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Liebert Series 600 User's Manual

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1. Table 5 338 1000 kVA Multi Module Unit 480 Volt Standard Module With Optional Low Distortion Input Filter Required Maximum Rectifier Inverter Battery Battery Maximum Floor AC AC Discon Current Efficiency Heat Dis Dimen Approx Loading UPS Input Output nect at End of at sipation sions Weight Lb Rating Current Current Rating Discharge Full Load BTU hr Inches Lb Sq Ft Distribu Full Un ted kW Nom Nom Amperes Amperes Load WxDxH packed Loading 338 270 380 474 406 507 1000 993 92 80131 128x38x78 8700 258 400 320 455 568 481 601 1200 1170 92 94970 164x38x78 10300 238 400 360 512 639 481 601 1200 1316 92 106842 164x38x78 10300 238 500 400 562 703 601 752 1600 1463 92 118713 164x38x78 11150 258 500 450 633 791 601 752 1600 1646 92 133552 164x38x78 11150 258 625 500 711 888 752 940 2000 1828 92 148391 164x41x78 12950 277 750 600 853 1066 902 1128 1600 1644 92 178070 164x41x78 14200 304 750 600 853 1066 902 1128 2000 2194 92 178070 177x44x82 15450 286 1000 800 1125 1406 1203 1504 2500 2169 93 205514 177x44x82 17400 322 1000 900 1265 1582 1203 1504 2500 2440 93 231203 177x44x82 17400 322 Applicable 1 4 5 7 8 2 5 7 8 6 6 8 9 13 13 Notes 9 11 12 9 11 12 11 12 For explanation of notes see referenced numbers in 1
2. 85 10 1 Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Figure 9 Figure 10 Figure 11 Figure 12 Figure 13 Figure 14 Figure 15 Figure 16 Figure 17 Figure 18 Figure 19 Figure 20 Figure 21 Figure 22 Figure 23 Figure 24 Figure 25 Figure 26 Figure 27 Figure 28 Figure 29 Figure 30 Figure 31 Figure 32 Figure 33 Figure 34 Figure 35 Figure 36 Figure 37 Figure 38 Figure 39 Figure 40 Figure 41 Figure 42 Figure 43 Figure 44 Figure 45 Figure 46 Figure 47 Figure 48 FIGURES Multi Module 338 4 Multi Module 400 to 1000 5 6 System Control Cabinets aes dte eb este og END 9 Typical Multi Module 15 Drawing 8 issu autor eh 21 Outline Drawing 400 a es 22 Outline Drawing 500 23 Outline Drawing 500 208 VAC 24 Outline Drawing 625 25 Outline Drawing 750 kVA High Link 240 Cells 26 Outline Dra
3. 330 WEI MOI 96 02 4 91 22 30NVM dH31 BIY 22 no 0009 MIv HOW 006 0 CE 3715 SALON 31803 01 AVASIN 2 aS PES SNOILI3NNDD 53083107 310014394 8010 03553039 190 3 E DNIAS AIK dal 1 M ELE EN 5214 v SA 00656 ZE X01 SAINGNOD ONINIA 7051409 ASLINI BO v3av X 6l 521107003 181 AMIN 804 9389 XDdddy p S33NVd 318 z 583118 150 3 Jr 5 30 3 87 0370 ZE 91 SLINONOS 90 181 33ADd ASING 801 303 9359 XUSddv 23 lon Inspect iring Figure 8 Outline Drawing 500 kVA 208 VAC DAGTIS SINI GWYN 3714 1 30 ON Add 56 05 50 18 65316 88 3190 VINUOSEWO ANA da 0596 89917 1 38 ON N23 H2 32111 ON 13388 A8 NAVAT 009 531435 104100 A 021 802 1 A 802 Sdn FINCOW 11L1NW YA 006 98176 808 061 1 T vid Sava SNE w
4. 4091 ONIAS 83000 WOWEX H 33701 wid 96 8 8 snd UNUS S37DH 95 18908 Wat 5498 sng 101001 134945 101 103 315 5 SINAN 540 0103 804 519 AYA 32 08 3291831 M31SAS Wal W3LSAS 4D WJI AJA AGT 1011106831 310833 002 Wiring Inspection 36 Figure 21 Base Mounting Details 338 kVA 12061940 3MvN 313 to Linn DN DN A38 DAT 438 534 9 ME 20 19162 88 009 531335 11383 ON DAC 3 INGOW IL NW ANY 15 ON N23 AB VA 8 33 194 5 111100 3598 31111 DN i133HS NAVI 901118 8 3 98111 000 3598 8 8 9 9 AJIA SNDI 2015 440 0 21 345 440 dAl 212 7 011335 10 81003 83183 1 011335 831311233 AJA 01104 8 4 v v LINN 30 1033 dO INOS TANNYHI 9118001 3598 3 3 22 na no 30 05 03 8 3 8 20 30 05 10802 083 ddO dal ABLN3 8 1015 9812171 x 1 BEDE 0096 SIH 98100 529 V3 SIH 9NINOHONV Wid 529 v 20002 9 49024 37 Wiring Inspection 208 3 8 23 INA
5. 5386 10 0200 80 394358 4225 0110180338 3 508 0007 63 H orre 508 69 1916 88 DNI VNU OL 93433 AMIN3 31892 1 08 ONY 4 ONIANNOW 3598 303 9 36 308 00 OF BUS ONY away 18083 NI HALAS 5 1033108381 85322 321335 ANY 1971 15 1 NI TW 340 A0703 Pannes 4 01 22 3ONvH dH21 22 104110 0002 541 0091 san 0091 SAT OSZI 1H9 3A 11 07 11 30 JU 34493 40046 CAES 1 838 55 9 08 315 5 8 118 58 ASIA THOS AJA 19853 091 9NIAS INO 3004 H past ST ONTOS MI WIN 0000000000000 0000 28 JAL ONESIA S310H 9 831800 vid 95 br 0 v3auv 303 00 05 4 99 99 9 996 9 9 9 9 9 9 9 6 9 9 6 9 9 9 9 6 4 ove 541 SU H a SLIMQNDD orte 81 08 8 83 803 v3sv XnD3ddv Sava 518 1 181110 3 nus 5494 574 1037 3370 vid 9 5310 Vid 96 53 00 95 SU 511 LINGNOD 8183 801 335945 28 2 02 Noon ONIAS 30004 ASIA 40
6. PETER 597 OSE 587 0 8 7587 0009 i 3 084 03 E243 501234405 THIS SH 541 08 8 567 62 6 2 ODS 30 2 8011225 1011235 vA 1101008 3194 515013 NWS 9 1441 5 9 lt 2 5 31411938 11035 8 8 0189 58 a 3 03 W38 71 71 5 1 t i Aud 71 130 335 WN 335 339 9 1118 5 310 9 1708 2 141 d 11145 32914 6 11 131 NOLL23NNDO 37 00 0007 48 3 11 138 8713380803 ONT VINIS 77130 133 007 9 191 X201 7 SSN 114 dvd ST 11 HSA 197 SEIS VA 3111 37138 8 1708 In 1 17 1108 SIHSWA 1913 27104 42 585015 37 1 37138 anis YHA 16734 0301 728 1674 10 PPM SRSA 117168 01 3 313 6 2 53 Wiring Inspection Figure 38 Shipping Split Detail 750 kVA Low Link 180 Cells and 1000 kVA 3 916021955 HEN 3113 81 56 2 ANIA b ms E 6021955 8 36 0656 ON 3030 DN A34 d 530 NM S DN FINGOW ANY 3 79NIS 1132 081 VA 064 719134 11148 SNIddIHS 82 5 916 68 OAT 335 SNOTEORSISNE
7. 31730035 3 LSAW 531492 0907 104400 San 7001 JAN 510080 3 1834802 0902 37103 0 5014 01 0 1833 0 310011 01 804 Ten gt 00 1 03 0 14341132 4901 0119404 1405 40 NOTLYNIGROD SI 1 324802 W NIXVW 001 JAN 0967 SNOANILNOSD 4907 7113 50114 3080 03 1 31198 403 07 SDDONEIINGONUN 853 0901 NOILVANd ADHS 30 NOILVNIBNDO 51 19438905 HNHIXVH qva 81 8 Galva 7114 NO 435 6 SI 1 S31O0N Figure 57 Module One Line Diagram 1000 kVA 1 29 08 ANNOYS 35 Sdn LOJN 13 20 830334 WNIWON TWNIWON 6 38 83 8 Ih s s G San 73 lon Inspect iring JAJ 1 1 3713 81 45 190 INANI 1191 oe DN ada ON 009 531035 Ady 8 144911 66 60 90 16 919162 26 09005 NULLVeKIDIJNDO INO IY 15 3802 dwy 000 0091 ON N23 2 3190 ON OAC 710931409 W3LSAS 08 NECS 8 JUIL ON 133HS NAVA 03 8089 9225 0009 90006 vOOSe 0002 11 108 2 8 V 0 0000 MIA 3SVHd 10931803 8 315 5 WD33 110 2 081 868 897 088 9225 90006 790062 90
8. 3 038 3 20 S3H21v1 90730 2001 13553935 DNAS 8000 21 TODA aUi A E 1 3 2 3 ONISIA 0318103 AMINA 401 304 VFV 85 cic gt 92 13499 DAL SLINGNOS 08 8 83 04 AYINI 401 303 9389 zc ES Ee B 8 8 ES Ev dai 8 1590 1 3 CBEXZOSLIACNOD 33A Ug AMIN 401 803 35 0 Wiring Inspection 28 250163813111 IHN 3314 1140 111 1 0596 3 43030 ON 1 66 80 90 2 19164 88 009 531435 dWv 008 OF9 3194 82252 131893 70591409 NILSAS 0 1 8 760 s9 aas eon v 90 59 0001 008961 4 5 gt 885800 v 079 09 219 dial 31380159 20 0 Sagada 8225 42532 8339348 LIN SAC 138 Ady 530 1 1384103 ON N23 30 1 HN 133HS 6 01 1916 88 ONIAVAT 01 53435 AXINI 4 0098 8 WOLLOG ONY NYILL d ONILNNOW 35 8 803 9 4934409514 E E ANY LNOS NI 013 5 SIEVIS ANY NOLLYIWASM 5 331
9. SALON 3415 AGIA 18083 LINDJA ADIA 3115 13 18 2 30 dup ONI 552 38 LINIJI 2 a 5 1fldNI met 13 IL a sava 8 5 39 1131 9 Sikes Sng indint 5 59 NDILO3NNO2 Yat 318 INNE SEE 0 2 Z 13083 30 01 016 02 406 1 24 0021 1 1 5594 8 ava sna Sava 83 8 2d 5898 508 16011 29 104100 2v 303 0 138 303 719130 51075 96 X 51075 96 508 GNDDSO 303 719130 5319130 103 51015 95 dal 53100 vId 9c L 951 78 La 2002 SINH 914 95 51194134 01123 02 51075 95 I S330H vid 96 Wiring Inspection 64 Figure 49 Bussing Details 1000 kVA 11199588 0 HUN 3713 1 6 20 90 89164 88 2 589162 88 UNIAVHI 83338 5 1 130 03 3H2NI NI 38V SNU ISN3HIC 771972 10 AH 1301 0804 38 01 SONI Sava SNE 4011534405 304 1 S310N 8126 0 31192 Ga OWINDYZr 0696 ARIA 3018 009 531435 009 A 08v Sdn 1 10081 1110 553009 14083 VA 0001 5 1 130 8 5349358 10810 ABA 11093 530 gt a gt x m 1109815 101 Sava 508 2v
10. 1100409 31 35 NI 38 1508 537890 4907 104100 540 7 7001 DAN 238 san 4901 SNONNILNOD 18838313 6901 TINA 79 5014 1 0 33 0 3100 01 303 8907 SNONNILNOIN N 1373 0907 NOILVYNG LNOHS 30 00 SI 3808003 001 23N 834 0901 SQOnNIINDOD 1 0 1 1114 WNINON 5 30230338 311 8 AYON 0011 0308 7 0907 1 DHS NOILvNISWDO SI 1 38800 4907 104300 431924 1703 NO 135 8 S 1 384902 TWNIWON 1 S3 L0N Figure 50 Module One Line Diagram 338 kVA Wiring Inspection 66 19889915 IHIN 3113 8 86 da 0 3 0696 0 56 1 20 198 899162 26 3190 3980 13316 JO ANI 19 0211 32987135160 30 GNF 19 QZH 109 311 5 V B96 3114 D 069 0188 A 08 088 310008 6 1311956 086 VAM 009 16 3 10 1401 88 915 009 531435 JAd 530 11380103 JHI DN 133 8 018275 SALON 3359 491 H31N33 803 JAIIVO3N H ONY 1509 D 09 3 71 030 D ONY 1809 D 9 8311 78 WILSAS 01 13300003316 831178 701 6845 SILON 3252 3 AILVO3N CD ANY 3 111504 KD 9 096 L33NND2OSIG 831178 316600 GJ ANIT 20 Sdn 803808160 1 1 0 40
11. 0 Di 13318 31989435 9 NI 34 LSNN 37892 1051403 310H38 01 53215 381 N03 51511 JSA 33S 5 SI NAGHS 119 WNO 402 10 19806420 81131 ONY 820080818 38 1 SIAI 81 03 Tv 1 10 09806 20 9310 4315 2 12380 4 A AO 310838 GOLINON 3104138 GGADISDO AM 0907 30 5807 m 42801503 4 A82 134 D 08347 ON 430 3A0al 0 083 3 771 310833 SSVdAH 01 33JSNVMIS 584301502 1833 BN 339 3OLINON 030830813 3108 QIS 13 3 7041409 13431555 1 CABLE GROUP 13 i79 CABLE GROUP 8 4 CABLE GROUP 9 2 3 CABLE GROUP 2 P __2 CABLE GROUP 5 CABLE_GROUP 12 CABLE GROUP 7 8 2 1 1 9 011005 3008 PHONE LINE 4 28 33 131 14131 H TECSWERD IMITBI 2 g 8 2 amp ix amp 18 amp amp 12 5 5 wel aj 5j 5 ol 8 AE E gt i2 gt eje gt gt AB gt 13
12. 73548 5131100 34V1Ni NIV 1411 1ON OO VE NO 51340438 1317303 B3ONVYO AINO 3SN 53509 INLA 009 531435 SNOILISS 83183 81 5431311934 INW ONY 15 VAA 0001 ENV 17 052 5119130 9110008 3594 3141 C 433 1 49 530 Se DN N23 H3 L 133HS HS14 NAVA 5310N 5214 21 130 8 3 3 9 1 0 2596 y SIVE 1371 8 8 2 GAL BMVLNI INDY dAL 3XVINI 310H 1709 X34 3015 440 217 3015 dai 217 F 358 4008 008 ek 2 1 11235 01 11035 531511932 AJNA 8 AJIA 8 8 8 9 9 TSNNVHD 98 3598 1 4 3 2 2 JINN 30 11044 30 LNOYS Ti ddO dA 100102 5 SEE 1621 999 0 q q 78 SINAN 20 2v 30 2 66 ABLN3 8 H 00 92 9 008 00 99 01 89 SH wid 6287 V3 v SIH SNIHOHINY 529 v3 v Wiring Inspection 42 Figure 27 Base Mounting Details 750 kVA Low Link 180 Cells and 1000 kVA Control Section 9 0 692943 3 3114 da
13. B 01 9961 SALON 335 119103 3SVHd 2 8 9 V IVA 27 10 0030 Hd Tv OL 1 41 29 732 0 6 6 NDOILVH3N3O 193 WNIWON al 9198 69 19 009 29 0001 00992 HH 24 1 0 229005 249 DIVA 69 719 004 0001 OOZSETHW 0 389008 182 89 010183530 8329388 1 N3dQ SI 08 83 1 8 3100081 NIHA 3971 07 941 JHE 11 JNO 01 5144 OAL N33A138 3071 0 WAWIXVH 3Hi 32n838 TIA 001818 831108 491 2 BI 1350 38 AW 3704 ASN SI 33 0008180 311 8 3680 3704 3383801 NIHA 701 51101103 31 0 3 NAY 38 01 103143 6 003 319394135 9 NI 10381 088 SI 1330 00318 8 311 8 311001 78 751003 1 3181313 71 38 WNOILYN HHA 22 9480229 Ni 38 OL SI ONISIA 2 4 2 NA 803 83715 38 GINDHS ISA 88131003 1 818130 56 090 2314 03215 34 01 SaOLINGNOD ONIOGNDOSO 9 01 JAN 34 01000118002780 SY 93413349 SI 006 348 119 40 GNF 19 38 3 14343013 6 19 034 3NI LIOA 02 W WIXVN 79101 383 43215 38 0100 5 831531199 WNIT WOXI 531493 N3 Ud 7521892 ANNI HOM JINGNOD 25 NI 38 LSAW 31499 907 104100 Sdn 001 23N 0 09071 5 1 0 1 0907 7103 1VNIWON Smid 9 1 6 0 33 8 310NIW OL 804 0901 SNONNILNOSNON 1 38813 NOILVANG
14. 33 lon Inspect iring 81426 ANIA de 0596 118991 9 2 8182 19101 30 8 3714 1 S6 80 90 82 1916 88 009 531835 dv 096 095 49052 1380118720 WALSAS 0 117 534 38 81 AH HS1J 8 002196 HW 349105 00019 349005 585800 v 096 0999 HN sr 3uvnos 388005 58858800 v 008 885800 v 9 aas don 095 009 214 8 219 1802 8339346 4225 3191 181 38083 114140534 2013509398 1100319 53700 wid 95 533 001 vid 95 37 008 AXINI 401 403 449 1 9 531001 vid 95 51101071023 837 008 ANIN3 03 4 5378 STE 13110 598 Shi 0001 7 GAL 531001 vid 86 des SUI SIH WIG 86 gt EET 067 3399 84183 301 50 DOZE AIIA 401 o 0096 48 dAL 002 2 e 508 0 tal EA S123NND2SIG 51224402514 o 211 5 58 3118 5 211915 51 51916 88 ONIAVE OL 83434 ANIN3 804 8 1 30 ont
15. 8 11 4 ONIANNGH 3598 803 9 3015 1337 ND IND NI CIMINO 53307 301AN3S 01 G 30 831 33 S3HONI Ni 38V 5 15 30 31832 3110 140 307109 3 04 26 308 dW3l 0 587 0001 1HDIJA 31VHIXUNddV I 8300308 0084 ind LAG gt SALON anm 5 San 8 104100 sgn aas 8 09 saya sna ds 315 74511132 0 338 1091402 559448 WHISAS 5890 SI 5 INANE 68 sava sng 1801 8 3015 AJA LINDJA 091 ONIAS 2 MODO a 271675 SAE 1 AL dal 51180803 45 0 5 T 5 D LL Wiring Inspection 34 Figure 19 Outline Drawing System Control Cabinet 5 1280 to 2000 Amps 5 0 162119 HVH 3314 81286 VINO JTW NIASI 1 6041 m POS DN 3950 DN A38 530 S6 60 90 62 19162 88 009 531535 1 38 1 0002 1 549252 138018720 W3LSAS ONIAVSO 0 01 13385 sa oo 0008 1 5 aas ann 82 s9 0003 38 085 gas aan wooo 59 oot cost 90200 3uvnos aas ann voset 69 x 001 a Sel 0091 385 00 9 dAl 288 7009 402
16. 096 8851001 082 8059 05 0001 se oce st oor 81 19161 88 911 1 DI 83338 AMIN 318v5 0108 NU Ne3LlVd ONILNNOW 3SVH 503 1437 NV avat 808 NI 93517035 553009 329IAN3S ANY N LEVTTVISNI NI 3807 SNBISN3WIQ iw 31110 310 881 30109 3 pOI 2 39NVH dH31 NIV 1N3IEW 587 0001 0137 3lvHiX BddV 1 1 SAA 1 dA 30 53700 Sc H Sna ANNOYS Figure 17 Outline Drawing System Control Cabinet 5 200 to 480 Amps aavnos ansann 002 8 219 808 8 519 dial 114183531 830 388 53 3380120 3TNVW BINE 335 fer E 0026 He dal i 8 588 indian 1 8 0169 sng 01 508 Ps JD 831832 61 09 3 10000 san Suva SNE 00 84 0901 02 885 JINIM 55 0 8 11315 5 10835 Suva sna AMINE 559448 TH AJA 14083 091 9NIAS 15084 5006 SLINGNOD ONISEA 0831803 31000 11197 818 7 401 403 XDHddV 533700 95 00 28 5 11111 03 004 ABIN3 401 804 9349 0 4933 12945 831803 1 AJA 1
17. 00 88 430118 23 30 00003 0 j 00 40071 pe 005 006 DN N23 3015 1201803 58 2 6 00 130081803 30 90 Sava 8 104100 2v 503 08 51115 95 X 5310 VH 98 avd Sna WaLNGN 1 8 510175 96 X 5370 910 96 508 ONNO 9 04 119130 SIIH vid 9c 5494 508 Od 5749130 0113310003 51078 96 X 1 951 00 2 95 910 53101 Sav SAG 141 29 58119130 8 1330007 51035 95 5370 vid 95 65 Wiring Inspection Sad 19805955 1311 8126 31799 1 805 6 ON 53950 ON A33 009 531335 AG 134 Adv Sad 31 9 6 80 20 0 916 6 168 010 A 248 08v INdNI 08 03 Sdn JINGOW 13119394 3190 MA 0 2 7 VAN BEE ON N23 18 3NIT 1 0 DN 13365 NAVA 0UB Z G SALON 3352 dvi 331N32 ad 3 11 038 CD 3 111508 D 3 11 038 CD ANY 504 D 198930 3518 4G ANJ 19 266 008 IMA 09 1198 131535 OL 133008035318 821194 044 876 SALON 335 3 11 030 D ANY 1509 2510 30 iv E66 008 096 133NND2SIG 8311 8 FINGOW 04 ANII 20 San 3880107 30 NIN 01 SALON 3352 01
18. 004 535 8308 4 dWv 0006 0841 0012 2 6 INS 30 3018723 008 09 7 0096 1 208 Figure 28 Base Mounting Patterns System Control Cabinets SCCB 640 to 3000 Amps 4 Wiring Inspection 44 Figure 29 Base Mounting Patterns System Control Cabinets SCCB 4000 Amps 0 0 IHU 3113 814265 21 7 ANAT 1 0 S6 r1 90 11 1916 8 009 531435 7 38 30 1 8225 313018 0 1081409 5 nas 000 31111 13365 8_ SIHONI NI 520 0159038410 31 3015 62 SI 5 015 3010 714 NO 308 3 01 3934 1 4 719134 3NNVH2 3598 50073 3130300 3294805 0 8 13 1 2 JHL 0319007 38 NA ADHS 531914 318 7 0 838 JHL 2 504 98 81 307 319210 1 531914 318 0 30 59339 GJUVHS T 00 09 SION 00 jx LJNIGVO 30 LINOJ 1 T 40096 il 0096 00 093 7 7 1 6 eri 0882 1 08 82 pee oe 5314 2 214 2 d dAL 8 431 00 S 45 Wiring Inspection Figure 30 Base Mounting Patterns System Conirol Cabinets SCCP
19. 02 WhaIXvW Wil 803 03215 31010601 0 81771005 531031199 OL ANID 20 HONS 37895 43A0d4 7531890 INANE LINGNGD 31989435 NI 38 LSNW 521492 4907 104100 Sdn 001 3 4901 SMONNELNOD gt 1 07 7703 JeNIMUN SAAd 9 1194 46 3 0 31081 01 803 44071 SNDANILNOONON 3803 4 0 Nolivand 18 30 NDIIVNISWUO SI 1 388 3 W WIXVMH 001 23N AVOIT SNONNILNOD gt 1433905 AVUI TIN 0 1 398 33 1198 303 07 SNOANILNOSNON 723 8 LYOHS 40 8803 SI 41 W WIXVW 2 1901 104100 13194 1104 NO 03598 SI 11334123 TWWNINON 1 SALON Wiring Inspection 70 Figure 55 Module One Line Diagram 750 kVA High Link 240 Cells 0 01 862915 3WvN 373 81226 11193 11 1 Ga OWINOS3 0596 33040 ON Ade 66 10 50 78 549162 16 11 0 815 009 5 28 INdIND A 2 2 088 0868 13119494 51132 MA 009 VA OSL 11750910 1301 L33HS 544 r CG NAVA 18 75 SALON 335 dvi 331435 303 3AILVO3N D ONY 111504 D 3 110038 ANY SAILISOd D 3080 133101 40 19 1 1 08 AMGLIVG W3LSAS 01 103080033180 3311 8 310008 5846 531001 335 D 9 3AILISQOd 01 2 3OM
20. 1 00091 WOW 002 072 E 43215 9071 3700 811 7 14053 W 31188 04380 3 0 011 17 03 58317113 1 aly 31692 18 0 V a P6 6v916 88 01 33338 5719130 9 55 803 701 80 619164 88 E 1 0 85 01 83438 081118688 3598 303 6 7719130 1114 ONIddIHS 01 33433 ONY NOILHMDJNI 11745 ONIddlHS ND 8 389 01 3816 TW AD 3015 GNU 14083 SI 553299 331 035 ENV NOLLYTIVLSNI 30 3593 WNWIXYW ADA AND 18084 1102312 43810838 553239 3O1AN3S GNU NDIIV11 LSNI 10 NE LINN ONILL3S 350438 Si3x2vaS ON ddIHS ZONVYO 3 08 33 868 1 3810038 LINN 301 3 0 W HINIM 440 Wai 407109 Je 06 0 4 01 26 3ONvH dW3l MIV 1N3IHWV 72 80 0009 0411002 1 WOW 0082 076 E azis nnn 53910 9303 318 73 INANI GNO TaNed WAiNO3 77 EE LS NNUS 2000 03552238 LSDVHX3 319 ONIAS 01 091 AJA 401 SLINGNGO ONISI 13 AMIN 401 404 v3sv XOtddv X 6I SLIANGNOD 8304 AMIN 401 903 v3uv XOsddv IY t 441 583014 513 3 18 0 30
21. Table 3 Table 310 16 Allowable Ampacities of Insulated Conductors Rated 0 2000 Volts 60 to 90 C 140 to 194 F Not More than Three Conductors in Raceway or Cable or Earth Directly Buried based on Ambient Temperature of 30 86 F Size Temperature Rating of Conductor See Table 310 13 Size 60 C 75 C 90 C 60 C 75 90 140 167 194 140 167 194 Types Types Types Types Types Types TWt FEPW TBS SA TWt TBS SIS FEPT THHW1 SA SIS THHW FEPBf MI AWG THWt RHW 2 THWNf THHW AWG kemil THWNf THHNT THHWRT XHHW THW 2 THWN 2 kemil THW 2 THWN 2 USEt RHHt RHW 2 USEt ZWt USE 2 XHH USE 2 XHHWt XHHW 2 ZW 2 XHHW 2 ZW 2 Copper Aluminum or Copper Clad Aluminum zd 14 cda GE 16 182 432201 cames O 14 201 201 obb a c o 12 251 251 301 201 201 251 12 10 30 51 401 25 30 351 10 8 40 50 55 30 40 45 8 6 55 65 75 40 50 60 6 4 70 85 95 55 65 75 4 3 85 100 110 65 75 85 3 2 95 115 130 75 90 100 2 1 110 130 150 85 100 115 1 1 0 125 150 170 100 120 135 1 0 2 0 145 175 195 115 135 150 2 0 3 0 165 200 225 130 155 175 3 0 4 0 195 230 260 150 180 205 4 0 250 215 255 290 170 205 230 250 300 240 285 320 190 230 255 300 350 2
22. S31U0N 138 ONIINNON 3598 2 1 0 AAA ddO LOTS ONL AN 92 6274 TJNNYHO 981 0008 3598 8 8 ONIDOIM 00 3015 440 0 NDIL23S 83183 NI AGIA WO 4 30 SH 529 v3 v 530971107 TY VAX CIH 064 ONY 529 gad I3 534 009 531035 3 1 80 58 51191340 ONTLNAOW 8 NN 2 2 0006 4009 Se dal LT 30 1NOHJ 4 0 2v 30748 17 83 8 862 SH ONIMOHONN wid GEF 11383 N23 AB ON 133HS AB 31110 03 08 110008 3598 3 3 JWH ONIOO N 395 440 441 212 NDIL23S 104100 316 8 123118 ONTLNADW 8 9 9 A3IA ONIDOIN 305 440 212 0335 431110384 T AIA 8 83 SLNaN 20 2v 33 089 53 3 4 8 8 T 6 00 22 2211 STH 549 3 v 41 Wiring Inspection Figure 26 Base Mounting Details 750 kVA Low Link 180 Cells and 1000 kVA Rectifier and Inverter Sections 25850 388 3nyN 1214 ON 33080 ON A38 31 9 56 v1 90 80 19162 88 3191 6 1 031192 1 3 1 0586 ALIS LY 032 0030 34 OL 39Nv3O 513 2 8 ONIddIHS Tv
23. 1060 WDOWIXVW 19 080 381 1 170A Oe WOWIXWH 34101 03 03215 38 1 000 5231931198 DL 30 531892 5 31493 104 LINGNOD 3l1vavd3s Ni 38 LSNW 531493 0907 104100 San 901 JAN 33d 4901 SNONNILNOD 143883 0907 1104 18 0 5014 8 4 0 83 0 110818 Ol 304 0901 SNOANILNOSNON 1 348013 NOlivand 15085 30 NOILYNIGWOD Si 14385103 W WIXVW 001 23N 34 ODI 50008 11803 308 10 0901 TINS 5014 398VH238 311 8 303 4901 SNONNEANOINON 84 0 0901 01 8 190 5 36 0 8 03 SI 1438805 HNNIXVN 2 4901 LAGINO 03194 1304 NO 138 8 SI 1 324902 18 0 1 5310 300016 831 18 2000001 ll Feed ot OHH eH 310001 San Oo Wiring Inspection 72 JAC P2989 35 56 80 90 2 98916 6 8126 VINSO 41790 INIAN OWINGYar 0696 8451 3JJVHISIA 30 INJ 19 6912 39svH2OSIQ ENI 19 6912 V 2051 341714 9 SEE 331713 2261 104100 244 08 INANI 540 737 Wald 9898915 009 31435 7339 530 11384173 008 7 VA 0001 1 30 HSI4 8 UN 133 5 89 S31DM 338 4 1 331N32 129903 D ANY 131508 D 3 11 030 D ENV 1509 1 9 08 8311 8 WALSAS 133
24. 2 5803013 311737738 enis M3HSUA 1913 93 5 33 1 37 18 SNE UIHSVA 1873 8 1914 330v 8 83385 3111 3785 231130 1 179043 51381890 55 Wiring Inspection Figure 40 Optional Shipping Split Detail 750 kVA 2 5183131355 HVN 3113 81486 1 311 0 381181 ay 0 180 3 0596 9 10 1 0 0 ON AJY 6 1 90 21 819162 88 3190 587 SE 006 0021 0009 1 7831715 ANANI 8 5 581 072 009 531435 11145 9 1481 5 WNOILdO Sdn IL INN 15 71132 092 054 719134 11145 9 184115 HIIHA 7587 7581 005 011030172 0 San 404 038160380 SI 6 NAH 011335 8370000 2 011335 310008 014 510013 11145 38 534 ON N23 113848 8311 3078 IF 18041 iM 1 BENI NNOJ 505435 20 ex 1x ATMO SHS 5031 SNE AAR 21 03 AND SHS 803 1 unas 508 311412233 57 MOLINUM ON3 14083 201 7038 Er wAd BOLINOW ONJ 15033 30 301 Er 40 31832 3103100 1 IF WAJ SOLINOW ANF 1NON4 VAS 70817 7587 5687059 87 82091 S
25. 3SVHd 2 4 9 206 9 90v WA 7 ENNOS9 JAJA gt Hd E 9071 OL 104100 39 331714 9 08 98 81 SALON 335 011 108 0 8 0 626 OVA 08v UNDOSS JAM 3SWHd Sdf 01 IndNI 2v 723 72 39910 30334 WNIWON WNIWON H DI8 12708 N ILVN3N3D 193 721 219 69 1 009 19 0001 0099600 0 3avNGS 283 S9 719 009 0001 38 888 3 38 01101825360 530 8 1 N3d0 SI 160 311 8 31101008 3Hi NIHA 29 91 0 ONIBIS JHL 01 1 104 DAL ANY NA3A134 301 0 WnWIXVW 3Hl 320034 SIHL 9010318 4831198 491 331N32 01 0350 38 310d 1350 I 133 0035186 AXIALLY 3180 8 3708 338Hi 9 N3HA OL 511080003 31 035 NI NNA 28 9 1801 081 03 33 Dd 38180 10N3 13310038310 AM311v8 JINGOW 3179 35 v NI 361 0898 SI 1213 02510 8 31178 NON 8 411294 2 104 803 03215 38 1 00 34D 01 0103 35 2 7 1 7131 756 062 JAN 03215 38 01 58 01000803 ONIGNNOw 9 OG JAN 834 SNONNIENOONON SY 1 381411 SI COCA 006 468 434198 30 N3 LV 143503 LIN3 88023 68 142 8 Lv 4080 0 02 W WIXVN 719191 203 9321 lt 4 38 3318311 8 01 WON 531892 7531892 INANI
26. S3HONE 35V 5 01503010 TW 11034 1 8161038 553337 301 035 ONY 01 9 732974 NI LINN 1509 3 303 830106038 LINN 33 3 WNWINIW 330 0705 52 09 19 4 901 66 3 31889 32 00011 aly 723 53109 5898 sna 1ndinn 3 1109312 8 511 1803 9NISIA 021 03 ABLN3 401 803 9349 XDHddV 2 531494 OAL 511610003 001801 AJADA ABIN3 401 303 V34v 0 1 2925 0 IHN 3113 1 9 9 ON 009 5 AG 438 1132 081 VA OCZ 34 23 90 1 1080 3 ON 133HS NAVA rom 08 28 5 40624 UJAL CdA l 18083 1 21 910 3108 98117 5831113 3001 NIV 1113413 AGNI 0 8 Savs 578 0 1032 37899 5 011033003 JG d 53101017 330714 FA 150 83 apod 03552028 T3NVd 51 IDSINDO ASIA SUI SNIAS 3001 1 dAL XGEXZD 100802 081181 85304 583078 AMIN 901 8034 XUsddv 15 0 27 lon Inspect
27. 016101955 3014 81226 vINBDAITV2 ANIA 1 te 0 1 083 0596 ON A32 31 7 2 308 AIIA 30 831832 1910 1001 SILON 121955 JAT 335 47 S30 009 531035 138 42259 301872 1081803 315 DN N23 AHA 547 0889 581 Getz 543 WIOL 000p 719139 11745 0 1001 59 1401 HST 8 ON 135 NAVA 504 gnis WALNIN WAd 01 25 3 401155 31175 NGILJJNNUJ 31dvJ 9 OLS awa 508 92 01107367 37893 Qnis sng 6 NOIL23NNDJ 318 5 aya Sna ev 8011335 235 516013 1179 9499145 PENJ 501234405 SENS N0123NN03 EENG BOL23NN03 801230803 1335 Does scans Miss the gt _ 089 8 31895 10510 HOLIAS ans 6 009 Diels 1 he MER Tah a e as 4 be ten Sava 508 108160 764 Save 578 I te 1 m 0903 4921149 es 1 E E 2 n nn 930 388 x x 8 1 H3MSAS E Suva 508 ANINE 559458 p 4 1 3516 Asi gt 009 ze ONION 29 719130 335 4 y 11745 ONIddIHMS 5 519 9 1708 1 X 1 1 CdS HIVA 30914 D 7
28. 11 51850135 113485 08 1 JINIS S1HDI3 1179 015 4 5 11235 000 8 335 5 314 9 1708 LX 61 271 108 SMSA 7 LAN 61 17 5 1934 0091 54011238802 3001503 30 31 1 NDIL23S 00 94 83 02 3A09 3037 1 LE n7 5 gt gt TT 1 pers 000 0 X30 20 XNI1 508 2009 Land 3 f zn sav sne 20 5 P R pep 797 o c noon baronnes 0 t 38058 9 1 3 0 4 9 134 338 551 1108 26 1 Et 2 1 ONLANNOW ONY AMEN LINGNOD 803 8 y O3NVd 3189 0 38 BED 11145 293 33974 D 719130 0 38 3 34 NhOS5 719120 011233 02 911 3 NIS 719130 01123 02 ONT 1108 ava 508 ND 1 1 HIHSYA 1933 82000 1913 1708 1708 2311 1974 any 109 DIHYA 1933 42 35 311768 W3HSVA 1974 BI SYIHSYA 311137126 W3usvA 193 898 504 BO N3HSVA 1403 anis 0015 JAN 134 1 7007 2 58 5 31118 42 58 5 31117285
29. 735 553229 03811033 o SNOISNSWID 119 430 WEI 0702 4 01 26 391 019 18318 Sninga 03514 p 583 0011 1H9I3A 1 P S3LUN 3 e 508 130 e inm iom T 330338 386 andino 14100 san San 0084 ANH Er o FE La BAND ES 233008 4 072 1300 8 ES CEFA 31545 2 WALSAS sava sna INdNI 68 5 0 8 09 ASIA 3015 14915 0311 311915 ASIA 1 083 ONIAS 3000 091 5 o gt 1 SNE 77 Val 500503 1081409 L o dAl dAl AMING 401 303 VIMY f27 SIIH 96 370 vid 96 Get SLINGNOS ANIMA 1051509 XONddV E 303 EE EERE ANIN3 dOL 6 fe gat 0 2E 4 71 a 0S 22 2 X 5890 SNA 3 WU 5894 504 4907 19311183 dAL dAL ecu gt 33700 VIG 9 amp 531010 33 700 96 Ae 0S ER SLA cay 1 0 33945 TININ XSIN3 401 ASIA ES JAL EU dal 5 E LL 29 lon Inspect iring 2 0 2 911 SHYN 3713 VINUDAIIO 1 81 1 119491 6 80 90
30. iring Figure 12 Outline Drawing 1000 kVA vr S89162 88 33138 136 9 1 8 804 01 HUN 3714 10289 01 0 vINHUJI1V2 30111 1 81426 UN 33050 ON A33 149 911 9 66 20 90 2 8916 4 88 760 909162 86 NV 80 09164 86 DI 33 34 NN3iLVd 35 8 804 6 1 009 531425 OMG 434 510 A 009 A 08 1 38 4 2 3190 1408 3 ON 0 1 085 13395 A8 NAVA 1 gt 6 WLI 11195 9499745 01 33333 5 ANY NI 11145 5 03 8 NI 38V 980151830101 119 4 73415 ONY INDAJ NO 030138 38 0 SI 553009 NDILVTTVISNI 4D 3573 803 AND 19083 14043 3118 7 0 138 5931 13 3371 WN VIC 9811 7 43810033 553229 331 038 CNY 01 5 9 39019 NI LINA QNILLIS 380438 SLIMOVAG 9NIddIMS JONVYD 715 9 3 219 203 q3810D3 LINN JADIY 33 00 15 440 0702 9 05 0 3 bOT 2E SONYA HAL NIV INSIENV 33v 38 69021 9411009 1119419 S3LON sava sna 10410029 ELE 009 ELS sava 8 1102802 6 ND1L23NN02 31892 11 SNDLLO3NNDO
31. 0901 164100 540 90 JAN 901 SNONNILNOJ 1 38803 0901 Ma WNIWON 5114 ONILVE 0 3 8 Ol 203 4901 SAGANILNOSNOND 1 8901 NOIIVANC 140 5 40 NDILVNISHBO 5 14348013 001 aad 4903 SNONNIINO9 1 3 2 0901 TINA WNIWON S d 30498033 As3iivd SNOONILNOONOND 14348032 4901 011 18 13085 40 NOIAYNIGWOS 51 3 WWI XH EVO INdLNO 03198 171134 NO 135 SI 18138803 180 5310 1230003510 A3311V8 000 test 0 5 237110108 San 69 lon Inspect iring Figure 54 Module One Line Diagram 625 kVA SAG 17801915 FWYN 2304 81 26 0 3 INIAGI I 7804975 da OWINDS3C 0596 ON 43840 DN A38 009 531435 OMG 2335 lady 530 31 9 12 201 8 0 9164 6 104100 412 08e 1 08v 1 3801 San 3100081 13779894 3190 ON OOS 7 629 ON N23 8 186 0 Land AYAIN 0 UN 13365 88 6 SALON 335 dvi 331431 N04 3AILVD3N D NV 3 141504 D 3 10038 D ONY BATLISOd D 30 N3 19 8281 9 64 01 096 211948 313 3 01 13308003318 311 8 74 875 531001 335 3AILV93N D NV 1 11150 2 1990 35160 40 0 3 19 8481 Y Edel 6 4293NND2OSIG 8321178 31000 8 OL ANIT 94 540 38800 180 30 521 OT WOWIXVH SALON 33 NOILVION 3SvHd 2
32. 1 111804 D 300 3 10 30 ANJ 19 v r6l2 Y 1 330 03516 09 20 AN3JLIVE 3111881 OL NIT 20 SaN TWNIWON 30 7521 8 O SALON 338 NOILVIOS 3SVHd 0 8 ANNDXI 9 v 6 IVA 3018 0 704102 8318 AL 01 29 CHUL 9901 9 8 SALON 3352 NOILVION 2 05313114 DA y 1 IYA 08 47039 9 3SVHd Sdn Di 1 96 18438403 3010 030333 00 SH NLE 009821 11 30130 1V3H 7 al 2194 69 0021 0021 4 023197 808 0 349005 242 Diva 69 0021 0021 00219 7 8 Jdal 0 289085 182 5 0114182534 3350388 340 SI 468 7 831178 310110 NIHA 39 110 ONTALS 319 01 53181108 GAL ANY N33 138 97110 W WIXVN JHL 3291038 088153 8311 8 3H1 491 831 33 01 0350 38 310d SI LOSNNODSIC 11 8 30000 3104 3 V NIHA 701 SLENONOD 31vevd3S NI NNAS 38 01 0881 03 6 3972 31949435 v 301 07 SI 3300803510 8311 8 31 8 753400 192318129313 19281 ANY 01 HHM 30 180033 NI 38 51 ONISIM IW 74 22 022 439 YO 11370 3 1103 304 43215 38 LSNW 010 0 00 810138 26 062 JAN aad 03215 38 58013803 49 7001 JAN Yad SNONNILNOINON SY 83 1320 1 COCA 006 3086 8 23311 8 30 083 IV 3800010 WAWIXVW
33. 1916 88 GN OAC 009 531435 0091 0821 42252 L3NISVO W31SAS 107 4 835 883380 0091 5 885800 W38n12VJnNVW 8995 59 001 3 Gel 0002 0008 9300 08 x 9 001 X Gel 0091 0002 9 024Hd 009 8 219 8 JIV ABCC 219 didi 0 181830538 33934 1100819 8 530 ON 13365 5 1 77 avd sna 0 09 Suva sna indinog 04 SLOANNOISIG avd 508 HILIAS 31115 005 30 31933 1 WY 8300308 104100 San 331038 23 5498 Sna SSvdAH 0901 719311143 WALSAS ava 8 Wa LAIN SHINE NI 389 5 15 3 10 TW 430 WA 0703 2 0 0 3 SHIL 819 INJIGHV NAVAG 701 19154 8 9NI VSU OL 3438 AVLING 316892 01108 ANY 8311 04 18 11480080 3598 303 22 7581 0002 1H9I3 31vNIXD3dg9 583 10 A8 1301 0809 38 Ol 907 599486 SNA OF NDIIJ3NNUJ 304 8938 SIMS N ANY 1 084 13411038 553229 337 838 ANY 1 53104 00 82 SLIAGNOD 7 83 08 CNY 0802 403 9349 0 44 1 108 9018 3491 8 58 8 78 11 dal 9 33700 9S 53701 vi
34. 200 to 480 Amps 5 812121940 MEN 3114 81426 041392 ANIAal da 01 0833 0696 6 71790 21 619162 88 009 531435 aivi 82252 513 IDYLNOD WALSAS 03 002 5 431194 98111800010808 3598 NI 5801513010 119 p SZ SI SNDISNINIG 3ONVY3101 313802000 3293808 ONILNNOW 3578 1341899 5 ATZLVYAIXOddd 0319207 399 N UHS 531934 3 7 8VADW33 2 13841820 41 531892 58301503 30 AJINA 8 304 85 31 310081 31914 3 HvAOWdeD 59399 30 5 1 S310N 1301873 LNQ3J 3015 cava 140442 119130 TANNYHO 3544 11 AGI 7934 02 530 113844492 06 XUsddV 08v 002 PLA 4 ACT si at 91 00 72 OSE Wiring Inspection 46 Figure 31 Base Mounting Patterns System Control Cabinets SCCP 560 to 2000 Amps 1501212980 IWON 3313 81226 11 3 ANIA 1 3 9 3 3 8 UN 5 301301 NI 389 5801503810 VV SI SNUISN3WIQ 7119 NO 300 3101 400743 31383 0 6a 3293905 ONTLNNOW 3598 1341899 WS SIHIN 131140870 48319907 389 NAOHS 531904 318 38 JHL 13841530 41 5371890 83 15 2 JO AJALINI 18 58 011 030 31 3101011 531974 9 59339 4309 8 1
35. 3 gt gi als 9 a 2 2 01101101 mi mj m mi m oy Mj res m m de E rj rj ou EJ ie J iu LJ C7 LJ nl mit m m wl m w Qj tu minu 2 sx e zi ul v uo M amp amp a ab a P E E a 5 5 5 Ore ot Ory Oar Ob Qro ay Ory p 30 5 2 135 3 5 5745 5 57725 2112 2123 55 2 5 2715 2 2 gig x a 515 gigs gis wig amp 5 Egi xu 8 E a c ele 5 15 519 o 3 EU Gi 115 5 G o 5 5 5 o olv ut uy 5 3 o we 3 3 b 9 uj 9 2 4 M 5 5 ul uj 51 2 En RF 8 21515 2 g 5158 j 515 j j wl 4 Wd c vl n m m 6 1 1 ol Yim t1 Miet ES amp E
36. 31 SL 111 72 7 002 dH nut 3081 HILSON HLON31 1334 0005 8015 3999 jud GHSIAL 2 03114415 1313 31892 x 3 1105 1 3 13114405 47313 80123NNOJ 31 8 19 31 1333 0006 Nnasn m 3090 22 lod 31817 1 2 ON AIND YOLINOW 13114408 07313 37893 Nnasn 0 NEHA IL 9 4 08 310138 m 13079 JR 13114915 07313 NNO LOA 514 1A 000 08 7 1 H19N31 XVH 1334 05 831594 Z WAIL S12 408 3099 22 013618003 HILSVR 514 gt SO 9 83114405 47313 31492 annosa 5 831 880090 WNIWSSL 10 6 9 9215984 wag E x 9113300003 133311 01 BILSYN qu 5 002 dH 826 81 lon Inspect iring DAITIEOSISN GWYN 3514 ANIA 1 91911 26 81 da 0696 ON 330310 ON AT SAG 138 d dV 530 JOQSIT OQ 56 1 901 50 91916 88 009 531435 387 30 308 1109812 1198 19 06 749 0001 ONY LV 006 4 0001 3 133 5 Ag SNOUILJONNDJ SAT INU et 38650083 2 THA 30 1 1 387105 1905 290007 1 00 7 390001 3008 3593 084 37 308 31 79 531831 8 Q3LNDDN 803 0519 ANY Sdn FHL 033 31088 4319007 CS2
37. 4 9 ae OG 9 056 v 39 8 UNn NO 3NIA gt Hd AYDI 01 2v 5831714 888 SILON 3352 NOILVLOM 2 8 V 931713 0 0 6 v BLE JVA 08 NnONO JAA 3SVHd 01 10941 20 1434409 300100 330333 WNWI XY WNIWEIN SHZNLA 168 801 NDILVH3N3O LV3H Div 0001 4v 0001 00019 0 05 282 LV 0001 4v 0001 00019 1 189 828 0110103830 399338 300 SE L23NNDOSIG 13300035180 383118 01 AYBLLVA JINGOR NIHA 391710 9451 IHL FIVH 01 SINIOd OAL ANY N33A 138 3971 0 w WIXVW 3H1 3300380 5 5 1198 JH dvi 31439 0350 38 AYN 3708 41380 51 LOANNDOSIC 311 8 3 3704 V NIHA 01 aasia gt 979 31VNVd3S NI N 38 01 JONINDO ONY 33 04 6 bus 2 01165181310 OWNH31X3 30103 31 8 33 1 301 08 SI 103 0514 831198 34 8 753400 131913313 719201 CNY 011 HLEA 32NVGMO022v NI 38 OL SI Tv V 183 9493 13114403 03215 38 1 000 8 68350 JD 801300003 lt WULNBN G6 0S2 JIN 3d 03215 38 01 59012008502 DNIGNDUSS 9 Vx O01 JAN a3d SNOANILNGONGON SV 03 1330 SI ICA 006 86 1198 30 083 19 13843 WAHIXVH 3088 SR See ANWIXYW Lv 088
38. 40178083 812814929 49 lon Inspect iring Figure 34 Shipping Split Detail 400 and 500 kVA DAC 955 IKEN 3114 7 TN 80 GN Adel 66 21 90 0 21916 88 31 0 81486 31790 ANIA da DWINO3D 0696 1 1 30 831033 31 31001 1 SALON 8 8 ND1193S 10115 1903 ANON 110131 335 Sd 9 17108 T 48 1 0 335 5914 9 1108 1 4 4H 15 378 038 001 719139 3380 03 ONI 375NIS 3 0171 DAG 334 1 07 08 NUTS 1 3800 DN N23 009 531935 A009 Sdn 3 80 110 VA 005 00 719130 11145 ONIddIHS 1401 5 4 UN 13385 N AV3IG 75931713 ANNE NOLLADLSIG SINORSYH TNO 3017381 8377100 Sdn 303 38010538 SI 6 81 1 0699 006 i4 00901 541 2 NOMIS NEYI 4 3183 sat 1 san 0066 sat 000 14 581 00201 581 0609 8 0066 05 8 S1HDI3A 11145 ONISATHS 5 0133010803 933101507 30 37891 015 0815 T y 18 08 1 mos 3158 0397 00 Q NIY 3230 24 417195 293 32914 D 749130 307003 8 5 HAN 719130 NOILISNNOD
39. 9 Liebert POWER PROTECTION Series 600 UPS Multi Module Three Phase 338 kVA to 1000 kVA 60 Hz Installation Manual TABLE OF CONTENTS IMPORTANT SAFETY INSTRUCTIONS 1 1 0 SAFETY PRECAUTIONS aa ek wae wea ee nt a rd 3 2 0 INSTALLATION 5 5 5 3 0 UNLOADING AND HANDLING 7 4 0 INSPECTIONS eu RO RC eC eb ois OOS ee UP CS 8 4 1 External Inspections ane 8 4 2 Internal Inspections Rose e Rare ey eg ha 8 EQUIPMENT LOCATION 59 v 9 voa ROS Ee CC 10 60 BATTERIES 11 6 1 Battery Safety Precautions 11 6 2 Battery Installation EPA quM Se EOE OID 13 7 0 WIRING 5 5 eee 14 7 1 Power and Control 17 7 2 Battery tt t e rer ARE DEN 17 80 WIRING CONNECTIONS DAC e RR 18 9 0 WIRING INSPECTION 19 10 0 APPENDIX SERIES 600 UPS SITE PLANNING DATA
40. Concernant La S curit Conserver Ces Instructions ZN ADVERTISSEMENT DES PIECES SOUS ALIMENTATION SERONT LAISSEES SANS PROTECTION DURANT CES PROCEDURES D ENTRETIEN UN PERSONNEL QUALIFIE EST REQUIS POUR EFFECTUER CES TRAVAUX LES FUSIBLES A C C DE LA BATTERIE D ACCUMULATEURS OPERENT EN TOUT TEMPS A LA TENSION NOMINALE LA PRESENCE D UN FUSIBLE A C C BRULE INDIQUE UN PROBLEME SERIEUX LE REMPLACEMENT DE CE FUSIBLE SANS AVOIR DETERMINE LES RAISONS DE LA DEFECTUOSITE PEUT ENTRAINER DES BLESSURES OU DES DOMMAGES SERIEUX A L EQUIPEMENT POUR ASSISTANCE APPELER LE DEPARTEMENT DE SERVICE A LA CLIENTELE DE LIEBERT DANGER Les accumulateurs plomb acide contiennent de la mati re comportant un certain risque Les accumulateurs doivent tre manipul s transport s et recycl s ou limin s en accord avec les lois f d rales provinciales et locales Parce que le plomb est une substance toxique les accumulateurs plomb acide devraient tre recycl s plut t qu limin s Il ne faut pas br l le ou les accumulateurs L accumulateur pourrait alors explos Il ne faut pas ouvrir ou endommager le ou les accumulateurs L lectrolyte qui pourrait s en chapper est dommageable pour la peau et les yeux Un accumulateur repr sente un risque de choc lectrique et de haut courant de court circuit Lorsque des accumulateurs sont manipul s les mesures pr ventives suivantes devraient tre observ es 1 Retirer toutes
41. DNILJET ONY 51141310 ONTINNON 35 8 503 2 3015 19 S LINN 83144 779158128 SONNY 31118 066791 6 3170601 1171 FAX 0001 V Jwi 7 7 BONIS VAN 0001 Y 2 11 181412380 559 83AC E OR 9X CX FX 104110 EA Oe 5 451 1132 081 ost 17155 818018 00031411133770 IAD rm 46 0518 SHvS 5584 ASNH 8 Mid 1 9 03903 RETENIR SHON i ronas SEX 3 ANE 0 000 3504 VAN 9001 TOY X 17 3801141803 OF IF 3 181 3190 803183381 591 9r 31307 6 SET NT 3589 86 AI 8318351 0431 SF vad 3101 6 EEEE LAdENO CHING 2 8 WEI 104100 VE 0318387 01 8 ar vd 32383181 16606 ANT 3504 1 3 SNE XI 6 insi 1 21907 if vad 3 180 58711 4 5 8 WAT 28 21 BOL IMM OWS 18OUI 57 INOA ANJ 18053 vid 201 938 21 5 5 r wAd 300 081 EC WIL IMH 04 INOW ON l 31 30 0 1 37 81 17 X0 INOW 105 IC X E NOM ONI 15084 Ir ERL WAd 32v 241 SOSNIS WAd 815415 0 wad 32 4
42. EXPLOSIVE AND SULFURIC ACID CAN CAUSE SEVERE BURNS IN CASE OF FIRE INVOLVING ELECTRICAL EQUIPMENT ONLY CARBON DIOXIDE FIRE EXTINGUISHERS OR THOSE APPROVED FOR USE IN ELECTRICAL FIRE FIGHTING SHOULD BE USED EXTREME CAUTION IS REQUIRED WHEN PERFORMING MAINTENANCE BE CONSTANTLY AWARE THAT THE UPS SYSTEM CONTAINS HIGH DC AS WELL AS AC VOLTAGES CHECK FOR VOLTAGE WITH BOTH AC AND DC VOLTMETERS PRIOR TO MAKING CONTACT N WARNING LOCATE CENTER OF GRAVITY SYMBOLS4p AND DETERMINE UNIT WEIGHT BEFORE HANDLING CABINET If you require assistance for any reason call the toll free Liebert Customer Service amp Support number 1 800 543 2378 For CS amp S to assist you expediently please have the following informa tion available Part Numbers Serial Numbers kVA Rating Date Purchased Date Installed Location Input Voltage Output Voltage Battery Reserve Time 1 0 SAFETY PRECAUTIONS Read this manual thoroughly paying special attention to the sections that apply to you before working with the UPS Retain this section for use by installing personnel Under typical operation and with all UPS doors closed only normal safety precautions are neces sary The area around the UPS system should be kept free from puddles of water excess mois ture or debris Special safety precautions are required for procedures involving handling installation and main tenance of the UPS sy
43. Reprinted with permission from NFPA 70 1993 the National Electrical Code Copyright 1996 National Fire Protection Association Quincy MA 02269 This reprinted material is not the complete and official position of the National Fire Protection Association on the referenced subject which is represented only by the standard in its entirety 20 Wiring Inspection Figure 5 Outline Drawing 338 kVA DAT 81486 031192 1 001 da O4INDN3C 0596 1194917 ON 43990 ON 009 ON 333 VWAd _ 530 9 6 40 20 8 099162 88 A 009 A 089 38 ubt 310100 01 DN N23 WHO V BEE ONIAVaU 086 20 1 ON 1335 08821 1 34 WOA4 318v ADH 8 310 9 141411 5831 14 308911 219 310H 7 r 0p9164 88 DNIAVeI 23338 8719130 0 15508 304 et 19164 88 01 83438 311 02 SNELNNOW 3578 8034 6 HLH 11145 ONIAJIHS 01 3438 ONY NOLIVWHDANI 41145 ONIddiHS 303 8 S3HONE NI SNOISNAWIG TI 215 9m JAIS GNV INOS 005 NI d381n038 553009 331435 NOLLVTIVLSNI 9 0 TAHIR 12974 ONILLIS 350338 8
44. Response Center While every precaution has been taken to ensure accuracy and completeness of this literature Liebert Corporation assumes no responsibility and disclaims all liability for damages resulting from use of this information or for any errors or omissions O 1998 Liebert Corporation All rights reserved throughout the world Specifications subject to change without notice Liebert and the Liebert logo are registered trademarks of Liebert Corporation All names referred to are trademarks or registered trademarks of their respective owners Printed in U S A SL 24495 Revised July 1996
45. SALON 9E 13 1890 30 LINON 0002 1 0616 aad 2 5 002 00 96 009 531435 dW 0002 096 Dv 00 SNAALLVd ONILNAGW 3574 58225 51341993 1008100320 WALSAS AJLA 3015 530 1 7380 3 29358 0834 19130 3598 37891 335 NOISNAWIG 3598 E 1311873 30 IND 00 9 05 096 095 40561 47 Wiring Inspection JAUIFIEISHOU HYH 3114 81226 011 ANIA 1 119991 43040 MESE es F 6 v1790 1 19162 88 9 Wr 8225 Si3NISVO JDMINDO 31 9 DN 9 40 dWY 0009 0091 5 98 31190 ONILNOOW 35989 S3HONI NE 5 5 liv SI SNOISNANIG 1V 3101 400714 31342ND02 3293805 385 8 13 18 2 WD S3HONI 9 9319907 349 NADHS 531914 3189 0 238 JHL 9 43815 30 31 31495 SaaWOLSAD 30 AYANA 8 803 5 119907 31 310801 531914 314 592849 1 5 0 13011872 40 1 PIECING 3MIL DN 132015 ASIA 15 530 1 38 r 513 8 Ag NAVAT 5934 11083 131 TINNED 3594 000 0091 2 00v 0 9 2384 8 REM 0096 F
46. SaN 2 ON 3 0730 1 SSVdAH 70 LAdNE L3NISVO 10318103 14315 5 108 3G dq n s san VA 6000 5 ala ifidin 29 540 38 0 0 c CB 2 8 300703104 2 2 E inding 2v 4 504 3 2240 V 1 E E i 1 1 t 1 1 4 110 H211 S 4 t 1 0 0 bod f 6 8 i 4 1 C ut ru d 1 je LEA 8 1 CWNOLLdO 98 1 l 1 1 INdNI OV 831411338 310000 580 658 8 30110411015 LAN Wiring Inspection 76 Figure 61 Control Wiring Interconnect Diagram 27 0235161305 3113 81126 1850 31 2 GEGT9Q A vus 19 031 ON 3950 ON A3 338 530 1 96 80 10 1 61916 36 009 531835 7 38 00 s ee W3LSAS 316000 70 Ad AHO 3327 1511 1 3 Re 1 33 11 ON 1334s 1005 0005 CVNOILdE 43 01 310438 57 1358 9998 140 49 310438 7 501915 693401519 CIYNOLL SER 501918 SLOVINGO DN 90 HS 282 189 03 011 5 8 181 LAINE 0 B31SVW3LIS 5 308 31810 018 0881 00 37111181181 GL 7 37
47. TOR SICH VIG 95 SATOH WII 9c 441 5370 95 4 SE 71 ET Coe me 4 au fe gat 31 lon Inspect iring 81286 VINO 31795 3NIABI 8 036 0596 55 i ON 43040 ON 6 60 901 93 168 251192 58 3 3113 EEE UE 009 531445 7 582252 13 1893 108 03 831545 0107 58 001 051 A009 214 8 JIv e 838001074 33 38H 80110180538 83071388 11030312 19130 11145 SNIddIHS Di 83334 8 1 80281 AHOIGA 11148 ONIddIHS 803 H EISI64 88 01 43338 ANIN 31892 WOLLOG NV NH311Vd 91118 0101 3596 304 9 Su3H10 8301 084 01 SINT Save SNE 01 801338 03 04 5 S3H9NI NI 38V 58 015 3010 IW 330 30702 2 0 0 3 bDI 2E 1 2 ONY 11043 NU 43410038 553229 3JIAN3S ONY 1977915 1 t 310N 9 38 574 0808 CdAL 30H 95 Figure 16 Outline Drawing System Control Cabinet SCCB 4000 Amps 130 504 5 95 508 4504 09 1 LIN 4 1 Sava 8 1 ME 204 80 414 Sava 5784
48. Wiring DAG HOLTA SHYN ITA 1 0 ON 0 ON Add OMG 38 530 6 0 10 109 6 96 11380110 3144 ON OMG 5011 30010911 03 TVNIWS3lI 8510 DICIA 1009 531435 ANDIOW 88 6 186 9148031799 ANIA 0 3 3 0596 DN N23 1 407 DN 13385 93119905 07313 20181 1 3 NYH 1805 00 330 07 1 080 20 10181 1 319833 vH 190 5 180011 LOA 1333 5 7 30 0 22 0010108002 SN 5 43114405 1313 Java annoys 2310138 1 4 009 ANG 0 W31SAS 3008 9 90 m dn Wid 3001 dn Oxy 83008 41 JIA 331594 WHIL 3 1333 9 HION31 3 VW 2331900 WIL 513 01727 37803 2258 0 gt 004 dH ANNOYS 23315 dn 31544 4831 7 301128101 JWW uH LYOHS 43118405 81313 182148191 379434 LYOHS 80133108083 31714 20 18016161 LOA m 1334 6 07 anno z 30 0 30103108032 JN CJ 03179915 01314 37492 annoso 24 ANNOYS m 30138 8 ANA m TWNIEN31 2 S 3060 AxA 20 08 WAGON 5 gt 2315 WH3L 515 49159
49. and local regulations Because lead is a toxic substance lead acid batteries should be recycled rather than discarded Do not open or mutilate the battery or batteries Released electrolyte is harmful to the skin and eyes It may be toxic Do not dispose of battery or batteries in a fire The battery may explode A battery can present a risk of electrical shock and high short circuit current The following precautions should be observed when working on batteries Remove watches rings or other metal objects Use tools with insulated handles Wear rubber gloves and boots Do not lay tools or metal parts on top of batteries Disconnect charging source prior to connecting or disconnecting battery terminals 6 Determine if battery is inadvertently grounded If inadvertently grounded remove source of ground Contact with any part of a grounded battery can result in electrical shock The likelihood of such shock will be reduced if such grounds are removed during installation and maintenance Lead acid batteries can present a risk of fire because they generate hydrogen gas The following procedures should be followed 1 DO NOT SMOKE when near batteries 2 DO NOT cause flame or spark in battery area 3 Discharge static electricity from body before touching batteries by first touching a grounded metal surface Quippe dec Batteries 11 Battery Safety Precautions in French Per CSA Requirements Instructions Importantes
50. con sult your Liebert sales representative 1 Even though your Liebert UPS unit is at least 9196 efficient the heat output 1s substantial For more specific information see Appendix A Series 600 UPS Site Planning Data Be sure environmental conditioning systems can accommodate this BTU load even during utility outages 2 The routing inside the facility to the installation site as well as the floor at the final equipment location must be capable of supporting the cabinet weight and the weight of any moving equipment The modules weigh between 8300 and 17400 pounds Refer to Appendix A Series 600 UPS Site Planning Data 3 Plan the routing to ensure that the unit can move through all aisleways doorways and around corners without risking damage N CAUTION Observe all battery safety precautions when working on or near the battery Installation Considerations 5 WARNING LOCATE CENTER OF GRAVITY SYMBOLS4p AND DETERMINE UNIT WEIGHT BEFORE HANDLING CABINET Figure 2 Multi Module 400 to 1000 kVA UPS 78 Cabinet depth of 400 and 500 kVA modules is 38 inches Cabinet depth of 625 and 750 HL modules is 41 inches Refer to drawings for 208 VAC dimensions 888 to 500 kVA and for 750 LL and 1000 kVA modules not shown Each UPS module is shipped as two or three separate cabinets for easier handling Refer to the Shipping Split Detail drawing for dimensions and weights of your units 6 In
51. 0 60 Bussing Details 500 208 61 Bussing 625 ee PCS E AEN 62 Bussing Details 750 High Link 240 63 Bussing Details 750 Low Link 180 Cells 64 Figure 49 Figure 50 Figure 51 Figure 52 Figure 53 Figure 54 Figure 55 Figure 56 Figure 57 Figure 58 Figure 59 Figure 60 Figure 61 Figure 62 Figure 63 Figure 64 Figure 65 Figure 66 Figure 67 Figure 68 Table 1 Table 2 Table 3 Table 4 Table 5 Table 6 Table 7 Table 8 Table 9 Details T000 EVA DS ohne DED Oa RECEN Module One Line Diagram 888 Module One Line Diagram 400 Module One Line Diagram 500 Module One Line Diagram 500 208 Module One Line Diagram 625 Module One Line Diagram 750 High Link 240 Cells Module One Line Diagram 750 kVA Low Link 180 Cells Module One Line Diagram 1000 One Lin
52. 0 1 38013 2 NVWOO3H 8 38 15 daw 8 043 8 051 3 LSNW 6 1 9191000 9 5 13117894 WOIIdAL 5 301873 8311 8 153931 NON 03410038 08 NOILONNT 20 439344 n 38 ISNN CAN N3ANDJSNV3I 051 3 9 ISAW Sdn 5184 20 83 Wiring Inspection Figure 68 Remote Status Panel 237 31202901 RYN 3713 81126 VINBOJLTVO 307 1 Wr 201 1199919 UN 33920 IN Ade 438 530 90 20 7t9167 88 1 1388 F 1 gt 009 531435 ON 0008 HSN14 TERT 31111 ON 13365 NAVA 3dAL VAAN 587 31 1 5080 2 32110 3130 40700 1 SALON AMA iNOS 36136135 N ILJSNNOJ 134999 1081 02 WALSAS SOLINON 310H33 HAE S LINOH 310433 LJ MIN SAAL LNIANY 3813105 NDILLO3NNGJ 3180 ADONIS Sdn NO 9 9 ASIA 8 8 HATS 135387 1531 17 navy O ONINJYM Agave 8 N APPS Sun 1499917 n 334 252 83001 da 2 80111 N3383 1 191 008 LINENO3 404
53. 0 1 Notes Nominal Input Power Factor 0 92 lagging at full load 4 Maximum Total Input Harmonic Current Distortion THD at full load HL 750 kVA module with 240 battery cells LL 750 kVA module with 180 battery cells 86 Appendix A Series 600 UPS Site Planning Data Table 6 338 500 kVA Multi Module Unit 208 Volt Standard Module Required Maximum Rectifier Inverter Battery Battery Maximum Floor AC AC Discon Current Efficiency Heat Dis Dimen Approx Loading UPS Input Output nect at End of at sipation sions Weight Lb Rating Current Current Rating Discharge Full Load BTU hr Inches Lb Sq Ft Distribu Full Un ted kVA kW Nom Nom Amperes Amperes Load WxDxH packed Loading 338 270 980 1226 937 1171 1000 998 92 91138 128x38x78 8600 255 400 320 1170 1462 1110 1388 1200 1176 92 101457 218x38x78 10250 214 400 360 1300 1625 1110 1388 1200 1323 92 114140 218x38x78 10250 214 500 400 1462 1827 1388 1735 1600 1470 92 126822 218x38x78 10950 228 500 450 1625 2031 1388 1735 1600 1654 92 142675 218x38x78 10950 228 Applicable 1 4 5 7 8 2 5 7 8 6 6 8 9 13 13 Notes 9 11 12 9 11 12 11 12 For explanation of notes see referenced numbers in 10 1 Notes Nominal Input Power Factor 0 85 lagging at full load 9 Maximum Total Input Harmonic Current Distor
54. 0 kVA Low Link 180 Cells and 1000 kVA Control Section 48 Base Mounting Patterns System Control Cabinets 5 640 to 3000 Amps 44 Base Mounting Patterns System Control Cabinets SCCB 4000 Amps 45 Base Mounting Patterns System Control Cabinets 200 to 480 Amps 46 Base Mounting Patterns System Control Cabinets SCCP 560 to 2000 Amps 47 Base Mounting Patterns System Control Cabinets SCCA 1600 to 4000 Amps 48 Shipping Split Detail 338 49 Shipping Split Detail 400 500 50 Shipping Split Detail 400 and 500 kVA 208 VAC 51 Shipping Detail 625 kVA vo SIG ea Re 52 Shipping Split Detail 750 kVA High Link 240 Cells 53 Shipping Split Detail 750 kVA Low Link 180 Cells and 1000 54 Optional Shipping Split Detail 400 to 625 55 Optional Shipping Split Detail 750 56 Optional Shipping Split Detail System Control Cabinet SCCA 4000 Amps 57 Bussing Details 338 Rh Bushey RR e CREER drone 58 Bussing Details 400 kV Am es YET es AOS re derbi 59 Bussing Details 50
55. 00 021 802 80 3138 r NEC RE JINGOW 11 N23 MHD VA 005 31111 ON 133 5 0 18 6 916 88 ONIMVAG 01 33135 511 130 3NIT100 304 SAHONT NI 389 5 8015830110 Viv SHAHLO 03410884 34 01 907 Sava SNS OL 00 330083 803 1 S31DN ASIA 5 AJIA 053 18083 AJIA 35 0005 T 2300368 222 4113312 o ONI indin 29 ERE d wz 1 R 1 8 a 5 L Aaly da 9 1179819 1 a 0800 29 504 4 940039 a 4 sava 8 5 0085 n me fL UE 000 E u 7 00 2 1301873 30 401 006 1308 40 401 SNGLL33NNUJ 00et INANI 6 0061 sava 8 ava 508 5898 5 8 indNI 28 5898 508 IndN 29 1090166 29 03 119130 803 719130 508 18000800 503 719130 19130 01123 02 5719130 07 441 dAL d l dAl 53100 vid 96 53 01 95 531011 9 5310 910 96 SATOH wid 95 4 i VE i d 2 22 1 Set T E ust E JAL 1 NO e 441 002 2002 61 Wiring Inspection Figure 46 Bussing Details 625 kVA 9419614984 20 3113 81426 VINAD41109 0696 009 541435 8 530 9 6 1 916 8 009
56. 002 011 108 0 8 922 13 1892 TOYLNOD 831555 DI 10881 29 0 23 Add 112 492 17114 803 43215 38 54010 04 00 ON 18 0 53000 me cU 799 1912373 19201 11 330 100030 38 DL 9NINIA TW S 751 104402 31959435 NI 38 01 98 81 7044405 ANY ADV IGA TWN 30 41 4332 3 EON 1504 4044 9710 SNO 1 102192 4040 109 10 NI 1350 38 SI SNIIVN 9005 JHL CAES 5594 JHL 40 ONELYS 3802060 4901 FINS WNIWON 3HL NO 013598 51 9NILVS 9005 2 114390 3 12 092 JBN 39 13 52 0332X3 LUN 3 39131115 WJISAS ONY 9005 N33 AL3E 3308 15 08 11 381 5310 i BIAS 313 5 955 x Figure 58 One Line Diagram System Control Cabinet SCCA Wiring Inspection 74 80919715 3117 81226 VINO 41103 30811 RES OWINDS3r 0696 1194917 56 60 90 8 919162 26 009 531435 3140 SSVdAH BONYNSLNIWW OAL 8335 331545 WVWaed 310100 338Hl 1 3111 40 9818 5 9811815 0185 AMALLVE 83 8 38 8 EM E 8 3080 i 3 800 1341899 7091409 315 5 2 li am saa 00 2v 504 79211182 9 2 Roe 13300003516 1 Q 1 1 1 L 1315 431198 DL 12
57. 00238 5 Sava 8 715 9 aly 53 0103 1 93510038 LINN 3 68 32NVNU312 3 883 08 JLIHM 340 WOE 0709 09 00 3 201 26 dH3l MIV 8 718 2 0008 NIV 9411005 1 2 73 SALON 308 480089 u 4 Sava sng NOILO3NNOO ifiko 31892 11 5 0 3 03 LANI 08 139 19414514 7031405 19 441 5303101 3201433 000 13553238 AIIA ZE 511608803 081181 081803 AMEN all 803 9389 8E X i 1 SLINONOD XIADA ABIN3 901 HDi VIN XD ddv od lt 2 29 gt SNNOD 20 gum EH 0082 3118 013 5713894 3187 081380 ZE 543078 15905 1143 alv 321010003 ONISIAM 0 ANINI 401 804 XOUdd Wiring Inspection 26 Figure 11 Outline Drawing 750 kVA Low Link 180 Cells 68126 VINSOJIWO 3111 da 0900836 ON 8087 56 90 90 v2 9 929164 88 001 DI 83338 130 ONISSNE 804 701 790 9164 88 ONIAVE 01 83334 NN31ivd ONIENNON 35 8 804 6 1 1 130 11145 ONIddiHS 93338 515013 CNY NUIIVHN JNI 11145 9 1 105 204 8
58. 030030 VEG 88 9111107 2115 ASIA 01 ON 3300W DN wisis ON 1593 YOLINOW 310838 002 Wiring Inspection 84 10 0 APPENDIX A SERIES 600 UPS SITE PLANNING DATA 338 1000 kVA Multi Module Units SYSTEI O RECTIFIER CONTROL AC 16 MMU 5 MMU 2 MMU 1 SCC MAINTENANCE BYPASS SWITCHGEAR OPTION BATTERY BATTERY BATTERY 10 1 Notes 1 Nominal rectifier AC input current considered continuous is based on full rated output load Maximum current includes nominal input current and maximum battery recharge current considered noncontinuous Continuous and noncontinuous current limit are defined in NEC 100 Maximum input current is controlled by current limit setting which is adjustable Values shown are for maximum setting of 125 Standard factory setting is 115 2 Nominal AC output current considered continuous is based on full rated output load Maximum current includes nominal output current and overload for 10 minutes 3 Bypass AC input current considered continuous is based on full rated output load 4 Feeder protection by others in external equipment for rectifier AC input and bypass AC input is recommended to be provided by separate overcurrent protection devices 5 UPS output load cab
59. 1 35 lon Inspect iring Figure 20 Outline Drawing System Control Cabinet 5 2000 to 4000 Amps 2350100 911 30 01 3113 UN 83440 ON A38 009 5 dAdv 530 66 60 90 05 91916 88 1 00 INDIY 0 915 38 3 31 TIN EY 000p 0006 Mp AB 5 64225 L3NISVO 10812 90 1 6 08 HSI4 8 UN 13395 A8 791 19164 9 184900 01 3438 AUIN3 37892 01108 ONY 8 311 0 ONILNNON 3598 04 4 006 79 5 10 10301 000 0085 38 01 590 Suva 508 01 NOLLO3NNOO 404 7 5 NI SNOISNSHIO TW 9 20025 8 46 440 Wal 80702 4 1 20 0 3 DI GE iN3IEMV 22 7 7 SUIS ONY 853337 331835 ANY 01 i SILON awa sna 0 0033 00 5 1 81160000 e a 1 1 1 BBS VIA XDI 1 QU ALAYXI 008 1 31832 0031 HOLIAS 211915 SLINGNOD 93 00 1 40051 1 303 VAN CXUdddV Saya 8 71981402 W3iSAS i 3 33945 ASINT ASIA 3015 8 sava 514 10083 INANI 8 9 9 ASIA
60. 1 WBLSAS Dl 4025 131890 7091492 W31SAS 6 5081905 371111 DN 1335 11 9 619162 96 Vi 0062 0091 0006 0002 t 0068 529252 13 109818003 5 VI 0002 vi 0005 0007 9225 SADID SV 501193 12 1 SILON 6981 1 5 LAdLNO 32 5 ONISN3S 2 73437 HOH 1 2281 6223 40039 31492 1881 70981000 43539384 1100419 13 3 0 0281 8 9 90789 31890 6181 134391 Figure 62 Control Wiring Interconnect Diagram SCCA and Switchgear 7041405 8339244 1102512 Wiring Inspection 78 Figure 63 Control Connection Location Diagram Module 2 814161533 GHYN 314 tty 0596 ON 93020 ON O 009 531435 OMG 134 530 1 6 91 80 41 61916 96 831548 3 0 1NN ON DAG YAA OSL OINIT IH BEE TE 7 51 1330 10831 02 ME 3114 UN 133HS NDIL23S 1041802 1 31 301 1 ASIA INI aoo 030038 11638013 104100 WJNDITLIONOUO 39V 131 1 310008 18131 080737 501915 07 38 HSIJ 8 301 1038 8 91907 18111 83 118 3504 MINI Laser 18141 999 31 SLO
61. 1 91 ALIANNO 30 831832 1 TEE EE SET wnd AOI 20 27 SC ONJ 14081 53108 581 00621 0067 541 waits 07819 541 1 5811 9 VAS ONJ SH1 60901 SH 0565 ZENJ NNO 32V 2321N1 1 2 SOSN3S 7 T 7 7 24 H4 BILLS ANANI 78 OE 0883 SR HEN 190 5554 10441 3155 10981 2108088 01140 HIHA 066 86 Sdn 83810038 SI 9t 0892589 et SIND BRAD SddNS IL W0123HNO2 ALD VAN DNISSNE NIN us ve SINT BOLIGNNDD SIN END N01238503 801934403 0453 831803 01 2 NOLLI3S 4095 ar 202 001 E 0562 8 8 5 5 0096 43 6 4 0042 8 119130 335 td 9 1104 42 1 1 X 1 71 vd 11345 35979 0 NOIIJ3NND 34 000 1 36 119130 11330103 91 JINIS 719136 011030 03 M WAT M3HSVA 820157 1072 WE SNE BO WNIMEL 5 1913 3114031134 8 ANN 1 1 BA 1x ann BISWA 1708
62. 1 qva 13 494 SNE ANNE 8 9281901 DAG 33s 133HS 530 77138993 r NAVAT 08 3 0 ONIN TINI 11345 ONIddIHS 0099 0009 Suva 518 4 4108 3 B tl 5 9 20 r a 430038 104100 san 72510 AS 311015 sia ast 4 H21I S 211915 Sava sng 0707 79211192 m 1 3 22 sng 00 1 1833388 559440 W31SAS 1 ee 5898 sna LJN 559418 1 2 3 VEL 28 00 84 9 511608003 08103 AMIN 401 303 935 504 7910 31114 Tem WITS 85 CAD 330H 910 95 87 2 056 96 1 SNIAS 4000 OEE 1 SLINGNOD 7 833504 ASIN3 301 803 v3gv XD3ddv 0982 Wiring Inspection 32 81486 041 0 089836 0696 DAG ergs HON 3113 ON 0 66 80 90 22 19164 88 3190 009 000 386055 885800 v 0092108 1 81 ON OMG 8 534 009 531435 1 38 3 08v 002 UN N23 AHO 542252 L3NISVO 0 315 5 HET A 011 8 08 3308 NMV a 38105 0 THT 185868
63. 10 035160 8 31178 01 8175 531081 335 3 11993 ENV 3 1118040 D 6 13311103518 AMALIVA 31016080 OL ANII 34 Sdn LNZAAND 1 8 40 2521 01 1 L 9V ET SILON 135 0 0 359 9 9 00100059 JAIM 8 IVA Hd 13 1892 103118103 31 4 OL 1 41 ov 9 498721 SALON 335 0 08 2 E V 1 72 W ORIXVW MH NLE 02 11993 30 1V3H TVNIWON 721 DIVX 001 119 0091 39 0002 5E02JHd 38 05 282 DIVA 001 719 0091 39 0002 9SE024Hd 3441 0 30 083 182 540114182530 30 7388 U N3d0 1 36 831178 11010081 JHL NIHA 3991 10A 15 SHE JH JNO SiN Od GAL ANY N33 138 307110 W WixvW JHL 220939 SIHL 98 1015 83311 8 JHL dVi 331N32 01 G3SN 38 AVA 2104 0350 SI 1330 03310 83311 8 3101800 3708 338Hl V 701 5 1610003 91949435 NI NAY 38 01 ONISIM 71981493 ONY XIAN 6 03 31797 3 V 3412034 SI 2300023510 8311 8 31 8 753400 79519333 4 IVNOTIVN 330 00337 NI 38 01 SI 9181 Viv 2 28 022 3701 H3d BO 1109490 11114 403 03215 38 1SnW 003 7 01030 766 062 23N 834 43215 38 5 8801000003 98110 083 79 7001 DIN Yad SNONNILNGINON 59 3 1430 51 JJA 00 300 0 8311 8 30 19 1433903 14344103 086 W OWIXVW 19 3080 ANID LWA Oe WOWIXVW 1910 803 03215 38 CINDHS 834831198 04 ANII 30 HOY 831492 N3 Dd 5 531893 160 1 HO
64. 132988 DNIddIHS 39NVND B 15 303 038 0030 LINN 3 08 329NV3319 330 Wal 50709 2 0 0 01 2 3N dW3l 1 218 H49 000 div 9411009 I pour Ww SALON 8 00009 072 E 3215 NOLL JJNND2 37892 1 222 2209 2235 ac 3Nvd 03 AL 53001 1 301 3 15 3 suos 8000 13583235 aiv ANNE 20 dii A 5319 378VADW23 S ANS 00 Meus SE RUM 1 2 SLINGNOD 081802 ANIN 401 803 9236 26 1165 0 3 ONINIA AMIN 401 803 6 sava sng 101 0 0022 dhl 8 150 30 31180 08038 13499 1187 0838 2 2 SLINGNOS 980181 2309 30 81 3 801 503 9389 XDMNddv 21 00 Inspect iring Figure 6 Outline Drawing 400 kVA SAT OAL TEE INL 3115 81126 VINO SID 6 91 0696 19 31 ON 3950 IN 009 531435 OMG ady 530 c 88 A 009 CNY A 08b 13 1 17 9 6 23 90 8 60 4 4190 YAX 00 001 08 1 11111 UN 133 8 A8 8
65. 138 01122 02 340001 M3awnr 10 TUVLIG 1103380180103 9M 3 0 15 1 1308 12338 03 Wn W3H NA 1973 XENA 1974 2 SNE 85315 1973 1108 1 8 61 1 108 1708 23150 1914 1708 QD SEMSVA 311178 anis M3HSVA 1474 68 SH3HSVA 3117768 Tan 2 no 2315 1974 PM NA 28209 3090431738 513 1892 S83HSV 3111 31738 57 lon Inspect iring Figure 42 Bussing Details 338 kVA 2 010401988 3114 51 56 1 0 1192 1 0596 ON A33 149q9r1 9 B v6 0v9164 88 798 099162 88 01 83334 5719130 3117160 03 6 1 508015310 TW 2 583110 8301 050 38 01 007 Sava SNA 01 NDLIO3NNUJ 303 1 AXA 301 009 531435 A 009 A 08 Sdn 31100 11 BEE 5719130 9 15508 19053 31111 133 5 LINDAS OMG 335 530 11384892 2 8 ARIA 3015 Wa Lan __ 1109512 pa INANI 1 1 p Sng 68009017 006 u epeal lap 20001 0002 1 3 8 0691 u
66. 1435 009 A 088 31na0w TL WW 711132 Ore VAY 062 5719130 8 ASIA 180323 sng 1301802 30 Sava SNE inadinn LNdNI 803 719130 dAi 5310 VIG 96 4 SC 00 534 1138011 r UN NI3 AGIA NO AIA 3115 33519 388 LINJAL 1 213011813 30 3298 QUE AAL HOLAT Save 508 10001 2v 28 81 of 07 05 u H 0042 sava sna 8116388 801 18 5310 Vid 95 401 Ca 400 541 D WIE 531 00 vid 95 138081683 30 401 SNGILI3NNOS 5898 58 73 331118 804 9134 SN 80005 803 8 3 0H 910 95 L F 00 541 my 63 Wiring Inspection Figure 48 Bussing Details 750 kVA Low Link 180 Cells 5 019992980 3314 1 93830 ON 81486 9148031799 3NIABI 0596 3 9 99 9 9162 88 y2 929162 88 01 43434 8719130 3 1 100 80476 S3HONI 34V SNOISN3WIC SUSHLO AH 0301 08934 38 01 sont ND LO3NNOO 803 1 9 9 0 OMG 438 31111 13385 009 531435 009 08 540 3 0 11 NH 553009 1 043 1139 081 WAN 054 5119140 8 1449 530 1 38093 HS14 4 80
67. 150 30 NOILYNIGWOD SI 13887 W OWIXVH 001 JIN 44907 5 4901 713 1 73 30900 038 4331198 8034 OVO SAGNNILNOONON gt 173 0901 01 8 8 18DHS 30 NOILYNIGWOD SI 1N3SB8029 WNWIX H 2 104100 43194 TNs NO 43598 SI 1N33302 WNIWON 1 31 Figure 51 Module One Line Diagram 400 kVA 498421 S310N 335 11 10 3 8 OS IVA 08v 4 00 JAIA 3S8vHd Sd 01 1 13 3091 34334 TVNIWDN 00 1 1231080305310 831108 82318 2471 e 282 185 2002 25 2 lt E 77 INNON san 67 lon Inspect iring 7000885915 3114 XN 3480 56 12 20 8 8 0916 6 81426 031 0 301 1 da DWINON3 0596 1499819 308 3510 30 AN3 19 2971 3980 10510 40 19 V 1 255 SSL 206 LAdiNO A 248 08v INANI 08 3 008611 13179494 OOF 7 vA 005 WuNOVIG 3NIT ER ON L33HS 886915 009 531435 433 34 1 138013 Ag AVION Ad 018745 SILON 335 931432 804 CD ONY 1504 D ONY 3AILVO3N XD ONY 3AILISDd D v 8411 DIA 095 1198 131545 153440951 831 8 04 8 76 5310 335 3JAILVO3N D ANY 3 1 1504 D 1 JIA 6 12300 038310 2311 8 JINGOW 01 ANE 540 1435512 TWNIWON 30 Z621 Ol L 9 V E
68. 3 02510 311 8 310009 T LAdNI 29 8314311933 1 60 TD 79 1 o Uu andano 2v 8 8 5 1 HOLIAS 9 3 z r 109100 2v WALSAS 540 p m of 2v ssvdAg 2 i m 1 1 3011 0 1034400 5 a C dus 5411 2G 370600 san O dE i 2 322 3 5 indinn 2v 3 0808 San 8 8 Cs 300 311 S33H1D AB 0 301015 IRANI Figure 59 System One Line Diagram Three Modules with Two Breaker Maintenance Bypass 75 Wiring Inspection Figure 60 System One Line Diagram Three Modules with Three Breaker Maintenance Bypass 2501671935 3910 1111 83020 ON Add OMT 38 JAdv SU 9 2 3190 8126 0411 3 INIAN Q3 QWINOS3C 9695 009 531435 SSVdA 300 3101 4209244 33B8Hl ON N23 A8 8235 431645 13110594 31 10001 JIAHI 3 17 300 40 7 ON 1334s 05 941815 838 8318 Alla ud 31000 2 123011872 105218102 W313AS 941415 8318 25 9 is aon 7 9518015 8331 8 123008072310 3311 8 04 104100 Jv SNE 19011130 11410100 29 W31SAS San 3100
69. 3LHJANI ANY 8311119738 Sdn 3100608 11 ANY 31015 1010801 802 VAN 005 00 5108311 70 9 118 000 8 SU 3015 ddO dat 338 l dyv 534 22 3873 f ON ON_L33HS 331 1 130 9 11000 3598 2 2 MBIA 9 111001 3598 9 9 AGIA 310H INDAY f 1 990 1015 S ONT 01038 331411238 Seg SEV p AIA 8 9 9 40 5 008 08 33 08 1023 3 08 He 2 00 1 E4 1 9902 Bove 4009 6 STH 1 VIG V3 Figure 24 Base Mounting Details 400 and 500 kVA 208 VAC Control and Output Sections SIH GES V3 802 SLOdN 2v 30765 102 803 WOLLOB Wiring Inspection 40 Figure 25 Base Mounting Details 625 kVA and 750 kVA High Link 240 Cells AG 1 4619 3HvN 2111 81426 VINHO 0 1 19 ON 8 ON A33 1 V 9 6 91 90 40 1916 88 3 ON 831311239 530314 33 SV SdIHS 11145 ONIddIHS 01120 HIIA 88388 2 119130 3319380 404 831949435 5 JAY 53 9844 lt 1 431411238 533314 OAL SV SdIHS 88 38585 7 058905915071
70. 49 SALON 335 NOILViGS 35 0 8 SEZI 881 OVA 72 ANNOYS b Hd OL 104100 99 Qi31114 7991 Y 1 SALON 3352 NDILVIOM 2 8 V LU 079 4281 V 1 IVA 80 SNnON9 JsvHd OL LANI 3091 30331 WNIWON 0 11 228921 4011993439 193 10101 Gel Ly 0081 749 0002 SEO24Hd 3441 4 399005 242 19 0002 0002 5 38 8005 182 50 01108182530 8 N3d0 51 58 311 78 FONGEN 3H1 NIHA 3307 07 0494 J ISH JNO 01 3 08 OAL ANY 1337 138 3991102 W WIXVW JHL 330033 SIHL ONIMIS 311 8 JHL 491 931 30 O1 0350 38 370d 350 SI 330 033180 8311 8 30060 3104 33NHI V NIHA 5110009 317 8 15 NE 38 ONISIA 18 3 GNV 808 Jan 03 aLvavd3S v NI 381 0808 SI 13300 0818 83311 8 06 53400 192181292313 7 230 1 WNOILVN 394909099 34 DI SI 11 1129492 77113 503 0321 38 GINOHS ASN 4D 3 194113 756 062 23 834 03215 38 SAULINENOI ONIGNDOSO 7001 JAN SNONNILNOINON Sv 43 1330 SI 006 8 AM3LLVE 30 19 380 0030 WOWIXYW 1 83880010 08 W WIXVW 19 3994 1 0 WONIXVWN 19101 204 03215 34 8100015 531431198 OL 093 5311613 75338 2 1ndNI WO 4 11600023 31989435 NI 38 LSAW 5321892
71. 529 san 2021 sat 0008 sea 113 TIGL 2 NG11235 1 3011935 VAA ALO fares 204 DT 312390 HONS 301008 JINIS 0135 8 41785 ONIdd HS 01135 8 335 1 SNUILJ3NNO2 83001507 30 1 8 Tad laleans i 01 0082 77 vd CdS 32914 D 138 8011338103 3 00 5 SURSA 2 B3HSVA 1472 5 33 Wiring Inspection 52 Figure 37 Shipping Split Detail 750 kVA High Link 240 Cells 300 18021955 JHVN ON 823080 227 80 219164 88 81226 VINSOAITVDY 3NIAtI 0110083 6 11 8900 831832 31001081 009 531435 540 3 080 ILLINW ENY 319NIS 1132 098 064 719130 11148 9NIddIHS AO 434 530 E 1 38 N23 AG 31111 ON 133 5 AB NAVA 59173 ANANE 811801516 3180889 01 40 210N 3003301 5308081 Sdn 503 138103 51 6 x e 40 13 2559 ILES OMIT SPD 02813504 103 3 49401 S033 ONISSDE 33111235 pem IPs BIWI 20 27 O43 16051 f MOIIMOM 043
72. 537690 0907 104100 Sdn v 001 331 0901 SNOANILNOD gt 143 02 19031104 19 Sd ONT LWA 310NIM OL 4907 SNONNILNOINON 1433505 1901 LYOHS 30 011 8103 SI 1439805 W WIXVW 001 23 907 SNOANILNOD gt 38003 1901 1103 5014 3089 3238 A3311V8 404 OVO SNONNIENDONON INAN 4901 NOILV3OU 15085 40 NOILYNIGWOD SI 1NJeBO2 WOWIXYW 22 981 104100 3198 7113 NO 43598 Si 14398502 IVNINUN 1 Figure 52 Module One Line Diagram 500 kVA 122888035318 331118 4 5 5 338 316001 san Oe m Wiring Inspection 68 Figure 53 Module One Line Diagram 500 kVA 208 VAC 3 811385975 JHvN 3714 81 26 VINAO 41192 ANA 1 OWINDaar 6 1949 17 ON 41090 6 12 20 3190 ON 18 8891646 ON DAC 009 5314145 104100 OST 802 1 31 80 131195 4 MA 007 006 ANID 3ND 1885915 Adv 530 113881 G AB 808 1 401 13365 018475 SALON 3353 491 431433 803 CNY 3A LISQd OD 3AILVO3N D NV 111504 D 3ONVHOSIG 39 19 V 0271 20 09 831108 831545 OL 13311003316 8311 8 301 8475 SHON 335 CD ANY 19 111500 D 300 316 30 ON3 19 V 0491 Y 811 09 1030103318 0311 8 3706011 OL ANII 3A LNJB D WNIWON 5621 8 01 W HIXVN
73. 60 310 350 210 250 280 350 400 280 335 380 225 270 305 400 500 320 380 430 260 310 350 500 600 355 420 475 285 340 385 600 700 385 460 520 310 375 420 700 750 400 475 535 320 385 435 750 800 410 490 555 330 395 450 800 900 435 520 585 355 425 480 900 1000 455 545 615 375 445 500 1000 1250 495 590 665 405 485 545 1250 1500 520 625 705 435 520 585 1500 1750 545 650 735 455 545 615 1750 2000 560 665 750 470 560 630 2000 Correction Factors Ambient For ambient temperatures other than 30 C 86 F multiply the allowable ampacities shown Ambient Temp C above by the appropriate factor shown below Temp F 21 25 1 08 1 05 1 04 1 08 1 05 1 04 70 77 26 30 1 00 1 00 1 00 1 00 1 00 1 00 78 86 31 35 91 94 96 91 94 96 87 95 36 40 82 88 91 82 88 91 96 104 41 45 71 82 87 71 82 87 105 113 46 50 58 75 82 58 75 82 114 122 51 55 41 67 76 41 67 76 123 131 56 60 58 io 58 71 132 140 61 70 242 33 58 _ 33 58 141 158 71 80 411 1 41 159 176 1 Unless otherwise specifically permitted elsewhere in this Code the overcurrent protection for conductor types marked with an obelisk 1 shall not exceed 15 amperes for No 14 20 amperes for 12 and 30 amperes for No 10 copper 15 amperes for No 12 and 25 amperes for No 10 aluminum and copper clad aluminum after any correction factors for ambient temperature and number of conductors have been applied 1
74. 708 t X 319 15 719130 NOILIANNOD 007 WNG 901 81 33 80 719130 7119130 8 1914 5315 6 B3HSVA 17 OYE SAE UG H3HSV 1914 1708 BFE 9 Xx 1 Anh n 1108 7 INN UMSA 1773 1708 2 SUJHSNA VANNE ams 83HSY 3111 37738 SNA BO CWWINNSL AGHSVA 114 V3HSVA 1v 108 1478 423 712891 AA 4 3807 23 583 1 1131738 0178083 XADI 3H acl Q Q c 4081955 338 009 531035 Sdn 3 068080 iid0W ANY JINIS VAX S29 719130 11145 98118115 530 111384892 UN N23 HSI 8 A8 NAVA 5931744 4011801510 OINOKAVH 011 d 300 701 8310008 San 8034 43810033 SI 6 05621 543 0508 541 E 46 4311 2559 1 7 i 21 11 504 Co NIN 81 60621 563 08 se 3 289 6 SAM XIIA 2 012335 t NOI123 YAX Ce 831301238 HONINO4 4100080 SIHDIZA 1174 SNIddIHS EF 043 16083 WAd 33 3031 NT 14083 01238803 WAd 37 0318117 08161 0528 581 11 3182 00122000 9192 BOL33NNOG
75. 81 201234402 JAN 80123403 ENI 301390803 301238802 801234409 301234405 A10 anes HOSS SNDILJ3NNQJ 83101503 30 33841 L 335 32102 001 0080 4 206 En A Samna 2 NOMA 338 9 8 2 1 1K El 2 l sfe Wvi3d 335 8214 9 4708 271 1 X 1 1 2230 993 20 8 4305 0 7 LAN 1 1 M3HSvVA 1914 719130 1123 82 3 0815 119130 8011330 03 INI 1919 99 22115 1914 ava Sna WNIHYIL 1708 eret 1108 42 SimsvA 3111 71735 anis 1974 42 SH3H VA 317 1134 584 UO 2505 1613 1973 mea 311131238 0 1 006 Aat pi vel 117145 HIV D 719130 1123 12 ANNONO 230006 09 5 1973 Ani 83115 1913 23 07 0 583 5 3 1171138 51 00 Inspect iring Figure 36 Shipping Split Detail 625 kVA 14414021855 IHN 3104 S6 E1 90 0 21916 88 81 86 VINUOSI WS 311 81 UN DWHINON3 D 0596 9 ALIAVE 30 531933 31031001 1 453108 8 8 01735 011335 13 335 9 1108 6 1 48 11131 335 SP 9 1
76. 81426 3 2 311 ON 33920 ON A38 NAG 33a 1 49 530 3 mie 0 1916 88 009 531435 ES 3 3190 N23 A8 31111 ON 3395 88 CINGLNO ILHAN 8314112440 530314 1 SV SdIHS 11145 ONIddIHS 01100 HLI 559 2 19130 5319349 804 GalvavdaS NADHS 389 SNA ANALNO 431411238 530314 DAL SV SdIHS 88355 8 1 311180 ANY 319815 009 089 005 8 5 83117348 8 30 911 000 3598 1 4 MJIA Figure 22 Base Mounting Details 400 and 500 kVA ddO 1016 INLAT 13 ONILND W 3598 2 3 310H 9NIDOMM 295 d l 212 11035 LAGLNO P o4 JO 1NOHJ SIH 9000 0066 T3NNYHI 9 1111110 3598 8 8 JOH 3015 dii ZEZ 2 00 4 NUI 23S 31 8 re 30 INO 201 5310 T3NNVH2 3596 9 9 ASIA 310H SONIDO 3015 440 dal VIO ZVZ 11335 431311934 AJIA 8 7 4 JINN 40 14083 SL 9 v3 ES naino 30 85 03 8 3 8 Bore 96 SH 4697 ra sindNi 90 3 230 08 LINGNOD 83113 38 SIH Wid 8087 y Wir
77. 831 8 1 40312388025 102 01 313055 MW 116 003132 25 01 4031238812 3 UN ITS 78144185 TN IT CONIND AILAI D 9314 113387 108 5 2 101175 NDTIS STATIK 4 P 9 Le 002 1 002r ed 6 8 Ni EL 2L 0 0 1 1 E 1 8 f L3 91 8 1420 49 2 0 21 8 2 las 411745 H2v3 32974 130 NQILO3NNGD 187030 wage 19530 119130 133080 03 ONT FINIS 301 NOMIINNOD 1 1970 BHSYA 114 001 2315 1914 AVE SON MO 535 LW 8305 3111437938 1308 6 71 eve inn yi BISWA 1f 2 5830151 31113115 qms qvi GP SHXGSVA 3 68 7 Ser vd 334 V 21214212134 1973 07 084 5130013 Wiring Inspection 54 Figure 39 Optional Shipping Split Detail 400 to 625 kVA 5979421955 3313 a Fa ON Saan ON AS A009 NV OMG 7439 530 01916 88 1178 MOA LE HLIA apu dN 8 21 ON OA VAD 006 ODF ON N23 7 130 1174 ONIddIHS 31112 13385 NAVA 3 3 01353 21001 9 07 19 17 NMO3 3 0 831803 81
78. 9 XUNddV SNOIL93NNDO WOW OSE O 1 534398 1103313 1017 828 19 ag 321 9m 0 3 003 31893 LANI Is 8214 gt 46 X 511108103 0 781 N3 Ud ASIN 401 803 _ 540 44053 20 STINVA 318 0 8 13 X 91 51118800 ONISIA 13892 318 6838 AXING 401 804 VIEW XO ddy 1 8 LSNWHX 25 lon Inspect iring Figure 10 Outline Drawing 750 kVA High Link 240 Cells DAG HUN 1114 81 26 1 1 PEN ON AID 009 531325 3 86710790 916 8 009 ONY A 08 380 ON 8 540 3 INTOW T1 1132 092 VAN OSZ AB 001 HSIJ 8 ON L33HS 6 5 9164 88 OAM 01 83338 8119130 9118868 701 1 80 19164 88 5 83338 311 0 DNIINnDWH 3598 6 136 11145 JNIddIHS OL 43434 DH 08127 9817 913 ONY 11145 9NIddlHS 804 8 E 5831713 SGHONI NI 389 SNOISNSNIO 119 2 UIS 18014 NO ONY 1 0 4 NI 03410038 553959 331535 NV NOILVTTWAISNI 79 33999 NI JINN 33 8 1811135 380438 51390944 ONIddIHS 39 0 3
79. 901 Sava SNE 0724 31178 303 8 SIH 95 L ATE 1 Figure 44 Bussing Details 500 kVA 9143031193 ANIA da DWINGNSr 0596 10 25018665980 3 37 3 1 56 02 20 76 65916 88 009 A 08v 3190 ARE 3111001 1 VA 005 5719134 9 8 OAC 438 Adv 8 1138 r ON N23 AHI 31111 DN 3385 A8 NAVAL 3 8 3339308 HAJI EE inding EF 11 2013 AGNI wz Z EEJ i Far BER 51 378 LINDSID sng 0 08 883 5 H p T 0 Q 20085 m 5 0002 30 8 0 JU dol 130 8 0 30 901 5 81153003 1RdNI 26 ava 508 1 138 80 119130 504 803 119134 ae ere 83700 vid 9c 537811 vid 95 37DH vid 9c 001 18 7 98 669164 88 01 83338 5749130 NINO 303 QUE 7 1 4 00E S3HONI Ni 389 SNDISNNIT Tv 2 Ton F F SUSHIO AH 2 d l S21 m 38 01 5911 Seva 508 01 304 1 si 6 si lL 8106 S3LON 13 1892 40 XIVE Wiring Inspection 60 Figure 45 Bussing Details 500 kVA 208 VAC 97011665960 3uvN 373 81226 VINYOSI WO 1665990 2 da OMINDS3C 0596 ON ON a 009 531535 OA 339 534 64 88 1041
80. 9696 ON 3450 ON A33 009 531335 434 534 1994911 60 21916 88 NOILI3S 11384113 r 3 00081 11104 ANY 319 15 aN IHD VA 0001 11 42 31111 13365 NAVA TINNVHS 9 1180801 8 AGIA QANIDI 3015 ddO vla 21 2 2 mm BENE 011935 8 02 8 JINN 30 NOH J3NNVH2J SNILNDOW 3598 8 8 AJA NE ig EUT at 292 8 8 SIH WI GZ9 083 440 441 GT JE 25 00 43 Wiring Inspection SAD DIEISMO IHN 114 81426 01 3 INIA i QWINDS3C 0596 DN ON A38 3 9 01 1916 88 3190 ON OMG JAT 8 530 009 531335 82252 813 8 2 11318403 0006 5 31194 ONILNADW 8 53 349 SNOISN3WIG 114 S2 SI SNDISN3WIQ 779 NO 33483701 30073 31383N02 6 30 1009 3598 3018 3 JHL HONS S3HONI 31 0930017 319007 JAY 531914 318 0838 JHL 300709 8 011335 10519094 indi 10 13 2 30 11341534 4I 5218492 88300180 40 1 3 8 204 5 01 08 2317211801 531914 378vAQWAJS 5 34 434 5 1 SALON Hida 3598 89384 719130 13 2598 378 1 335 NDISN3HIT 3598 x pe X Bddv
81. AL 8 S123NNDJSIU HOLIAS 211915 AilAvan enam 40 831N33 038 indino Sdn 002 n n n 008L 2 Va 9907 1 Saved sna INAN SSVdAR ava sna 180 avd 8 131 U CAES 58 WALSAS 130 88 3 168 HILIAS 3115 19 JAU 334 13385 101 19162 88 OL 33433 ANIN 31892 WOiLD8 ONY NY3llvd ONIINNOW 3598 303 4 7541 0 62 1 3ivWix dddv 3 10 3018 0 38 01 SOM SAVE SMA 01 01123 02 03 S3HONI NI 38V 5 8015803010 330 Wal 30793 0 2 09 0 3 01 2 4431 1831887 gt 74934 0 53015 HIDE NV 19044 NI 03310038 553004 396 43 ONY 011911918 171 534 HO HSI4 8 NAVA CANDY D SALON SLIAGNOS 33 O0d ONY 0737 303 9349 Ay _ 4934 32945 LINGNOD ASIN3 1 091 ONIAS 9000 TR Savd sng 1 8011 SSvdAH E 0066 222229 _ 21 2227 594 8 0901 19211183 dAL S31 VIC 95 War Se 017777 53100 95 89 VEIT gt 9 9 E 4 4 9 Le au 00d TEVE SA
82. CP designed specifically to accommodate 2 UPS modules 16 Wiring Considerations 7 1 7 2 Power and Control Wiring 1 Power wiring must be run in individual separate conduits or cable trays Control wiring must be stranded and run in individual separate steel conduits CAUTION Power and control wiring must be separated 2 Observe local state and national electrical codes Verify utility power and its overcurrent protection rating will accommodate the UPS input rating including battery recharging 3 safety ground wire must be run from building ground to ground point in the UPS Module Cabinet and the SCC The grounding conductor shall comply with the following conditions of installation a An insulated grounding conductor that is green with or without one or more yellow stripes is to be installed as part of the branch circuit that supplies the unit or system b The grounding conductor described above is to be grounded to earth at the service equipment or if supplied by a separately derived system at the supply transformer or motor generator set c The attachment plug receptacles in the vicinity of the unit or system are all to be of a grounding type and the grounding conductors serving these receptacles are to be connected to earth ground at the service equipment 4 Observe clockwise phase rotation of all power wiring Phase A leads Phase B leads Phase C A qualified electrician should check the phase rotati
83. ENV 38 3190 ON N23 A8 HD FINGOW 11 INN 13385 YAX 57114134 SNISSOS 8 14916 88 OL 83338 5119134 3 11 11070 03 SSHINI 389 580015030160 719 2 583010 6 4 3H 01 5907 Sava 578 01 0 23403 304 1 0 sl 4004 105515 PELLER EE EE 11122 LALAD EE z a m gt FERLEN LINIJI sng 0 0000900 9 00 0 8 A 00 02 1341909 40 401 15388 36 dni SNOLLI3NNDI 20 ava sne 7 10 38 719130 508 041059 904 119130 898 SNA 123 09 8311 8 804 48 SIIH vid 9c AL HAL 85370 vid 95 83701 910 96 001 4 14 76 5421 SL 006 ra SET dAl 13011803 40 8 Wiring Inspection 62 Figure 47 Bussing Details 750 kVA High Link 240 Cells 0196 984 HNN 314 3450 ON A33 91426 da 3 0 8 0596 1494911 9 EE 6 629162 88 PB 549162 88 ONIAVAT 01 83338 5749130 100 803 S3HJNI NI SNDISN3HMId 119 2 7583 10 G3IIADHd 38 01 907 Suvd SNA NOMIGNNOD 303 S310N AGIA 3015 eg 101832 30 8 20232 2308 LIAI LNdLAB 2 009 53
84. ET 059 7 101 8011935 3108 5561 0022 se ooro 0002 sa secs 2 801235 1 011535 0190 9 17 319415 51 913 1145 9 185 2 2 011335 4 4 05 9 9 011235 WAd 0 27 301734409 SANS 5 242 0123405 SIN 12309 83183ANI 2 1175 3 13171041402 8014935 33A02 0905 14043 H 9 913 335 524914 LIT 335 5 219 9 104 BA E X 1 8 8 23010 4 ION D Vx 61 1 IHA 1413 BISWA 1913 0082 74130 0330 07 OMT 5 1934 71 138 2 0 1 S3HSWA 1933 avd 504 30 2 m 311228 BU WHI 1473 110 SH3HSVA 3111678 1v EVA 2 inei 00222 017 808 33891 0 83001507 8011331002 6431411934 1 05 005 2303 1 109 H3 vel 1145 H2V3 39978 D 719130 NDILO3NNDO ANNOYS M3HSVA 1673 3111 37738 2 qnis 22 553115 YYUAIT38 1974 51382 Wiring Inspection 56 Figure 41 Optional Shipping Split Detail System Control Cabinet 5 4000 Amps 9
85. L 750 kVA module with 180 battery cells Table 9 338 1000 kVA Multi Module Unit 600 Volt Standard Module With Optional Low Distortion Input Filter Required Maximum Rectifier Inverter Battery Battery Maximum Floor AC AC Discon Current Efficiency Heat Dis Dimen Approx Loading UPS Input Output nect at End of at sipation sions Weight Lb Rating Current Current Rating Discharge Full Load BTU hr Inches Lb Sq Ft Distribu Full Un ted kW Nom Max Nom Amperes Amperes Load WxDxH packed Loading 338 270 307 384 325 406 1000 993 92 80131 128x38x78 8700 258 400 320 360 450 385 481 1200 1170 92 94970 164x38x78 10300 238 400 360 405 506 385 481 1200 1316 92 106842 164x38x78 10300 238 500 400 460 575 481 601 1600 1463 92 118713 164x38x78 11150 258 500 450 517 647 481 601 1600 1646 92 133552 164x38x78 11150 258 625 500 575 718 601 752 2000 1828 92 148391 164x41x78 12950 277 750 600 682 853 722 902 1600 1644 92 178070 164x41x78 14200 304 750 600 682 853 722 902 2000 2194 92 178070 177x44x82 15450 286 1000 800 890 1113 962 1203 2500 2169 93 205514 177x44x82 17400 322 1000 1900 1012 1265 962 1203 2500 2440 93 231203 177x44x82 17400 322 Applicable 1 4 5 7 8 2 5 7 8 6 6 8 9 13 13 Notes 9 11 12 9 11 12 11 12 F
86. LJNIGVO 8 0318 WU 03810038 21389338 11113813 8 311 8 SSHINI NI 399 SNOISNAWID TV 300303330 303 349 NOISNAWIG 131 1 08 3547 081 1H913 2 3830 0100 ND1123NND2 82 3600 SILON 3 000E S dtd Sid 334 p F 29 m 7 7 0 0 3810111300 3714011 404 soni NOLLYNIWNG 31 331 1081402 03 8 31 x G Aer SHINY 308 80311 8 1 300 DL H21v1 0 5 2000 2387 gt 2 7 73 0 2 E vid SNOILOSNNDO 8 2831198 804 5907 5 LL Wiring Inspection 82 Figure 67 Parallel Battery Configurations 3 0 199 RYN JHA BlZ26 91450417199 3NIABI 1901 ON ON OA 338 0 p 2202 SNOTLVYNO NOD EX Naa 19 713119594 31111 UN 13385 31176 58 NOILY 1051 3311 8 518 12130800005316 831178 3 080 MEW 53198311 8 30 ONISLS 131168 24 HIVA 404 4 4 3a 47085 HOLIAS 11 1051 8311 8 40 03300800316 11 V 59 HONS 484 177 490 SNYIN 3308 083816 S3 LON 0117301101203 ONTALS 13119494 1901441 521431194 CaINAgW IVA 10331010 38 38 AVW 08 WAT 37738 53
87. NAMSVA 2 58330958 311113178 504 NO 31 W3HSVA 14741 W3HSVA 1914 qns m Six ect Ann 1708 1708 01 16 anis 5823050 6 3874 ann HSA 1913 BOHSVA 1911 M3HSVA BIHIVA 10714 EMA IUT LB SUIHSVA 31131134 SUHSUA 3111 3113402 ava 508 40 Whines 33897 13891 01 8033 2 Wiring Inspection 50 Figure 35 Shipping Split Detail 400 and 500 kVA 208 VAC SAD ESOZI9SS HYN 3314 1 TIN 31080 ON AJY 56 51 90 90 219164 88 81426 VINYOJI 109 WINDN3 0596 149491719 009 531435 NW VA 006 00 719129 11145 0811441115 SHALU 01 NUFLNDISIS JINDHAVH 19401 199 201100 SINNOH Sdn 204 13810038 SI 6 40 921832 311310081 1 0551 0599 00 a 00s 0560 5581 sa1 105 1 35 v Lions siHdl 11165 08149485 8 8 05 4 9 5 2 4011935 inding A 021 802 LAdNI A 802 9021955 OAC 21111 ON 13305 26 40 11 ASSY X x 7 Co en 530 771399497 58 00 33042 20 ANII Sf 508 X030 3 SNE CO 93111233 SP YOLINGH QNI 15084 20 EF vad 32v 31 0 15083 IF SOLINOW ONI Ir 321821
88. R UR n BERE ERR EE E H H H AYE ilot C3 3 Ca E RR 8 1 i iE E Hj leje petel ans QUE 101160 SS EIE Nm EE 9 3111810 0 San 11101008 540 31101008 san s 110108008 san 2 31018000 San 310100080 San 1 2 5 SNIVLS ety 37892 AD 81800 501915 5 6 2 1 2 ABD 6 724 501415 Wav ADSD 3 03001 501915 4108572 99401502 Am 85300810387 6 23 501915 HW 9 511915 28095 31892 07 31492 moa 640 0850 Kom T AVIAR 11005 P3av3ud wanvaue avaa 0212 USHV3UH NVI LINIS 1934409314 wa ws 1 5 1308 th DES 1394402510 qus 3078 tw 25 33 3807 8311 68 306 ALIVE 07 A831198 A3u311vd 041 8 31108 7 80314108 1 77 Wiring Inspection 2 512 650 HUN JUS 81426 31 dy 0696 20 DN 009 531435 OA 7434 530 4011990014409 3NOW 0 15 23 0003181 SVSOHOLIMS TN
89. T SILON 335 NOILVLOY 3SVHd 3 8 9 9 109 Lle A08b ANNOYS 30 Hd 4901 1ndin 29 295 SILON 3353 011 108 2 8 LUS 0247 884 9 069 IVA ENNOAQ 3SVHg 540 Gi 1 2v 41 07 1803 30 8 830334 AHALE 2 811 1983 39 3 IVNIWON 219 69 719 008 0001 OOBSE IHW 380 05 280 59 719 006 4 0001 OO6SETHN 0 38 05 182 5 114142534 U N3d0 1 48 4431198 31 008 3 1 NIHA 39 SNINIS 301 319 OL SINIOd OAL ANY N33 I38 19 1 W WIXVW 3210033 IUA SIH ONIBiS 4931198 3Hi 491 31435 01 350 38 310d 1350 Si 1330003510 311 8 3100000 3104 N3H 01 51160003 219894135 NI NAS 38 01 ONTATA 08 03 NV 6 VINA 3193943 V NI SI 123 02510 311 8 53003 723 79003 ONY 011 1 300 809302337 NI 38 Oi SI NY 4 113 4 3 VINA 403 9371 38 GINGHS 0350 315 1103 7 811301 56 062 JIN 03715 38 OL SYOLINGNOD SNIGNDOSO 08 330 8000 103000 59 Q3N1430 SI 20A 006 10458 8311 8 40 IV 37090010 6 WDWIXvW Lv LODA 19101 X04 03215 38 1 00 3 53180311 8 DL ANII OC 8 37895 33 Dd 78531892 101401 11008002 3198 435 NI NN 38 LSNA
90. TRICAL CODES IMPROPER WIRING MAY CAUSE DAMAGE TO THE UPS OR INJURY TO PERSONNEL CAUTION All shielded cables non shielded cables non shielded control wires non shielded battery breaker control wires and non shielded remote control wires must be housed in individual separate steel conduits Placing multiple cables in the same conduit with other control or power wiring may cause system failure Refer to the drawings in this manual and any other drawings provided by Liebert for this installa tion Make all of the following connections 1 2 AC power cables from input power source circuit breaker RIB to UPS Module Input Observe phase rotation AC power cables from bypass power source circuit breaker BIB to UPS system bypass input at System Control Cabinet SCC Observe phase rotation AC power cables from UPS Module Outputs to SCC or to switchgear for critical load bus Observe phase rotation Each UPS Module Output Neutral to SCC or to switchgear for critical load bus The UPS System Output Neutral is connected to one common point and solidly grounded per requirements of the National Electrical Code The ground connection inside the UPS SCC cabinet may be required by the power wiring configuration at your site N CAUTION 10 11 12 13 14 UPS bypass and system output neutral must be connected to only one common point in the UPS system This neutral line must be grounded at the source DC power cabl
91. VHOSIOQ 30 GNI 19 V y 9251 SCA 08r 493NNDOSIC 83311 8 31010084 01 ANII 38 540 13900613 TVNIHON 40 7621 8 0 SALON 335 NDLIIDN 3 8 9 ANNOU IMA v 8 V 206 JVA 13011873 0811103 W31SAS 01 110 29 AUU 9901 558 SALON 3352 NDIIV1DS 0 9 31713 OFA 9 91 PEG JIVA 08 ANNOYS San DI LNANI 29 33 4433819 830334 8 XH TIVNIWON 077 020841 NDILVSJNGO 193 IWNIWON 721 59 419 0081 39 00821 3431 0 80 0 88 282 69 0021 Jv 0081 00219 3dAi 4 5 182 50 01141807330 3038 N3dU 1 868 119 111801 3HI N3HM 390110 SNISIS 3NO 1 510108 OAL ANY 33 128 JOVLIDA WOWIXWW 3Hi 330433 ONiBIS 031178 3 1 491 431433 OL 0350 38 3708 350 51 13300003518 4434199 311100 3104 338 1 V NIHA 1 SAIQGNDO 31959435 38 MMALNOI ANY 43M0d 6 80 073 31949435 NI 4341 044 SI LOGNNDOSIGd As3IIVE 311001 8 153400 131813 19201 GNV 011 32 90840229 NE 38 01 51 VW 7 ag 028 JIN 33d 90 11300 3 1104 803 43215 38 iSAW 40190605 7 91030 56 062 23N 834 03215 38 01 5801300 03 SNIGNADYD 9 001 a3d SNGANILNOSNON Sv 83 1430 SI QUA 0052 6 8031175 40 GNF 19 81380783 WDWIXVHW 38060 8 WOWIXVH 19 9080 3001 LIDA WO
92. W3a 18161 18161 81333 LWIT 1198 Q3s war 18 81 HAT 1941514 79 Wiring Inspection Figure 64 Control Connection Location Diagram System Control Cabinet 3 018161930 3RVN 271 ON 0 ON Ase 56 91 80 81 619164 96 3190 ON 81426 VINSOSI 199 SNIAAT 0 9 3 0656 10 CAINO 9225 AJA 3933 009 531435 1301873 W4ALSAS 71 0113380003 3 NORI23S 0818000 01 17 AJLA 3015 18914 6941 0018838 73 T3A31 8181 1281 0281 6141 399 38314 YOLINOW 081003 3329358 7523 1081 03 110283 31008387 2 13 31 13 31 8151 37 1831111 134 YOLINOW 310833 1815 HAT NV2S3LIS 19121 HAT 188331 318 WROD SAS 83454931 38 7808355 338 530 113864892 1 40 1 6513 8 31111 ON J335 NAVAT 1 23 09318003 1901441 LNO 4 UDLIINDA SS 208 lel 18 1 51391403 501915 Wavy 18161 11111 1 038 SAS 14191 5913 03 401915 28121 LIMIT 171198 033 CYNDI 24101 188355 ADO TIENT 559448 3080007304 8191 112 50 01303 3071803111 00 1 0034 30 3831 131535 Wiring Inspection 80 Figure 65 Video Display Terminal
93. WIXVHW 79101 303 43218 38 10005 531531198 OL ANIT HONS 537890 83 04 5 7537890 1 WIBA 110108103 319994225 NI 38 LSAW 533892 0981 104100 Sdn 001 IJIN 834 SNONNELNOJ 1 384802 4 01 1103 50014 ONILVa 4800183 00 OL 403 0907 SNOANILNOSNON 723 1901 LYOHS 30 011 8 03 SI 1 324802 001 23N CYO SNGANIINOD LN3AANT 0901 13014 TVNIWON 51118 30830 831178 0907 SAONNILNOINON 1241 avo NOlivand 180 5 30 011 18803 SI 1 328812 W WIXVW 2 109180 43198 1104 NO 83598 SI 43881 NIKON 1 28310 193NNDOSIG 8 3 18 hit RA 5 2 183 97 a 3101001 San 71 lon Inspect iring Figure 56 Module One Line Diagram 750 kVA Low Link 180 Cells 0 6129915 3314 91426 VINSDAJI 12 1 t DWINDS3C 0596 189917 ON 0 ON S6 90 90 9 9167 46 20 9 915 DAG 34 530 7138999 DN N23 A8 13385 81 009 5313325 104100 4414 7 08v LAdNE A 08v 3101008 131192 74 1133 08i 009 VA 064 8 SANIT AND 018715 S3ION 335 491 331432 A04 3AILVO3N CD ONY CD 3AILV93N D ANY JALLISOd OD 3080 0316 AN3 19 9 pole 1 096 AM3IIVG 1 3311103318 8311 8 8 846 SALON 335 3ALIV93N D ANY
94. ZE 91 LSNVHX3 SIINONDD ONISI AULN3 301 304 935 9 S UNvd 318 0138 Wiring Inspection 22 Figure 7 Outline Drawing 500 kVA 9400 18865591 WYN 3314 1 ON 33440 ON At 8126 VINHDJITVO UWMINON43 0596 1184812 009 531835 86 06 90 9166 86 A 009 ANY 08 36 ON 9 3 10168 11 VA 005 9801 0 98117 1 10093 044 318 0 831713 3011 319 786594 2 4 530 8 3 30 d DN 133 5 3101 r6 66916 88 4 333v 32 DNIAVN OL 23434 8719130 ONISSNE 504 01 Ww ND WOW EE 1109813 20 2191678 005 07 E INANI 0 1 8 1 01 83338 4894493 DNIINDUM 3548 803 6 13715 9n 19130 11745 ONIddIHS 01 43498 0 SJHOIGA ONY 011 9802 1 1179 ONIddIHS 03 8 37892 LNN S3HONI NI 5 719 4 NO 391 LHOI NO ANY ANDY NO 30N3HWOO3N SI 553009 3014835 NV NDILVTIVISNI 40 3593 W HIXVH 303 14084 1103812 NI 3310033 553029 321216 ANY 1911915 9 309400 39914 NI LINN 9 11135 346338 130137 38 ONIddIHS 3ONVHU LSAWHX NJ 138010838 LINA 3 08 32NV3931 WAWININ
95. because of the uneven weight distribution 2 Carefully lower the cabinets to the floor and position them for cabinet interconnection Verify that the UPS system is installed in a clean cool and dry location 4 Installation and serviceability will be easier if adequate access is provided on all sides of the equipment but only access to the front and right side is required a Verify that there is adequate clearance to open cabinet doors See drawings and local codes 4 feet is recommended b Verify that there is adequate area in front of circuit breakers to perform maintenance Check installation drawings for location of breakers Check with local codes c Verify that there is adequate clearance above all cabinets to allow exhaust air to flow without restriction 2 feet minimum unobstructed 5 Connect the cabinets internal cables and bus bars Refer to Shipping Split Details Figure 33 to Figure 41 and other drawings e 10 Equipment Location 6 0 BATTERIES 6 1 Battery Safety Precautions Installation and servicing of batteries should be performed or supervised by personnel knowledge able of batteries and the required precautions Keep unauthorized personnel away from batteries When replacing batteries use the same number and type of batteries ZN CAUTION Lead acid batteries contain hazardous materials Batteries must be handled transported and recycled or discarded in accordance with federal state
96. ce with the submittal drawing package and the following procedures A Liebert authorized representative must perform the initial system check out and start up to ensure proper system operation Equipment warranties will be voided unless system start up is performed by a Liebert authorized representative Contact your local Liebert sales representative or Liebert Customer Service and Support at 1 800 543 2378 to arrange for system start up CAUTION Read this manual thoroughly before attempting to wire or operate the unit Improper installation is the most significant cause of UPS start up problems Do not install this equipment near gas or electric heaters It is preferable to install the UPS in a restricted location to prevent access by unauthorized personnel Proper planning will speed unloading location and connection of the UPS Refer to Figure 4 through Figure 68 and Appendix A Series 600 UPS Site Planning Data Use the shortest output distribution cable runs possible consistent with logical equipment arrangements and with allowances for future additions if planned Recommended ambient operating temperature is 25 C 77 F Relative humidity must be less than 95 non condensing Note that room ventilation is necessary but air conditioning may not be required Maximum ambient operating temperature is 40 C 104 F The batteries should not exceed 25 C 77 F At elevations above 4 000 feet 1219 meters derating may be required
97. control wires are run in individual separate steel conduit Table 1 Power Wiring Terminals Factory Supplied Connection Type UPS Module Rating kVA AC Input 338 1000 AC Output Lugs on circuit breakers or bus bars for field supplied lugs Refer to installation drawings Battery required Neutral Ground Bus bars for connecting hardware 1 2 on 1 3 4 centers are provided A field supplied lug is Use 75 C copper wire Select wire size based on the ampacities in Table 310 16 see Table 3 of this manual and associated notes of the National Electrical Code NFPA 70 Use commercially available solderless lugs for the wire size required for your application Connect wire to the lug using tool and procedure specified by the lug manufacturer Table 2 Torque Specifications Nut and Bolt Combinations Grade 2 Electrical Connections Standard with Belleville Washers Bolt Shaft Size Lb in N m Lb in N m 1 4 53 6 0 46 5 2 5 16 107 12 60 6 8 3 8 192 22 95 11 1 2 428 48 256 29 Circuit Breakers With Compression Lugs For Power Wiring Current Rating Lb in N m 400 1200 Amps 300 34 Terminal Block Compression Lugs For Control Wiring AWG Wire Size or Range Lb in N m 22 14 3 5 to 5 3 0 4 to 0 6 Use the values in this table unless the equipment is labeled with a different torque value Wiring Inspection 19
98. d 96 78 002 5494 SNA SSUdAH Sva 508 0 310408 savad snd 0901 79011139 dAL S310H vid 96 S310H 96 5370 9 SET 521 5 0149 HOLIAS 211915 5298 sna ifidNI 559438 S26 40641 091 ONIAS wood 2 5398 8 avo 19211182 80 amp o 0078 NE 4 28 Figure 14 Outline Drawing System Control Cabinet 5 1280 to 1600 Amps Sava 8 dinang 901 Wiring Inspection 30 Figure 15 Outline Drawing System Control Cabinet 5 2000 to 3000 Amps SATIC2rI9NL 34YN 3314 81 86 WINSCOJITVO 0 180893 0596 55 9 ON 93098 56 80 9014 58 91916 88 228 BN DAG 58 1 299005 822 8481 009 531435 0006 0002 S 1341993 1081 WALSAS 86 SNETLAG 1 349005 88 0 8 01 3241095 8800 A009 8 219 AO0BP 219 802 219 418 38983 10110185538 838808 7 UTS 8 28 Dava sna Sava sna indind 0841 n nn 11 pee 31432 0055 18083 0009 d
99. e Diagram System Control Cabinet SCCA System One Line Diagram Three Modules with Two Breaker Maintenance Bypass System One Line Diagram Three Modules with Three Breaker Maintenance Bypass Control Wiring Interconnect Diagram Control Wiring Interconnect Diagram SCCA and Switchgear Control Connection Location Diagram Module Control Connection Location Diagram System Control Cabinet Video Display Terminal Wiring Battery Circuit Breaker wey Parallel Battery Configurations Remote Status Panel 422 aie lek ie wees TABLES Power Wiring Terminals Factory Supplied Torque Specifications reet PR Tables rOle renaire as escas dep Goes a 338 1000 kVA Multi Module Unit 480 Volt Standard Module 338 1000 kVA Multi Module Unit 480 Volt Standard Module With Optional Low Distortion Input Filter e ere er 338 500 kVA Multi Module Unit 208 Volt Standard 338 500 kVA Multi Modul
100. e Unit 208 Volt Standard Module With Optional Low Distortion Filters tae am e ea rece eque es 338 1000 kVA Multi Module Unit 600 Volt Standard Module 338 1000 kVA Multi Module Unit 600 Volt Standard Module With Optional Low Distortion Input Filters iis sce Rd IMPORTANT SAFETY INSTRUCTIONS Save These Instructions This manual contains important instructions that should be followed during installation of your Series 600 UPS and batteries N WARNING EXERCISE EXTREME CARE WHEN HANDLING UPS CABINETS TO AVOID EQUIPMENT DAMAGE OR INJURY TO PERSONNEL THE UPS MODULE WEIGHT RANGES FROM 8300 POUNDS 3765 KG TO 17400 POUNDS 7893 KG LOCATE CENTER OF GRAVITY SYMBOLS BEFORE HANDLING EACH CABINET TEST LIFT AND BALANCE THE CABINETS BEFORE TRANSPORTING MAINTAIN MINIMUM TILT FROM VERTICAL AT ALL TIMES MODULES AND SYSTEM CONTROL CABINETS SCC S HAVE HOLES INTENDED FOR RIGGING BARS OR CHAINS PREVENT CHAINS OR CABLES FROM CONTACTING CABINET BY USING SPREADER BAR AND ADEQUATE PADDING MODULES ARE SUPPLIED WITH BOLT ON BRACKETS FOR USE WITH FORKLIFT RECTANGULAR HOLES ARE PROVIDED FOR USE WITH ROL A LIFTS FOLLOW ALL BATTERY SAFETY PRECAUTIONS WHEN INSTALLING CHARGING OR SERVICING BATTERIES IN ADDITION TO THE HAZARD OF ELECTRIC SHOCK GAS PRODUCED BY BATTERIES CAN BE
101. ection 24 Figure 9 Outline Drawing 625 kVA DATILGILYN 3714 ON DN AS 009 531935 OMG 43 530 1499911 5 6 16 60 8 12916 88 009 ONY A 087 38 3190 ON OAC San 310801 18 ON AG 629 1 3D 6513 08 1 48 ON 33385 96 914 88 D 01 3435 71913 DNISSNE 403 01 40949 80 819164 88 O 04 2434 3 194 DNIINDDH 3598 ND 6 dx Vaio 0 11145 9NIddIMS OL 83238 NDI 11145 ONIdaiNS 803 8 0 14084 318VADH33 98117 SAHIN NI 387 SNUISN3HIQ 119 53317114 30081 0 73415 18018 NO 14054 NE 33411033 553229 39149335 ANY 011 1 1581 9 732974 NI LINA 9 11135 38038 513942998 ONIddIHS 3080 890 6 LSAWHX IV N04 03810838 LINN 3ONVSVJTD NIN 29209 0 6 07 43 311 230 80702 3zis 901 lt O 08 00 3 901 26 ANAL WIV 1N3IHHV Z ND1123NN02 W43 0009 901063 318 0 1001 S310N H34v388 1108130 10410 73Nvd AVIdSIQ 71081403 ARIA 401 150003 aly SIHILVT 59200435 3000 013553238 NIA BAS 01 5110101103 181 108103 AMIN 401 303 933
102. es and ground from battery to Module Battery Disconnect MBD circuit breaker and then to UPS Module DC bus Observe polarity DC power cables should be installed in conduit with conductors in matched pairs positive and negative Module Battery Disconnect control wiring to UPS Module Module Battery Disconnect control wiring must be housed in individual separate steel conduit Do not run in power circuit conduit Control wiring from System Control Cabinet SCC to UPS modules Wiring must be run in individual separate steel conduit Power and control connections required for the Maintenance Bypass Switchboard Power connections from SCC to critical load bus Observe phase rotation Control wiring to Remote Monitor Panel if used Selected alarm messages are also available for customer use through a set of contacts on a separate terminal board Wiring must be run in individual separate steel conduit Emergency Power Off control wiring to SCC must be run in separate steel conduit Communications wiring to SCC for terminals site monitoring or modem must be run in separate steel conduit Any additional special wiring required at your site Wiring Connections 9 0 WIRING INSPECTION 1 Verify all power connections are tight Verify all control wire terminations are tight 3 Verify all power wires and connections have proper spacing between exposed surfaces phase to phase and phase to ground 4 Verify that all
103. gt 233009 e 173 gt lndin m 1301803 30 401 598 8 131 719130 5370 96 Al 004 58 0113111027 100011 20 508 NDUSO NUS 719130 SA 0H vid 9 7 1 1381883 40 01 5 8 L dNI 30 511 130 807 S3710H VIO 95 1301803 40 8 Wiring Inspection 58 Figure 43 Bussing Details 400 kVA 14018668940 HYN 373 81286 2 INIABI 1 9 76 69167 88 3190 8308 10 1301803 40 IYE 3018 3 30 78 67916 88 01 33438 5 17130 38 1118 0 803 53 3 1 1 389 SNOISN3HIG 779 5820110 8341 024 38 01 5901 Sava SNA NOLLOGNNUOO 203 1 S3LON 8308 41103813 104110 009 521435 009 A 086 Sdn J INGOW 11 VA OOF 19134 ONISSNE ava 8 9103801 303 719434 AL SINDH vid 9 12 cR SUL jM MEME DAT 530 BREST 11383 ON N23 13385 AB 59 Wiring Inspection 8339388 11113813 2002 101 I u 28 4341895 40 8 530 011330003 6001 8 504 1 087 03 119138 dal SIIH vid 95 i 541 Us 1380803 JD
104. id 2 INDY4 HONS 3 10 00138 70 109110 29 ONL JIT 58317114 30 181 NIV 7 sn sna 8 1 SP 508 3339388 16 669164 B8 ONIAVNI 83338 5719130 ONISSN 504 01 110212 50 19164 88 11 DNIAVHG OL 53434 3208 0 11800 3594 804 6 noc 19130 11745 ONIddIHS 01 83433 1 1 3 913 NV NOIIVHSOJANI 11105 ONIddlHS 303 8 SIHONI NE SNOISNAWIC 11v 4 i MD 3015 1H9I8 Le 14093 NO 23 SI 553099 53214835 ONY 011 17 5 JD 3593 303 14053 83810038 553009 321A33S ANY NOUV TWLSNI 9 5d N LINN DNILI3S 380338 51390948 ONlddiHS 3AUH3S 1 LSOVHX 3034 83811838 LINN 3 08 331 377 WAWININ Suva 8 440 WHI 40100 NBIL23NND2 0 0 3 vOl 2t INV NIV IN3ISHV 2 31892 117 32 0009 9411009 SILON L222AAREJyC MERO Ss TINVd AL 83 2191 x9D143 3000 03853238 SAUTE MOS LONI 20 ASNWHXS 8 6 dAl 1 511 0000 08103 81883 401 803 934 0 96 SLINGNOD XIADA 401 802 0 94 S226 5130100 311 08138 54380718 15 5 130 0 0 3187 0838 2 JE X 91 SLINGNOD 98180 33 Dd ANIN3 401 403 Wiring Insp
105. iency Heat Dis Dimen Approx Loading UPS Input Output nect at End of at sipation sions Weight Lbs Rating Current Current Rating Discharge Full Load BTU hr Inches Lb Sq Ft Distribu Full Un ted kVA kW Nom Nom Amperes Amperes Load WxDxH packed Loading 338 270 420 525 406 507 1000 993 92 80131 128x38x78 8300 246 400 320 504 630 481 601 1200 1170 92 94970 164x38x78 9900 229 400 360 560 700 481 601 1200 1316 92 106842 164x38x78 9900 229 500 400 630 788 601 752 1600 1463 92 118713 164x38x78 10600 245 500 450 700 875 601 752 1600 1646 92 133552 164x38x78 10600 245 625 500 778 973 752 940 2000 1828 92 148391 164x41x78 12300 263 750 600 934 1167 902 1128 1600 1644 92 178070 164x41x78 13925 298 750 600 934 1167 902 1128 2000 2194 92 178070 177x44x82 14600 270 1000 800 1217 1522 1203 1504 2500 2169 93 205514 177x44x82 16555 306 1000 900 1369 1712 1203 1504 2500 2440 93 231203 177x44x82 16555 306 Applicable 1 4 5 7 8 2 5 7 8 6 6 8 9 13 13 Notes 9 11 12 9 11 12 11 12 For explanation of notes see referenced numbers in 10 1 Notes Nominal Input Power Factor 0 85 lagging at full load 9 Maximum Total Input Harmonic Current Distortion THD at full load HL 750 kVA module with 240 battery cells LL 750 kVA module with 180 battery cells
106. ier Inverter Battery Battery Maximum Floor AC AC Discon Current Efficiency Heat Dis Dimen Approx Loading UPS Input Output nect at End of at sipation sions Weight Lb Rating Current Current Rating Discharge Full Load BTU hr Inches Lb Sq Ft Distribu Full Un ted kVA kW Nom Max Nom Max Amperes Amperes Load WxDxH packed Loading 338 270 336 420 325 406 1000 993 92 80131 128x38x78 8300 246 400 320 403 504 385 481 1200 1170 92 94970 164x38x78 9900 229 400 360 448 560 385 481 1200 1316 92 106842 164x38x78 9900 229 500 400 504 630 481 601 1600 1463 92 118713 164x38x78 10600 245 500 450 567 709 481 601 1600 1646 92 133552 164x38x78 10600 245 625 500 630 788 601 752 2000 1828 92 148391 164x41x78 12300 263 7504 600 747 934 722 902 1600 1644 92 178070 164x41x78 13925 298 750 600 747 934 722 902 2000 2194 92 178070 177x44x82 14600 270 1000 800 974 1217 962 1203 2500 2169 93 205514 177x44x82 16555 306 1000 900 1096 1369 962 1203 2500 2440 93 231203 177x44x82 16555 306 Applicable 1 4 5 7 8 2 5 7 8 6 6 8 9 13 13 Notes 9 11 12 9 11 12 11 12 For explanation of notes see referenced numbers in 10 1 Notes Nominal Input Power Factor 0 85 lagging at full load 9 Maximum Total Input Harmonic Current Distortion THD at full load HL 750 kVA module with 240 battery cells L
107. igure 32 Base Mounting Patterns System Control Cabinets SCCA 1600 to 4000 Amps Wiring Inspection 48 Figure 33 Shipping Split Detail 338 kVA 81226 9145031792 3111 te 0110850083 0596 10 ALIAVHO40 831832 31031011 53101 8 8 5 170115831958 3 3713 ON 213030 56 21 90 10 19162 88 3190 ON DAG 1021958 DAC 33 Su 009 531435 T 03 3 00001 lu BS 719130 11145 9 105 p 04 HSE d UN 13365 Ad 31835 104100 0 50135510 531835 104100 6 5 2 nhi 2 SNE 1 3 NIN 493 20 33082 20 8 0688 SEI 002 581 doer 14 sot co 4 2 t BALI 2 SET 069 587 72 HE wnd MOLINO 683 INOS VAS 010038 20 9 581 0028 567 0 B 1 r 3011801 GNI 1NQB WAd JIJIINI EF 5 0088 541 541 1 Ir SULINOW 1 084 320483101 IC 14 T 1 50123402 ND1038N02 5647 6 567 059 581 0599 33 581 0599 1 SIND N iJ3NNOJ SINJ 012 2 sav 0098 sar ossy sen osse 13 581 283 60123009 1 011235 1 335 235 1 1035 ALO 03 03123880280 OI 93123440 WHIT na 3 0001
108. ing Inspection 38 Figure 23 Base Mounting Details 400 and 500 kVA 208 VAC Rectifier and Inverter Sections OAT 290 19 3NVN 37113 81 86 FINO ATTY 2 9086 27 OWINDaAr 0595 ON 3950 DN A33 009 S3IS3S OMG 133 530 31 96 80 10 90 1916 88 1153 104100 1081 383 1 310008 ILINW 5 3140 8 0 A802 VA 005 00 5719130 3598 833 1 JALIL L33HS 300 2 0 1 00 3598 9 9 AJA JOH UVa SONIDO 3015 440 ZUZ 1235 104100 ANY 71694405 AJIA 108 9 9 30 1NO3J 00 22 131800 110 ONTINNOW 3599 8 8 802 1 10100 32795 03 AMLN3 8 ogr ml 06100 ov 30108 440 AMIN3 8 1015 9011 66 521 4 4 23 9 000E 6 ET SH 8 Wid 529 93 0099 39 Wiring Inspection 81426 ANIA US DWINOS3C 0596 1189817 9 8 8 2 3015 DAT 2 0 9 3NVN 3113 ON 23090 ON 3 6 80 10 lt 0 916 88 3190 TJ3NNVH2 11 3598 40H ONIDOIH 22 11238 31 AJIA 8 8 LINN 10 18084 J 21 009 531435 S
109. ith 5 wraps of 3 8 inch nylon rope or equivalent tensile strength of 2000 pounds Support remainder of cable with 5 wraps every 6 inches or 1 wrap every 1 inch BFB Abbreviations for Circuit Breakers Bypass Feeder Breaker BIB Bypass Input Breaker CB1 Module Input Breaker CB2 Module Output Breaker MBB Maintenance Bypass Breaker MBD Module Battery Disconnect MBFB Maintenance Bypass Feeder Breaker MIB Maintenance Isolation Breaker RIB Rectifier Input Breaker SBB System Bypass Breaker SBS Static Bypass Switch 14 Wiring Considerations Figure 4 Typical Multi Module Configurations TO CRITICAL LOAD SCCA BAER BATTERY can accommodate up to 6 UPS modules SYSTEM CONTROLS asd OUTPUT MIB et eo meh tee eed ale SCCB TO CRITICAL LOAD 0 0 0 MBD MBD MBD 0 0 0 can accommodate up to 6 UPS modules Wiring Considerations 15 Figure 4 Typical Multi Module Configurations continued 1 MIB 1 MBD TO CRITICAL LOAD SCCI SCCC can accommodate up to 6 UPS modules BATTERY SYSTEM CONTROLS OUTPUT MIB H 7 TO CRITICAL LOAD SC
110. les must be run in separate conduit from input cables 6 Power cable from module DC bus to battery should be sized for a total maximum 2 0 volt line drop measured at the module at maximum discharge current 7 Grounding conductors to be sized per NEC 250 95 A neutral conductor is required from each MMU output to the SCC Neutral conductors to be sized for full capacity per NEC 310 16 Note 10 for systems with 4 wire loads and half capacity for systems with 3 wire loads 8 Rectifier AC Input 3 phase 3 wire plus ground MMU Output to System Control Cabinet 3 phase 4 wire plus ground Bypass AC Input and AC Output to Load 3 phase 3 or 4 wire plus ground Module DC Input from Battery 2 wire positive and negative 9 All wiring is to be in accordance with National and Local Electrical Codes 10 Minimum clearance is 2 feet above UPS 11 Top or bottom cable entry through removable access plates Cut plate to suit conduit size 12 Control wiring and power cables must be run in separate conduits Control wiring must be stranded conductors 13 UPS module will be shipped in sections Reconnect shipping splits according to drawings supplied with the equipment Appendix A Series 600 UPS Site Planning Data 85 Table 4 338 1000 kVA Multi Module Unit 480 Volt Standard Module Required Maximum Rectifier Inverter Battery Battery Maximum Floor AC AC Discon Current Effic
111. mage or mishandling Do not attempt to install the system if damage is apparent If any damage is noted file a damage claim with the shipping agency within 24 hours and contact Liebert Customer Service and Support at 1 800 543 2378 to inform them of the damage claim and the condition of the equipment 2 Locate the bag containing the keys for the front access door The bag is attached to the cabinet 3 Compare the contents of the shipment with the bill of lading Report any missing items to the carrier and to Liebert Customer Service and Support immediately 4 Check the nameplate on the cabinets to verify that the model numbers correspond with the one specified Record the model numbers and serial numbers in the front of this installation manual A record of this information is necessary should servicing become required Internal Inspections Verify that all items have been received If spare parts were ordered verify arrival Open doors and remove cabinet panels to check for shipping damage to internal components Check for loose connections or unsecured components in the cabinet s Check for installation of circuit breaker line safety shields There should be no exposed circuit breaker terminals when the cabinet doors are opened Check for any unsafe condition that may be a potential safety hazard UPS modules are shipped with internally mounted shipping brackets The shipping brackets painted orange must be removed from the rear
112. montre bagues ou autres objets m talliques 2 Utiliser des outils avec manchon isol 3 Porter des gants et des bottes de caoutchouc 4 Ne pas d poser les outils ou les pi ces m talliques sur le dessus des accumulateurs 5 Interrompre la source de charge avant de raccorder ou de d brancher les bornes de la batterie d accumulateurs 6 D terminer si l accumulateur est mis la terre par erreur Si oui d faire cette mise la terre Tout contact avec un accumulateur mis la terre peut se traduire en un choc lectrique La possibiliti de tels chocs sera r duit si de telles mises la terre sont d branch es pour la dur e de l installation ou de l entretien 12 Batteries 6 2 Les accumulateurs plomb acide pr sentent un risque d incendie parce qu ils g n rent des gaz hydrog ne Les proc dures suivantes devront tre respect es 1 NE PAS FUMER lorsque pr s des accumulateurs 2 NE PAS produire de flammes ou d tincelles pr s des accumulateurs 8 D charger toute lectricit statique pr sente sur votre corps avant de toucher un accumulateur en touchant d abord une surface m tallique mise la terre DANGER L lectrolyte est un acide sulfurique dilu qui est dangereux au contact de la peau et des yeux Ce produit est corrosif et aussi conducteur electrique Les proc dures suivantes devront tre observ es 1 Porter toujours des v tements protecteurs ainsi que des l
113. on 5 NEC Class I wiring methods are required for control and communication Class 2 circuits Battery Wiring Power wiring to the batteries connects positive negative and ground power cables from the bat teries to the associated UPS Connection of the UPS to the batteries serves to both charge and dis charge the batteries when needed The battery disconnect circuit breaker requires a control cable Refer to Figure 66 and Figure 67 CAUTION Be sure polarity is correct when wiring the batteries to the connected equipment positive to positive negative to negative If polarity is not correct fuse failures or equipment damage can result Call Liebert Customer Service and Support to schedule installation check out and start up NOTE Q Inspection of the battery installation is a service that can be provided by Liebert A Battery Specialist can perform a detailed inspection of the entire battery system to ensure it meets current IEEE standards This inspection service is recommended because batteries are a very critical part of the UPS system Wiring Considerations 17 8 0 WIRING CONNECTIONS N WARNING VERIFY THAT ALL INCOMING HIGH AND LOW VOLTAGE POWER CIRCUITS ARE DE ENERGIZED AND LOCKED OUT BEFORE INSTALLING CABLES OR MAKING ELECTRICAL CONNECTIONS ALL POWER CONNECTIONS MUST BE COMPLETED BY A LICENSED ELECTRICIAN EXPERIENCED IN WIRING UPS EQUIPMENT AND IN ACCORDANCE WITH ALL APPLICABLE NATIONAL AND LOCAL ELEC
114. or explanation of notes see referenced numbers in 10 1 Notes Nominal Input Power Factor 0 92 lagging at full load 4 Maximum Total Input Harmonic Current Distortion THD at full load HL 750 kVA module with 240 battery cells LL 750 kVA module with 180 battery cells 88 Appendix A Series 600 UPS Site Planning Data 9 Liebert Series 600 UPS Multi Module Three Phase 338 kVA to 1000 kVA 60 Hz Technical Support U S A 1 800 222 5877 Outside the U S A 614 841 6755 U K 44 0 1793 553355 France 33 1 4 87 51 52 Germany 49 89 99 19 220 Italy 39 2 98250 1 Netherlands 00 31 475 503333 E mail upstech liebert com Website _http www liebert com Worldwide FAX 614 841 5471 tech support The Company Behind The Products With more than 500 000 installations around the globe Liebert is the world leader in computer protection systems Since its founding in 1965 Liebert has developed a complete range of support and protection systems for sensitive electronics Environmental systems close control air conditioning from 1 5 to 60 tons Power conditioning and UPS with power ranges from 250 VA to more than 1000 kVA ntegrated systems that provide both environmental and power protection in a single flexible package Monitoring and control on site or remote from systems of any size or location Service and support through more than 100 service centers around the world and a 24 hour Customer
115. remove rear panels QU ES 8 Inspections Figure 3 System Control Cabinets SCCB SCCB DIMENSIONS WxDxH WEIGHT AMPS Inches Lbs 4000 134x 62x 78 4900 3000 61 x 50 x 78 2400 2500 61 x 50 x 78 2400 SCCA 2000 61 x 50 x 78 2400 1600 61 x 50x 78 2000 800 to 900 lbs 1280 61 50 78 2000 800 to 4000 amperes 800 38 x 38 78 1100 TYPES OF SYSTEM CONTROL CABINETS SCC SCCA stand alone cabinet containing system control logic for up to six UPS modules static bypass switch manually operated disconnects for static bypass switch but no motor operated system circuit breakers SCCB stand alone cabinet containing all of the above plus 2 motor operated system cir cuit breakers SCCC integrated configuration like SCCI with the static bypass switch rated for con tinuous duty SCCI System control logic and static bypass switch are integrated into a switchboard cabinet manufactured by others which also includes the system circuit breakers SCCP stand alone cabinet similar to SCCB except smaller in width 38 in and designed for two UPS modules a pair Current range is 240 to 2000 amperes Weight ranges from 1000 to 1400 pounds Inspections 5 0 EQUIPMENT LOCATION 1 Handle cabinets in accordance with WARNINGS in 3 0 Unloading and Handling Use a suitable material handling device to move each cabinet to its final location Exercise extreme care
116. ries battery racks or accessories contact Liebert Cus tomer Service and Support at 1 800 543 2378 Batteries 13 7 0 WIRING CONSIDERATIONS ZN WARNING ALL POWER CONNECTIONS MUST BE COMPLETED BY A LICENSED ELECTRICIAN THAT IS EXPERIENCED IN WIRING THIS TYPE OF EQUIPMENT WIRING MUST BE INSTALLED IN ACCORDANCE WITH ALL APPLICABLE NATIONAL AND LOCAL ELECTRICAL CODES IMPROPER WIRING MAY CAUSE DAMAGE TO THE EQUIPMENT OR INJURY TO PERSONNEL WARNING VERIFY THAT ALL INCOMING HIGH AND LOW VOLTAGE POWER CIRCUITS ARE DE ENERGIZED AND LOCKED OUT BEFORE INSTALLING CABLES OR MAKING ANY ELECTRICAL CONNECTIONS Refer to Appendix A Series 600 UPS Site Planning Data and installation drawings Figure 4 through Figure 68 Determine AC currents for your system kVA voltage and optional input filter Also refer to equipment nameplate for the model number rating and volt age Refer to Table 1 and Table 2 for wire termination data E NOTE Use 75 C copper wire Select wire size based on the ampacities in Table 3 of this manual a reprint of Table 310 16 and associated notes of the National Electrical Code NFPA 70 CAUTION The weight of power cables must be adequately supported to avoid stress on bus bars and lugs In addition to weight support the following restraining method is recommended to control cable movement during external fault conditions Wrap line cables together at 6 inches and 12 inches from the terminals w
117. s described by that text A Warning signals the presence of a possible serious life threatening condition For example N WARNING LETHAL VOLTAGES MAY BE PRESENT WITHIN THIS UNIT EVEN WHEN IT IS APPARENTLY NOT OPERATING OBSERVE ALL CAUTIONS AND WARNINGS IN THIS MANUAL FAILURE TO DO SO COULD RESULT IN SERIOUS INJURY OR DEATH DO NOT WORK ON OR OPERATE THIS EQUIPMENT UNLESS YOU ARE FULLY QUALIFIED TO DO SO NEVER WORK ALONE A Caution indicates a condition that could seriously damage equipment and possibly injure per sonnel For example CAUTION Extreme care is necessary when removing shoring braces Do not Strike the cabinet with hammers or other tools A Note emphasizes important text If the note is not followed equipment could be damaged or may not operate properly For example NOTE If the UPS system has a blown fuse the cause should be determined before you replace the fuse Contact Liebert Customer Service and Support Safety Precautions 3 WARNING LOCATE CENTER OF GRAVITY SYMBOLS4p AND DETERMINE UNIT WEIGHT BEFORE HANDLING CABINET Figure 1 Multi Module 338 kVA UPS 78 128 38 in Each UPS module is shipped two or three separate cabinets for easier handling Refer to the Shipping Split Detail drawing for dimensions and weights of your units 4 Safety Precautions 2 0 INSTALLATION CONSIDERATIONS Install your Series 600 UPS in accordan
118. stallation Considerations 3 0 UNLOADING AND HANDLING The UPS module is shipped as separate cabinets to allow easy handling at the site Because the weight distribution in the cabinets is uneven use extreme care during handling and transport WARNING ONLY QUALIFIED PERSONNEL SHOULD HANDLE THIS EQUIPMENT EXERCISE EXTREME CARE WHEN HANDLING UPS CABINETS TO AVOID EQUIPMENT DAMAGE OR INJURY TO PERSONNEL THE UPS MODULE WEIGHT RANGES FROM 8300 POUNDS TO 17400 POUNDS LOCATE CENTER OF GRAVITY SYMBOLS BEFORE HANDLING EACH CABINET TEST LIFT AND BALANCE THE CABINET BEFORE TRANSPORTING MAINTAIN MINIMUM TILT FROM VERTICAL AT ALL TIMES MODULES AND SYSTEM CONTROL CABINETS SCC S HAVE HOLES INTENDED FOR RIGGING BARS OR CHAINS PREVENT CHAINS OR CABLES FROM CONTACTING CABINET BY USING SPREADER BAR AND ADEQUATE PADDING MODULES ARE SUPPLIED WITH BOLT ON BRACKETS FOR USE WITH FORKLIFT RECTANGULAR HOLES ARE PROVIDED FOR USE WITH ROL A LIFTS To reduce the possibility of shipping damage cabinets are shored with 2x4 bracing secured with screw type nails This shoring must be carefully removed prior to unloading CAUTION Extreme care is necessary when removing shoring braces Do not strike cabinet with hammers or other tools Unloading and Handling 7 4 0 INSPECTIONS 4 1 4 2 External Inspections 1 While the UPS system is still on the truck inspect the equipment and shipping container s for any signs of da
119. stem or the battery Observe all safety precautions in this manual before handling or installing the UPS system Observe all safety precautions in the Operation and Maintenance Manual before as well as during performance of all maintenance procedures Observe all battery safety precautions before working on or near the battery This equipment contains several circuits that are energized with high voltage Only test equipment designated for troubleshooting should be used This is particularly true for oscillo scopes Always check with an AC and DC voltmeter to ensure safety before making contact or using tools Even when the power is turned Off dangerously high potentials may exist at the capacitor banks and at the batteries ONLY qualified service personnel should perform maintenance on the UPS system When performing maintenance with any part of the equipment under power service personnel and test equipment should be standing on rubber mats The service personnel should wear insu lating shoes for isolation from direct contact with the floor earth ground Unless all power is removed from the equipment one person should never work alone A second person should be standing by to assist and summon help in case an accident should occur Three types of messages are used throughout the manual to stress important text Carefully read the text below each Warning Caution and Note and use professional skills and prudent care when performing the action
120. tion THD at full load Table 7 338 500 kVA Multi Module Unit 208 Volt Standard Module With Optional Low Distortion Input Filter Required Maximum Rectifier Inverter Battery Battery Maximum Floor AC AC Discon Current Efficiency Heat Dis Dimen Approx Loading UPS Input Output nect at End of at sipation sions Weight Lb Rating Current Current Rating Discharge Full Load BTU hr Inches Lb Sq Ft Distribu Full Un ted kVA kW Nom Amperes Amperes Load WxDxH packed Loading 338 270 895 1119 937 1171 1000 998 92 91138 128x38x78 9100 270 400 320 1055 1319 1110 1388 1200 1176 92 101457 218x38x78 10750 224 400 360 1187 1484 1110 1388 1200 1323 92 114140 218x38x78 10750 224 500 400 1333 1667 1388 1735 1600 1470 92 126822 218x38x78 11650 243 500 450 1500 1875 1388 1735 1600 1654 92 142675 218x38x78 11650 243 Applicable 1 4 5 7 8 2 5 7 8 6 6 8 9 13 13 Notes 9 11 12 9 11 12 11 12 For explanation of notes see referenced numbers in 10 1 Notes Nominal Input Power Factor 0 92 lagging at full load 4 Maximum Total Input Harmonic Current Distortion THD at full load Appendix A Series 600 UPS Site Planning Data 87 Table 8 338 1000 kVA Multi Module Unit 600 Volt Standard Module Required Maximum Rectif
121. unettes de protection pour les yeux 2 Si l lectrolyte entre en contact avec la peau nettoyer imm diatement en rincant avec de l eau 3 Si l lectrolyte entre en contact avec les yeux arroser imm diatement et g n reusement avec de l eau Demander pour de l aide m dicale 4 Lorsque l lectrolyte est renvers e la surface affect e devrait tre nettoy e en utilisant un agent neutralisant ad quat Une pratique courante est d utiliser un m lange d approximativement une livre 500 grammes de bicarbonate de soude dans approximativement un gallon 4 litres d eau Le m lange de bicarbonate de soude devra tre ajout jusqu ce qu il ait plus apparence de r action mousse Le liquide r siduel devra tre nettoy l eau et la surface concern e devra tre ass ch e Battery Installation A remote battery disconnect switch with overcurrent protection is required per the National Elec trical Code A disconnecting means per UL1778 such as a module battery disconnect or battery isolation switch should be provided for each parallel string of batteries Refer to Figure 66 and Figure 67 Contact your Liebert sales representative regarding this option 1 Install battery racks and batteries per manufacturer s installation and maintenance instructions 2 Verify battery area has adequate ventilation and battery operating temperature complies with manufacturer s specification If you have any questions concerning batte
122. wing 750 Low Link 180 Cells 27 Outline Drawing 1000 28 Outline Drawing System Control Cabinet 5 640 to 800 Amps 29 Outline Drawing System Control Cabinet 5 1280 to 1600 Amps 30 Outline Drawing System Control Cabinet 5 2000 to 3000 Amps 31 Outline Drawing System Control Cabinet 5 4000 Amps 32 Outline Drawing System Control Cabinet SCCP 200 to 480 Amps 33 Outline Drawing System Control Cabinet SCCP 560 to 960 34 Outline Drawing System Control Cabinet 1280 to 2000 35 Outline Drawing System Control Cabinet 5 2000 to 4000 Amps 36 Base Mounting Details 338 37 Base Mounting Details 400 and 500 38 Base Mounting Details 400 and 500 kVA 208 VAC Rectifier and Inverter Sections 39 Base Mounting Details 400 and 500 kVA 208 VAC Control and Output Sections 40 Base Mounting Details 625 kVA and 750 kVA High Link 240 Cells 41 Base Mounting Details 750 kVA Low Link 180 Cells and 1000 kVA Rectifier and Inverter Sections 42 Base Mounting Details 75

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