3 86 4 23 4 62 5 03 5 46 Available External Static Pressure IWG 0 8 RPM 953 983 1017 1052 1091 1132 1175 1221 1269 1319 1371 1426 1483 BHP Sta 1 74 1 94 2 17 2 42 2 69 2 99 3 30 3 64 3 99 4 36 4 76 5 17 5 59 1 0 1001 1032 1065 1101 1139 1180 1223 1269 1317 1367 1420 1474 1531 RPM BHP ndard 3 HP amp D 1 86 2 07 2 30 2 55 2 82 3 12 3 43 3 76 4 12 4 49 4 88 5 29 5 72 1 2 RPM rive 1048 1078 1112 1147 1186 1227 1270 1316 1364 1414 1466 1521 BHP 1 99 2 19 2 42 2 67 2 95 3 24 3 55 3 89 4 24 4 62 5 01 5 42 5 HP amp Fi
341. eheat Unit with Gas Heat 230 Volt Wiring Diagram V V1801999 11 130 8313MO IN310d NOILISOd W MINIM 310438 1902 079920 OVO 77799072 LINN SIHL 9NIOIAH3S 380138 spa N 5121 02510 N3dO NOILNVD 10 3381 10 MVMOYIO 335 SLINN IMOS NO 03 0 893 Y r e 540 NI LON H SVD 39V1S OML AINO JUV STVNIMYL IH A9 ONY 24 21 8011319005 00 8 V0 At gt m2 1 Y 1403 11V130 H831MO L1N310d 0111504 M MINIM 310N3H 9dyo1 sv NI
342. eights I Weight Ibs Unit Accessory Shipping Operating Economizer 90 85 Power Exhaust 40 35 Electric Heat 49 49 Gas Heat 110 110 Variable Frequency Drive 30 30 1 Weight given is for the maximum heater size available 54KW 2 Weight given is for the maximum number of tube heat exchangers available 8 tube 3 Weight includes mounting hardware controls and manual bypass option 6 1 2 to 12 1 2 ton only ZH ZJ ZR037 150 Unit Dimensions ZH037 061 and ZJ ZR037 See detail B for drain location FRONT 89 194 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ ZR049 thru 061 and ZH ZJ ZRO78 thru 120 59 00 Johnson Controls Unitary Products 195 528150 YTG G 1210 ZH150 FRONT gt See detail B for drain location 43 16 21 3 16 27 5 16 89 196 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ ZR150 ZH ZJ ZR037 150 Unit Physical Dimensions Unit Model Number 11 1 111 1 11 1 1 1 1 1 7 24 58 TYP 4 PL B See detail A for gas inlet Dimension in A B C D E F ZH037 049 061 078 090 42 89 22 1 8 18 3 16 15 3 16 63 16 ZH102 120 50 3 4 89 30 3 16 24 3 16 17 3 16 6 3 16 ZH150 50 3 4
343. eld Supplied Drive RPM 1093 1124 1157 1193 1231 1272 1315 1361 1409 1459 1512 1566 1 4 BHP 2 11 2 32 2 54 2 80 3 07 3 36 3 67 4 01 4 36 4 74 5 13 5 54 1 6 1138 1168 1201 1237 1275 1316 1360 1405 1453 1504 1556 1611 RPM BHP Hi 2 23 2 44 2 67 2 92 3 19 3 48 3 80 4 13 4 48 4 86 5 25 5 66 1 8 RPM BHP 1181 2 35 1212 2 56 1245 2 79 1280 3 04 1319 3 31 1360 3 60 1403 3 92 1449 4 25 1497 4 61 1547 4 98 1600 5 37 1 Blower performance includes gas heat exchangers 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 2 0 RPM 1149 1171 1196 1224 1254 1287 1323 1362 BHP 1 99 2 13 2 29 2 48 2 68 2 91 3 16 3 43 2 0 RPM Static 5 HP amp Drive 1224 1254 1287 1323 1362 1402 1446 1491 1540 1590 1642 BHP 2 48 2 68 2 91 3 16 3 43 3 73 4 04 4 38 4 73 5 10 5 50 Johnson Controls Unitary Products 115 528150 YTG G 1210 ZR037 150 Side Duct Application ZR037 3 0 Ton Side Duct Flow 900 1000 1100 1200 1300 1400 Pow Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum cont
344. er NEC Johnson Controls Unitary Products 141 528150 YTG G 1210 ZH037 061 Standard Indoor Blower With Powered Convenience Outlet OD Fan Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option 1 MCA Max Fuse jube Size volt each each Motor Motor Outlet MCA w Pwr Breaker Size wi Tons Amps Exh Size Pwr Exh RLA LRA MCC FLA FLA FLA FLA Model kW Stages Amps Amps Amps Amps None 5 T 10 E03 2 3 1 6 4 29 1 34 9 35 40 208 9 1 68 14 2 1 5 6 0 5 5 10 0 E06 4 5 1 12 5 35 6 42 5 40 45 E08 6 8 8 9 43 6 50 5 45 60 E15 11 3 2 31 4 59 2 66 1 60 70 None 29 1 34 6 35 40 E03 3 1 7 2 29 1 35 9 35 40 230 9 1 68 14 2 1 5 6 0 5 5 10 0 E06 6 1 14 4 38 44 9 40 45 037 E08 9 1 21 7 47 1 53 9 50 60 3 E15 15 2 36 1 65 1 72 70 80 None F 1 6 6 8 E03 3 1 3 6 14 6 17 3 15 20 460 4 5 34 7 0 8 3 0 2 2 5 0 E06 6 1 7 2 19 21 8 20 25 E08 9 1 10 8 23 5 26 3 25 30 E15 15 2 18 0 32 6 35 8 35 40 None 8 6 575 3 8 28 6 0 6 2 4 1 8 4 0 E08 9 1 8 7 18 8 21 1 20 25 E15 15 2 14 4 26 28 3 30 30 None 31 5 37 40 45 E06 4 5 1 12 5 35 6 42 5 40 45 208 11 2 88 17 5 1 5 6 0 5 5 10 0 E08 6 8 1 18 9 43 6 50 5 45 60 E15 11 3 2 31 4 59 2 66 1 60 70 E20 15 0 2 41 6 72 78 9 80 80 None 31 5 37 40 45 E06 6 0 1 14 4 38 44 9 40 45 230 11 2
345. er Speed RPM 609 3 Turns Open Equivalent 708 1 Turn Open Equivalent External Static Pressure IWG 0 4 0 4 Airflow CFM 850 1150 Blower Motor BHP 0 32 0 38 Octave Center Freq Hz ID Blower Only dB Cooling Operation ID Blower Only dB Cooling Operation dB 63 76 76 74 76 125 63 70 66 70 250 55 62 59 62 500 54 55 58 59 1000 48 48 53 53 2000 44 44 48 48 4000 41 44 45 46 8000 42 43 43 44 1 Differentials for Cooling Operation IDB COMP amp ODF are logarithmically calculated from the horizontal flow sound test Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively UNIT DESCRIPTION MODEL ZH ZJ ZR049 4 Ton Standard Static Belt Drive TEST CONFIGURATION Vertical Bottom Return Ducted Inlet Indoor Blower Speed RPM 609 3 Turns Open Equivalent 708 1 Turn Open Equivalent External Static Pressure IWG 0 4 0 4 Airflow CFM 850 1150 Blower Motor BHP 0 32 0 38 Octave Center Freq Hz ID Blower Only dB Cooling Operation ID Blower Only dB Cooling Operation
346. er needs only to assemble the outdoor air hood attach the enthalpy control to the hood and mount the hood to the unit Hood and control are provided The economizer has spring return fully modulating damper actuators and is capable of introducing up to 10096 outdoor air As the outdoor air intake dampers open the return air dampers close The changeover from mechanical refrigeration to economizer operation is regulated by the standard single enthalpy input To meet regulated air standards the economizer control accepts an optional CO input for demand ventilation With single enthalpy input the economizer control monitors outdoor air The dual enthalpy kit provides a second input used to monitor the return air With a dual input kit installed the economizer control compares the values of the two enthalpy or temperature inputs and positions the dampers to provide the maximum efficiency possible Horizontal Economizer Without barometric relief All features of the downflow economizer exist except you must order the duct mount barometric relief separately You must order a 1 0408 if you are installing a power exhaust You can order a 1RD0411 Barometric Relief for horizontal flow economizers only BAS Ready Economizer With barometric relief The economizer is provided with an actuator that requires a 2 10V DC input from an external source i e field installed building automation system controller Power exhaust options are avai
347. er panel for easy installation of the electric heaters Necessary hardware and connectors are included with the heaters All heaters are intended for single point power supply Low Limit Compressor Lockout Kit Compressor Lockout CLO To prevent mechanical compressorized operation of the unit during cold outdoor conditions where there is a risk of returning liquid refrigerant back to the compressors Low Limit Control LLC To prevent the supply air from dropping below a specified setpoint by utilizing the units first stage heating means when there is a demand for cooling during cold outside conditions Metal Frame Filter Kit Metal frame with polyester filter medium Permanent Filters Permanent filters are available Roof Curbs The roof curbs have insulated decks and are shipped disassembled The roof curbs are available in 8 and 14 heights For applications with security concerns burglar bars are available for the duct openings of the roof curbs Roof Curb Transition Single Piece Adapter 10 High Roof curbs for transitioning from Sunline units to Predator units Fits 7 5 to 12 5 Sunline roof curbs only Burglar Bars Mount in the supply and return openings to prevent entry into the duct work Thermostat The units are designed to operate with 24 volt electronic and electro mechanical thermostats All 6 5 thru 12 5 ton ZH ZJ units and all 3 thru 12 5 ton ZR units with or without an economizer
348. ers 4 4 6 4 4 6 4 6 8 No stages 1 1 1 1 1 1 1 1 1 Temperature Rise Range F 20 50 F 25 65 F 50 80 F 20 50 F 25 65 F 40 70 F 25 65 F 35 65 F 45 75 Gas Limit Setting F 235 F 200 F 255 F 235 F 200 255 200 245 240 Gas piping connection in 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 DIMENSIONS inches Length 89 89 89 Width 59 59 59 Height 42 42 42 OPERATING WT Ibs 740 762 770 COMPRESSORS Type Recip Recip Recip Quantity 1 1 1 Unit Capacity Steps 100 100 100 CONDENSER COIL DATA Face area Sq Ft 18 5 18 5 23 8 Rows 1 1 1 Fins per inch 23 23 23 Tube diameter in MM 71 18 71 18 71 18 Circuitry Type 2 pass Microchannel 2 pass Microchannel 2 pass Microchannel EVAPORATOR COIL DATA Face area Sq Ft 7 9 10 5 10 5 Rows 3 3 3 Fins per inch 15 15 15 Tube diameter 0 375 0 375 0 375 Refrigerant control TXV TXV TXV 22 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ037 061 Single Stage Gas Heat Physical Data Continued Models Component ZJ037 ZJ049 ZJ061 Nominal Tonnage 3 0 4 0 5 0 CONDENSER FAN DATA Quantity of fans 1 2 2 Fan diameter Inch 24 24 24 Type Prop Prop Prop Drive type Direct Direct Direct Quantity of motors 1 2 2 Motor HP each 1 3 1 3 1 3 No speeds 1 1 1 RPM 850 850 850 Nominal total CFM 3300 5500 6300 BELT DRIVE EVAP FAN DATA Quantity
349. f Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh KW 90 85 80 75 70 65 MBh KW 90 85 80 75 70 65 1257 77 3 101 1 12 1 44 1 37 0 26 4 2500 72 93 6 12 1 65 1 545 43 9 33 3 67 86 1 12 1 86 1 72 0 61 4 50 8 402 62 81 3 12 1 81 3 81 3 74 1 63 0 523 417 77 108 1 12 1 57 2 42 5 30 0 72 100 1 12 2 74 7 62 2 49 8 37 3 3000 67 92 1 12 2 92 1 82 0 69 5 57 1 44 6 62 87 0 12 2 87 0 87 0 83 3 70 9 58 4 46 0 57 86 7 12 0 86 7 867 77 8 65 3 529 40 4 77 115 1 12 2 70 3 47 9 33 6 72 106 6 12 3 84 2 69 9 556 41 3 3500 67 98 1 12 3 98 1 92 0 77 7 63 4 49 1 62 92 6 12 3 92 6 926 926 78 8 64 6 503 57 92 3 12 1 92 3 92 3 870 727 58 4 44 1 77 122 2 12 3 83 4 53 3 37 1 72 113 1 12 4 93 7 77 6 61 5 45 3 4000 67 104 1 12 4 104 1 102 0 85 8 69 7 53 6 62 98 2 12 4 98 2 98 2 98 2 86 8 70 7 54 5 57 98 0 12 2 98 0 98 0 962 800 63 9 47 8 72 113 1 12 3 100 8 83 3 65 8 483 4500 67 104 1 12 3 104 1 104 0 91 9 74 4 56 9 62 98 2 12 3 98 2 98 2 98 2 83 1 65 6 48 1 57 98 0 12 2 98 0 98 0 97 1 79 6 62 1 44 6 72 113 1 12 3 107 8 89 0 70 1 51 3 5000 67 104 1 12 3 104 1 104 1 97 9 79 1 60 3 62 98
350. falls below valve setpoint the valve modulates hot gas to the inlet of the evaporator HGBP is standard on all units with VAV and optional with constant volume units Control Options Simplicity INTELLI Comfort Control communicates on a MODBUS RTU protocol network The York Simplicity INTELLI Comfort control is factory installed It includes a supply air sensor a return air sensor and an outside air sensor There are provisions for a field installed dirty filter indicator switch an air proving switch an Outside Air Humidity sensor a Return Air Humidity sensor an Inside IAQ sensor and an Outside Air IAQ sensor Construction mode operation 365 day real time clock with 7 day programming plus holiday scheduling is built in Two different modes of demand ventilation are achieved through the INTELLI Comfort using CO sensors It uses an inside sensor to perform Demand Ventilation It can also use an Outside CO sensor to perform Differential Demand Ventilation It uses a Patented Comfort Ventilation algorithm to provide comfortable ventilation air temperature The patented economizer loading algorithm will protect the equipment when harsh operating conditions exist Humidity in the occupied space or return duct can be monitored and controlled via humidity sensors and the on board connection for hot gas re heat system It uses the INTELLI Start algorithm to maximize energy savings by recovering the building from the
351. gram V Wad 18055559 35019 N340 1 1 1 LINN 45 40448 9154 38055384 9 11 8340 391430 QNVOB 1lOW1NO2 1v3H3H 01 SLOINNODSIG 11 N3dO NOILAVD 1VISOWHN3Hl 123NNOO 310N S1081NOO 38055384 JAMVI TONINOD 33MOd ON Liv 335 LWISIGIWNH TVD S3HSV V 4O 35 1 538 NO NI Iv3H33 Sv LOH ONY TVD ON ANALNO V4 HIM NO SI Iv3H3 SVD LOH pm p ao ME E 318 21144 LON HSV 1 M LS6 5 23 63 v5 IANI TOWINOO V SIHL AGvils NO LVLSIGIWNH 2 giuu WOH 1 NOUAIIDS3d 53002 HSVTH O 3 966 G S3003 5 14 JV3H33 I 81Hu 65 7 J 21901 ug 66 Q 8 92 22 0 256 Le id OHIO a a o f N50 u 1 6 Gli 2 20 T mya pue as lt elt med za D 8 9 6 Q 1 55 14 TEF SLINA AJNO 9NI 10
352. h kW 90 85 80 75 70 65 85 77 i 118 7 7 4 52 3 42 1 32 0 2125 72 112 8 7 8 69 0 58 8 48 6 38 5 67 106 9 7 2 85 6 75 4 65 3 551 45 0 62 98 9 7 0 98 9 95 3 802 70 1 59 9 49 8 77 122 9 7 4 58 7 469 352 72 116 8 7 3 77 0 65 3 53 5 41 8 2550 67 110 7 7 2 95 3 83 6 71 9 60 1 48 4 62 102 4 7 1 102 4 100 1 88 3 76 6 64 9 53 1 57 99 6 7 1 99 6 99 6 90 0 78 3 66 5 548 77 127 2 7 4 65 0 51 7 38 4 72 120 9 7 8 85 0 71 7 58 4 45 1 2975 67 114 6 7 2 105 1 91 7 78 4 65 1 51 8 62 106 0 7 1 106 0 104 8 96 4 83 1 69 8 56 5 57 103 0 7 2 103 0 103 0 98 2 84 9 71 6 58 3 77 131 4 7 4 71 4 56 5 41 7 72 124 9 7 8 93 1 78 2 63 3 48 4 3400 67 118 4 7 2 114 8 999 85 0 70 1 55 2 62 109 5 7 1 109 5 109 5 104 5 89 6 74 7 59 8 57 106 5 7 2 106 5 106 5 106 5 91 6 76 7 61 8 72 125 4 7 4 98 3 82 6 66 9 512 3825 67 118 8 7 3 117 0 105 4 89 7 74 0 58 4 62 109 9 7 1 109 9 109 9 107 4 91 7 76 0 60 3 57 106 9 7 2 106 9 106 9 106 9 91 2 75 5 59 8 72 125 9 7 4 103 4 86 9 70 4 53 9 4250 67 119 3 7 3 119 3 111 0 94 5 78 0 61 5 62 110 4 7 2 110 4 110 4 110 4 93 8 77 3 60 8 57 107 3 7 2 107 3 107 3 107 3 90 7 74 2 57 7 105 F 77 108 8 9 3 44 7 382 282 2125 72 100 5 9 1 63 5 53 6 43 7 33 8 67 92 1 9 0 82 4 69 0 59
353. ht emitting diode indicator shall flash a diagnostic code that indicates which safety switch has tripped c Unit shall incorporate AUTO RESET compressor over temperature over current protection d Unit shall operate with conventional thermostat designs and have a low voltage terminal strip for easy hook up e Unit control board shall have on board diagnostics and fault code display f Standard controls shall include anti short cycle and low voltage protection and permit cooling operation down to F Johnson Controls Unitary Products 13 528150 YTG G 1210 g Control board shall monitor each refrigerant safety switch independently h Control board shall retain last 5 fault codes in non volatile memory which will not be lost in the event of a power loss GAS HEATING SECTION IF EQUIPPED Heat exchanger and exhaust system shall be constructed of aluminized steel and shall be designed with induced draft com bustion with post purge logic energy saving direct spark igni tion and redundant main gas valve The heat exchanger shall be of the tubular type constructed of T1 40 aluminized steel for corrosion resistance and allowing minimum mixed air entering temperature of 40 F Burners shall be of the in shot type con structed of aluminum coated steel All gas piping shall enter the unit cabinet at a single location through either the side or bot tom without any field modifications An integrated control
354. iciency 96 81 5 81 81 81 5 81 81 81 81 80 5 No burners 4 4 6 4 4 6 4 6 8 No stages 21 22 22 2 2 2 2 2 2 Temperature Rise Range F 20 50 F 25 65 F 50 80 F 20 50 F 25 65 F 40 70 F 25 65 F 35 65 F 45 75 Gas Limit Setting F 235 F 200 F 255 F 235 200 255 F 200 245 F 240 F Gas piping connection in 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 DIMENSIONS inches Length 89 89 89 Width 59 59 59 Height 42 42 42 OPERATING WT Ibs 740 762 770 COMPRESSORS Type Recip Recip Recip Quantity 1 1 1 Unit Capacity Steps 100 100 100 CONDENSER COIL DATA Face area Sq Ft 18 5 18 5 23 8 Rows 1 1 1 Fins per inch 23 23 23 Tube diameter in MM 71 18 71 18 71 18 Circuitry Type 2 pass Microchannel 2 pass Microchannel 2 pass Microchannel EVAPORATOR COIL DATA Face area Sq Ft 7 9 10 5 10 5 Rows 3 3 3 Fins per inch 15 15 15 Tube diameter 0 375 0 375 0 375 Refrigerant control TXV TXV TXV 24 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ037 061 Two Stage Gas Heat Physical Data Continued Models 2 037 7 049 ZJ061 Nominal Tonnage 3 0 4 0 5 0 CONDENSER FAN DATA Quantity of fans 1 2 2 Fan diameter Inch 24 24 24 Type Prop Prop Prop Drive type Direct Direct Direct Quantity of motors 1 2 2 Motor HP each 1 3 1 3 1 3 No speeds 1 1 1 RPM 850 850 850
355. ides a full stainless steel heat exchanger assembly Stainless Steel Drain Pan An optional rust proof stainless steel drain pan is available to provide years of trouble free operation in corrosive environments Electric Heaters The electric heaters range from 3kW to 54kW and are available in all the voltage options of the base units All heaters are intended for single point power supply Disconnect Switch For gas heat units and cooling units with electric heat a HACR breaker sized to the unit is provided For cooling only units a switch sized to the largest electric heat available for the particular unit is provided Factory installed option only Convenience Outlet Non Powered Powered This option locates a 120V single phase GFCI outlet with cover on the corner of the unit housing adjacent to the compressors The Non powered option requires the installer to provide the 120V single phase power source and wiring The Powered option is powered by a stepdown transformer in the unit Factory installed option only Smoke Detectors The smoke detectors stop operation of the unit by interrupting power to the control board if smoke is detected within the air compartment Available for both the supply and or return air configurations Filters 2 Pleated MERV 7 or 4 Pleated MERV 13 are available to meet LEED requirements A 2 Throwaway is shipped as standard Johnson Controls Unitary Products 528150 YTG G 1210
356. ilable External Static Pressure IWG 1 0 RPM RPM BHP 1 2 889 0 8 894 0 8 906 0 8 923 0 8 942 0 8 962 0 9 981 0 9 1 4 RPM BHP 941 0 9 946 0 9 959 0 9 975 0 9 994 0 9 1014 1 0 1034 1 0 Available External Static Pressure IWG 0 8 0 6 0 7 0 7 0 8 868 887 907 927 945 962 977 990 1000 1 0 RPM BHP 0 7 0 8 0 8 0 8 0 9 1 0 1 0 1 1 1 2 1 2 RPM 923 0 8 942 0 8 962 0 9 981 0 9 1000 1 0 1017 1 0 1032 1 1 1045 1 2 1055 1 2 Available External Static Pressure IWG 1 0 RPM BHP RPM BHP RPM BHP Standard 1 5 HP amp Drive 1 2 RPM BHP 0 9 0 9 1 0 1 1 1 1 1 2 1 3 1 4 1 5 1 6 1 7 Hi 1 4 RPM BHP 1042 1043 1048 1057 1068 1082 1097 1116 1133 1152 1170 1 0 1 0 121 1 2 1 2 13 1 4 1 5 1 6 1 7 1 8 Static 2 HP amp Drive 1 6 1093 1098 1106 1116 1128 1142 1157 1174 1191 1 8 2HP amp F eld Supplied Drive 1 6 1 8 2 0 RPM BHP RPM BHP RPM BHP Hi Static 1 5 HP amp Drive 993 1 0 1047 11 1104 12 998 1 0 1052 1 1 1109 12 1010 1 0 1064 1 1 1121 12 1027 1 0 1081 11 1138 1 2 1046 10 1100 12 1157 13 1066 1 1 1119 12 1177 13 1085 1 1 1139 12 11 14 54 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE tab
357. ing Only dB Operation dB Only dB Operation dB Only dB Operation dB 63 84 85 82 83 82 83 125 78 79 79 79 78 79 250 75 75 74 75 73 73 500 71 71 70 71 69 69 1000 69 69 71 71 71 72 2000 66 67 67 67 66 66 4000 66 66 66 67 66 66 8000 61 62 61 62 60 60 1 Cooling Operation ID blower compressor and outdoor fan operating at 230 VAC Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively 130 Johnson Controls Unitary Products 528150 YTG G 1210 Indoor Sound Power Levels Vertical Ducted Inlet High Static Belt Drive UNIT DESCRIPTION MODEL ZH ZJ ZRO37 3 Ton High Static Belt Drive TEST CONFIGURATION Vertical Bottom Return Ducted Inlet Indoor Blower Speed RPM 927 3 Turns Open Equivalent 1 085 1 2 Turn Open Equivalent 1 190 2 5 Turns Open Equivalent External Static Pressure IWG 1 0 1 6 2 0 Nominal Airflow CFM 1 200 1 100 1 000 OVE CEE E once Mo PN San ce asam del 63 77 79 82 83 79 81 125 72 73
358. ing capacity 3 thru 5 tons and 60 heating capacity 6 1 2 thru 12 1 2 tons Balanced heating allows the unit to better maintain desired temperatures Convertible Airflow Design The side duct openings are covered when they leave the factory If a side supply return is desired the installer simply removes the two side duct covers from the outside of the unit and installs them over the down shot openings No panel cutting is required Convertible airflow design allows maximum field flexibility and minimum inventory System Protection Suction line freezestats are supplied on all units to protect against loss of charge and coil frosting when the economizer operates at low outdoor air temperatures while the compressors are running Every unit has solid core liquid line filter driers and high and low pressure switches Internal compressor protection is standard on all compressors Scroll compressors do not require crankcase heaters Phase Monitors are standard on units with scroll compressors This accessory monitors the incoming power to the unit and protects the unit from phase loss and reversed phase rotation Advanced Controls Simplicity amp control boards have standardized a number of features previously available only as options or by utilizing additional controls Low Ambient An integrated low ambient control allows all units to operate in the cooling mode down to O F outdoor ambient without additional assistance Optionally
359. ings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor 74 Johnson Controls Unitary Products 528150 YTG G 1210 ZR061 5 0 Ton Reheat Temperature of Air on Condenser Coil Air on 7 Evaporator Coil Total Total Total Total ES WB wick eye Return Dry Bulb F E ME Return Dry Bulb F F 75 75 50 F 62 5 3 1 84 29 3 32 10 7 1750 64 6 4 32 4 3 2 9 2 65 3 34 7 3 2 73 62 5 30 3 32 11 9 2000 64 32 3 3 2 9 9 65 3 35 3 3 2 8 4 62 5 29 6 32 114 2250 64 32 1 32 8 5 65 3 34 5 32 6 2 70 F 62 5 245 34 8 0 1750 64 27 0 34 64 65 3 28 7 34 43 62 5 25 0 34 9 0 2000 64 27 3 34 6 9 65 3 29 6 34 4 9 62 5 23 6 34 73 2250 64 26 1 34 47 62 28 2 34 27 80 F 62 5 213 35 63 1750 64 23 9 3 5 4 6 65 3 25 8 3 5 2 7 62 5 213 35 73 2000 64 237 35 5 3 65 3 25 7 8 5 3 6 62 5 19 5 35 5 6 2250 64 22 0 3 5 3 1 65 3 24 1 35 1 0 95 F 62 5 8 3 38 18 1750 64 9 8 3 8 3 9 65 3 11 2 3 9 5 3 62 5 71 3 8 0 9 2000 64 8 8 3 8 3 0 65 3 10 3 3 9 5 2 62 5 5 0 3 8 3 3 2250 64 6 1 3 8 6 2 62 8 3 3 9 8 0 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply
360. inuous BHP kW BHP x 0 932 Field Supplied Drive CFM RPM BHP RPM BHP 0 4 ZR049 4 0 Ton Side Duct Air Flow 0 2 0 4 CFM RPM RPM 1200 1300 1400 1500 1600 1700 1800 1900 2000 gt 1 5 HP amp Field Supplied Drive 513 0 4 525 0 4 537 0 5 549 0 5 558 0 6 566 0 6 573 0 7 577 0 8 580 0 8 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 614 627 639 650 660 668 675 679 682 0 5 0 5 0 5 0 6 0 6 0 7 0 7 0 8 0 9 673 682 693 706 719 731 742 0 6 0 6 RPM BHP Standard 1 5 HP amp Drive 0 5 0 5 0 5 0 5 0 6 0 6 0 6 RPM BHP 756 764 776 788 801 813 824 0 8 0 5 0 6 0 6 0 6 0 6 0 7 0 7 1 0 898 907 918 931 943 955 1 2 Available External Static Pressure IWG RPM 0 7 0 7 0 7 0 8 0 8 0 8 1 4 960 969 980 993 1005 1017 Available External Static Pressure IWG 0 8 RPM BHP 0 8 0 8 0 8 0 8 0 9 0 9 0 9 1 6 RPM BHP Hi Static 1 5 HP amp Drive 1018 1026 1038 1050 1063 1075 1086 0 9 0 9 0 9 0 9 1 0 1 0 1 0 1 8 RPM BHP 1072 1080 1092 1104 1117 1129 1140 1 0 1 0 1 0 1 0 1 1 1 1 2 0 RPM BHP 1124 1132 1144 1156 1169 1181 1 1 1 1 1 1 1 1 1 2
361. ity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 85 80 75 70 65 MBh kW 85 80 75 70 65 85 F 72 32 4 5 6 1625 67 32 2 5 6 0 3 0 4 0 5 0 6 62 28 2 4 8 2 1 2 2 2 2 2 3 2 4 72 33 5 5 8 E 67 33 3 5 7 3 0 27 23 1 9 62 29 1 4 9 11 0 10 6 10 3 9 9 9 5 57 29 4 4 9 122 119 11 5 11 2 10 8 72 34 5 5 9 2275 67 34 4 5 8 5 7 4 9 4 1 3 3 62 30 1 5 1 19 9 19 1 183 174 16 6 57 30 4 5 0 218 21 6 208 200 19 2 72 35 6 6 0 2600 67 35 5 5 9 8 5 7 2 6 0 4 7 62 31 0 5 2 28 8 27 5 26 3 25 0 23 8 57 31 3 5 2 31 33 31 3 30 1 28 8 27 6 72 35 9 5 8 2925 67 35 8 5 8 10 9 9 4 7 9 6 4 62 31 3 5 0 30 2 29 6 28 0 26 5 25 0 57 31 6 5 0 31 6 31 6 30 1 28 6 27 1 72 36 2 5 7 3250 67 36 1 5 6 13 3 11 5 9 8 8 0 62 31 6 4 9 31 6 31 6 29 8 28 1 26 3 57 31 9 4 9 31 9 31 9 30 1 28 4 26 6 1 These capacities are gross ratings For net capacity deduct air blower motor MBh 3 415 x kW Refer to the appropriate Blower Performance Table for the kW of the supply air blower motor 2 These ratings include the condenser fan motors total 1 KW and the compressor motors but not the supply air blower motor Johnson Controls Unitary Products 79 528150 YTG G 1210 ZR090 7 5 Ton Cooling Air on Temperature of Air
362. l board utilize flash codes to aid in diagnosis of unit malfunctions Unique alarm codes quickly identify the source of the unit alarm All units use four filters of the same standard size This standardization simplifies selections for filter replacement The non corrosive drain pan slides out of the unit to permit easy cleaning The drain pan is accessed by removing the drain pan cover plate on the rear of the unit Once the plate is removed the drain pan slides out through the rear of the unit All Predator units have a second model nameplate located inside the control access door This is to prevent deterioration of the nameplate through weathering Coil Technology All ZH ZJ condensers utilize Micro Channel all aluminum condensers which provide improved heat transfer capabilities and reduced charge volumes All evaporators utilize a conventional copper tube aluminum fin design for proven reliability and performance ZRO37 thru 061 models utilize Micro Channel condenser coils ZRO78 thru 150 models utilize copper tube aluminum fin condenser coils Environmentally Aware For improved Indoor Air Quality a combination of foil faced and elastometric rubber insulation is used exclusively throughout the units Balanced Heating The Predator two stage gas heating offers Ultimate Heating Comfort with a balance between 15t and 214 stage gas heating The first stage of a gas heat Predator unit provides 70 or 75 of the heat
363. l flow economizer Johnson Controls Unitary Products 528150 YTG G 1210 Slab Economizer for Energy Recovery Ventilator Without barometric relief or Fresh Air Hood The economizer is provided with a single enthalpy input The economizer is 2 low leakage type The economizer has spring return fully modulating damper actuators and is capable of introducing up to 10096 outdoor air As the outdoor air intake dampers open the return air dampers close The changeover from mechanical refrigeration to economizer operation is regulated by the standard single enthalpy input There is an optional input dual dry bulb available To meet regulated air standards the economizer control accepts an optional input for demand ventilation With single enthalpy input the economizer control monitors outdoor air The dual enthalpy kit provides a second input used to monitor the return air With a dual input kit installed the economizer control compares the values of the two enthalpy or temperature inputs and positions the dampers to provide the maximum efficiency possible You can order 1EH0409 Barometric Relief FA Hood for field installations without an ERV Dual Enthalpy Control Accessory This kit contains the required components to convert a single enthalpy economizer to dual enthalpy Barometric Relief Damper Zero to 100 capacity barometric relief dampers for use with horizontal flow or field installed slab economizers Power E
364. lable The economizer is 2 low leakage type with spring return and fully modulating dampers capable of introducing up to 10096 outside air Also include 2 pleated filters BAS ready Johnson Controls Unitary Products 528150 YTG G 1210 actuators have an adjustable auxiliary end switch for optional power exhaust control VAV or Simplicity Intelli Comfort control a factory installed dry bulb sensor determines if outdoor air temperature is low enough to provide free cooling operation Field installed humidity sensors for either outdoor air or outdoor amp return air streams are available for single enthalpy and differential enthalpy configurations respectively Slab Economizer for Energy Recovery Ventilators With barometric relief and Fresh Air Hood The economizer is provided with a single enthalpy input The economizer is 2 low leakage type and is shipped installed and wired The economizer has spring return fully modulating damper actuators and is capable of introducing up to 10096 outdoor air As the outdoor air intake dampers open the return air dampers close The changeover from mechanical refrigeration to economizer operation is regulated by the standard single enthalpy input To meet regulated air standards the economizer control accepts an optional input for demand ventilation With single enthalpy input the economizer control monitors outdoor air The dual enthalpy kit provides a second input used to m
365. le for additional applications See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 1 4 1 6 1 8 2 0 RPM BHP RPM BHP RPM BHP RPM BHP Hi Static 1 5 HP amp Drive 975 09 1027 10 1081 11 1138 12 994 0 9 1046 1 0 1100 12 1157 13 1014 1 0 1066 1 1 1119 12 1034 1 0 1085 1 1 1139 12 1052 1 1 1104 12 1158 13 1069 1 1 1121 12 1175 13 1232 15 1084 1 2 1136 1 3 1190 14 1247 15 1097 13 1149 14 1260 1 6 1107 13 1159 14 1270 17 FS4 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 2 0 RPM BHP 1206 1214 14 1224 1 5 1236 1 5 1250 16 1265 17 1281 1 8 1 Blower performance includes gas heat exchangers 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 Johnson Controls Unitary Products 119 528150 YTG G 1210 ZR078 150 Bottom Duct Application ZR078 6 5 Ton Bottom Duct Available External Static Pressure IWG 0 2 0 4 0 6 0 8 1 0 1 2 1 4 1 6 1 8 2 0 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 1 5 HP amp Field Sup
366. ls Unitary Products 157 528150 YTG G 1210 ZJ078 150 Hi Static Motor With Powered Convenience Outlet OD Fan Suppl Pwr Pwr 2 Compressors Motors Blower Exh Conv Electric Heat Option i MCA Max Fuse jdn Size von each each Motor Motor Outlet MCA WIPWr Breaker Size w Pwr Tons Amps Exh Size RLA LRA MCC FLA FLA FLA FLA Model kW Amps Amps Amps Arn None 40 9 46 4 50 50 E09 6 8 1 18 9 44 6 51 5 50 60 208 93 68 14 5 1 5 6 8 5 5 10 0 18 13 5 2 37 5 67 8 74 7 70 80 24 18 2 50 0 83 5 90 3 90 100 6 25 5 2 70 8 109 5 116 4 110 125 40 9 46 4 50 50 09 9 1 217 48 1 54 9 50 60 230 93 68 14 5 1 5 6 8 5 5 10 0 18 18 2 43 3 75 82 80 90 E24 24 2 57 7 93 2 100 100 100 078 E36 34 2 81 8 123 2 130 1 125 150 6 5 None 21 1 23 3 25 25 E09 9 1 10 8 24 26 8 25 30 460 4 9 34 7 6 0 8 3 4 2 8 5 0 E18 18 2 21 7 37 6 40 3 40 45 E24 24 2 28 9 46 6 49 3 50 50 E36 34 2 40 9 61 6 64 4 70 70 None 16 5 18 3 20 20 E09 9 1 8 7 19 2 21 5 20 25 575 3 8 28 6 0 6 2 7 1 8 4 0 E18 18 2 17 3 30 32 3 30 35 E24 24 2 23 1 37 2 39 5 40 40 E36 34 2 32 7 49 3 51 5 50 60 None 53 4 58 9 60 70 E09 6 8 1 18 9 53 4 58 9 60 70 208 11 9 88 18 5 3 5 9 6 5 5 10 0 E18 13 5 2 37 5 71 3 78 2 80 80
367. ncy drive is available on 6 1 2 through 12 1 2 ton ZH ZJ models only US Tested in accordance with ACTA PERFORMANCE PERFORMANCE CERTIFIED m CERTIFIED m ARI Standard 210 240 ARI Standard 340 360 Unitary Small AC Unitary Large AC GP CERTIFIED www aridirectory org www aridirectory FOR DISTRIBUTION USE ONLY NOT TO BE USED AT POINT OF RETAIL SALE 528150 YTG G 1210 Table of Contents Description 44 rU 1 Table Contents u u er pope Roger E Ae TROP SE RS BUR g ODORE ATE RO d au 2 Component Location 2 cssc hu eset VR LA RR x IR Rd parer eva a bed PER gr ene de 2 Nomenclature 4m PPM 4 Features and Benefits 1 E Eun RERO asas RUNE doa ee Se BN TR UR Suq a e od due de 5 Guide Specificatioris u u u ul uy BRI RE Ee E eroe C ee tae der hu ge ortae eue obe es te be d 12 Physical Data sr aaa baad ab ea ERU gu Php NUR E EORR RR BUS RF BU 16 Capacity Performance 22 2 2222 ha nde hoe hed Nu wr ec 35 Airflow Performance rt wee RU HUE Equi eR ee nie aur RHET as skua 104 Sound Performance 3 s 222222225 kg pug Lg Reds ROG Rd eae E Rip Rex Ed 122 Electrical Data a iss oe us ted IA et nmi dent ds doe deb edo i aa e D edu dod Pee d 136 Ty
368. ng and to determine the maximum continuous BHP kW BHP x 0 932 Field Supplied Drive RPM BHP HP amp Drive 1 79 1 89 1 99 2 10 2 21 2 34 2 48 2 64 3 HP amp Field Supplied Drive 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 2 0 1064 1 59 1079 1 67 1094 1 77 1109 1 87 1124 1173 2 39 1 8 2 0 RPM BHP RPM BHP Static 3 HP amp Drive 1058 1 79 1110 1 95 1072 1 87 1124 2 04 1084 1 97 1136 2 13 1094 2 07 1146 2 24 1105 219 1157 2 36 1116 2 33 1168 2 49 1128 248 1180 2 64 1141 2 65 1193 2 81 1155 2 83 1171 3 03 2 0 1061 1071 1082 1093 1 96 2 07 2 17 2 27 1152 1170 1190 1211 2 82 3 00 3 19 3 41 Johnson Controls Unitary Products 111 528150 YTG G 1210 ZJ120 10 Ton Side Duct Air Flow CFM 2600 2800 3000 3200 3400 3600 3800 4000 4200 4400 4600 4800 5000 0 4 RPM RPM 0 6 Field Supplied Drive 0 2 RPM BHP 675 0 53 686 0 63 699 0 75 713 0 88 728 1 02 745 1 18 763 1 36 783 1 55 805 1 77 828 2 00 852 2 25 879 2 52 906 2 81 726 738 750 764 779 796 815 835 856 879 904 930 958 0 74 0 84 0 96 1 09 1 23 1 39 1 57 1 76 1 98 2 21 2 46 2 73 3
369. nput Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 1257 TI i 3 69 4 7 5 24 9 23 7 17 5 1625 72 63 1 7 3 40 9 34 3 27 8 21 3 67 56 8 7 1 56 8 44 7 38 1 31 6 25 1 62 48 6 6 9 48 6 48 6 486 41 9 354 28 9 77 71 3 7 6 36 4 27 6 19 3 72 64 8 7 4 47 3 390 307 22 3 1950 67 58 3 7 2 58 3 50 4 42 1 33 7 25 4 62 49 9 6 9 49 9 49 9 49 9 45 1 36 8 28 5 57 55 7 7 1 55 7 557 480 39 7 31 4 23 1 77 73 1 7 6 47 8 31 5 21 1 2 72 66 4 7 4 53 8 43 6 33 5 23 4 2275 67 59 7 7 3 59 7 56 1 460 359 25 7 62 51 2 7 0 51 2 51 2 51 2 483 382 28 0 57 57 1 7 1 57 1 57 1 525 42 4 323 22 1 77 74 9 7 7 59 3 35 4 22 9 72 68 1 7 5 60 2 48 3 36 4 24 5 2600 67 61 2 7 8 61 2 61 2 49 9 38 0 26 0 s 62 52 4 7 1 52 4 52 4 52 4 51 5 39 6 27 6 57 58 5 7 2 58 5 58 5 57 0 45 1 33 1 21 2 72 68 5 7 5 63 2 51 2 39 2 272 2925 67 61 6 7 3 61 6 61 6 53 7 41 7 29 7 62 52 7 7 1 52 7 52 7 52 7 462 34 2 22 1 57 58 9 7 2 58 9 58 9 582 46 1 34 1 22 1 72 68 9 7 6 66 2 54 1 42 0 29 9 3250 67 62 0 7 4 62 0 620 57 6 455 333 62 53 0 7 1 53 0 53 0 53 0 40 9 28 8 16 7 57 59 3 7 2 59 3 59 3 59 3 47 2 351 23 0 1 These capacities are gross ratings For net capacity deduct
370. odels Component ZR078 ZR090 ZR102 ZR120 ZR150 Nominal Tonnage 6 5 7 5 8 5 10 12 5 REHEAT COIL DATA Face area Sq Ft 6 66 6 66 10 10 10 Rows 2 2 2 2 2 Fins per inch 13 13 13 13 13 Tube diameter in 3 8 3 8 3 8 3 8 3 8 CONDENSER FAN DATA Quantity of Fans 2 2 2 2 4 Fan diameter Inch 24 24 24 24 24 Type Prop Prop Prop Prop Prop Drive type Direct Direct Direct Direct Direct Quantity of motors 2 2 2 2 4 Motor HP each 1 3 1 3 1 3 1 3 1 3 No speeds 1 1 1 1 1 RPM 850 850 850 850 850 Nominal total CFM 6800 6800 6800 6800 14000 BELT DRIVE EVAP FAN DATA Quantity 1 1 1 1 1 Fan Size Inch 12x12 12x12 15x15 15x15 15x 15 Type Centrifugal Centrifugal Centrifugal Centrifugal Centrifugal Motor Sheave 1VM50 1VM50 1VM50 1VM50 1VM50 1VM50 1VM50 1VM50 1VM50 1VP56 Blower Sheave AK74 AK64 AK74 AK61 AK89 AK74 AK84 AK74 AK74 BK77 Belt A49 A49 A49 A49 A56 A54 A56 54 54 55 1 1 2 2 1 1 2 3 2 3 2 3 3 5 RPM 1725 1725 1725 1725 1725 1725 1725 1725 1725 1725 Frame size 56 56 56 56 56 56 56 56 56 184T FILTERS Quantity Size Bom 4 24 x 16 x 2 23 4 24x 16 x 2 73 4 24 x 20 x 2 3 4 24 x 20 x 2 3 4 24 x 20 x 2 2 3 1 Stage 60 of 274 Stage 2 In Throwaway Standard MERV Minimum Efficiency Reporting Value 3 2 In Pleated Optional MERV 7 4 In Pleated Optional MERV 13 4 24 x 16x 4 4 4 24x 16 x 4 4 4 24 x 20 x 4 4 24 x 2
371. of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 75 F 85 F 77 116 4 6 3 49 2 40 5 31 7 1875 72 105 3 6 2 62 2 53 5 447 36 0 67 94 3 6 1 75 2 66 5 57 7 49 0 40 3 62 83 0 6 1 83 0 83 0 70 33 61 5 52 8 44 0 77 121 4 6 4 55 1 45 0 34 8 72 109 8 6 3 69 4 59 2 49 0 38 8 2250 67 98 3 6 2 83 6 73 4 63 3 531 42 9 62 86 5 6 1 86 5 865 77 0 66 8 56 6 46 4 57 87 3 6 1 87 3 87 3 79 8 69 6 59 4 492 77 126 3 6 4 61 1 49 4 37 8 72 114 3 6 3 76 5 64 9 53 3 41 7 2625 67 102 3 6 2 92 0 80 4 68 8 57 1 45 5 62 90 0 6 1 90 0 90 0 83 7 72 0 60 4 48 8 57 90 9 6 1 90 9 90 9 86 8 75 1 63 5 51 9 77 131 3 6 5 67 0 53 9 40 8 72 118 8 6 4 83 7 70 6 57 6 44 5 3000 67 106 3 6 3 100 4 87 4 74 3 61 2 48 1 62 93 6 6 2 93 6 93 6 90 4 77 3 64 2 512 57 94 5 6 2 94 5 945 937 80 6 67 6 54 5 72 121 6 6 4 90 7 76 2 61 6 47 0 3375 67 108 8 6 3 105 8 94 1 79 5 65 0 50 4 62 95 7 6 2 95 7 95 7 94 1 79 6 65 0 50 5 57 96 7 6 2 96 7 96 7 96 3 817 67 2 52 6 72 124 3 6 4 97 7 81 7 65 7 49 6 3750 67 111 2 6 3 111 2 100 8 84 7 68 7 52 7 62 97 9 6 2 97 9
372. olic coating shall be available as a factory option b Evaporator coils shall be of the direct expansion draw thru design c Condenser coils shall have aluminum plate fins mechanically bonded to seamless internally enhanced copper tubes with all joints brazed or Micro Channel aluminum tube aluminum fins d Condenser coils shall be of the draw thru design Refrigerant Circuit and Refrigerant Safety Components shall include a Independent fixed orifice expansion devices thermally operated b Solid core filter drier strainer to eliminate any moisture or foreign matter c Accessible service gage connections on both suction and discharge lines to charge evacuate and measure refrigerant pressure during any necessary servicing or troubleshooting without losing charge d The 6 1 2 through 12 1 2 ton unit shall have two independent refrigerant circuits equally split in 50 capacity increments Unit Controls a Unit shall be complete with self contained low voltage control circuit protected by a resettable circuit breaker on the 24 volt transformer side b Unit shall incorporate a lockout circuit which provides reset capability at the space thermostat or base unit should any of the following standard safety devices trip and shut off compressor Loss of charge Low pressure switch High pressure switch Freeze protection thermostat evaporator coil If any of the above safety devices trip an LED lig
373. onitor the return air With a dual input kit installed the economizer control compares the values of the two enthalpy or temperature inputs and positions the dampers to provide the maximum efficiency possible Power Exhaust Downflow only This accessory installs in the unit with a down flow economizer Motorized Outdoor Air Damper The motorized outdoor air damper includes a slide in plug in damper assembly with an outdoor air hood and filters The outdoor air dampers open to the preset position when the indoor fan motor is energized The damper has a range of 095 to 10096 outdoor air entry Factory installed option or field installed accessory Alternate Indoor Blower Motor For applications with high static restrictions units are offered with optional indoor motors that provide higher static output and or higher airflow depending upon the installer s needs Variable Air Volume VAV 6 1 2 through 12 1 2 ton only A factory installed variable frequency drive VFD mounted in the Blower Access compartment is used to control the speed of the indoor blower motor in order to maintain a constant static pressure in the supply duct A pressure transducer and VAV control board are mounted inside the control box The drive comes completely wired and pre programmed from the factory An optional factory installed manual bypass switch available with factory installed VFD can be found in the Blower Motor Access compartment The switch can be
374. ooling Operation IDB COMP amp ODF are logarithmically calculated from the horizontal flow sound test Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively 132 Johnson Controls Unitary Products 528150 YTG G 1210 UNIT DESCRIPTION MODEL ZH ZJ ZR049 4 Ton High Static Belt Drive TEST CONFIGURATION Vertical Bottom Supply Ducted Discharge Indoor Blower Speed RPM 962 5 5 Turns Open Equivalent 1 092 3 5 Turns Open Equivalent 1 190 2 0 Turns Open Equivalent External Static Pressure IWG 1 0 1 6 2 0 Nominal Airflow CFM 1 600 1 400 1 200 Blower Motor BHP 0 86 1 03 1 13 Octave Center Freq Hz ID Blower Cooling ID Blower Cooling ID Blower Cooling Only dB Operation dB Only dB Operation dB Only dB Operation dB 63 83 84 82 82 83 83 125 80 81 79 80 80 81 250 75 75 74 75 75 75 500 71 72 70 71 71 72 1000 66 67 70 71 72 72 2000 63 64 64 64 65 65 4000 64 64 64 64 65 66 8000 58 59 59 59 60 60 1 Differentials for Cooling Operation IDB CO
375. operate with two stage heat two stage cool or two stage cooling only thermostats depending upon unit configuration Johnson Controls Unitary Products 528150 YTG G 1210 Accessories Field Installed Acessories Non Electrical MODEL VOLTAGE DESCRIPTION WHERE USED 1BD0408 All Burglar Bars Downflow All Cabinets 1CG0419 All Coil Guard Electric Electric Models 50 Tall Standard Cabinets 1CG0420 All Coil Guard Gas Electric Models 50 Tall Standard Cabinets 1CG0427 All Coil Guard Electric Electric Models 42 Tall Cabinets 1CG0428 All Coil Guard Gas Electric Models 42 Tall Cabinets All Tall 50 Standard Cabinets Excludes 12 5T V 1HG041 1 All Hail Guard Kit cabinets 1HG0415 All Hail Guard Kit All Short 42 Standard Cabinets 1FE0412 All Flue Exhaust Extension Kit All Cabinets 1FF0414 All 2 only Metal Filter Frame Kit All Tall 50 Cabinets 1FF0415 All 2 only Metal Filter Frame Kit All Tall 42 Cabinets 1FL0402 All Permanent 2 only Filter Kit Includes 4 Four Filters All Tall 50 Cabinets 1FL0423 All Permanent 2 only Filter Kit Includes 4 four Filters All Tall 42 Cabinets 1GP0405 All Gas Piping Kit All Cabinets 1HA0442 All High Altitude Kit for Natural Gas All 6 12T Cabinets 1HA0450 All High Altitude Kit for Natural Gas 3 5T 80 120 amp 160 MBH Input 1HA0451 All High Altitude Kit for Natural Gas 3 4T 60 MBH Input 1HA0
376. p Drive 1043 0 93 1101 1 02 1058 0 96 1116 1 04 1072 0 99 1130 1 08 1086 1 03 1144 1 12 1100 1 07 1158 1 16 1114 1 12 1172 1 21 1129 1 18 1186 1 26 1144 1 24 1202 1 33 1160 1 30 1218 1 39 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 1160 1175 1189 1202 1216 1230 1245 1260 1 10 1 13 1 16 1 20 1 24 1 29 1 35 1 41 kW BHP x 0 932 Field Supplied Drive ZJ061 5 0 Ton Side Duct 1 2 3 4 Available External Static Pressure IWG Air Flow CFM 0 2 0 4 0 6 0 8 1 0 1 2 1 4 1 6 1 8 2 0 RPM BHP RPM RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 1 5 HP amp Field Suplied Drive Standard 1 5 HP amp Drive Hi Static 2 HP amp Drive 1500 659 0 35 719 0 46 780 0 57 843 0 67 905 0 77 964 0 87 1020 0 97 1071 1 07 1116 1 17 1154 1 28 1600 675 0 38 735 0 50 796 0 60 859 0 71 920 0 81 980 0 91 1036 1 01 1087 1 11 1132 1 21 1170 1 32 1700 691 0 42 751 0 54 812 0 64 875 0 75 936 0 85 996 0 95 1052 1 05 1103 1 15 1148 1 25 1186 1 36 1800 707 0 47 767 0 58 829 0 69 891 0 79 953 0 90 1012 0 99 1069 1 09 1120 1 20 1165 1 30 1202 1 41 1900 724 0 53 784 0 64 846 0 75 908 0 85 970 0 95
377. pe R 410A R 410A R 410A R 410A R 410A Refrigerant charge Ib oz System 1 5 10 7 12 7 0 7 14 8 0 System 2 5 12 7 10 6 12 7 14 7 8 ARI HEATING PERFORMANCE Heating model 10 15 10 15 10 15 15 20 15 20 Heat input K Btu 120 180 120 180 120 180 180 240 180 240 Heat output K Btu 96 144 96 144 96 144 144 192 144 192 AFUE Steady state efficiency 96 80 80 80 80 80 80 80 80 80 80 No burners 4 6 4 6 4 6 6 8 6 8 No stages 21 2 21 2 2 2 21 21 21 21 Temperature Rise Range F 20 50 35 65 15 45 30 60 10 40 25 55 20 50 35 65 10 40 25 55 Gas Limit Setting F 165 165 165 165 215 195 195 160 195 160 Gas piping connection in 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 DIMENSIONS inches Length 89 89 89 89 119 1 2 Width 59 59 59 59 59 Height 50 3 4 50 3 4 50 3 4 50 3 4 50 3 4 OPERATING WT Ibs 1030 1081 1060 1070 1280 COMPRESSORS Type Recip Recip Recip Scroll Scroll Quantity 2 2 2 2 2 Unit Capacity Steps 50 100 50 100 50 100 50 100 50 100 CONDENSER COIL DATA Face area Sq Ft 29 0 23 8 23 8 29 0 47 5 Rows 1 1 1 1 1 Fins per inch 23 23 23 23 23 Tube diameter in MM 7118 1 25 71 18 1 25 71 18 Circuitry Type 2 pass Microchannel 2 pass Microchannel 2 pass Microchannel 2 pass Microchannel 2 pass Microchannel EVAPORATOR COIL DATA Face area Sq Ft 13 2 13 2 13 2 13 2 13 2 Rows 3 4 4 4 4 Fins per inch 15 15 15 15 15 Tube diameter 0 375 0 375 0 375 0 375 0 375 Circuitry Type Intertwined In
378. ped for VAV shall be controlled by a duct pressure transducer with a 0 5 WC pressure range The pressure transducer shall provide a 0 5 VDC output signal to a VAV control board which in turn shall provide a 2 10 VDC speed reference signal to the VFD The VAV control board shall operate using factory installed Supply Air Return Air and Outside Air Temperature Sensors with a nominal resistance of 10 000 Ohms Units equipped with VFD s shall have factory installed manual bypass as an option 14 Johnson Controls Unitary Products 528150 YTG G 1210 CONVENIENCE OUTLET POWERED NON POWERED Unit can be provided with an optional 120VAC GFCI outlet with cover on the corner of the unit housing the compressors ELECTRIC HEAT Electric Heaters range from 3kW to 54kW and are available in all the voltage options of the base unit PHASE MONITOR Designed to prevent damage in out of phase condition COIL GUARD Designed to prevent condenser coil damage BAS CONTROLS Include supply air sensor return air sensor dirty filter indicator and air proving switch DIRTY FILTER SWITCH This kit includes a differential pressure switch that energizes the fault light on the unit thermostat indicating that there is an abnormally high pressure drop across the filters BREAKER An HACR breaker can be factory installed on gas heat units or cooling units with electric heat DISCONNECT SWITCH A disconnect can be factory installed on
379. pical Wiring Diagrams 1 172 Weights and 192 Weights arid Dimensions usus u see ERA as ESMERE E x E eee EE E E e Rus 193 Economizer Options Sis ocdol silo i eee eun do d gd Rete edd rt id Fd MO RR RON DUE 204 Component Location Cooling With Gas Heat 3 Through 5 Ton Filter drier solid core Filter access 3 5 Ton Reheat Disconnect location 2 or 4 Simplicity amp Control board w optional disconnect switch f Iter options screw connectors for T stat wiring and Network Connections Micro Channel Aluminum Tube Aluminum Fin Condenser Single Orifice System shown p See Actual Model Physical Data for details Slide out motor and blower assembly for easy adjustment and service Filter drier solid core 3 5 Ton Cooling E E Belt drive blower e motor Power ventor motor Second model nameplate inside hinged access panel Base rails w forklift slots three sides and lifting holes Roof curbs in eight and CON J 25 ES e 20 gauge aluminized fourteen inch heights steel tubular heat Roof curbs for transitioning exchanger for long life from York Sunline footprint stainless steel option to the ZH ZJ ZR Series footprint are available field installed
380. plied Drive Standard 1 5 HP amp Drive Hi Static 2 HP amp Drive 1800 801 0 45 874 0 65 946 0 82 1018 0 97 1090 1 11 1163 1 25 1238 1 38 2000 831 0 59 903 0 78 975 0 95 1047 1 10 1119 1 24 1193 1 38 1267 1 51 1344 1 66 1424 1 81 1507 1 99 2200 867 0 74 940 0 93 1012 1 10 1084 1 25 1156 1 39 1229 1 53 1304 1 66 1381 1 81 1461 1 96 1543 2 14 2400 910 0 91 983 1 10 1055 1 27 1126 1 43 1199 1 57 1272 1 70 1347 1 84 1424 1 98 1503 2 14 2600 957 1 10 1030 1 30 1102 1 47 1174 1 62 1246 1 76 1394 2 03 1471 2 17 3 2800 1009 1 32 1082 1 51 1154 1 69 1225 1 84 1298 1446 2 25 3000 1064 1 56 1137 1 75 1280 2 08 3200 1122 1 82 1194 2 02 3400 1182 2 10 1254 2 30 1315 1 52 1395 1 68 1477 1 86 2 HP amp Field Supplied Drive 1 Blower performance includes gas heat exchangers and 2 filters See STATIC RESISTANCE table for additional applications 2 See RPM SELECTION table to determine desired motor sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 ZR090 7 5 Ton Bottom Duct Available External Static Pressure IWG Air Flow CFM 0 2 0 4 0 6 0 8 1 0 1 2 1 4 1 6 1 8 2 0 RPM BHP RPM RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM RPM BHP RPM BHP La abd un Standard 1 5 HP amp Drive Hi Static 3 HP amp Drive Supplied Drive 2000 831 0 59 903 0 78 975 0 95
381. ptions Unit Size Allowed Variable Air Volume VFD and Manual Bypass C00 Cooling Only No heat installed not available with factory installed BAS options Single Stage Natural Gas Heat Options Variable Air Volume VFD and Manual Bypass with Simplicity amp LINC not available with factory installed BAS options A05 49 MBH Output Aluminized Steel Single Stage 037 049 A07 65 MBH Output Aluminized Steel Single Stage 037 049 061 A09 97 MBH Output Aluminized Steel Single Stage 037 049 061 A13 129 MBH Output Aluminized Steel Single Stage 061 B05 49 MBH Output Stainless Sleel Single Stage 037 049 B07 65 MBH Output Stainless Steel Single Stage 037 049 061 B09 97 MBH Output Stainless Steel Single Stage 037 049 061 B13 129 MBH Output Stainless Steel Single Stage 061 Two Stage Natural Gas Heat Options N05 49 MBH Output Aluminized Steel Two Stage 037 049 N07 65 MBH Output Aluminized Steel Two Stage 037 049 061 NO9 97 MBH Output Aluminized Steel Two Stage 037 049 061 N13 129 MBH Output Aluminized Steel Two Stage 061 S05 49 MBH Output Stainless Sleel Two Stage 037 049 S07 65 MBH Output Stainless Steel Two Stage 037 049 061 S09 97 MBH Output Stainless Steel Two Stage 037 049 061 513 129 MBH Output Stainless Steel Two Stage 061 N10 100 MBH Output Aluminized Steel Two Stage 078 090 102 N15 150 MBH Output Aluminized Steel Two S
382. ptions 4 amp 5 Z Options 3 4 amp 5 7 Disconnect lon Pwr d Conv Outlet moke Detector S A 4 Smoke Detector R A 5 Pwr d Conv Outlet Johnson Controls Unitary Products 528150 YTG G 1210 Features and Benefits Standard Features High Efficiency High efficiency units reach as high as 12 2 EER Gas electric units have electronic spark ignition and power vented combustion with steady state efficiencies of 8096 These efficiencies exceed all legislated minimum levels and provide low operating costs Service Friendly The Predator incorporates a number of enhancements which improve serviceability The motor and blower slide out of the unit as a common assembly This facilitates greater access to all the indoor airflow components thus simplifying maintenance and adjustment Service time is reduced through the use of hinged toolless panels Such panels provide access to frequently inspected components and areas including the control box compressors filters indoor motor amp blower and the heating section The panels are screwed in place at the factory to prevent access by children or other unauthorized persons It is recommended that the panels be secured with screws once service is complete Service windows have been placed in both condenser section walls Rotation of the cover allows easy access to the condenser coils for cleaning or inspection Both the unit control board and ignition contro
383. r Only dB Cooling Operation dB 63 73 77 73 77 125 61 70 66 71 250 56 63 60 64 500 51 56 55 57 1000 44 48 51 52 2000 41 44 48 49 4000 44 47 47 48 8000 42 44 43 44 1 Cooling Operation ID blower compressor and outdoor fan operating at 230 VAC Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively 122 Johnson Controls Unitary Products 528150 YTG G 1210 UNIT DESCRIPTION MODEL ZH ZJ ZRO61 5 Ton Standard Static Belt Drive TEST CONFIGURATION Horizontal Side Return Ducted Inlet Indoor Blower Speed RPM 814 3 Turns Open Equivalent 918 1 Turn Open Equivalent External Static Pressure IWG 0 6 0 8 Airflow CFM 1700 1950 Octave Center Freq Hz ID Blower Only dB Cooling Operation ID Blower Only dB Cooling Operation dB 63 77 81 85 82 125 71 80 68 81 250 64 68 500 60 61 1000 58 59 2000 55 55 4000 54 54 8000 48 48 1 Cooling Operation ID blower compressor and outdoor fan operating at 230 VAC Tested in accordance with ARI St
384. r Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively 126 Johnson Controls Unitary Products 528150 YTG G 1210 ZH ZJ ZR049 4 Ton Standard Static Belt Drive Vertical Bottom Supply Ducted Discharge UNIT DESCRIPTION MODEL TEST CONFIGURATION Indoor Blower Speed RPM 609 3 Turns Open Equivalent 712 1 Turn Open Equivalent External Static Pressure IWG 0 4 0 6 Airflow CFM 850 950 Blower Motor BHP 0 32 0 42 Octave Center Freq Hz ID Blower Only dB Cooling Operation ID Blower Only dB Cooling Operation dB 63 76 77 81 81 125 68 68 72 72 250 55 65 57 57 500 56 57 57 57 1000 51 57 52 56 2000 49 49 50 50 4000 48 48 49 51 8000 46 46 47 48 1 Differentials for Cooling Operation IDB COMP amp ODF are logarithmically calculated from the horizontal flow sound test Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high
385. r sheave setting and to determine the maximum continuous BHP 3 kW BHP x 0 932 118 Johnson Controls Unitary Products 528150 YTG G 1210 ZR037 150 Bottom Duct Application ZR037 3 0 Ton Bottom Duct Flow 0 2 0 4 RPM BHP RPM BHP FS 900 1000 1100 1200 1300 1400 1500 kW BHP x Boo m ZR049 4 0 Ton Bottom Duct 0 932 Field Supplied Drive RPM BHP Standard 1 5 HP amp Drive 708 713 725 742 761 781 0 6 0 5 0 5 0 6 0 6 0 6 0 6 0 7 RPM BHP 774 779 792 809 828 847 867 809 828 847 867 Air Flow 0 2 0 4 0 6 CFM RPM BHP RPM BHP RPM BHP Standard 1 5 HP amp Drive 1200 579 05 666 05 742 06 1300 598 0 5 685 05 761 06 1400 617 05 705 06 781 06 1500 637 06 724 06 800 07 1600 655 06 743 07 819 07 1700 672 07 760 07 836 08 1800 687 07 775 08 851 09 1900 70 08 788 09 864 09 2000 71 09 798 09 874 10 1 2 3 kW BHP x 0 932 4 Field Supplied Drive ZR061 5 0 Ton Bottom Duct Flow 0 2 CFM RPM BHP 1600 1700 1800 1900 2000 2100 2200 2300 2400 0 4 RPM BHP 0 6 0 6 0 7 0 7 0 8 0 9 0 9 1 0 1 1 684 700 717 737 758 781 804 828 854 759 775 793 812 833 856 0 6 0 7 0 7 0 8 0 8 0 9 0 8 0 6 0 6 0 6 0 6 0 7 0 7 0 8 Ava
386. rature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 125 TT 5 81 7 8 9 32 0 25 5 18 7 1875 72 72 9 8 6 48 1 39 7 31 4 23 0 67 64 1 8 3 64 1 52 4 44 0 35 7 27 3 62 57 3 8 1 57 3 57 3 57 3 465 382 29 8 77 83 2 9 0 43 2 30 5 20 7 72 74 3 8 7 54 3 44 5 348 25 0 2250 67 65 3 8 4 65 3 58 5 48 8 39 0 29 3 62 58 4 8 2 58 4 58 4 58 44 51 1 41 3 31 6 57 62 7 8 3 62 7 62 7 560 463 36 5 26 8 77 84 8 9 1 54 4 35 5 22 8 2 72 75 7 8 8 60 5 49 3 38 2 27 0 2625 67 66 5 8 5 66 5 64 7 535 424 31 2 62 59 5 8 2 59 5 59 5 59 5 55 6 445 33 3 57 63 9 8 4 63 9 63 9 61 5 50 4 39 2 28 0 FF 86 4 9 1 65 7 40 5 24 8 72 77 1 8 8 66 7 54 1 41 6 29 0 3000 67 67 8 8 6 67 8 67 8 58 3 45 8 33 2 62 60 6 8 3 60 6 60 6 60 6 60 2 47 6 35 0 57 65 1 8 4 65 1 65 1 65 1 54 4 41 9 29 3 72 77 7 8 9 73 3 59 2 45 1 31 0 3375 67 68 3 8 6 68 3 68 3 63 3 49 2 35 1 62 61 1 8 4 61 1 61 1 61 1 53 1 39 0 24 9 57 65 7 8 5 65 7 65 7 65 7 52 5 38 4 24 3 72 78 4 8 9 78 4 64 3 48 6 33 0 3750 67 68 9 8 6 68 9 68 9 68 2 52 6 37 0 62 61 6 8 4 61 6 61 6 61 6
387. re limit switch on gas and electric heat units The unit control Johnson Controls Unitary Products 528150 YTG G 1210 board will alarm on ignition failures compressor lock outs and repeated limit switch trips Nuisance Trip Protection and Strikes To prevent nuisance trouble calls the control board uses a three times you re out philosophy The high and low pres sure switches and the freezestats must trip three times within two hours before the unit control board will lock out the associated compressor On Board Diagnostics Each alarm will energize a trouble light on the thermostat if so equipped and flash an alarm code on the control board LED Each high and low pressure switch alarm as well as each freezestat alarm has its own flash code The control board saves the five most recent alarms in memory and these alarms can be reviewed at any time Alarms and programmed values are retained through the loss of power Reliable From the beginning All units undergo computer automated testing before they leave the factory Units are tested for refrigerant charge and pressure unit amperage and 100 functionality For the long term All Predator units are painted with a long lasting powder paint that stands up over the life of the unit The paint used has been proven by a 1000 hour salt spray test Flexible Placement All models and configurations share the same cabinet footprint and thus the same roof curb
388. rmine the maximum continuous BHP 3 kW BHP x 0 932 120 Johnson Controls Unitary Products 528150 YTG G 1210 ZR120 10 Ton Bottom Duct Available External Static Pressure IWG Air Flow CFM 0 2 0 4 0 6 0 8 1 0 12 14 1 6 1 8 2 0 RPM RPM RPM RPM BHP RPM BHP RPM RPM BHP RPM RPM RPM BHP uo ia Standard 2 HP amp Drive Hi Static 3 HP amp Drive Supplied Drive 2600 755 0 95 808 1 08 858 1 20 907 1 32 954 1 44 1000 1 55 1044 1 65 1087 1 76 1129 1 87 1171 1 98 2800 779 1 09 832 1 22 882 1 35 931 1 46 978 1 58 1024 1 69 1068 1 80 1111 1 90 1153 2 01 1195 2 12 3000 806 1 25 859 1 38 910 1 51 958 1 63 1005 1 74 1051 1 85 1095 1 96 1138 2 07 1181 2417 1222 2 28 3200 837 1 44 889 1 57 940 1 69 989 1 81 1036 1 93 1081 2 04 1125 2 14 1168 2 25 1211 2 36 1252 2 47 3400 870 1 65 922 1 78 973 1 90 1022 2 02 1069 2 13 1114 2 24 1158 2 35 1202 2 46 1244 2 57 1286 2 68 3600 906 1 88 959 2 01 1009 2 13 1058 2 25 1105 2 36 1150 2 47 1195 2 58 1238 2 69 1280 2 80 1322 2 91 3800 945 2 13 998 2 26 1048 2 38 1097 2 50 1144 2 61 1190 2 72 1234 2 83 1277 2 94 1319 3 05 1361 3 16 4000 987 2 40 1040 2 53 1090 2 66 1139 2 78 1186 2 89 1231 3 00 1276 3 11 1319 3 21 1361 3 32 1403 3 43 4200 1032 2 70 1084 2 83 1135 2 95 11
389. rols Unitary Products 127 528150 YTG G 1210 Indoor Sound Power Levels Horizontal Ducted Inlet High Static Belt Drive UNIT DESCRIPTION MODEL ZH ZJ ZRO37 3 Ton High Static Belt Drive TEST CONFIGURATION Horizontal Side Return Ducted Inlet Indoor Blower Speed RPM 876 4 Turns Open Equivalent 1 064 1 2 Turn Open Equivalent 1 190 2 5 Turns Open Equivalent External Static Pressure IWG 1 0 1 6 2 01 Nominal Airflow 1 200 1 100 1 000 Blower Motor BHP 0 64 0 93 1 08 Octave Center Freq Hz ID Blower Cooling ID Blower Cooling ID Blower Cooling Only dB Operation dB Only dB Operation dB Only dB Operation dB 63 75 80 81 81 81 83 125 69 71 71 73 73 75 250 62 68 66 71 68 70 500 54 56 57 59 59 60 1000 52 56 56 58 58 60 2000 47 49 52 52 54 56 4000 43 45 48 49 51 53 8000 43 45 45 46 47 48 1 Requires driven pulley AK 56 normal high static pulley is an AK 69 2 Cooling Operation ID blower compressor and outdoor fan operating at 230 VAC Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1
390. ry Bulb F F MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 85 77 s 148 2 8 2 61 1 50 3 39 4 2500 72 136 1 8 1 80 2 69 3 58 4 47 6 67 124 0 8 0 99 3 88 4 77 5 66 6 55 8 62 114 8 7 9 114 8 112 5 95 6 848 73 9 63 0 77 153 7 8 2 68 6 559 43 1 72 141 1 8 1 89 5 76 7 64 0 51 3 3000 67 128 6 8 0 110 4 97 6 84 9 72 2 59 5 62 119 0 7 9 119 0 117 5 104 8 92 1 79 3 66 6 57 118 5 7 9 118 5 118 5 107 1 94 4 81 7 69 0 77 159 1 8 2 76 0 61 5 46 9 72 146 1 8 1 98 7 84 2 69 6 55 0 3500 67 133 1 8 1 121 5 106 9 92 3 77 7 63 2 62 123 3 8 0 123 3 122 5 113 9 99 3 848 70 2 57 122 7 7 9 122 7 122 7 116 5 101 9 87 3 72 8 77 164 5 8 3 83 5 67 1 50 7 72 151 1 8 2 108 0 91 6 75 2 58 8 4000 67 137 6 8 1 132 5 116 1 99 7 83 3 66 9 62 127 5 8 0 127 5 127 5 123 0 106 6 90 2 73 8 57 126 9 8 0 126 9 126 9 125 8 109 4 93 0 76 6 72 154 0 8 2 115 6 97 7 79 8 61 9 4500 67 140 3 8 1 137 7 123 7 105 8 87 9 70 1 62 129 9 8 0 129 9 129 9 127 7 109 8 91 9 74 0 57 129 3 8 0 129 3 129 3 128 8 110 9 93 0 75 1 72 156 8 8 2 123 1 103 7 84 4 65 0 67 142 9 8 1 142 9 181 3 111 9 92 6 732 5000 62 132 3 8 0 132 3 132 3 132 3 112 9 93 6 74 2 57 131 7 8 0 131 7 181 7 131 7 112 4 93 0 73 7 105 F TT 125 0 10 0 52 9 44
391. s In order to Altitude Temperature Correction Factors use the indoor blower tables for high altitude applications certain corrections are necessary A centrifugal fan is a constant volume device This means that if the rpm remains constant the CFM delivered is the same regardless of the density of the air However since the air at high altitude is less dense less static pressure will be generated and less power will be required than a similar application at sea level Air density correction factors are shown in Table 14 and Figure 27 Air Altitude Ft Temp 0 1000 2000 3000 4000 5000 6000 7000 8000 9000 10000 40 1 060 1 022 0 986 0 950 0 916 0 882 0 849 0 818 0 788 0 758 0 729 50 1 089 1 002 0 966 0 931 0 898 0 864 0 832 0 802 0 772 0 743 0 715 60 1 019 0 982 0 948 0 913 0 880 0 848 0 816 0 787 0 757 0 729 0 701 70 1 000 0 964 0 930 0 896 0 864 0 832 0 801 0 772 0 743 0 715 0 688 80 0 982 0 947 0 913 0 880 0 848 0 817 0 787 0 758 0 730 0 702 0 676 90 0 964 0 929 0 897 0 864 0 833 0 802 0 772 0 744 0 716 0 689 0 663 100 0 946 0 912 0 880 0 848 0 817 0 787 0 758 0 730 0 703 0 676 0 651 2 o u c o 2 2 8000 ft 9000 ft 10000 ft 60 Sea Level 1000 2000 ft 3000 ft 4000 ft 5000 ft 6000 ft 7000 ft 70 80 Air Temperature F The examples below will assist in determining the airflow performance of the product at altitude Example 1 Wha
392. s but not the supply air blower motor 66 Johnson Controls Unitary Products 528150 YTG G 1210 ZR037 150 Cooling and Reheat Capacities ZR037 3 0 Ton Cooling Air on Temperature of Air on Condenser Coil Evaporator Coil Total Total Sensible Capacity MBh Total Total Sensible Capacity MBh CFM WB Capacity Input Return Dry Bulb F Capacity Input Return Dry Bulb F CF MBh kW 90 85 80 75 70 65 MBh kW 90 85 80 75 70 65 75 F 85 F 77 43 5 1 6 17 0 13 9 10 7 750 72 39 8 1 8 22 2 19 1 16 0 12 8 67 36 0 2 0 27 5 24 3 21 2 18 1 14 9 62 31 4 1 9 31 4 29 6 24 7 21 6 18 4 15 3 77 45 5 1 7 19 7 15 9 12 1 72 41 6 1 9 25 6 21 8 180 14 2 900 67 37 6 2 1 31 5 27 7 23 9 20 1 16 3 62 32 8 2 0 32 8 31 6 27 8 24 0 202 16 4 57 29 7 1 9 29 7 29 7 26 4 226 18 8 15 0 77 47 4 1 8 22 3 17 9 13 4 72 43 3 2 0 28 9 24 4 20 0 15 5 1050 67 39 2 2 1 35 4 31 0 26 5 22 1 17 6 62 34 2 2 1 34 2 33 6 30 9 26 4 21 9 17 5 57 31 0 1 9 31 0 31 0 29 3 24 9 20 4 15 9 77 49 4 1 9 25 0 19 9 14 8 72 45 1 2 1 32 2 27 1 22 0 16 8 1200 67 40 9 2 2 39 4 34 3 29 2 24 0 18 9 5 62 35 6 2 2 35 6 35 6 34 0 288 23 7 18 6 57 32 3 2 0 32 3 32 3 32 3 27 1 22 0 16 9 72 45 0 2 0 34 6 289 232 17 5 1350 6
393. s shall be designed to operate within the service factor Fan wheel shall be double inlet type with forward curve blades dynamically balanced to operate smoothly throughout the entire range of operation Airflow design shall be constant volume Bearings shall be sealed and permanently lubricated for longer life and no maintenance Entire blower assembly and motor shall be slide out design OUTDOOR CONDENSER FAN ASSEMBLY The outdoor fans shall be of the direct drive type discharge air vertically have aluminum blades riveted to corrosion resistant steel spider brackets and shall be dynamically balanced for smooth operation The outdoor fan motors shall have permanently lubricated bearings internally protected against overload conditions and staged independently A cleaning window shall be provided on two sides of the units for coil cleaning REFRIGERANT COMPONENTS Compressors a Shall be fully hermetic type direct drive internally protected with internal high pressure relief and over temperature protection The hermetic motor shall be suction gas cooled and have a voltage range of or 10 of the unit nameplate voltage b Shall have internal spring isolation and sound muffling to minimize vibration and noise and be externally isolated on a dedicated independent mounting a Evaporator coils shall have aluminum plate fins mechanically bonded to seamless internally enhanced copper tubes with all joints brazed Special Phen
394. s2L ug 6l1 S 0 1 DNIT ALDI TANIS C uo NYO is i 4 021 v aas 4822 ED 081 17121 sa OSLAS ug 291 2 58 age hA Qis X 38 21 el OAE waver 808 ving 38 811 Q Qs zz Oers H HOn 2s m Joa 1 68 181 1 8 811 7 NV4gOVIO AYVINAWG 14 SSV dAG CIA N3ISAS S TOULNOD 1 I y I r H I 9 I 3 I 3 I q 3 1 8 Y Typical ZH ZJ078 150 Factory Installed VFD with Manual Bypass Option 528150 YTG G 1210 188 528150 YTG G 1210 Typical ZH ZJ078 150 BAS Ready Unit with Factory Installed VFD Option 189 d Add Ve LINN 51 SLOINNOOSIG 11 N34O De Sv8 01 0381M 01314 01 lt 16 CELIT 1313 24 AS 0 510459 V 82 01 116 QNO 8 916 9NI2IAS3S 140148 NOILAVO svg 01 0 nose IM 01314 20 01 2 OO 8 196 oO sv8 OL f mar tC Oers indin aayim 1313 20 01 2 MS Od CO IndNT Ra 691 01 O15 aayim 1311 IVA O Q 4 266 HX3 UMd NOO3 Nid v JOVLIOA iN NOILILYVd NOSS3HdWOD NO N gon svg I d 9 Ave 1123 02 9014 13 20 YOLVNLOY NOO3 N AYZ 1123 02 9014 13 20 5121 30 ONIYIM 1 0 4 1 Ave NOII23NNOO 9014 13 205 614 615 S 814 815 S 114 115 5
395. saa 72 PENADI 6 38 986 2 gt D or2856 Om 14 8 v 8lHH eon T 3 186 BILE A a ss Om 1334 NUVIY 0111504 NIA NO21 9 TOYLNOD 801 95 gov gs Ov v9S HOLIMS 331713 ALNIG 5 uel 166 t i 49 88 9 3 968 INANI v 92 NI WWOD 807 898 a 39804 49 066 E AD N3d0 WOLIMS 2 LIWII 2 110 QNO Lid LIS HOLIMS SdY m WROD 41686 1 a D C uus i NOSN3S OYO 0 OSB gSow eis 2 V4 WOSN3S OVI 6 18 15 An Nooamm 2 8 908 A j is 8 NOI 123NNO2 Ov res P 304 11130 36 598 wa EATER EIS 0 m V4 805835 1d E Linn 338 49 0 Hm 4 WOSNIS 1 5 Y 2 gis eld 4 805835 3245 6 1 2 LIMIT VI ALIOITGWIS TE IE EST SNOILVOINNWWOD 30 5501 2 18 6165 XD 96 1186 wpmidd 705738001 AH 318 21144 ION BOA 3un1ivi 1041802 Y 51 1 AGVSIS NO CIO 7 53002 5 13 pem 807109 SG 19 w Pow uites earl no2 8 186 pt E B Dd 5 WOO ITO 1 4 168 587 tO 086 CTAR DEO EENETI NNOD ALIDIIANIS 4 021 NYD Q l 9 9 9 9 9 Troe AVu9V10 LINN 235 1081 2 z i So RO E 2 css to UMd UB 6LL gt 5 ug 268 uMd ES LT T 7 ios ES PY ug
396. sast 09 2H09 S39VLIOA_Y3HLO Ago A088 11 130 335 vA 0 31 181 01 0 56 2214 0 6 ug 9v6 dua AIEV6 FRR 84 5 6 0 96 V 4 4 WNvuOVIG ANVIN3W31 ua H 9 3 3 q 8 Johnson Controls Unitary Products 186 528150 YTG G 1210 a AJY 7102609 0M 20 138 OLY NJ 3 aT SLON 3182 144 A3HLO Vu9VIQ LINN 338 LINN STHL 9NI2IAU3S 3403438 NUR La E 310N 4 JAIM 01313 EEG E 5121 05514 Y N30 NOIIQVO ANNO 1 d We sas NOILILYVd HOSS384WO2 NO NId ZI AYZ NOI123NNOD NTVEG 2101231819 229 1081NOO NI 2 NO 38 918 z Dt ae 1 30 6 rH ies ree m wa ece f Q rs TERM 198 ui SAY S3201 30 9N1NIM 43 w eee D MILES J 8 y LZS 124 l S sA di dagovzs CIYNOILdO YJLINOILN3ILOd HLIM YOSNIS 38 620 x I
397. t Evaporator Coil TS Technicoat Evaporator amp Condenser Coils ZZ If desired option combination is not listed above ZZ will be assigned and configuration options will be located in digits 15 18 A Std Motor Voltage 2 208 230 3 60 4 460 3 60 5 575 3 60 Std Motor Econo Barometric Relief Downflow Only C Std Motor Econo Power Exhaust Downflow Only D Std Motor Motorized Damper Downflow Only E Std Motor Horizontal Economizer No Baro F Std Motor Slab Econo Power Exhaust Downflow Only G Std Motor Slab Econo Barometric Relief Downflow Only N Hi Static P Hi Static Econo Barometric Relief Downflow Only Q Hi Static Econo Power Exhaust Downflow Only R Hi Static Motorized Damper Downflow Only S Hi Static Horizontal Economizer No Baro T Hi Static Slab Econo Power Exhaust Downflow Only U Hi Static Slab Econo Barometric Relief Downflow only Installation Options A 7 No Options Installed B ption 1 C Option 2 D Options 1 amp 2 Option 3 Option 4 G Options 1 amp 3 H 7 Options 1 amp 4 jJ ptions 1 2 amp 3 K Options 1 2 amp 4 L Options 1 3 amp 4 M Options 1 2 3 amp 4 Options 2 amp 3 Options 2 amp 4 Options 2 3 amp 4 Options 3 amp 4 S Option 5 T Options 1 amp 5 U Options 1 3 amp 5 V Options 1 4 amp 5 W Options 1 3 4 amp 5 X Options 3 amp 5 O
398. t are the corrected CFM static pressure and BHP at an elevation of 5 000 ft if the blower performance data is 6 000 CFM 1 5 IWC and 4 0 BHP Solution At an elevation of 5 000 ft the indoor blower will still deliver 6 000 CFM if the rpm is unchanged However Table 13 must be used to determine the static pressure and BHP Since no temperature data is given we will assume an air temperature of 70 F Table 15 shows the correction factor to be 0 832 Corrected static pressure 1 5 x 0 832 1 248 IWC Corrected BHP 4 0 x 0 832 3 328 Example 2 A system located at 5 000 feet of elevation is to deliver 6 000 CFM at a static pressure of 1 5 Use the unit blower tables to select the blower speed and the BHP requirement Solution As in the example above no temperature information is given so 70 F is assumed The 1 5 static pressure given is at an elevation of 5 000 ft The first step is to convert this static pressure to equivalent sea level conditions Sea level static pressure 1 5 832 1 80 Enter the blower table at 6000 sCFM and static pressure of 1 8 The rpm listed will be the same rpm needed at 5 000 ft Suppose that the corresponding BHP listed in the table is 3 2 This value must be corrected for elevation BHP at 5 000 ft 3 2 x 832 2 66 Johnson Controls Unitary Products 97 528150 YTG G 1210 Indoor Blower Specifications
399. tage 078 090 102 120 150 N20 200 MBH Output Aluminized Steel Two Stage 120 150 510 100 MBH Output Stainless Steel Two Stage 078 090 102 15 150 MBH Output Stainless Steel Two Stage 078 090 102 120 150 S20 200 MBH Output Stainless Steel Two Stage 120 150 Electric Heat Options E03 3 KW 037 E06 6 KW 037 049 061 E08 9 KW 037 049 061 E09 9 KW 078 090 102 E15 15 KW 037 049 061 E18 18 KW 078 090 102 120 150 E20 20 KW 049 061 E23 24 KW 061 E24 24 KW 078 090 102 120 150 E36 36 KW 078 090 102 120 150 E54 54 KW 120 150 m Variable Air Volume VFD Ready for customer provided field installed drive l Variable Air Volume VFD Ready with Simplicity amp LINC for customer provided field installed drive 2 Pleated filters 4 Pleated filters m BAS Ready Economizer 2 10 V D C Actuator without a Controller Any Combination of Additional Options that Don Product Generation 5 Fifth Generation AA 7 None AB Phase Monitor AC Coil Guard AD Dirty Filter Switch AE Phase Monitor amp Coil Guard AF Phase Monitor amp Dirty Filter Switch t Have an Option Code Pre assigned Additional Options AG Coil Guard amp Dirty Filter Switch AH Phase Monitor Coil Guard amp Dirty Filter Switch RC Coil Guard Shipping Bag amp American Flag TA Technicoat Condenser Coil TJ Technicoa
400. tertwined Intertwined Intertwined Intertwined Refrigerant control TXV TXV TXV TXV TXV 26 Johnson Controls Unitary Products 528150 YTG G 1210 ZJ078 150 Physical Data Continued Models Component ZJ078 ZJ090 ZJ102 ZJ120 ZJ150 Nominal Tonnage 6 5 7 5 8 5 10 12 5 CONDENSER FAN DATA Quantity of fans 2 2 2 2 4 Fan diameter Inch 24 24 24 24 24 Type Prop Prop Prop Prop Prop Drive type Direct Direct Direct Direct Direct Quantity of motors 2 2 2 2 4 Motor HP each 1 3 3 4 3 4 3 4 1 3 No speeds 1 1 1 1 1 RPM 850 1110 1110 1110 850 Nominal total CFM 7400 8000 9000 9400 14000 BELT DRIVE EVAP FAN DATA Quantity 1 1 1 1 1 Fan Size Inch 15x15 15x15 15x15 15x15 15x15 Type Centrifugal Centrifugal Centrifugal Centrifugal Centrifugal Motor Sheave 1VL40 1 50 1VL40 1VM50 1VM50 1VM50 1VM50 1VM50 1VM50 1VP56 Blower Sheave AK74 AK74 AK69 AK69 AK89 74 84 AK74 AK74 BK77 Belt A53 54 52 54 56 54 56 54 54 55 1 1 2 2 1 1 2 3 2 3 2 3 3 5 RPM 1725 1725 1725 1725 1725 1725 1725 1725 1725 1725 Frame size 56 56 56 56 56 56 56 56 56 184T FILTERS 4 24 x 20 x 2 3 4 24x20x2 3 4 24x20x2 3 4 24x20x2 3 4 24x20x2 3 Quantity Size 4 24x20x4 4 24x20x4 4 24x20x4 4 24x20x4 4 24x20x4 4 151 Stage 60 of Full Capacity 2 In Throwaway Standard MERV Minimum Efficienc
401. tion IDB COMP amp ODF are logarithmically calculated from the horizontal flow sound test Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard for Sound Rating of Ducted Air Moving and Conditioning Equipment Testing datum includes effect of standard inlet air filters Test duct dimension 18 in wide x 28 in high x 8 ft long no elbows Test duct termination is flush with reverberant room wall Duct end sound reflection corrections included 7 2 3 4 1 2 0 4 0 1 0 0 0 dB at 63 125 250 500 1k 2k 4k 8k Hz respectively Indoor Sound Power Levels Vertical Ducted Discharge Standard Static Belt Drive UNIT DESCRIPTION MODEL ZH ZJ ZRO037 3 Ton Standard Static Belt Drive TEST CONFIGURATION Vertical Bottom Supply Ducted Discharge Indoor Blower Speed RPM 609 3 Turns Open Equivalent 712 1 Turn Open Equivalent External Static Pressure IWG 0 4 0 6 Airflow CFM 850 950 Blower Motor BHP 0 32 0 42 Octave Center Freq Hz ID Blower Only dB Cooling Operation ID Blower Only dB Cooling Operation dB 63 76 77 81 81 125 68 68 72 72 250 55 65 57 57 500 56 57 57 57 1000 51 57 52 56 2000 49 49 50 50 4000 48 48 49 51 8000 46 46 47 48 1 Differentials for Cooling Operation IDB COMP amp ODF are logarithmically calculated from the horizontal flow sound test Tested in accordance with ARI Standard 260 2001 Refer to 2001 Standard fo
402. tion Includes Hood All Cabinets Barometric Relief Kit for Power Exhaust Horizontal 1EH0408 All Application All Cabinets Barometric Relief Hood Kit Required for field installed 1EH0409 All slab economizer without ERV All Cabinets 1FA0413 All Manual Outside Air Damper 0 35 Downflow All Cabinets 1FA0414 All Manual Outside Air Damper 0 100 Downflow All Cabinets 1RD0411 All Barometric Relief Kit for Horizontal Applications All Cabinets 2EC04700924 All Dual Enthalpy Control All Cabinets Downflow Economizer Slab type for ERV no 2EE04705724 All Barometric Relief or FA hood All 50 Cabinets Downflow Economizer Slab type for ERV no 2EE04705824 All Barometric Relief or FA hood All 42 Cabinets 2EE04705924 All Downflow Economizer with Barometric Relief All Cabinets 2EE04706024 All Horizontal Economizer without Barometric Relief All Cabinets 2MD04703224 All Motorized Damper Downflow without Barometric Relief All Cabinets 2MD04703724 All Motorized Damper Horizontal All Cabinets 2PE04703225 230 Power Exhaust 230V Downflow or Horizontal All Cabinets 2PE04703246 460 Power Exhaust 460V Downflow or Horizontal All Cabinets 2PE04703258 575 Power Exhaust 575V Downflow or Horizontal All Cabinets Must be installed in return Duct on Horizontal Applications and a 1EH0408 is required Field Installed Acessories Controls MODEL VOLTAGE DESCRIPTION WHERE USED 2AP0401 All Air Proving Switch All Units 2AQ04700324B
403. urbs for transitioning from York Sunline footprint to Toolless the ZH ZJ ZR Series footprints door latch are also available field installed accessory Compressor 1 access high efficiency compressor Side entry power and control wiring knockouts Johnson Controls Unitary Products 3 528150 YTG G 1210 Nomenclature 3 12 5 Ton York Model Number Nomenclature ZIH 090 NTOTATZTATAATS oT 214 a1 Product Category Z AIC Single Pkg R 410A Product Identifier 11 7 11 8 EER J 12 2 EER Configuration Options not required for all units These four digits will not be assigned until a quote is requested or an order placed Variable Air Volume VFD BAS ready Variable Air Volume VFD and Manual Bypass BAS ready R Reheat m SS Drain Pan CPC Controller DFS APS Nominal Cooling Capacity Johnson Controller UNT 1126 N2 protocol DFS APS Honeywell Controller DFS APS m Novar Controller DFS APS 5 Ton Simplicity IntelliComfort Controller 090 7 5 Ton m Simplicity IntelliComfort Controller w Simplicity amp LINC 102 2 ud York Commercial Comfort System YCCS Rtu Controller 150 12 5 Ton Hot Gas Bypass Standard on VAV Optional on CV m Variable Air Volume VFD not available with factory installed BAS options Heat Type and Nominal Heat Capacity m Variable Air Volume VFD with Simplicity amp LINC not available with factory installed BAS o
404. ure has no way of knowing the details of each system This constitutes an exception to any specification or guarantee requiring a dBA value of sound data in any other form than sound power level ratings 134 Johnson Controls Unitary Products 528150 YTG G 1210 Outdoor Sound Power Levels ZH ZJ ZR037 150 Size Sound Rating Octave Band Centerline Frequency Hz I Tons Mode dB A 63 125 250 500 1000 2000 4000 8000 e ZH 81 82 5 86 5 78 0 75 5 76 5 68 5 63 0 56 5 049 ZH 78 82 0 86 0 78 5 75 5 73 0 68 0 63 0 56 0 p ZH 85 83 0 89 5 83 5 82 5 78 5 73 5 68 0 63 5 078 ZH 87 89 0 88 5 84 5 84 5 82 0 76 5 72 0 66 5 5 ZH 92 93 0 92 0 90 5 88 0 86 5 83 0 775 73 5 E ZH 92 97 0 94 0 93 5 90 5 87 0 81 5 76 0 69 0 ZH 91 99 5 91 5 91 5 89 0 86 0 80 5 76 5 71 0 d25 ZH 86 89 5 91 0 85 5 84 0 81 0 76 5 71 0 62 5 ed ZJ 77 82 0 83 5 80 0 73 0 70 0 65 5 60 5 55 5 049 i ZJ 81 87 5 88 5 83 0 77 5 73 5 70 5 67 0 62 0 o ZJ 84 86 5 87 0 86 0 79 0 76 5 7 5 68 0 64 0 078 E ZJ 85 87 5 85 0 84 0 82 0 80 0 75 5 715 67 0 090 i5 ZJ 90 90 0 93 0 90 5 86 0 83 5 81 5 78 0 75 0 E ZJ 92 97 0 94 0 93 5 90 5 87 0 81 5 76 0 69 0 m zi 91 99 5 91 5 91 5 89 0 86 0 80 5 76 5 71 0 jas 2 85 89 0 88 0 83 5 83 5 78 5 74 0 69 5 64 5 o ZR 77 82 0 83 5 80 0 73 0 70 0 65 5 60 5 55 5 ur ZR 81 87 5 88 5 83 0 775 73 5 70 5 67 0 62 0 p ZR 84 86 5 87 0 86 0 79 0 76 5 715 68 0 64 0 078
405. xhaust This accessory installs in the unit with a down flow economizer Power exhaust plugs into the connector in the unit bulkhead You must purchase 1EH0408 barometric relief when applying to a horizontal flow application Manual Outdoor Air Damper Like the motorized outdoor air damper each manual outdoor air damper includes a slide in damper assembly with an outdoor air hood and filters Customers have a choice of dampers with ranges of 0 to 100 or 0 to 35 outdoor air entry Motorized Outdoor Air Damper The motorized outdoor air damper includes a slide in plug in damper assembly with an outdoor air hood and filters The outdoor air dampers open to the preset position when the indoor fan motor is energized The damper has a range of 0 to 100 outdoor air entry Factory installed option or field installed accessory Smoke Detectors The smoke detectors stop operation of the unit by interrupting power to the control board if smoke is detected within the air compartment CO Sensor Senses CO levels and automatically overrides the economizer when levels rise above the preset limits Dirty Filter Switch This kit includes a differential pressure switch that energizes the fault light on the unit thermostat indicating that there is an abnormally high pressure drop across the filters Coil Guard Field installed decorative wire coil guard Hail Guard This kit includes a sloped hood which installs over the outside condenser coil
406. y Reporting Value 3 2 In Pleated Optional MERV 7 4 In Pleated Optional MERV 13 Bog Johnson Controls Unitary Products 27 528150 YTG G 1210 ZR037 061 Single Stage Gas Heat Physical Data c Models omponeni ZR037 ZR049 ZR061 Nominal Tonnage 3 4 5 ARI COOLING PERFORMANCE Gross Capacity ARI A point Btu 36500 49000 62000 ARI net capacity Btu 35500 47500 60000 EER 12 2 12 2 12 2 SEER 15 15 14 7 IPLV Nominal 1200 1600 2000 System power KW 2 88 3 32 4 83 Refrigerant type R 410A R 410A R 410A Refrigerant charge Ib oz System 1 12 8 12 0 11 0 System 2 ARI HEATING PERFORMANCE Heating model A05 A07 A09 A05 A07 A09 A07 A09 A13 Heat input K Btu 60 80 120 60 80 120 80 120 160 Heat output K Btu 49 65 97 49 65 97 65 97 129 AFUE Steady state efficiency 81 5 81 81 81 5 81 81 81 81 80 5 No burners 4 4 6 4 4 6 4 6 8 No stages 1 1 1 1 1 1 1 1 1 Temperature Rise Range F 20 50 F 25 65 F 35 80 F 20 50 F 25 65 F 35 80 F 25 65 F 35 80 F 45 75 F Gas Limit Setting F 200 F 235 F 290 200 235 290 235 290 240 Gas piping connection in 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 3 4 DIMENSIONS inches Length 89 89 89 Width 59 59 59 Height 42 42 42 OPERATING WT Ibs 867 880 867 COMPRESSORS Type Recip Recip Re
407. zi 1 3 2313 2 NO1LD3NNOD 9014 13408 1 dVA3 MO 1VISORNJHI 153 441101 TOULNOD YIN APZ NOI I23NNO2 91197133205 YOOGLNO NOIOM 2 IMi ud L0 T ASLS T nes s 191 pr SNO 123NNO2 NOILISOd NIM 310m3U 3uIM 1YNO1 140 7081802 8321WONO23 AV 134 121 2 D Ar VASL WINYOISNVYL 1239 803 123NNODSIQ HILINS 250 S 310N 335 32018 1YNINNJI NIVA 123NNO2SIQ HOLIMS 154 AYNOI14O 137100 32N31N3ANO2 1249 A02 1VNOI1dO HIV 114405 3MOWS 4013310 HOSN3S 140 831114 HIV AlBIQ HOLIAS 5 x18 01140 BIY NYNLIA 3MOWS 40123130 405835 CIWNOILdO HIV 39NVHOSIQ 805835 Sva i iO THD 2 13100 AINO CTWNOTLdO 8311081NO2 80123130 3XOMS 6 310N 335 831 3SV2XNYH2 1822 L amo QI 16i 0 5001000002 YNO1130 0001 0 NOILISOd 1 W31SAS 1002 AY138 182 aeree OTO 2N0N02 S sa WANINIW 310H3H 8313MNOI1N310d 2 u34V38B 1119312 85 arosi 114405 Won C iQ Ow is ano us 254 M8v0NO33S i 114405 83804 WVYYOVIG AYVINIWI 13 1V3H 21812113 OM M LINN ONI 1009 1 x F H 3 3 4 3 8 Y 176 528150 YTG G 1210

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