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Bryant PURON 213A User's Manual

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1. Unit Cooling Cooling Heating Size Indoor Model Seri Capacity Factory Standard SEER High Temp POW Temp Furnace Model ate Enhance Ratin TDR H H HOBE 9 Capacity COP Capacity CNPH 4821A 45 000 TXV 13 00 10 80 49 000 3 68 30 400 2 60 8 4 CNPH 6024A 46 500 TDR amp TXV 14 00 11 70 46 000 3 68 29 600 2 64 8 4 315 A J AV048090 CNPH 6024A 46 500 TDR amp TXV 14 00 11 70 46 000 3 70 29 600 2 66 8 5 315 A J AV060110 CNPH 6024A 46 500 TDR amp TXV 14 00 12 00 46 000 3 74 29 400 2 68 8 5 315 A J AV066135 6024 47 000 TDR amp TXV 14 00 12 00 46 000 3 76 29 400 2 68 8 6 315 A J AV066155 6024 46 500 TDR amp TXV 14 00 11 50 46 000 3 66 29 800 2 62 8 4 355AAV060080 CNPH 6024A 46 500 TDR amp TXV 14 00 11 70 46 000 3 68 29 600 2 64 8 4 355AAV060100 CNPH 6024A 46 500 TDR amp TXV 14 00 11 70 46 000 3 68 29 600 2 64 8 4 355AAV060120 CNPH 6024A 47 000 TXV 13 00 10 80 45 000 3 66 30 600 2 62 8 5 CNPV 4821A 45 500 TDR amp TXV 14 00 11 50 48 000 3 64 29 600 2 62 8 4 315 A J AV060110 CNPV 4821A 45 500 TDR amp TXV 14 00 11 50 48 500 3 60 29 600 2 60 8 3 355AAV060080 CNPV 4821A 45 500 TDR amp TXV 14 00 11 50 48 000 3 62 29 600 2 60 8 3 355AAV060100 CNPV 4821A 46 000 TXV 13 00 10 80 49 000 3 68 30 400 2 60 8
2. INDOOR AIR 3 7 17 27 37 47 57 67 Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total EDB MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys In tem In tem In tem In tem In tem In tem In tem In tem Total teg Total teg Total teg KWt Total teg Total teg KW Total teg KW Total teg Total teg 213ANA018 A Outdoor Section With FY4ANF018 Indoor Section 525 6 43 5 92 1 23 8 38 7 70 1 28 10 46 9 53 1 33 12 69 11 27 1 38 15 19 13 83 1 44 17 98 17 98 1 52 20 66 20 66 1 59 23 20 23 20 1 67 65 600 6 59 6 06 1 25 8 56 7 87 1 29 10 68 9 74 1 33 12 92 11 48 1 37 15 51 14 44 1 43 18 25 18 25 1 49 20 72 20 72 1 55 23 20 23 20 1 61 675 6 74 6 20 1 27 8 72 8 01 1 31 10 85 9 89 1 34 13 13 11 66 1 38 15 74 14 33 1 43 18 51 18 51 1 48 20 74 20 74 1 53 23 06 23 06 1 58 525 6 09 5 60 1 27 8 12 7 46 1 33 10 19 9 29 1 39 12 41 11 02 1 44 114 88 13 54 1 51 17 65 17 65 1 60 20 42 20 42 1 67 22 95 22 95 1 75 70 600 6 25 5 75 1 29 8 28 7 61 1 35 10 39 9 47
3. Unit Cooling Cooling Heating Size Series Indoor Model Capacity Factory Standard SEER Lp High Low Temp Hspr Furnace Model Enhance Rating TDR E E H Capacity Capacity FY4ANF018 17 100 TDR amp TXV 13 00 10 50 18 000 3 36 10 900 2 24 7 7 FF1ENP018 17 100 TDR amp TXV 13 00 10 50 18 000 3 38 10 900 2 26 7 7 FF1ENP024 17 400 TDR amp TXV 13 20 10 70 17 900 3 44 10 900 2 28 7 7 FV4BNF002 17 700 TDR amp TXV 14 00 12 00 17 200 3 64 10 500 2 48 8 2 FX4CNF018 17 500 TDR amp TXV 14 00 11 70 17 600 3 60 10 500 2 38 8 0 4 24 17 700 TDR amp TXV 14 00 12 00 17 400 3 66 10 500 2 42 8 1 FY4ANF024 17 200 TDR amp TXV 13 00 10 50 17 900 3 38 11 000 2 26 7 7 CAP 1814A 17 000 TDR amp TXV 14 00 11 70 17 100 3 34 10 200 2 30 7 7 315 A J AV036070 CAP 1814A 17 000 TXV 13 00 10 50 18 000 3 32 10 900 2 24 7 7 CAP 2414A 17 300 TDR amp TXV 14 00 11 70 17 300 3 50 10 300 2 36 7 8 315 A J AV036070 2414 17 400 TXV 13 00 10 80 18 000 3 48 11 000 2 30 7 7 CAP 2417A 17 400 TDR amp TXV 14 00 12 00 17 200 3 54 10 300 2 38 7 8 315 A J AV048090 2417 17 300 TDR amp TXV 14 00 11 70 17 300 3 52 10 300 2 36 7 9 355AAV042060 CAP 2417A 17 400 TXV 13 00 10 80 18 000 3 48 11 000 2 30 7 7 CNPF 2418A 17 400 TXV 13 00 10 80 18 000 3
4. 30 INDOOR AIR OUTDOOR COIL ENTERING AIR TEMPERATURES deg F 3 7 17 27 37 47 57 67 Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total EDB MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys Total I Total I lori Total lam Total I Total I Total I om Total I jem Total 1 tem teg teg KWH teg KWt teg KWt teg KWH teg teg 213ANA048 A Outdoor Section With FY4ANF048 Indoor Section 1400 21 02 19 34 3 15 25 66 23 58 3 27 30 63 27 92 3 39 36 31 32 25 3 55 42 60 38 76 3 70 48 84 48 84 3 87 54 32 54432 4 05 56 50 56 50 4 10 65 1600 21 41 19 70 3 20 26 07 23 95 3 30 31 08 28 34 3 41 36 82 32 70 3 55 43 01 39 14 3 68 48 80 48 80 3 84 51 13 51 43 3 89 52 63 52 63 3 91 1800 21 77 20 03 3 25 26 44 24 30 3 35 31 50 28 72 3 45 37 27 33 10 3 58 43 41 39 23 3 69 47 24 47 24 3 79 48 26 48 26 3 80 49 37 49 37 3 81 1400 20 52 18 88 3 29 25 21 23 16 3 42 30 19 27 53 3 55 35 74 31 74 3 71 41 99 38 21 3 90 48 41 48 41 4 06 54 98 54 98 4 29 57 35 57 35 4 34 70 1600 20 92 19 24 3 33 25 62 23 55 3 45 30 62 27 92 3 57 36 3
5. om om mewws 38 eee 318 aman owewae 39 eere 9 eve aware 39 oe 5 5 315 A J AVO48090 P P P P CSP P P P A A A J J J J J J J J J J J J J J J J CUA Power oor or oor ere asno aano SP SP See note on pg 31 27 HEAT PUMP HEATING PERFORMANCE CONTINUED OUTDOOR COIL ENTERING AIR TEMPERATURES deg F INDOOR AIR 3 7 17 27 37 47 57 67 Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total EDB MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh
6. See note on pg 17 11 COMBINATION RATINGS CONTINUED ARI Standard Ratings Unit Cooling Cooling Heating ae indoor Mogel Capacity Factory Standard SEER EER High Temp Lon Temp Furnace Model Enhance Rating TOR Capacity Capacity FX4CNF030 29 600 TDR amp TXV 14 00 10 80 31 400 3 60 21 000 2 66 8 5 FY4ANF036 29 600 TDR amp TXV 13 00 10 00 32 200 3 48 21 600 2 56 8 3 CAP 3014A 29 200 TDR amp TXV 13 50 10 80 30 800 3 44 20 600 2 60 8 2 315 A J AV036070 CAP 3014A 29 600 TXV 13 00 10 10 32 000 3 48 21 400 2 56 8 3 CAP 3017A 29 400 TDR amp TXV 14 00 11 00 30 800 3 46 20 400 2 62 8 3 315 A J AV048090 CAP 3017A 29 200 TDR amp TXV 14 00 10 90 30 800 3 44 20 400 2 62 8 2 355AAV042060 CAP 3017A 29 600 TXV 13 00 10 10 32 000 3 48 21 400 2 56 8 3 CAP 3614A 29 400 TDR amp TXV 13 50 10 90 31 000 3 46 20 600 2 62 8 3 315 A J AV036070 CAP 3614A 29 600 TXV 13 00 10 10 32 200 3 50 21 600 2 58 8 4 CAP 3617A 29 400 TDR amp TXV 14 00 11 10 30 800 3 50 20 400 2 64 8 3 315 A J AV048090 CAP 3617A 29 400 TDR amp TXV 14 00 11 00 30 800 3 48 20 400 2 62 8 3 355AAV042060 CAP 3617A 29 600 TXV 13 00 10 10 32 200 3 50 21 600 2 58 8 4 CA
7. Ga NOTE When the required data falls between the published data interpolation be performed Extrapolation is not an acceptable practice The Btuh heating capacity values shown are net integrated values from which the defrost effect has been subtracted The Btuh heating from supplement heaters should be added to those values to obtain total system capacity T The kW values include the compressor outdoor fan motor and indoor blower motor The kW from supplement heaters should be added to these values to obtain total system kilowatts EDB Entering Dry Bulb 31 Bryant Heating amp Cooling Systems 7310 W Morris St Indianapolis 46231 GUIDE SPECIFICATIONS GENERAL System Description Outdoor mounted air cooled split system heat pump unit suitable for ground or rooftop installation Unit consists of a hermetic compressor an air cooled coil propeller type condenser fan and a control box Unit will discharge supply air upward as shown on contract drawings Unit will be used in a refrigeration circuit to match up to a packaged fan coil or coil unit Quality Assurance Unit will be rated in accordance with the latest edition of ARI Standard 240 Unit will be certified for capacity and efficiency and listed in the latest ARI directory Unit construction will comply with latest edition of ANSI ASHRAE and with Unit will be constructed in acco
8. Cooling Indoor Capacity Furnace Model Cooling Indoor Capacity Model Model FF1ENP024 tot 099 CNPH 3017A 315 A J AV066155 FV4BNF002 0 92 CSPH 3012A 315 A J AV066155 FV4BNF003 0 91 2417 355 042040 FX4CNF024 102 909 CNPH 3017A 355AAV042040 CAP 2414A 1 00 0 91 315 A JJAVO36070 CNPH 3017A 355AAV060080 CAP 3014A 1 02 0 91 315 A J AV036070 CSPH 2412A 355AAV060080 CNPH 2417A 1 00 0 91 315 A J AV036070 CSPH 3012A 355 060080 CNPH 3017A 1 02 0 91 815 A J AVO36070 CNPH 2417A 355AAV060100 CNPV 2414A 1 00 0 91 315 A J AV036070 CNPH 3017A 355AAV060100 CNPV 3014A 1 02 0 91 315 A J AV036070 CSPH 2412A 100 090 355AAV060100 CSPH 2412A 1 00 0 91 315 A J AV036070 CSPH 3012A 355AAV060100 CSPH 3012A 1 02 0 91 315 A JJAVO36070 CNPH 2417A 355AAV060120 CAP 2417A 1 01 0 91 315 A J AV048090 CNPH 3017A 355AAV060120 CAP 3017A 1 02 0 91 315 A J AV048090 CSPH 2412A 355AAV060120 CNPH 2417A 1 01 0 91 315 A J AV048090 CSPH 3012A 355AAV060120 CNPH 3017A CNPV 2417A CNPV 3017A CSPH 2412A CSPH 3012A CNPH 2417A CNPH 3017A CSPH 2412A CSPH 3012A CNPH 2417A CNPH 3017A CSPH 2412A CSPH 3012A See notes on pg 24 1 02 1 01 1 02 1 00 1 02 1 01 1 02 1 00 1 02 1 01 0 10 1 00 1 02 0 92 315 A J AVO60110 0 91 315 A J AVO60110 0 91 315 A J AVO60110 315 A J AV066135 CSPHesoizA 102
9. 2 PURON HSO X X X KSATXO301PUR PURON HSO X X KSATXO401PUR PURON HSO X KSATXO501PUR PURON HSO X X Accessory 5 Standard ACCESSORY THERMOSTATS TOT SUBBASE DESCRIPTION B Thermidistat Control Non Programmable Programmable Thermostat with Humidity Control For use in Dual Fuel AC HP and 2S applications Includes Outdoor Air Temperature Sensor Hybrid Heat Dual Fuel Thermostat Auto Changeover 7 Day Programmable F C Includes Outdoor 5 i ee TSTATBBPHP01 B Thermostat Auto Changeover 7 Day Programmable F C 2 Stage Heat 1 Stage Cool TSTATBBNHP01 C Thermostat Auto Changeover Non Programmable F C 2 Stage Heat 1 Stage Cool TSTATBBSHP01 rena p Thermostat Manual Changeover 5 2 Day Programmable F C 1 Stage Heat TSTATBBBHPO1 B Ss Heat Pump Non Programmable F C 2 Stage Heat 1 Stage Cool Manual TSTATXXSEN01 B Outdoor Air Temperature Sensor TSTATXXNBPO1 Backplate for Non Programmable Thermostat TSTATXXPBPO1 Backplate for Programmable Thermostat and Thermidistat Control TSTATXXSBPO1 Backplate for Standard Programmable Thermostat TSTATXXBBPO1 Backplate for Builder s Thermostat TSTATXXCNV10T Thermostat Conversion Kit 4 to 5 Wire 10 Pack Do not use in zoning heat pump applications Outdoor temperature sensor is an a
10. 20 DETAILED COOLING CAPACITIES CONTINUED EVAPORATOR CONDENSER ENTERING AIR TEMPERATURES deg F AIR 75 85 95 105 115 125 Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total CFM EWB MBtuht System MBtuht System MBtuht System MBtuht System MBtuht System MBtuht System Senst KW Total Senst KW Total Senst KW 213ANA036 A Outdoor Section With FY4ANF042 Indoor Section Furnace Model 315 A J AV066155 315 A J AV066155 315 A J AV066155 315 A J AV066155 315 A J AV066155 355AAV042040 355AAV042040 355AAV042040 355AAV042040 355AAV042040 355AAV042060 355AAV042060 355AAV042060 355AAV042060 355AAV042060 355AAV042060 355AAV042080 355AAV042080 355AAV042080 355AAV042080 355AAV042080 355AAV042080 355AAV042080 355AAV042080 355AAV060080 355AAV060080 355AAV060080 355AAV060080 355AAV060080 355AAV060080 355AAV060080 355AAV060080 355AAV060100 355AAV060100 355AAV060100 355AAV060100 355AAV060100 355AAV060100 355AAV060100 355AAV060100 355AAV060120 355AAV060120 355AAV060120 355AAV060120 355AAV060120 036 1 00 FX4CN B F 042 1 02 See notes on pg 24 Furnace Model Capacity 4 0 91 CSPH 4212A 0 95 CAP 4224A CNPH 3617A 0 98 CNPH 4221A 0 98 CSPH 3612A 0 98 CSPH 4212A CAP 3617A 0 98 CNPH 3617A 0 98
11. Nominal unit electrical characteristics will be three phase 60 hz unit will be capable of satisfactory operation within voltage limits of to Unit electrical power will be single point connection Control circuit will be 24v Special Features Refer to section of this literature identifying accessories and descriptions for specific features and available enhancements Edition Date 03 06 Catalog No PDS 213 18 1 Replaces NEW 32
12. Solid Durable sheet metal construction Dense wire guard Baked on complete coverage powder paint Applications Long line up to 250 feet total equivalent length up to 200 feet condenser above evaporator or up to 80 ft evaporator above condenser See Longline Guide for more information Low ambient down to 20 F with accessory kit Warranty e 5 year limited compressor warranty e 5year limited parts warranty MODEL NUMBER NOMENCLATURE 1 2 3 4 5 6 8 10 11 12 14 N N N A A N N N A N A N N A 2 1 3 A N A 3 0 0 0 0 Product Tier SEER Major Voltage Variations Cooling Capacity Open Open Open Minor Family Series Series 2 HP 1 3 18 SEER N 208 230 1 Standard 0 Not 0 Not 0 Legacy or 208 230 1 Defined Defined Defined Original RNC Series 6 150 9001 2000 Pw the environmentally sound refrigerant LL HO REGISTERED ENERGY STAR Unitary Air Conditioners PARTN ER As an Energy Star Partner Bryant Heating amp Cooling systems has determined that this product meets the ENERGY STAR guidelines for energy efficiency Refer to the combination ratings in Product Data for system combinations that meet Energy Star guidelines STANDARD FEATURES Feature 18 24 30 36 42 48 60 Puron Refrigerant X X X X X X X 18 SEER X X X X X X X Scroll Compressor X X X X X X X Dense Wire Coil Guard X X X X X X X Field Installed Filter Drier X X X X X X X
13. 3m mee m e meos ser sm sm sm sm of sm m oem CAP 3014A CAP 3017A CNPF 2418A CNPH 2417A CNPH 3017A CNPV 2414A CNPV 2417A CNPV 3014A CNPV 3017A CSPH 2412A CSPH 3012A CAP 2414A 315 A JJAVO36070 CNPH 2417A 315 A JJAVO36070 CNPV 2414A 315 A JJAVO36070 CNPV 3014A o9 os 315 A J AV036070 CNPV 2417A 315 A J AV048090 3017 315 A J AV048090 2412 315 A J AV048090 5 CSPH 3012A 315 A J AV048090 2417 315 A J AVO66135 NPH SPH SPH NPH NPH SPH SPH CNPH 3017A os 315 A J AV066135 CSPH 2412A 315 A J AV066135 CNPH 2417A 315 A J AV066155 CNPH 3017A os 315 A J AV066155 CSPH 2412A 315 A J AV066155 CSPH 3012A 315 A J AV066155 CSPH 3012A 315 A J AV066135 Power Furnace Model CNPV 3017A 355AAV042060 CSPH 2412A 355AAV042060 CSPH 3012A 355AAV042060 CNPH 2417A 355AAV042080 CNPH 3017A 355AAV042080 CSPH 2412A 355AAV042080 CSPH 3012A 355AAV042080 CNPH 2417A 355AAV060080 CNPH 3017A 355AAV060080 CSPH 2412A 355AAV060080 CSPH 3012A 355AAV060080 CNPH 2417A 355AAV060100 CNPH 3017A 355AAV060100 CSPH 2412A 355AAV060100 CSPH 3012A 355AAV060100 CNPH 24
14. NNO2 414905 1081802 01314 5 5 39NVH2SIQ 2 9 3ONVH2SIQ UIV IN NI gt W os 13008 LINN 10 NOILISOd JHL SI NOIIVNOIS3Q S3IN3S 6 71 621 ISS SI 300N 9811002 NI IN3IGNV ONTLVY3d0 4000100 W HINIM 72 A NO1481V U3dOUd UOJ SLINA 8334138 72 ONY o x 95 9 301 9 NO 21 73015 INO NO 9 LINN 3AO8Y 8Y LINN 30 3015 39IAN3S Ol JONVYWITD 08 MOTIV L 0 e 8310N o 49171 6 X 8 1 9 X 8 1 9 612 61 48 1 6L 61 819 Ju9L EL 8 1 1 8 1 6 91 1 BZ 91 6 9 eni ert e 47 6 SE not Y 090V 12 91 1 9 X 8 1 9 X 8 1 9 660 92 6l 48 6 91 51 90 L 8 1 6 91 1 BZ 9106 9 8iL aus ze Y 9roveiz 1 27 X 8 1 9 X 8 1 9 TTE FE SL 8 0 GL VIE LL 8 8 91 51 91 1 8 1 8 L 6 91 1 82 91 6 9 8 1 8 1 6 Y 819 6p X 91 5 ZE X 81 5 ZE 4662 L02 w e 02 vL NT 1 9U L u9L EL 8 1 L 8 1 6 vz 916 9 9USL SP give IE o o x 9 0V L2 48 5 X 91 5 ZE X 91 8 ZE 02 uP E Bt LL VIL 02 a t u9L EL 8 1 8 L 6 4911 v
15. 4 13 38 34 34 96 4 26 45 07 40 03 4 40 52 72 47 97 4 57 61 49 61 49 4 73 69 75 69 75 4 92 77 76 77 76 5 13 1750 24 34 22 40 4 03 30 22 27 77 4 19 36 54 33 32 4 36 43 21 38 37 4 55 50 41 45 87 4 76 58 98 58 98 5 03 68 13 68 13 5 26 77 06 77 06 5 56 70 2000 24 89 22 90 4 10 30 80 28 30 4 24 37 17 33 89 4 40 43 87 38 96 4 57 51 17 46 57 4 75 60 00 60 00 4 97 68 71 68 71 5 18 77 50 77 50 5 44 2250 25 40 23 37 4 18 31 34 28 80 4 31 37 72 34 39 4 45 44 46 39 49 4 60 51 85 47 19 4 77 60 72 60 72 4 95 69 06 69 06 5 15 77 77 77 77 5 39 1750 23 57 21 68 4 21 29 50 27 11 4 38 35 86 32 70 4 57 42 56 37 80 4 77 49 72 45 25 4 99 57 81 57 81 5 26 67 28 67 28 5 51 76 15 76 15 5 82 75 2000 24 12 22 19 4 29 30 09 27 65 4 44 36 50 33 28 4 60 43 24 38 40 4 78 50 48 45 93 4 98 58 94 58 94 5 21 67 93 67 93 5 43 76 69 76 69 5 70 2250 24 63 22 66 4 37 30 63 28 15 4 51 37 07 33 80 4 66 43 83 38 93 4 82 51 15 46 54 5 00 59 80 59 80 5 19 68 35 68 35 5 40 76 95 76 95 5 64 owe o 15 S osaavaan esee s m
16. 9 19 DETAILED COOLING CAPACITIES CONTINUED EVAPORATOR CONDENSER ENTERING AIR TEMPERATURES deg F AIR 75 85 95 105 115 125 Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total CFM EWB MBtuht System MBtuht System MBtuht System MBtuht System MBtuht System MBtuht System Senst KW Total Senst KW Total Senst KW 21 030 Outdoor Section With FY4ANF030 Indoor Section Coaing indoor Wedel Power Furnace Model Coating Fewer Furnace Model rar co lo lt 1 Cano loo 39 39 aw 99 oso _ 99 o os wmm Korea oo asaran aram 39 aram 1 tod 1 Kaman 1 lod 1 amor la 1 39 f1 lao 10 See notes on pg 24
17. 042080 CNPH 4221A 1 01 1 02 CAP 4821A 0 99 0 97 355AAV042080 CNPH 4821A 1 00 0 97 CNPH 4221A 0 98 0 99 355AAV042080 CNPV 4221A 1 01 1 02 CNPH 4821A 0 99 0 97 355 042080 CNPV 4821A 1 00 0 97 CNPV 4221A 0 98 0 99 355 042080 4824 1 00 0 97 4821 0 99 0 97 355 042080 CSPH 4212A 1 01 0 98 CSPH 4212A 0 99 0 98 355AAV042080 CSPH 4812A 1 00 0 96 CSPH 4812A 0 99 0 97 355AAV042080 1001 315 AJ AVO36070 CAP 4221A 0 99 1 01 355 060080 CNPH 4821A 0 98 0 96 815 A JJAV036070 CAP 4821A 0 98 0 95 355 060080 5 4212 0 99 097 315 036070 CNPH 4221A 0 98 0 99 355AAV060080 CSPH 4812A 099 096 315 A J AV036070 CNPH 4821A 0 98 0 95 355 060080 CAP 4817A 0 96 093 315 A J AV048090 CNPV 4221A 0 98 0 99 355 060080 CNPH 4221A 0 98 0 98 315 048090 CNPV 4821A 0 98 0 95 355AAV060080 CNPH 4821A 0 98 094 315 A J AV048090 CSPH 4212A 0 99 0 97 355 060080 5 4212 0 98 0 95 315 048090 CSPH 4812A 0 98 0 94 355AAV060080 CSPH 4812A 0 98 0 93 315 A J AV048090 CAP 4221A 0 98 0 99 355AAV060100 CAP 4221A 098 0 99 315 060110 4821 0 98 0 95 355 060100 CAP 4821A 0 98 094 315 060110 CNPH 4221A 0 98 0 98 355AAV060100 CNPH 4221A 0 98 097 315 060110 CNPH 4821A 0 98 0 95 355AAV060100 CNPH 4821A 0 98 094 315 060110 CNPV 4221A 0 98 0 98 355AAV060100 CNPV 42
18. 1 39 12 63 11 22 1 44 15 45 18 79 1 50 18 00 18 00 1 57 20 51 20 51 1 63 23 03 23 03 1 70 675 6 40 5 89 1 31 8 44 7 75 1 36 10 56 9 63 1 40 12 83 11 39 1 44 15 39 14 01 1 50 18 46 18 16 1 55 20 56 20 56 1 60 22 95 22 95 1 66 525 5 73 5 27 1 32 7 79 716 1 39 9 90 903 1 45 12 14 10 78 1 51 14 56 13 25 1 58 17 32 17 32 1 67 20 17 20 417 1 76 22 69 22 69 1 84 75 600 5 89 5 42 1 34 7 97 7 32 1 40 10 10 9 21 1 46 12 36 10 97 1 51 14 84 13 50 1 57 17 64 17 64 1 65 20 35 20 35 1 71 22 82 22 82 1 79 675 6 04 5 56 1 36 8 13 7 47 1 42 10 28 9 37 1 47 12 55 11 45 1 51 15 07 13 71 1 57 17 88 17 88 1 63 20 38 20 38 1 68 22 80 22 80 1 75 Heating Indoor Model Capacity Power Furnace Model FY4ANF018 1 00 1 00 CAP 1814A 1 00 1 01 CAP 2414A 1 00 0 97 CAP 2417A 1 00 0 97 CNPF 2418A 1 00 0 95 CNPH 2417A 1 00 0 95 CNPV 1814A 1 00 0 97 CNPV 2414A 1 00 0 95 CNPV 2417A 1 00 0 95 CSPH 2412A 0 99 0 95 FF1ENPO18 1 00 1 00 FF1ENP024 0 99 0 97 FV4BNF002 0 96 0 88 FX4CNF018 0 98 0 92 FX4CNF024 0 97 0 89 FY4ANF024 0 99 0 99 1814 0 95 0 96 315 A J AVO36070 CAP 2414A 0 96 0 92 315 A J AVO36070 CNPH 2417A 0 96 0 91 315 A J AVO36070 CNPV 1814A 0 95 0 92 315 A J AVO36070 CNPV 2414A 0 96 0 91 315 A J AVO36070 CSPH 2412A 0 96 0 91
19. 3 44 22 000 238 79 CNPH 3617A 33 200 TDR amp TXV 13 50 1120 34400 3 42 21000 242 79 315 A JJAVO36070 CNPH 3617A 33 400 TDR amp TXV 13 50 1120 34400 346 21000 244 79 315 A JJAVO48090 CNPH 3617A 33 400 TDR amp TXV 13 50 1120 34400 346 21000 244 80 315 A JJAVO60110 CNPH 3617A 33 400 TDR amp TXV 13 50 11 20 34400 846 21000 244 8 0 315 A J AV066135 CNPH 3617A 33 400 TDR amp TXV 14 00 11 50 34400 848 21 000 246 8 0 315 A JJAVO66155 CNPH 3617A 33 200 TDR amp TXV 13 50 1110 34400 3 42 21200 240 78 355 042040 CNPH 3617A 33 200 TDR amp TXV 13 50 11 20 34 400 3 44 21000 242 79 355AAV042060 CNPH 3617A 33 000 TDR amp TXV 13 50 11 00 34400 840 21200 240 78 355AAV042080 CNPH 3617A 33 200 TDR amp TXV 13 50 11 20 34400 344 21 000 242 79 355AAV060080 CNPH 3617A 33 200 TDR amp TXV 13 50 1120 34 400 344 21000 244 79 355AAV060100 CNPH 3617A 33 200 TDR amp TXV 13 50 1120 34400 344 21000 242 79 355AAV060120 See note on pg 17 13 COMBINATION RATINGS CONTINUED ARI Standard Ratings Unit Cooling Cooling Hea
20. CAP 4224A 0 99 0 90 315 A J AV066135 CAP 4824A 1 00 0 91 355AAV060120 CAP 4824A 1 01 0 91 315 A J AV066135 CNPH 4221A 0 99 0 90 355AAV060120 CNPH 4221A 1 00 0 90 315 A J AV066135 CNPH 4821A 1 00 0 91 355AAV060120 CNPH 4821A 1 01 0 91 315 A J AV066135 CNPV 4824A 1 00 0 91 355AAV060120 CNPV 4824A 1 01 0 91 315 A J AV066135 CSPH 4212A 0 99 0 90 355AAV060120 CSPH 4212A 0 99 0 89 315 A J AV066135 CSPH 4812A 1 00 0 91 355AAV060120 CSPH 4812A 1 01 0 91 315 A J AV066135 CAP 4224A 0 99 0 89 315 A J AV066155 CAP 4824A 1 01 0 91 315 A J AV066155 CNPH 4221A 1 00 0 90 315 A J AV066155 4821 1 01 0 90 315 A J AV066155 CNPV 4824A 1 01 0 91 315 A J AV066155 CSPH 4212A 0 99 0 89 315 A J AV066155 CSPH 4812A 1 01 0 91 315 A J AV066155 See notes on pg 24 22 DETAILED COOLING CAPACITIES CONTINUED EVAPORATOR CONDENSER ENTERING AIR TEMPERATURES deg F AIR 75 85 95 105 115 125 Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total CFM EWB MBtuht System MBtuht Sy
21. CNPH 4221A CNPV 3617A 0 98 CSPH 3612A 0 98 CSPH 4212A CAP 3621A 0 98 CAP 4221A 0 98 CNPH 3617A 0 97 0 97 CNPH 4221A 0 98 0 98 CNPV 3621A 0 98 0 92 315 A J AV036070 CNPV 4221A 0 98 0 92 315 A J AV036070 CSPH 3612A 0 98 0 91 315 A J AV036070 CSPH 4212A 0 91 315 A J AV036070 621 0 98 0 92 315 A J AV036070 CAP 4221A 0 91 315 A J AV048090 CNPH 3617A 0 98 0 93 315 A J AV048090 CNPH 4221A 315 A J AV048090 CNPV 3621A 0 98 J 0 98 98 0 0 95 0 98 0 8 0 92 315 A J AV048090 0 91 315 A JJAV060110 0 98 0 92 315 A JJAV060110 AJ J 0 92 815 A J AV066135 0 93 315 A J AV066135 0 98 A J AV066135 315 A J AV066135 98 98 98 0 0 0 9i 9i 9i 9 9i 8 21 DETAILED COOLING CAPACITIES CONTINUED EVAPORATOR CONDENSER ENTERING AIR TEMPERATURES deg F AIR 75 85 95 105 115 125 Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total CFM EWB MBtuht System MBtuht System MBtuht System MBtuht
22. Front Seating Service Valves X X X X X X X Internal Pressure Relief Valve X X X X X X X Internal Thermal Overload X X X X X X X Long Line capability X X X X X X X Low Ambient capability with Kit X X X X X X X Suction Line Accumulator X X X X X X X High Pressure Switch X X X X X X X Loss of Charge Switch X X X X X X X PHYSICAL DATA UNIT SIZE SERIES 018 A 024 A 030 A 036 042 048 060 Operating Weight Ib 146 162 203 207 246 263 279 Shipping Weight Ib 169 189 235 239 278 293 311 Compressor Type Scroll REFRIGERANT Puron 410 Control TXV Puron Hard Shutoff Charge Ib 5 25 5 9 7 6 7 65 8 4 11 75 12 35 COND FAN Propeller Type Direct Drive Air Discharge Vertical Air Qty CFM 2196 2614 2614 3365 3810 4046 4046 Motor HP 1 10 1 10 1 10 1 4 1 5 1 5 1 5 Motor RPM 1100 1100 1100 1100 800 800 800 COND COIL Face Area Sq ft 13 13 15 09 25 87 25 87 25 15 20 12 22 63 Fins per In 25 20 20 20 20 20 20 Rows 1 1 1 1 1 2 2 Circuits 4 5 6 6 6 8 8 VALVE CONNECT ID Vapor 5 8 5 8 3 4 3 4 7 8 7 8 7 8 Liquid 3 8 REFRIGERANT 5 In OD Vapor 0 80 ft Tube Length 5 8 5 8 3 4 3 4 7 8 7 8 1 1 8 Liquid 0 80 ft Tube Length 3 8 For tubing sets between 80 and 200 ft horizontal or 20 ft vertical differential consult the Longline Guideline Note Se
23. 00 14 00 2 03 13 09 13 09 2 27 72 21 28 11 47 1 28 20417 11 06 1 44 19 03 10 64 1 61 17 88 10 23 1 81 16 68 9 80 2 03 15 38 9 33 2 27 67 19 38 14 65 1 30 18 34 14 22 1 46 17 29 13 79 1 63 16 22 18 35 1 83 15 10 12 89 2 05 13 91 12 39 2 29 675 63 17 99 14 10 1 31 17 02 13 67 1 47 16 03 13 238 1 65 15 02 12 78 1 84 13 96 12 34 2 06 12 83 11 81 2 31 62 17 74 17 61 1 31 16 91 16 91 1 47 16 10 16 10 1 64 15 27 15 27 1 84 14 39 14 39 2 06 13 44 13 44 2 30 57 17 69 17 69 1 31 16 91 16 91 1 47 16 10 16 10 1 64 15 27 15 27 1 84 14 39 14 39 2 06 13 44 13 44 2 30 Cooling Indoor Model Capacity Power Furnace Model Cooling Indoor Model Capacity Power Furnace Model FY4ANF018 1 00 1 00 1814 0 99 0 89 315 A J AVO36070 CAP 1814A 0 99 0 99 CAP 2414A 1 01 0 91 315 036070 CAP 2414A 1 02 0 99 CNPH 2417A 1 01 0 91 315 A J AV036070 CAP 2417A 1 02 0 99 CNPV 1814A 0 99 0 89 315 036070 CNPF 2418A 1 02 0 99 CNPV 2414A 1 01 0 91 315 A J AV036070 CNPH 2417A 1 02 0 99 CSPH 2412A 1 01 0 91 315 A J AV036070 CNPV 1814A 0 99 0 97 CAP 2417A 1 02 0 89 315 A J AV048090 CNPV 2414A 1 02 0 99 CNPH 2417A 1 02 0 91 315 A J AV048090 CNPV 241
24. 11 20 34 600 3 54 21 200 2 46 8 1 355AAV042080 CSPH 3612A 33 400 TDR amp TXV 14 00 11 50 34 600 3 60 21 200 2 48 8 2 355AAV060080 CSPH 3612A 33 400 TDR amp TXV 14 00 11 50 34 600 3 60 21 200 2 50 8 2 355AAV060100 CSPH 3612A 33 400 TDR amp TXV 14 00 11 50 34 600 3 60 21 000 2 50 8 2 355AAV060120 CSPH 3612A 33 400 TXV 13 00 10 70 35 600 3 62 22 200 2 44 8 2 CSPH 4212A 33 800 TDR amp TXV 14 00 11 50 34 600 3 64 21 200 2 50 8 3 315 A J AV036070 CSPH 4212A 33 800 TDR amp TXV 14 00 11 50 34 600 3 68 21 000 2 52 8 4 315 A J AV048090 CSPH 4212A 33 800 TDR amp TXV 14 00 11 50 34 600 3 70 21 200 2 54 8 4 315 A J AV060110 CSPH 4212A 33 800 TDR amp TXV 14 00 11 70 34 600 3 70 21 000 2 54 8 4 315 A J AV066135 CSPH 4212A 33 800 TDR amp TXV 14 00 11 70 34 600 3 74 21 000 2 56 8 4 315 A J AV066155 CSPH 4212A 33 600 TDR amp TXV 14 00 11 50 34 600 3 64 21 200 2 48 8 3 355AAV042040 CSPH 4212A 33 600 TDR amp TXV 14 00 11 50 34 600 3 66 21 200 2 52 8 3 355AAV042060 CSPH 4212A 33 600 TDR amp TXV 14 00 11 50 34 600 3 62 21 200 2 48 8 2 355AAV042080 CSPH 4212A 33 600 TDR amp TXV 14 00 11 50 34 600 3 66 21 200 2 50 8 3 355AAV060080 CSPH 4212A 33 800 TDR amp TXV 14 00 11 50 34 600 3 68 21 200 2 52 8 3 355AAV060100 CSPH 4212A 33 800 TDR amp TXV 14 00 11 50 34 600 3 66 21 200 2 52 8 3 355AAV060120 CSPH 4212A 33 800 TXV 13 20 10 80 35 800 3 66 22 200 2 46 8 3 FY4ANF042 40 500 TDR amp TXV 13 00 10 40 42 000 3 54 26 400 2 46 8 1 FV4BNB006 42 500 TDR amp T
25. 2000 63 61 83 46 19 4 44 58 77 44 80 4 89 55 56 43 36 5 38 52 22 41 88 5 93 48 67 40 31 6 53 44 80 38 60 7 18 62 60 73 57 58 4 43 57 79 56 05 4 88 54 77 54 33 5 38 51 88 51 88 5 93 48 94 48 94 6 53 47 37 47 37 6 51 57 59 63 59 63 4 42 57 18 57 18 4 87 54 60 54 60 5 38 51 89 51 89 5 93 48 94 48 94 6 53 45 66 45 66 7 19 72 72 83 39 05 4 66 69 16 37 69 5 11 65 40 36 31 5 61 61 39 34 85 6 15 5710 33 30 6 74 52 35 31 61 7 37 67 66 96 50 26 4 61 63 58 48 86 5 06 60 01 47 39 5 55 56 35 45 89 6 09 52 43 44 28 6 69 48 14 42 52 7 33 2250 63 62 58 48 57 4 56 59 40 47 16 5 01 56 09 45 69 5 51 52 66 44 18 6 05 49 01 42 56 6 65 45 05 40 80 7 30 62 61 68 60 83 4 56 58 79 58 79 5 01 56 05 56 05 5 51 53 19 53 19 6 06 50 08 50 08 6 66 46 62 46 62 7 31 57 61 37 61 37 4 55 58 79 58 79 5 01 56 06 56 06 5 51 53 19 53 19 6 06 50 08 50 08 6 66 46 62 46 62 7 31 Cooling Indoor Model Capacity Power Furnace Model FY4ANB060 1 00 1 00 FV4BNB006 1 01 0 95 FX4CN B F 060 1 01 0 91 CAP 6021A 0 99 0 99 CAP 6024A 1 01 1 01 CNPH 6024A 1 00 1 00 CNPV 6024A 1 00 1 00 CSPH 6012A 1 01 1 01 CAP 6021A 0 97 0 94 315 A J AV060110 CNPH 6024A 0 98 0 95 315 A J AV060110 CSPH 6012A 0 99 0 96 315 A J AV060110 CAP 6
26. 26 400 2 52 8 3 CNPF 4818A 40 500 TXV 13 00 10 50 42 000 3 58 26 400 2 48 8 2 CNPH 4221A 40 000 TDR amp TXV 13 50 11 10 41 500 3 48 25 200 2 50 8 0 315 A J AV036070 4221 40 000 TDR amp TXV 14 00 11 40 41 000 3 52 25 000 2 54 8 2 315 A J AV048090 CNPH 4221A 40 500 TDR amp TXV 14 00 11 50 41 000 3 56 25 000 2 56 8 2 315 A J AVO601 10 CNPH 4221A 40 500 TDR amp TXV 14 00 11 60 41 000 3 58 25 000 2 56 8 2 315 A J AV066135 042 CNPH 4221A 40 500 14 00 11 60 41000 3 58 24 800 2 56 82 315 A J AV066155 4221 40 000 TDR amp TXV 13 50 11 20 41 000 3 48 25 200 2 50 8 0 355AAV042040 CNPH 4221A 40 000 TDR amp TXV 14 00 11 30 41 000 3 50 25 200 2 52 8 1 355AAV042060 CNPH 4221A 40 000 TDR amp TXV 13 50 11 10 41 000 3 48 25 200 2 50 8 0 355AAV042080 CNPH 4221A 40 000 TDR amp TXV 14 00 11 20 41 000 3 50 25 200 2 52 8 1 355AAV060080 CNPH 4221A 40 000 TDR amp TXV 14 00 11 40 41 000 3 54 25 000 2 54 8 2 355AAV060100 CNPH 4221A 40 000 TDR amp TXV 14 00 11 40 41 000 3 52 25 000 2 54 8 2 355AAV060120 CNPH 4221A 40 500 TXV 13 00 10 40 42 500 3 50 26 200 2 46 8 0 CNPH 4821A 40 500 TDR amp TXV 13 50 11 10 41 000 3 60 25 600 2 52 8 3 315 A J AV036070 4821 41 000 TDR amp TXV 14 00 11 40 41 000 3 66 25 200 2 58 8 4 315 A J AV048090 4821 41 000 TDR amp TXV 14 00 11 50 41 000 3 68 25 400 2 58 8 4 315 A J AV060110 4821 41 000 TDR amp TXV 14 00 11 60 41 000 3 70 25 200 2
27. 29400 TDR amp TXV 14 00 1110 30 800 3 60 20 600 2 68 8 5 355AAV042080 CSPH 3612A 29400 TDR amp TXV 14 00 1110 30 800 358 20600 268 8 5 355AAV060080 CSPH 3612A 29400 TDR amp TXV 14 00 11 20 31 000 3 60 20 600 2 68 8 5 355AAV060100 CSPH 3612A 29400 TDR amp TXV 14 00 11 20 31000 358 20 600 2 68 8 5 355AAV060120 CSPH 3612A 29 600 TXV 13 00 1030 32 000 364 21 600 264 8 6 FYAANFO42 34 000 TDR amp TXV 13 00 10 60 35800 356 22200 242 8 1 FF1ENP036 33 600 TDR amp TXV 13 00 10 70 35 400 344 21800 240 79 FV4BNF002 33 400 TDRETXV 13 50 11 20 34800 354 21200 246 8 1 FV4BNF003 33 800 TDR amp TXV 14 00 11 50 34400 356 20800 2 50 8 1 FV4BNF005 35 000 TDR amp TXV 14 00 12 00 33 800 376 21 000 2 58 8 6 FX4CN B F 036 34 000 TDR amp TXV 13 50 11 20 35200 362 21 400 250 8 3 FX4CN B F 042 34 800 TDR amp TXV 14 00 11 50 35 200 3 76 21 600 254 8 5 FY4ANF036 33 000 TDR amp TXV 13 00 10 50 35200 336 21600 234 77 CAP 3614A 32 400 TDR amp TXV 13 50 11 00 34600 344 21000 242 79 315 A J AV036070 CAP 3614A 32 400 TXV 18 00 10 50 35200 340 21800 238 78 CAP 3617A 33 400 TDR amp TXV 14 00 11 50 34400 348 21000 246 8 0 315 048090 CAP 3617A 33 400 TDR amp TXV 13 50 1120 34400 346 21000 244 79 355AAV042060 CAP 3617A 33 400 TXV 13 00 1050
28. 35 600 346 22000 2 40 79 CAP 3621A 33 600 TDR amp TXV 14 00 11 50 34400 350 21000 246 8 0 315 A J AV060110 CAP 3621A 33 200 TDR amp TXV 13 50 1120 34 400 344 21000 242 79 355AAV042080 CAP 3621A 33 400 TDR amp TXV 13 50 11 30 34400 348 21 000 2 44 8 0 355AAV060080 CAP 3621A 33 400 TDR amp TXV 14 00 11 40 34 400 3 48 21 000 2 46 8 0 355AAV060100 CAP 3621A 33 400 TXV 13 00 1050 35 600 22000 240 79 CAP 4221A 33 800 TDR amp TXV 14 00 11 50 34600 356 21000 248 81 315 A J AV060110 036 GAP 4221A 33 400 TDR amp TXV 13 50 11 20 34600 348 21000 244 8 0 355AAV042080 CAP 4221A 33 600 TDR amp TXV 14 00 11 50 34600 352 21 000 2 46 8 0 355AAV060080 CAP 4221A 33 600 TDR amp TXV 14 00 11 50 34600 3 54 21000 246 81 355AAV060100 4221 33 800 TXV 13 00 10 60 35 800 3 52 22 000 242 8 0 CAP 4224A 33 800 TDR amp TXV 14 00 11 50 34400 358 20800 2 50 81 315 A J AV066135 CAP 4224A 33 800 TDR amp TXV 14 00 11 70 34400 360 20800 252 82 315 A J AV066155 CAP 4224A 33 600 TDR amp TXV 13 50 11 20 34600 350 21000 244 8 0 355AAV042040 CAP 4224A 33 600 TDR amp TXV 14 00 11 50 34400 854 21000 248 8 1 355AAV060120 4224 33 800 TXV 13 00 10 60 35 800 352 22000 2 42 8 0 CNPF 3618A 33 400 TXV 13 00 1050 35 600
29. 38 30 38 30 2 84 43 65 43 65 3 01 875 12 32 11 34 2 17 15 60 14 33 2 29 19 06 17 38 2 41 22 74 20 20 2 54 26 76 24 35 2 70 31 27 31 27 2 88 36 43 36 43 3 12 42 19 42 19 3 36 70 1000 12 59 11 58 2 19 15 89 14 60 2 30 19 38 17 67 2 41 23 09 20 51 2 52 27 20 24 75 2 66 31 80 31 80 2 83 3712 37 12 3 04 42 77 42 77 3 23 1125 12 83 11 80 2 22 16 15 14 84 2 32 19 66 17 92 2 41 23 39 20 78 2 52 27 64 25 15 2 64 32 25 32 25 2 79 37 70 37 70 2 98 43 16 43 16 3 16 875 11 81 10 86 2 26 15 15 13 92 2 39 18 63 16 99 2 53 22 33 19 84 2 67 26 29 23 92 2 83 30 78 30 78 3 02 35 80 35 80 3 27 41 54 41 54 3 51 75 1000 12 08 11 14 2 28 15 43 14 18 2 40 18 96 17 29 2 52 22 69 20 15 2 65 26 72 24 32 2 79 31 28 31 28 2 96 36 49 36 49 3 19 42 21 42 21 3 39 1125 12 32 11 34 2 31 15 70 14 42 2 42 19 24 17 54 2 53 23 00 20 43 2 64 27 10 24 66 2 77 31 71 31 71 2 93 37 04 37 04 3 13 42 60 42 60 3 31 Ponor cmeem _ 39 awe
30. 4 CNPV 4824A 45 500 TDR amp TXV 14 00 11 70 48 000 3 68 29 400 2 64 8 4 315 A J AV066135 CNPV 4824A 46 000 TDR amp TXV 14 00 11 50 48 000 3 70 29 400 2 66 8 5 315 A J AV066155 CNPV 4824A 45 500 TDR amp TXV 14 00 11 50 48 000 3 62 29 600 2 60 8 3 355AAV060120 CNPV 4824A 46 000 TXV 13 00 10 80 49 000 3 68 30 400 2 60 8 4 048 CNPV 6024A 46 500 TDR amp TXV 14 00 12 00 46 000 3 74 29 400 2 68 8 5 315 A J AV066135 CNPV 6024A 47 000 TDR amp TXV 14 00 12 00 46 000 3 76 29 400 2 68 8 6 315 A J AV066155 CNPV 6024A 46 500 TDR amp TXV 14 00 11 70 46 000 3 68 29 600 2 64 8 4 355AAV060120 CNPV 6024A 47 000 TXV 13 00 10 80 45 000 3 66 30 600 2 62 8 5 CSPH 4812A 45 500 TDR amp TXV 14 00 11 50 48 000 3 68 29 800 2 62 8 4 315 A J AV048090 CSPH 4812A 45 500 TDR amp TXV 14 00 11 50 48 000 3 70 29 600 2 62 8 4 315 A J AV060110 CSPH 4812A 45 500 TDR amp TXV 14 00 11 70 48 000 3 72 29 600 2 64 8 5 315 A J AV066135 CSPH 4812A 45 500 TDR amp TXV 14 00 11 70 48 000 3 76 29 400 2 66 8 6 315 A J AV066155 CSPH 4812A 45 500 TDR amp TXV 14 00 11 50 48 500 3 66 29 800 2 60 8 4 355AAV060080 CSPH 4812A 45 500 TDR amp TXV 14 00 11 50 48 000 3 68 29 800 2 62 8 4 355AAV060100 CSPH 4812A 45 500 TDR amp TXV 14 00 11 50 48 000 3 66 29 600 2 62 8 4 355AAV060120 CSPH 4812A 46 000 TXV 13 00 10 80 49 000 3 72 30 600 2 62 8 5 CSPH 6012A 46 500 TDR amp TXV 14 00 11 70 46 000 3 74 29 600 2 66 8 5 315 A J AV048090 CSPH 6012A 47 000 TDR amp TXV 14 00 11 70 46 000 3
31. 400 2 58 8 3 CNPH 3617A 29 400 TDR amp TXV 13 50 10 90 30 800 3 46 20 600 2 62 8 3 315 A J AV036070 CNPH 3617A 29 400 TDR amp TXV 14 00 11 00 30 800 3 48 20 400 2 64 8 3 315 A J AV048090 CNPH 3617A 29 400 TDR amp TXV 14 00 11 00 30 800 3 50 20 400 2 64 8 3 315 A J AVO601 10 CNPH 3617A 29 400 TDR amp TXV 14 00 11 00 30 800 3 50 20 400 2 64 8 3 315 A J AV066135 CNPH 3617A 29 400 TDR amp TXV 14 00 11 10 30 800 3 50 20 400 2 64 8 3 315 A J AV066155 617 29 400 TDR amp TXV 13 50 10 80 30 800 3 44 20 400 2 62 8 2 355AAV042040 CNPH 3617A 29 200 TDR amp TXV 14 00 10 90 30 800 3 44 20 400 2 62 8 2 355AAV042060 CNPH 3617A 29 400 TDR amp TXV 13 50 10 90 30 800 3 46 20 600 2 62 8 3 355AAV042080 CNPH 3617A 29 400 TDR amp TXV 14 00 10 90 30 800 3 46 20 400 2 62 8 3 355AAV060080 CNPH 3617A 29 400 TDR amp TXV 14 00 10 90 30 800 3 48 20 400 2 62 8 3 355AAV060100 CNPH 3617A 29 400 TDR amp TXV 14 00 11 00 30 800 3 46 20 400 2 62 8 2 355AAV060120 CNPH 3617A 29 600 TXV 13 00 10 10 32 000 3 48 21 400 2 58 8 3 CNPV 3014A 29 200 TDR amp TXV 13 50 10 80 30 800 3 44 20 600 2 60 8 2 315 A J AV036070 CNPV 3014A 29 600 TXV 13 00 10 10 32 000 3 48 21 400 2 58 8 3 CNPV 3017A 29 400 TDR amp TXV 14 00 11 00 30 800 3 48 20 400 2 64 8 3 315 A J AV048090 CNPV 3017A 29 200 TDR amp TXV 14 00 10 90 30 800 3 44 20 400 2 62 8 2 355AAV042060 CNPV 3017A 29 600 TXV 13 00 10 10 32 000 3 48 21 400 2 58 8 3 CNPV 3617A 29 400 TDR amp TXV 14 00 11 00 30 800
32. 400 3 68 15 200 2 52 8 5 CNPH 2417A 22 600 TDR amp TXV 14 00 11 50 23 600 3 68 14 400 2 58 8 4 315 A J AV036070 See note on pg 17 10 COMBINATION RATINGS CONTINUED ARI Standard Ratings Unit Cooling Cooling Heating napor Model Capacity Factory Standard SEER EER High Temp Lon Temp HSPF Furnace Model Enhance Rating TOR Capacity Capacity 2417 22 800 TDR amp TXV 14 00 11 60 23 600 3 72 14 400 2 62 8 5 315 A J AV048090 CNPH 2417A 22 800 TDR amp TXV 14 00 11 50 23 600 3 70 14 400 2 60 8 5 315 A J AVO601 10 CNPH 2417A 22 800 TDR amp TXV 14 00 11 50 23 600 3 70 14 400 2 60 8 5 315 A J AV066135 2417 22 800 TDR amp TXV 14 00 11 50 23 600 3 72 14 400 2 60 8 5 315 A J AV066155 2417 22 800 TDR amp TXV 14 00 11 50 23 600 3 70 14 400 2 60 8 5 355AAV042040 CNPH 2417A 22 800 TDR amp TXV 14 00 11 50 23 600 3 70 14 400 2 60 8 5 355AAV042060 CNPH 2417A 22 800 TDR amp TXV 14 00 11 50 23 600 3 70 14 400 2 60 8 5 355AAV042080 CNPH 2417A 22 800 TDR amp TXV 14 00 11 50 23 600 3 70 14 400 2 60 8 5 355AAV060080 CNPH 2417A 22 800 TDR amp TXV 14 00 11 50 23 600 3 72 14 400 2 60 8 5 355AAV060100 CNPH 2417A 22 600 TDR amp TXV 14 00 11 50 23 600 3 66 14 400 2 58
33. 4824A 1 01 0 99 CNPV 4821A 1 00 0 94 355AAV042080 CSPH 4212A 0 99 0 96 CSPH 4212A 0 98 0 91 355AAV042080 CSPH 4812A 1 01 0 98 CSPH 4812A 1 00 0 94 355AAV042080 CNPH 4221A 0 99 0 93 315 A J AV036070 CAP 4221A 0 99 0 93 355AAV060080 CNPH 4821A 1 00 0 94 315 A J AV036070 CAP 4821A 1 00 0 93 355AAV060080 CSPH 4212A 0 98 0 91 315 A J AVO36070 CNPH 4221A 0 99 0 92 355AAV060080 CSPH 4812A 1 01 0 95 315 A J AVO36070 CNPH 4821A 1 00 0 93 355AAV060080 4817 0 99 0 90 315 A J AVO48090 CNPV 4221A 0 98 0 91 355AAV060080 CNPH 4221A 0 99 0 90 315 A J AV048090 CNPV 4821A 1 00 0 93 355AAV060080 CNPH 4821A 1 01 0 92 315 A J AV048090 CSPH 4212A 0 99 0 92 355AAV060080 CSPH 4212A 0 99 0 90 315 A J AV048090 CSPH 4812A 1 00 0 92 355AAV060080 CSPH 4812A 1 01 0 92 315 A J AVO48090 CAP 4221A 0 99 0 92 355AAV060100 CAP 4221A 0 99 0 92 315 A J AV060110 4821 1 00 0 92 355AAV060100 CAP 4821A 1 01 0 92 315 A J AV060110 CNPH 4221A 0 99 0 90 355AAV060100 CNPH 4221A 1 00 0 90 315 A J AV060110 4821 1 00 0 91 355AAV060100 CNPH 4821A 1 01 0 92 315 A J AV060110 CNPV 4221A 0 99 0 90 355AAV060100 CNPV 4221A 0 99 0 89 315 A J AV060110 CNPV 4821A 1 00 0 91 355AAV060100 CNPV 4821A 1 01 0 92 315 A J AV060110 CSPH 4212A 0 99 0 91 355AAV060100 CSPH 4212A 0 99 0 90 315 A J AV060110 CSPH 4812A 1 00 0 92 355AAV060100 CSPH 4812A 1 01 0 92 315 A J AV060110 4224 0 99 0 92 355AAV060120
34. 54 11 000 2 30 7 8 018 CNPH 2417A 17 300 TDR amp TXV 14 00 11 70 17 300 3 54 10 300 2 38 7 8 315 A J AV036070 T 2417 17 400 TDR amp TXV 14 00 11 70 17 300 3 58 10 300 2 38 7 9 315 A J AV048090 CNPH 2417A 17 300 TDR amp TXV 14 00 11 70 17 300 3 56 10 300 2 38 7 9 355AAV042040 CNPH 2417A 17 300 TDR amp TXV 14 00 11 70 17 300 3 58 10 300 2 38 7 9 355AAV042060 CNPH 2417A 17 400 TDR amp TXV 14 00 11 70 17 300 3 58 10 300 2 38 7 9 355AAV042080 CNPH 2417A 17 400 TXV 13 00 10 80 18 000 3 54 11 000 2 30 7 8 CNPV 1814A 17 000 TDR amp TXV 14 00 11 70 17 100 3 48 10 300 2 34 7 7 315 A J AV036070 CNPV 1814A 17 000 TXV 13 00 10 80 18 000 3 48 10 900 2 28 7 7 CNPV 2414A 17 300 TDR amp TXV 14 00 11 70 17 300 3 54 10 300 2 38 7 8 315 A J AV036070 CNPV 2414A 17 400 TXV 13 00 10 80 18 000 3 54 11 000 2 30 7 8 CNPV 2417A 17 400 TDR amp TXV 14 00 11 70 17 300 3 60 10 300 2 38 7 9 315 A J AV048090 CNPV 2417A 17 300 TDR amp TXV 14 00 11 70 17 300 3 56 10 300 2 38 7 9 355AAV042060 CNPV 2417A 17 400 TXV 13 00 10 80 18 000 3 54 11 000 2 30 7 8 CSPH 2412A 17 300 TDR amp TXV 14 00 11 70 17 300 3 56 10 300 2 38 7 9 315 A J AV036070 CSPH 2412A 17 300 TDR amp TXV 14 00 12 00 17 300 3 58 10 300 2 38 7 9 315 A J AV048090 CSPH 2412A 17 300 TDR amp TXV 14 00 11 70 17 300 3 58 10 300 2 38 7 9 355AAV042040 CSPH 2412A 17 300 TDR amp TXV 14 00 12 00 17 300 3 58 10 300 2 38 7 9 355AAV042060 CSPH 2412A 17 300 TDR amp TXV 14 00 11 70 17 300 3 58 10
35. 58 25 600 2 52 8 2 355AAV042040 CSPH 4212A 40 000 TDR amp TXV 14 00 11 30 41 500 3 62 25 400 2 54 8 3 355AAV042060 CSPH 4212A 39 500 TDR amp TXV 13 50 11 10 41 500 3 58 25 600 2 52 8 2 355AAV042080 CSPH 4212A 40 000 TDR amp TXV 14 00 11 20 41 500 3 62 25 600 2 54 8 3 355AAV060080 CSPH 4212A 40 000 TDR amp TXV 14 00 11 30 41 500 3 64 25 400 2 56 8 3 355AAV060100 042 CSPH 4212A 40 000 TDR amp TXV 14 00 11 40 41 500 3 62 25 400 2 56 8 3 355AAV060120 CSPH 4212A 40 000 TXV 13 00 10 70 42 500 3 66 26 400 2 52 8 3 CSPH 4812A 41 000 TDR amp TXV 13 50 11 10 41 500 3 64 25 600 2 54 8 3 315 A J AV036070 CSPH 4812A 41 000 TDR amp TXV 14 00 11 40 41 000 3 70 25 400 2 58 8 4 315 A J AV048090 CSPH 4812A 41 000 TDR amp TXV 14 00 11 40 41 000 3 70 25 400 2 58 8 5 315 A J AV060110 CSPH 4812A 41 000 TDR amp TXV 14 00 11 60 41 000 3 74 25 400 2 60 8 5 315 A J AV066135 CSPH 4812A 41 000 TDR amp TXV 14 00 11 60 41 000 3 72 25 200 2 60 8 5 315 A J AV066155 CSPH 4812A 40 500 TDR amp TXV 13 50 11 20 41 500 3 62 25 600 2 52 8 3 355AAV042040 CSPH 4812A 40 500 TDR amp TXV 14 00 11 30 41 000 3 66 25 400 2 56 8 4 355AAV042060 CSPH 4812A 40 500 TDR amp TXV 13 50 11 10 41 500 3 62 25 600 2 52 8 3 355AAV042080 CSPH 4812A 40 500 TDR amp TXV 14 00 11 30 41 000 3 66 25 600 2 56 8 4 355AAV060080 CSPH 4812A 40 500 TDR amp TXV 14 00 11 30 41 000 3 68 25 400 2 56 8 4 355AAV060100 CSPH 4812A 40 500 TDR amp TXV 14 00 11 40 41 000 3 68 25 400 2 56 8 4 355AAV0601
36. 60 42 000 3 64 26 400 2 52 8 3 CNPV 4824A 41 000 TDR amp TXV 14 00 11 60 41 000 3 70 25 200 2 60 8 5 315 A J AV066135 CNPV 4824A 41 000 TDR amp TXV 14 00 11 60 41 000 3 70 25 200 2 60 8 5 315 A J AV066155 See note on pg 17 15 COMBINATION RATINGS CONTINUED ARI Standard Ratings Unit Cooling Cooling Heating Size Indoor Model Low Capacity Factory Standard SEER pep High Temp Furnace Model Enh Rati TDR angg anng Capacity COP Capacity COP CNPV 4824A 40 500 TDR amp TXV 13 50 11 20 41 000 3 60 25 400 2 52 8 2 355AAV042040 CNPV 4824A 40 500 TDR amp TXV 14 00 11 40 41 000 3 64 25 200 2 56 8 3 355AAV060120 CNPV 4824A 41 000 TXV 13 00 10 60 42 000 3 64 26 400 2 52 8 3 CSPH 4212A 39 500 TDR amp TXV 13 50 11 10 41 500 3 60 25 600 2 52 8 2 315 A J AV036070 CSPH 4212A 40 000 TDR amp TXV 14 00 11 40 41 000 3 66 25 400 2 56 8 4 315 A J AV048090 CSPH 4212A 40 000 TDR amp TXV 14 00 11 40 41 000 3 66 25 400 2 58 8 4 315 A J AV060110 CSPH 4212A 40 000 TDR amp TXV 14 00 11 50 41 000 3 70 25 200 2 60 8 4 315 A J AV066135 CSPH 4212A 40 000 TDR amp TXV 14 00 11 60 41 000 3 68 25 200 2 60 8 4 315 A J AV066155 CSPH 4212A 39 500 TDR amp TXV 13 50 11 10 41 500 3
37. 76 29 600 2 68 8 6 315 A J AV060110 CSPH 6012A 47 000 TDR amp TXV 14 00 12 00 46 000 3 78 29 600 2 70 8 6 315 A J AV066135 CSPH 6012A 47 000 TDR amp TXV 14 00 12 00 46 000 3 80 29 400 2 70 8 7 315 A J AV066155 CSPH 6012A 46 500 TDR amp TXV 14 00 11 70 46 000 3 70 29 800 2 64 8 5 355AAV060080 CSPH 6012A 46 500 TDR amp TXV 14 00 11 70 46 000 3 72 29 800 2 66 8 5 355AAV060100 CSPH 6012A 46 500 TDR amp TXV 14 00 11 70 46 000 3 72 29 600 2 66 8 5 355AAV060120 CSPH 6012A 47 000 TXV 13 00 10 80 45 000 3 68 30 600 2 64 8 5 FY4ANB060 59 500 TDR amp TXV 13 00 10 8 60 000 3 62 38 500 2 56 8 0 FV4BNB006 60 000 TDR amp TXV 14 00 11 50 58 500 3 74 36 200 2 68 8 2 FX4CN B F 060 60 000 TDR amp TXV 14 00 12 00 58 500 3 74 36 200 2 68 8 3 CAP 6021A 58 000 TDR amp TXV 13 50 11 20 56 500 3 48 36 000 2 52 7 8 315 A J AV060110 6021 59 000 TXV 13 00 10 80 58 000 3 48 36 400 2 52 7 8 CAP 6024A 59 000 TDR amp TXV 13 50 11 50 57 500 3 50 35 800 2 54 7 8 315 A J AV066135 CAP 6024A 59 000 TDR amp TXV 14 00 11 50 57 500 3 54 35 800 2 56 7 9 315 A J AV066155 6024 60 000 TXV 13 00 10 80 59 000 3 60 37 000 2 54 8 0 060 CNPH 6024A 58 500 TDR amp TXV 13 50 11 20 57 500 3 46 36 000 2 52 7 7 315 A J AV060110 B CNPH 6024A 58 500 TDR amp TXV 13 50 11 20 57 000 3 48 35 800 2 54 7 8 315 A J AV066135 CNPH 6024A 59 000 TDR amp TXV 14 00 11 50 57 000 3 52 35 800 2 56 7 8 315 A J AV066155 6024 59 500 TXV 13 00 10 80 58 500 3 54 37 60
38. 8 0 CAP 4224A 40 000 TDR amp TXV 14 00 11 40 41 000 3 54 25 000 2 54 8 2 315 A J AV066135 4224 40 000 TDR amp TXV 14 00 11 50 41 000 3 52 25 000 2 54 8 2 315 A J AV066155 4224 39 500 TDR amp TXV 13 50 11 00 41 000 3 44 25 200 2 48 8 0 355AAV042040 CAP 4224A 40 000 TDR amp TXV 14 00 11 20 41 000 3 48 25 200 2 50 8 0 355AAV060120 CAP 4224A 40 000 TXV 13 00 10 40 42 500 3 50 26 200 2 46 8 0 CAP 4817A 40 000 TDR amp TXV 14 00 11 40 40 500 3 68 25 400 2 58 8 4 315 A J AV048090 4817 40 000 TDR amp TXV 14 00 11 30 40 500 3 64 25 600 2 56 8 4 355AAV042060 CAP 4817A 40 500 TXV 13 00 10 70 41 000 3 64 26 400 2 54 8 4 CAP 4821A 41 000 TDR amp TXV 14 00 11 40 41 000 3 68 25 400 2 58 8 4 315 A J AV060110 4821 40 500 TDR amp TXV 13 50 11 40 41 500 3 58 25 600 2 52 8 2 355AAV042080 CAP 4821A 40 500 TDR amp TXV 13 50 11 20 41 000 3 62 25 400 2 54 8 3 355AAV060080 CAP 4821A 40 500 TDR amp TXV 14 00 11 30 41 000 3 64 25 400 2 56 8 4 355AAV060100 CAP 4821A 41 000 TXV 13 00 10 60 42 000 3 62 26 400 2 52 8 3 CAP 4824A 41 000 TDR amp TXV 14 00 11 60 41 000 3 70 25 200 2 60 8 5 315 A J AV066135 4824 41 000 TDR amp TXV 14 00 11 60 41 000 3 70 25 200 2 60 8 5 315 A J AV066155 4824 40 500 TDR amp TXV 13 50 11 10 41 000 3 60 25 400 2 52 8 3 355AAV042040 CAP 4824A 40 500 TDR amp TXV 14 00 11 40 41 000 3 64 25 200 2 56 8 4 355AAV060120 CAP 4824A 41 000 TXV 13 00 10 60 42 000 3 62
39. 80 15 81 1 74 21 44 19 24 1 84 24 17 24 17 1 91 26 94 26 94 2 00 29 60 29 60 2 09 900 9 94 915 1 56 12 37 11 37 1 61 15 03 13 70 1 67 18 06 16 04 1 74 21 40 19 47 1 83 24 07 24 07 1 89 26 59 26 59 1 97 28 87 28 87 2 03 700 9 29 8 54 1 59 11 70 10 75 1 67 14 30 13 04 1 74 17 18 15 26 1 84 2047 18 63 1 95 23 95 23 95 2 06 26 95 26 95 2 17 30 01 30 01 2 29 70 800 9 48 8 72 1 61 11 91 10 94 1 67 14 53 13 25 1 74 17 46 15 51 1 82 20 79 18 92 1 93 24 00 24 00 2 01 26 83 26 83 2 11 29 61 29 61 2 20 900 9 65 8 87 1 63 12 09 11 11 1 69 14 73 13 43 1 75 17 71 15 73 1 83 21 06 19 16 1 92 23 97 23 97 1 99 26 60 26 60 2 07 29 03 29 03 2 15 700 8 96 8 24 1 67 11 40 10 48 1 75 14 02 12 78 1 83 16 85 14 97 1 93 20 14 18 33 2 05 23 63 23 63 2 17 26 71 26 71 2 28 29 80 29 80 2 41 75 800 915 8 42 1 68 11 61 10 67 1 75 14 25 12 99 1 83 17 13 15 21 1 91 20 44 18 60 2 03 23 84 23 84 2 12 26 68 26 68 2 22 29 54 29 54 2 32 900 9 33 8 58 1 70 11 80 10 84 1 77 14 45 13 17 1 83 17 37 15 43 1 91 20 71 18 84 2 02 23 82 23 82 2 09 26 53 26 53 2 18 29 10 29 10 2 27 Ec uL
40. Stage Puron HP 7 8 0 0 1 2 2 60006 3 4 1 2 4 7 9 1 Stage Puron HP 7 8 0 1 2 2 2 3 4 4 5 5 6 11 8 0 0 0 0 1 1 1 1 1 1 2 Standard Length 80 ft or less total equivalent length eae un em restrictions m x Na ng ERA nd e unit Is e 28 unit Long Line Application Guidelines ACCESSORIES ORDER NUMBER DESCRIPTION 018 024 030 036 042 048 060 HC34GE239 BALL BEARING MOTOR X HC34GE240 BALL BEARING MOTOR X X HC38GE228 BALL BEARING MOTOR X HC40GE226 BALL BEARING MOTOR X HC40GE228 BALL BEARING MOTOR X X KAACH1201AAA CRANKCASE X S S KAACH1401AAA CRANKCASE X X X X KSACYO101AAA _ CYCLE PROTECTOR X X X X X X X KAAFTO101AAA __ THERMOSTAT X X X X X X X KSAHS1701AAA START X X X X X X X KHAIRO101AAA ISOLATION RELAY X X X X X X X KSALA0301410 LOW AMBIENT PSW X X X X X X X KSALAO601AAA 230V X X X X X X X KHAOT0201SEC OUTDOOR THERMOSTAT X X X X X X X KHAOTOS301FST OUTDOOR THERMOSTAT X X X X X X X KHALSO401LLS SOLENOID VALVE X X X X X X X KSASHO601COP SOUND BLKT X X X X X X KSASH2101COP SOUND BLKT X KAACSO201PTC START ASSIST X X X X X X X KSASF0101AAA SUPPORT FEET X X X X X X X KAATDO101TDR TIME DELAY RELAY X X X X X X X
41. Sys MBtuh Sys In tem In tem In tem In tem In tem In tem In tem In tem Total teg Total teg KW Total teg Total teg Total teg Total teg Total teg Total teg KWt 213ANA036 A Outdoor Section With FY4ANF042 Indoor Section 1050 14 42 13 27 2 31 18 07 16 60 2 40 21 93 19 99 2 50 26 06 23 15 2 60 30 80 28 03 2 74 35 94 35 94 2 86 40 65 40 65 2 99 45 56 45 56 3 15 65 1200 14 73 18 55 2 34 18 39 16 90 2 43 22 28 20 32 2 51 26 48 23 52 2 60 31 28 28 47 2 72 36 09 36 09 2 82 40 59 40 59 2 93 45 17 45 17 3 06 1350 15 01 13 81 2 38 18 68 17 17 2 46 22 60 20 61 2 53 26 84 23 84 2 62 31 71 28 85 2 73 36 12 36 12 2 80 40 35 40 35 2 90 44 2 44 12 3 00 1050 13 90 12 79 2 40 17 58 16 15 2 50 21 48 19 59 2 61 25 62 22 75 2 72 30 21 27 49 2 86 35 42 35 42 3 00 40 20 40 20 3 13 45 16 45 16 3 30 70 1200 14 21 13 08 2 43 17 92 16 47 2 53 21 84 1991 2 62 26 00 23 10 2 72 30 77 28 00 2 85 35 80 35 80 2 95 40 30 40 30 3 07 45 00 45 00 3 21 1350 14 50 13 34 2 47 18 22 16 74 2 56 22 16 20 21 2 64 26 37 23 42 2 73 31 48 28 37 2 85 35 83 35 83 2 93 40 17 40 17 3 04 44 49 44 49 3 15 1050 13 33 12 27 2 49 17 07 15 69 2 61 21 00
42. that stops unit operation when evaporator reaches freeze up conditions Usage Guideline Required when low ambient kit has been added 6 Isolation Relay An SPDT relay which switches the low ambient controller out of the outdoor fan motor circuit when the heat pump switches to heating mode Usage Guideline Required in all heat pumps where low ambient kit has been added 7 Liquid Line Solenoid Valve LLS An electrically operated shutoff valve which stops and starts refrigerant liquid flow in response to compressor operation It is to be installed at the outdoor unit to control refrigerant off cycle migration in the heating mode Usage Guideline An LLS is required in all long line heat pump applications to control refrigerant off cycle migration in the heating mode See Long Line Guideline 8 Low Ambient Pressure Switch Kit A long life pressure switch which is mounted to outdoor unit service valve It is designed to cycle the outdoor fan motor in order to maintain head pressure within normal operating limits The control will maintain working head pressure at low ambient temperatures down to 0 F when properly installed Usage Guideline Low Ambient Pressure Switch or MotorMaster Low Ambient Controller must be used when cooling operation is used at outdoor temperatures below 55 F 12 8 C 9 MotorMaster Low Ambient Controller A fan speed control device activated by a temperature sensor designed to control c
43. 0 036 208 230 1 253 197 79 16 7 14 222 12 12 56 54 35 042 109 19 9 1 2 26 10 10 77 73 40 048 117 21 8 1 2 35 4 8 8 88 84 50 060 A 134 26 3 1 2 344 8 8 91 87 50 Permissible limits of the voltage range at which the unit will operate satisfactorily t If wire is applied at ambient greater than 30 C 86 F consult table 310 16 of the NEC ANSI NFPA 70 The ampacity of non metallic sheathed cable NM trade name ROMEX shall be that of 60 140 F conditions per the NEC ANSI NFPA 70 Article 336 26 If other than uncoated no plated 60 or 75 C 140 or 167 C insulation copper wire solid wire for 10 AWG or smaller stranded wire for larger than 10 AWG is used consult applicable tables of the NEC ANSI NFPA 70 t Length shown is as measured 1 way along wire path between unit and service panel for voltage drop not to exceed 2 Time Delay fuse FLA Full Load Amps LRA Locked Rotor Amps Minimum Circuit Amps RLA Rated Load Amps NOTE Control circuit is 24 V on all units and requires external power source Copper wire must be used from service disconnect to unit All motors compressors contain internal overload protection A WEIGHTED SOUND LEVEL DBA STANDARD TYPICAL OCTAVE BAND SPECTRUM without tone adjustment UNIT SIZE BATING 125 250 500 1
44. 0 CAP 6021A 0 93 0 95 CNPH 4821A 0 99 0 98 355AAV060100 CAP 6024A 0 93 0 95 CNPH 6024A 0 95 0 93 355AAV060100 CNPF 4818A 1 00 1 03 CNPV 4821A 0 99 0 98 355AAV060100 CNPH 4821A 1 01 0 99 CSPH 4812A 0 99 0 97 355AAV060100 CNPH 6024A 0 93 0 91 CSPH 6012A 0 95 0 92 355AAV060100 CNPV 4821A 1 01 0 99 CAP 4824A 0 99 0 98 355AAV060120 CNPV 4824A 1 01 0 99 CAP 6024A 0 95 0 94 355AAV060120 CNPV 6024A 0 93 0 91 CNPH 4821A 0 99 0 99 355AAV060120 CSPH 4812A 1 01 0 98 CNPH 6024A 0 95 0 93 355AAV060120 CSPH 6012A 0 93 0 91 CNPV 4824A 0 99 0 99 355AAV060120 CAP 4817A 0 98 0 96 315 A J AV048090 CNPV 6024A 0 95 0 93 355AAV060120 CNPH 4821A 0 99 0 98 315 A J AV048090 CSPH 4812A 0 99 0 97 355AAV060120 CNPH 6024A 0 95 0 93 315 A J AV048090 CSPH 6012A 0 95 0 92 355AAV060120 CSPH 4812A 0 99 0 97 315 A J AV048090 CSPH 6012A 0 95 0 92 315 A J AVO48090 CAP 4821A 0 99 0 97 315 A J AV060110 See note on pg 31 6021 0 95 0 93 315 A J AVO601 10 CNPH 4821A 0 99 0 98 315 A J AVO601 10 CNPH 6024A 0 95 0 92 315 A J AVO601 10 CNPV 4821A 0 99 0 98 315 A J AVO601 10 CSPH 4812A 0 99 0 96 315 A J AVO601 10 CSPH 6012A 0 95 0 91 315 A J AVO601 10 CAP 4824A 0 99 0 96 315 A J AV066135 6024 0 95 0 92 315 A J AV066135 CNPH 4821A 0 99 0 97 315 066135 CNPH 6024A 0 95 0 92 315 A J AV066135 4824 0 99 0 97 315 A J AV066135 6024 0 95 0 92 315 A J AV066135 CSPH
45. 0 2 60 8 0 CNPV 6024A 58 500 TDR amp TXV 13 50 11 20 57 000 3 48 35 800 2 54 7 8 315 A J AV066135 CNPV 6024A 59 000 TDR amp TXV 14 00 11 50 57 000 3 52 35 800 2 56 7 8 315 A J AV066155 CNPV 6024A 59 500 TXV 13 00 10 80 58 500 3 54 36 800 2 54 7 9 CSPH 6012A 59 000 TDR amp TXV 13 50 11 20 57 500 3 52 36 000 2 54 7 8 315 A J AV060110 CSPH 6012A 59 000 TDR amp TXV 14 00 11 50 57 500 3 56 35 800 2 56 7 9 315 A J AV066135 CSPH 6012A 59 000 TDR amp TXV 14 00 11 50 57 500 3 58 35 800 2 58 7 9 315 A J AV066155 CSPH 6012A 60 000 TXV 13 00 10 80 59 000 3 62 37 000 2 56 8 0 Ratings are net values reflecting the effects of circulating fan heat Supplemental electric heat is not included Ratings are based on Cooling Standard 80 F 27 C db 67 F 19 C indoor entering air temperature and 95 F 35 C db air entering outdoor unit High Temp Heating Standard 70 F 21 C db indoor entering air temperature and 47 F 8 C db 43 F 6 C wb air entering outdoor unit Low Temp Heating Standard 70 F 21 C db indoor entering air temperature and 17 F 9 db 15 F 10 C wb air entering outdoor unit SEER Seasonal Energy Efficiency Ratio COP Coefficient of Performance TDR Time Delay Relay HSPF Heating Seasonal Performance Factor EER Energy Efficiency Ratio 17 DETAILED COOLING CAPACITIES EVAPORATOR CONDENSER ENTERING AIR TEMPERATURES deg F AIR 75 85 95 105 115
46. 000 2000 4000 8000 018 A 75 54 63 68 5 71 5 68 63 5 57 024 75 54 5 64 69 69 5 67 5 64 58 030 74 52 62 5 66 5 68 5 65 63 5 59 036 76 60 64 69 5 70 68 5 65 5 60 5 042 77 55 5 60 63 5 71 5 65 62 5 59 048 78 57 64 68 74 67 63 58 5 060 76 58 5 63 68 70 5 66 5 64 5 59 5 A WEIGHTED SOUND LEVEL DBA WITH SOUND SHIELD STANDARD TYPICAL OCTAVE BAND SPECTRUM without tone adjustment UNIT SIZE RATING 125 250 500 1000 2000 4000 8000 018 74 53 5 63 0 68 0 70 0 67 5 63 0 56 5 024 74 54 0 63 5 69 0 69 0 67 5 63 5 57 5 030 74 51 5 62 0 66 5 67 5 64 5 62 0 57 5 036 76 58 5 63 5 69 5 70 5 69 0 65 5 60 5 042 75 55 0 60 5 63 5 69 0 64 5 61 5 56 0 048 75 57 5 63 0 67 5 71 5 65 5 60 5 54 5 060 75 58 5 62 5 67 5 69 0 64 5 61 5 56 0 CHARGING SUBCOOLING TXV TYPE EXPANSION DEVICE UNIT SIZE SERIES REQUIRED SUBCOOLING F 018 10 024 12 030 11 036 10 042 11 048 11 060 12 09797777 96706792 492 92 8l SNOISN3MIG 326 LINN INNININIIN NI XIV 53214 2 SLNOHDONY NMOGITL 8 8 NNOD INIT QD 1 1 i i 3 2 4 NNOD INIT 010911 N 8 E 10032089 8 1 L HITA J10H 8 1 NNOO 414409 YIMOd 1313 SAN NOH 8 1
47. 024A 0 99 0 93 315 A J AV066135 CNPH 6024A 0 98 0 95 315 A J AV066135 CNPV 6024A 0 98 0 95 315 A J AV066135 CSPH 6012A 0 99 0 93 315 A J AV066135 CAP 6024A 0 99 0 93 315 A J AV066155 CNPH 6024A 0 99 0 93 315 A J AV066155 CNPV 6024A 0 99 0 93 315 A J AV066155 CSPH 6012A 0 99 0 93 315 A J AV066155 NOTE When the required data falls between the published data interpolation may be performed Extrapolation is not an acceptable practice Detailed cooling capacities are based on indoor and outdoor unit at the same elevation per ARI standard 210 240 94 If additional tubing length and or indoor unit is located above outdoor unit a slight variation in capacity may occur t Total and sensible capacities are net capacities Blower motor heat has been subtracted Sensible capacities shown are based on 80 F 27 C entering air at the indoor coil For sensible capacities at other than 80 F 27 C deduct 835 Btuh 245 kW per 1000 CFM 480 L S of indoor coil air for each degree below 80 F 27 C or add 835 Btuh 245 kW per 1000 CFM 480 L S of indoor coil air per degree above 80 F 27 C System kw is total of indoor and outdoor unit kilowatts Tt At TVA rating indoor condition 75 F edb 63 F ewb All other indoor air temperatures are at 80 F edb EWB Entering Wet Bulb 24 HEAT PUMP HEATING PERFORMANCE OUTDOOR COIL ENTERING AIR TEMPERATURES deg F
48. 1 32 25 3 72 42 58 38 75 3 85 48 50 48 50 4 02 52 26 52 26 4 12 53 93 53 93 4 15 1800 21 28 19 58 3 39 26 01 23 90 3 49 31 03 28 29 3 60 36 75 32 64 3 74 42 83 38 98 3 86 48 16 48 16 4 01 49 40 49 40 4 02 50 74 50 74 4 04 1400 19 98 18 39 3 42 24 76 22 75 3 57 29 75 27 42 3 72 35 19 31 25 3 88 41 42 37 69 4 08 48 00 48 00 4 26 54 51 54 51 4 49 58 18 58 18 4 60 75 1600 20 37 18 74 3 47 25 14 23 10 3 60 30 19 27 53 3 73 35 69 31 70 3 88 42 01 38 22 4 04 48 14 48 14 4 21 53 06 53 06 4 36 54 85 54 85 4 40 1800 20 76 19 10 3 53 25 53 23 46 3 64 30 60 27 90 3 77 36 15 32 11 3 90 42 46 38 64 4 04 48 15 48 15 4 20 50 73 50 73 4 26 52 17 52 17 4 28 Heating Indoor Model Capacity Power Furnace Model Heating Indoor Model Capacity Power Furnace Model FY4ANF048 1 00 1 00 CAP 4821A 1 00 0 99 355AAV060080 FV4BNB006 0 95 0 89 6021 0 95 0 94 355AAV060080 FV4BNF005 0 98 0 94 CNPH 4821A 1 00 1 00 355AAV060080 FX4CN B F 048 0 98 0 94 CNPH 6024A 0 95 0 93 355AAV060080 FX4CN B F 060 0 91 0 87 CNPV 4821A 1 00 1 00 355AAV060080 FY4ANB060 0 93 0 95 CSPH 4812A 1 00 0 99 355AAV060080 CAP 4817A 0 99 0 97 CSPH 6012A 0 95 0 92 355AAV060080 CAP 4821A 1 01 0 99 CAP 4821A 0 99 0 98 355AAV060100 CAP 4824A 1 01 0 99 CAP 6021A 0 95 0 94 355AAV06010
49. 1 2 92 62 22 50 20 46 1 66 21 42 19 93 1 86 20 30 19 36 2 09 19 14 18 75 2 34 17 96 17 96 2 62 16 82 16 82 2 92 57 21 73 21 73 1 66 20 87 20 87 1 86 19 96 19 96 2 09 19 00 19 00 2 34 17 96 17 96 2 62 16 82 16 82 2 92 72 27 42 14 42 1 69 26 13 13 93 1 90 24 76 13 42 2 12 24 27 18 23 2 06 21 80 12 33 2 65 20 12 11 72 2 94 67 25 09 18 20 69 23 88 17 68 1 90 22 60 17 15 2 12 21 27 16 60 2 37 19 84 16 01 2 65 18 29 15 38 2 95 800 63 23 37 17 58 69 22 22 17 07 1 90 21 02 16 52 2 13 19 76 15 96 2 38 18 41 15 37 2 65 16 96 14 73 2 95 62 22 96 21 88 69 21 86 21 30 1 90 20 72 20 69 2 13 19 67 19 67 2 38 18 57 18 57 2 65 17 37 17 37 2 95 57 22 57 22 57 69 21 66 21 66 1 90 20 70 20 70 2 13 19 67 19 67 2 38 18 57 18 57 2 65 17 37 17 37 2 95 72 27 75 15 01 73 26 42 14 51 1 93 26 10 14 39 1 86 24 55 13 82 2 09 22 87 13 22 2 36 20 25 12 28 2 98 67 25 40 19 19 73 2416 18 68 1 93 22 85 18 13 2 16 21 48 17 57 2 41 20 02 16 97 2 69 18 43 16 31 2 98 900 63 23 68 18 52 73 22 50 17 99 1 93 21 26 17 44 2 16 19 97 16 87 2 41 18 59 16 26 2 69 1711 15 60 2 99 62 23 36 23 12 73 22 32 22 31 1 93 21 30 21 30 2 16 20 23 20 23 2 41 19 07 19 07 2 69 17 81 17 81 2 99 57 23 27 23 27 73 2231 22 31 1 93 21 30 21 30 2 16 20 23 20 23 2 41 19 07 19 07 2 69 17 81 17 81 2 99
50. 125 Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total CFM EWB MBtuht System MBtuht System MBtuht System MBtuht System MBtuht System MBtuht System Total Senst KW Total Senst KW Total Senst KW Total Senst KW Total Senst KW Total Senst KW 72 20 64 10 54 1 23 19 61 10 14 1 39 18 55 9 74 1 56 17 47 9 33 1 76 16 33 8 90 1 97 15 11 8 45 2 22 67 18 78 13 08 1 25 17 82 12 66 1 40 16 83 12 24 1 58 15 83 11 82 1 77 14 77 11 38 1 99 13 63 10 91 2 24 525 63 17 40 12 62 1 26 16 51 12 21 1 42 15 58 11 79 1 59 14 63 11 36 1 79 13 63 10 91 2 01 12 56 10 44 2 25 62 17 05 15 58 1 26 16 18 15 14 1 42 15 29 14 69 1 59 14 39 14 21 1 79 13 52 13 52 2 01 12 66 12 66 2 25 57 16 48 16 48 1 27 15 79 15 79 1 42 15 07 15 07 1 60 14 32 14 32 1 79 13 52 13 52 2 01 12 66 12 66 2 25 72 21 01 11 02 1 25 19 93 10 62 1 41 18 83 10 20 1 59 17 71 9 79 1 78 16 54 9 36 2 00 15 27 8 90 2 24 67 19 12 13 88 1 27 18 12 13 46 1 43 17 10 13 03 1 60 16 05 12 60 1 80 14 96 12 15 2 02 13 79 11 68 2 26 600 63 17 74 13 38 1 29 16 80 12 96 1 44 15 84 12 538 1 62 14 85 12 09 1 81 13 82 11 68 2 04 12 72 11 15 2 28 62 17 42 16 67 1 29 16 53 16 19 1 45 15 64 15 64 1 62 14 84 14 84 1 81 14 00 14 00 2 03 13 09 13 09 2 27 57 17 14 17 44 1 29 16 40 16 40 1 45 15 64 15 64 1 62 14 84 14 84 1 81 14
51. 14 400 2 60 8 4 315 A J AV036070 CSPH 3012A 23 000 TDR amp TXV 14 00 11 70 22 800 3 68 14 400 2 62 8 5 315 A J AV048090 CSPH 3012A 23 000 TDR amp TXV 14 00 11 70 22 800 3 68 14 400 2 62 8 5 315 A J AV060110 CSPH 3012A 23 000 TDR amp TXV 14 00 11 70 22 800 3 68 14 400 2 62 8 5 315 A J AV066135 CSPH 3012A 23 000 TDR amp TXV 14 00 11 70 22 800 3 68 14 400 2 62 8 5 315 A J AV066155 CSPH 3012A 23 000 TDR amp TXV 14 00 11 70 22 800 3 66 14 400 2 60 8 5 355AAV042040 CSPH 3012A 23 000 TDR amp TXV 14 00 11 70 22 800 3 66 14 400 2 60 8 5 355AAV042060 CSPH 3012A 23 000 TDR amp TXV 14 00 11 70 22 800 3 66 14 400 2 60 8 5 355AAV042080 CSPH 3012A 23 000 TDR amp TXV 14 00 11 70 22 800 3 66 14 400 2 60 8 5 355AAV060080 CSPH 3012A 23 000 TDR amp TXV 14 00 11 70 22 800 3 68 14 400 2 62 8 5 355AAV060100 CSPH 3012A 23 000 TDR amp TXV 14 00 11 70 22 800 3 64 14 400 2 60 8 4 355AAV060120 CSPH 3012A 23 000 TXV 13 00 10 60 23 200 3 56 15 200 2 52 8 3 FY4ANF030 29 200 TDR amp TXV 13 00 10 10 31 800 3 46 21 200 2 56 8 3 FF1ENP030 29 000 TDR amp TXV 13 00 10 00 31 800 3 42 21 200 2 54 8 2 FF1ENP036 29 600 TDR amp TXV 13 00 10 20 32 000 3 48 21 400 2 58 8 3 030 FV4BNF002 29 600 TDR amp TXV 14 00 11 00 31 000 3 56 20 600 2 66 8 4 FV4BNF003 29 800 TDR amp TXV 14 00 11 20 30 800 3 56 20 400 2 68 8 5 FV4BNF005 30 600 TDR amp TXV 14 00 11 60 30 800 3 80 20 600 2 78 8 9 FX4CN B F 036 30 000 TDR amp TXV 14 00 10 90 31 600 3 64 21 000 2 68 8 6
52. 15 200 2 52 8 5 CNPV 3014A 23 000 TDR amp TXV 14 00 11 70 23 000 3 66 14 400 2 60 8 4 315 A J AV036070 CNPV 3014A 23 000 TXV 13 00 10 60 23 400 3 56 15 200 2 52 8 3 CNPV 3017A 23 000 TDR amp TXV 14 00 11 70 23 000 3 70 14 300 2 62 8 5 315 A J AV048090 CNPV 3017A 23 000 TDR amp TXV 14 00 11 70 23 000 3 68 14 300 2 62 8 5 355AAV042060 CNPV 3017A 23 000 TXV 13 00 10 60 23 400 3 56 15 200 2 52 8 3 CSPH 2412A 22 600 TDR amp TXV 14 00 11 60 23 400 3 70 14 400 2 60 8 5 315 A J AV036070 CSPH 2412A 22 600 TDR amp TXV 14 00 11 70 23 400 3 74 14 400 2 62 8 6 315 A J AV048090 CSPH 2412A 22 600 TDR amp TXV 14 00 11 50 23 400 3 72 14 500 2 60 8 5 315 A J AV060110 CSPH 2412A 22 600 TDR amp TXV 14 00 11 70 23 400 3 74 14 500 2 60 8 6 315 A J AV066135 CSPH 2412A 22 600 TDR amp TXV 14 00 11 70 23 400 3 74 14 400 2 62 8 6 315 A J AV066155 CSPH 2412A 22 600 TDR amp TXV 14 00 11 50 23 400 3 72 14 500 2 60 8 5 355AAV042040 CSPH 2412A 22 600 TDR amp TXV 14 00 11 70 23 400 3 72 14 400 2 60 8 5 355AAV042060 CSPH 2412A 22 600 TDR amp TXV 14 00 11 50 23 400 3 74 14 500 2 60 8 5 355AAV042080 CSPH 2412A 22 600 TDR amp TXV 14 00 11 60 23 400 3 72 14 400 2 60 8 5 355AAV060080 CSPH 2412A 22 600 TDR amp TXV 14 00 11 70 23 400 3 74 14 500 2 62 8 6 355AAV060100 CSPH 2412A 22 600 TDR amp TXV 14 00 11 50 23 400 3 70 14 400 2 58 8 5 355AAV060120 CSPH 2412A 22 800 TXV 13 00 10 60 24 200 3 68 15 200 2 54 8 5 CSPH 3012A 23 000 TDR amp TXV 14 00 11 70 22 800 3 64
53. 17A 355AAV060120 CNPH 3017A 096 355AAV060120 CSPH 2412A 355AAV060120 CSPH 3012A 355AAV060120 BLN a olo wo 2 31 26 HEAT PUMP HEATING PERFORMANCE CONTINUED INDOOR AIR OUTDOOR COIL ENTERING AIR TEMPERATURES deg F 3 7 17 27 37 47 57 67 Capacity Total Capacity MBtuh Sys MBtuh Total Sys Capacity MBtuh Total Sys Capacity MBtuh EDB CFM Total Sys Capacity MBtuh Total Sys Capacity MBtuh Total Sys Capacity MBtuh Total Sys Capacity MBtuh Total Sys tem KWt tem KWt In tem In teg KWt teg In teg In Total teg Total Total Total 875 1279 11 76 2 08 16 02 14 72 2 19 19 46 17 75 2 30 23 12 20 54 Kwt 213ANA030 A Outdoor Section With FY4ANF030 Indoor Section 2 42 tem KWt tem KWt tem KWt tem KWt In teg In teg In teg In Total teg Total Total Total 27 25 24 80 2 57 31 79 31 79 2 75 37 07 37 07 2 98 42 79 42 79 3 20 65 1000 13 05 12 01 2 10 16 31 14 98 2 20 19 78 18 03 2 30 23 49 20 86 2 40 27 71 25 21 2 54 32 34 32 34 2 70 37 78 37 78 2 90 43 34 43 34 3 08 1125 13 29 12 23 2 13 16 56 15 22 2 21 20 05 18 28 2 30 23 81 21 14 2 40 28 06 25 54 2 52 32 80 32 80 2 67
54. 19 45 2 72 25 17 22 35 2 84 29 67 27 00 2 98 34 85 34 85 3 14 39 73 39 73 3 28 44 72 44 72 3 45 75 1200 13 65 12 55 2 53 17 42 16 01 2 63 21 37 19 49 2 73 25 56 22 70 2 84 30 16 27 44 2 97 35 37 35 37 3 09 39 94 39 94 3 22 44 67 44 67 3 36 1350 13 93 12 82 2 57 17 72 16 28 2 66 21 71 19 79 2 75 25 92 23 02 2 85 30 58 27 82 2 97 35 60 35 60 3 07 39 93 39 93 3 18 44 35 44 35 3 31 Heating mdoor Capacity Power Capacity Power J J J J J J See note on pg 31 J J J J 28 HEAT PUMP HEATING PERFORMANCE CONTINUED 29 INDOOR AIR OUTDOOR COIL ENTERING AIR TEMPERATURES deg F 3 7 17 27 37 47 57 67 Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total
55. 2 906 9 JE SP 91 0 o o X Y 060 12 8 5 2 X 91 5 ZE X 81 5 ZE 681 291 91 8 5 SL 2 1 9U L 2 u9L EL 811 8 L 6 91 6 9 B S 91 1 ez o X Y vaovelz 91 1 9E X 8 1 92 X 8 1 92 691 91 NT wb E OL abst OL 2 1 n9L EL 2 aotret 8 1 L 48 16 L2 iE If 0 0 o x Y 910veiz HX MX 7 SNOISNAWIO IH9I3M SOLLSIH3 d N y H 9 3 a 531935 LINN 9NlddIHS 9NlddIHS 9NLLVH3dO 19313 SNOISNAWIG 200S0V 6 9 88 971 921 0 vee ds 1 W40 LY s 02 HIV 1 HOOQNI Gasva 810 V8LOVNVE kz VO OVNHELC CVOJNVVA V9 0VNHELC CVOJNVTAJ VcVOVNVELC V8vOVNVELS 0908NVT AJ VO9OVNVE 2 133HS HOM LNIOd VNVELC Q31VH93 NI LINN 5501 1V3H COMBINATION RATINGS ARI Standard Ratings
56. 2 19 3 52 47 15 47 15 3 66 52 04 52 04 3 81 1225 16 54 15 21 2 96 20 69 19 02 3 09 25 13 22 91 3 23 29 85 26 51 3 39 35 03 31 88 3 57 41 04 41 04 3 78 46 60 46 60 3 95 52 13 52 13 417 75 1400 16 89 15 54 3 00 21 08 19 37 3 12 25 53 23 28 3 24 30 29 26 90 3 38 35 58 32 38 3 55 41 57 41 57 3 72 46 84 46 84 3 88 52 10 52 10 4 06 1575 17 21 15 83 3 05 21 41 19 67 3 16 25 90 23 62 3 27 30 67 27 24 3 40 36 15 32 90 3 56 41 81 41 81 3 69 46 84 46 84 3 84 51 83 51 83 3 99 Heating Indoor Model Capacity Power Furnace Model Heating Indoor Model Capacity Power Furnace Model FY4ANF042 1 00 1 00 CAP 4224A 0 98 1 01 355AAV042040 FV4BNB006 0 94 0 90 4824 0 98 0 96 355 042040 FV4BNF003 0 98 1 01 CNPH 4221A 0 98 0 99 355AAV042040 FV4BNF005 0 96 0 93 CNPH 4821A 0 99 0 97 355AAV042040 FX4CN B F 042 1 00 0 96 CNPV 4824A 0 98 0 96 355AAV042040 FX4CN B F 048 0 95 0 89 CSPH 4212A 0 99 0 97 355AAV042040 FY4ANF048 0 98 0 97 CSPH 4812A 0 99 0 96 355AAV042040 CAP 4221A 1 01 1 02 CAP 4817A 0 96 0 94 355 042060 CAP 4224A 1 01 1 02 CNPH 4221A 0 98 0 99 355AAV042060 CAP 4817A 0 98 0 95 CNPH 4821A 0 99 0 96 355AAV042060 CAP 4821A 1 00 0 98 CSPH 4212A 0 99 0 97 355AAV042060 CAP 4824A 1 00 0 98 CSPH 4812A 0 98 0 94 355AAV042060 CNPF 4818A 1 00 0 99 CAP 4221A 0 99 1 02 355
57. 2 4 31 35 82 30 25 4 75 32 96 29 06 5 23 1575 63 42 44 33 06 3 20 40 35 32 13 3 53 38 16 31 15 3 89 35 87 30 14 4 30 33 43 29 06 4 74 30 78 27 86 5 23 62 41 88 41 27 3 20 39 96 39 96 3 53 38 15 38 15 3 89 36 24 36 24 4 30 34 17 34 17 4 74 31 87 31 87 5 23 57 41 65 41 65 3 20 39 96 39 96 3 53 38 15 38 15 3 89 36 24 36 24 4 30 34 18 34 18 4 74 31 87 31 87 5 23 Cooling Indoor Model Capacity Power Furnace Model Cooling Indoor Model Capacity Power Furnace Model FY4ANF042 1 00 1 00 CAP 4224A 0 98 0 92 355AAV042040 FV4BNB006 1 05 0 88 4824 1 00 0 94 355AAV042040 FV4BNF003 0 99 0 89 4221 0 99 0 92 355AAV042040 FV4BNF005 1 04 0 89 4821 1 00 0 93 355AAV042040 FX4CN B F 042 1 02 0 95 CNPV 4824A 1 00 0 93 355AAV042040 FX4CN B F 048 1 05 0 93 CSPH 4212A 0 98 0 91 355AAV042040 FY4ANF048 1 02 1 01 CSPH 4812A 1 00 0 93 355AAV042040 CAP 4221A 0 99 0 99 CAP 4817A 0 99 0 91 355AAV042060 CAP 4224A 0 99 0 99 CNPH 4221A 0 99 0 91 355AAV042060 CAP 4817A 1 00 0 97 CNPH 4821A 1 00 0 92 355AAV042060 CAP 4821A 1 01 0 99 CSPH 4212A 0 99 0 91 355AAV042060 CAP 4824A 1 01 0 99 CSPH 4812A 1 00 0 92 355AAV042060 CNPF 4818A 1 00 0 99 CAP 4221A 0 98 0 93 355AAV042080 CNPH 4221A 1 00 1 00 CAP 4821A 1 00 0 91 355AAV042080 CNPH 4821A 1 01 0 99 CNPH 4221A 0 99 0 93 355AAV042080 CNPV 4221A 0 99 0 99 CNPH 4821A 1 00 0 94 355AAV042080 CNPV 4821A 1 01 0 99 CNPV 4221A 0 99 0 93 355AAV042080 CNPV
58. 20 CSPH 4812A 41 000 TXV 13 00 10 70 42 000 3 68 26 400 2 52 8 4 FY4ANF048 46 500 TDR amp TXV 13 00 10 8 48 500 3 60 30 800 2 58 8 3 FV4BNB006 48 000 TDR amp TXV 14 00 12 50 46 000 3 86 29 400 2 78 8 8 FV4BNF005 47 000 TDR amp TXV 14 00 12 20 47 500 3 78 29 400 2 72 8 6 FX4BNB060 47 500 TDR amp TXV 13 00 11 20 45 000 3 52 30 800 2 62 8 4 FX4BNF048 46 500 TDR amp TXV 13 00 11 10 48 500 3 60 30 800 2 58 8 3 FX4CN B F 048 47 500 TDR amp TXV 14 00 11 70 47 500 3 78 30 000 2 70 8 6 FX4CN B F 060 48 000 TDR amp TXV 14 00 12 00 44 000 3 74 30 000 2 76 8 7 FY4ANB060 47 500 TDR amp TXV 13 50 11 00 45 000 3 52 30 800 2 62 8 4 CAP 4817A 45 000 TDR amp TXV 14 00 11 50 47 500 3 70 29 800 2 62 8 4 315 A J AV048090 4817 45 000 TXV 13 00 10 80 48 000 3 66 30 200 2 60 8 4 CAP 4821A 45 500 TDR amp TXV 14 00 11 50 48 000 3 68 29 600 2 62 8 4 315 A J AV060110 4821 45 500 TDR amp TXV 14 00 11 50 48 500 3 62 29 800 2 58 8 3 355AAV060080 CAP 4821A 45 500 TDR amp TXV 14 00 11 50 48 000 3 64 29 600 2 60 8 3 355AAV060100 CAP 4821A 46 000 TXV 13 00 10 80 49 000 3 68 30 400 2 60 8 4 CAP 4824A 45 500 TDR amp TXV 14 00 11 70 48 000 3 70 29 400 2 64 8 5 315 A J AV066135 4824 46 000 TDR amp TXV 14 00 11 50 48 000 3 74 29 400 2 66 8 5 315 A J AV066155 048 A 4824 45 500 TDR amp TXV 14 00 11 50 48 000 3 64 29 600 2 60 8 3 355AAV060120 CAP 4824A 46 000 TXV 13 00 10 80 49 000 3 68 30 400 2 60 8 4 CAP 6021A 45 500 TDR am
59. 20 48 26 27 57 4 64 44 97 26 39 5 12 41 36 25 11 5 64 67 52 10 39 48 3 44 49 59 38 45 3 80 46 94 37 35 4 20 44 13 36 19 4 64 41 13 34 96 5 12 37 84 33 60 5 64 1800 63 48 58 38 09 3 44 46 22 37 05 3 80 43 74 35 94 4 20 4111 34 78 4 64 38 30 33 54 5 12 35 25 32 17 5 64 62 47 96 47 60 3 44 45 90 45 90 3 80 43 85 43 85 4 20 41 66 41 66 4 64 39 30 39 30 5 12 36 65 36 65 5 64 57 47 82 47 82 3 44 45 90 45 90 3 80 43 86 43 86 4 20 41 67 41 67 4 64 39 30 39 30 5 12 36 65 36 65 5 64 Cooling Indoor Model Capacity Power Furnace Model Cooling Indoor Model Capacity Power Furnace Model FY4ANF048 1 00 1 00 4821 0 98 0 92 355AAV060080 FB4BNB070 1 02 0 99 CAP 6021A 0 98 0 90 355AAV060080 FV4BNB006 1 03 0 89 4821 0 96 0 90 355AAV060080 FV4BNF005 1 01 0 89 CNPH 6024A 1 00 0 94 355AAV060080 FX4CN B F 048 1 02 0 94 CNPV 4821A 0 98 0 92 355AAV060080 FX4CN B F 060 1 03 0 93 CSPH 4812A 0 98 0 92 355AAV060080 FY4ANB060 1 02 1 00 CSPH 6012A 1 00 0 92 355AAV060080 4817 0 97 0 97 4821 0 98 0 92 355AAV060100 CAP 4821A 0 99 0 99 CAP 6021A 0 98 0 90 355AAV060100 4824 0 99 0 99 4821 0 96 0 90 355AAV060100 CAP 6021A 0 99 0 99 CNPH 6024A 1 00 0 92 355AAV060100 CAP 6024A 1 01 1 01 CNPV 4821A 0 98 0 92 355AAV060100 CNPF 4818A 0 97 0 97 CSPH 4812A 0 98 0 92 355AAV060100 4821 0 97 0 97 CSPH 6012A 1 00 0 92 355AAV060100 CNP
60. 21A 0 98 097 315 A J AV060110 CNPV 4821A 0 98 0 95 355AAV060100 CNPV 4821A 0 98 094 315 060110 CSPH 4212A 0 99 0 96 355 060100 5 4212 0 98 094 315 060110 CSPH 4812A 0 98 0 94 355 060100 CSPH 4812A 0 98 0 93 315 A J AV060110 4224 0 98 0 99 355AAV060120 CAP 4224A 0 98 0 98 315 A J AV066135 4824 0 98 0 95 355 060120 CAP 4824A 0 98 093 315 A J AV066135 4221 0 98 0 98 355 060120 CNPH 4221A 0 98 097 315 A J AV066135 CNPH 4821A 0 98 0 95 355AAV060120 CNPH 4821A 0 98 0 98 315 A J AV066135 CNPV 4824A 0 98 0 95 355AAV060120 CNPV 482AA 0 98 093 315 A J AV066135 CSPH 4212A 0 99 0 96 355AAV060120 CSPH 4212A 0 98 0 98 315 A J AV066135 CSPH 4812A 0 98 0 94 355AAV060120 CSPH 4812A 0 98 0 92 315 A J AV066135 CAP 4224A 0 98 0 98 315 A J AV066155 4824 0 98 0 93 315 A J AV066155 See note on pg 31 CNPH 4221A 0 98 0 97 315 A J AV066155 CNPH 4821A 0 98 0 93 315 A J AV066155 4824 0 98 0 93 315 A J AV066155 CSPH 4212A 0 98 0 94 315 A J AV066155 CSPH 4812A 0 98 0 93 315 A J AV066155 HEAT PUMP HEATING PERFORMANCE CONTINUED
61. 3 48 20 400 2 64 8 3 315 A J AV048090 CNPV 3617A 29 200 TDR amp TXV 14 00 10 90 30 800 3 44 20 400 2 62 8 2 355AAV042060 CNPV 3617A 29 600 TXV 13 00 10 10 32 000 3 48 21 400 2 58 8 3 CNPV 3621A 29 400 TDR amp TXV 14 00 11 00 30 800 3 50 20 600 2 64 8 3 315 A J AV060110 CNPV 3621A 29 400 TDR amp TXV 14 00 10 90 30 800 3 46 20 400 2 62 8 3 355AAV042080 CNPV 3621A 29 400 TDR amp TXV 14 00 10 90 30 800 3 46 20 600 2 62 8 3 355AAV060080 CNPV 3621A 29 400 TDR amp TXV 14 00 11 00 30 800 3 48 20 400 2 62 8 3 355AAV060100 CNPV 3621A 29 600 TXV 13 00 10 10 32 000 3 48 21 400 2 58 8 3 CSPH 3012A 29 200 TDR amp TXV 13 50 10 90 31 000 3 46 20 600 2 62 8 3 315 A J AV036070 CSPH 3012A 29 200 TDR amp TXV 14 00 11 00 30 800 3 48 20 600 2 64 8 3 315 A J AV048090 CSPH 3012A 29 200 TDR amp TXV 14 00 11 00 31 000 3 50 20 600 2 64 8 3 315 A J AV060110 See note on pg 17 D COMBINATION RATINGS CONTINUED ARI Standard Ratings Unit Cooling Cooling Heating Size Indoor Model i Low Capacity Factory Standard SEER pep High Temp T Furnace Model Enhance Rating TOR Capacity Capacity CSPH 3012A 29 200 TDR amp TXV 14 00 11 00 30 800 350 20600 264 8 8 315 A J
62. 315 A J AVO36070 CAP 2417A 0 96 0 91 315 A J AVO48090 CNPH 2417A 0 96 0 91 315 A J AVO48090 CNPV 2417A 0 96 0 90 315 A J AVO48090 CSPH 2412A 0 96 0 90 315 A J AVO48090 CNPH 2417A 0 96 0 91 355 042040 CSPH 2412A 0 96 0 91 355AAV042040 CAP 2417A 0 96 0 92 355AAV042060 CNPH 2417A 0 96 0 91 355AAV042060 CNPV 2417A 0 96 0 91 355AAV042060 CSPH 2412A 0 96 0 91 355AAV042060 CNPH 2417A 0 96 0 90 355AAV042080 CSPH 2412A 0 96 0 90 355AAV042080 See note on pg 31 25 HEAT PUMP HEATING PERFORMANCE CONTINUED INDOOR AIR OUTDOOR COIL ENTERING AIR TEMPERATURES deg F 3 7 17 27 37 47 57 67 Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total EDB MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys In tem In tem In tem In tem In tem In tem In tem In tem Total teg Total teg Total teg KWt Total teg Total teg Total teg KWt Total teg Total teg 213ANA024 A Outdoor Section With FY4ANF024 Indoor Section 700 9 58 8 82 1 52 11 98 11 01 1 59 14 58 13 29 1 66 17 51 15 56 1 75 20 82 18 94 1 86 24 20 24 20 1 96 27 14 27 14 2 06 30 15 30 15 2 17 65 800 9 77 8 99 1 54 12 49 11 20 1 60 14 81 13 51 1 66 17
63. 38 7 9 CNPV 3621A 33 600 TDR amp TXV 13 50 11 20 34 400 3 48 21 000 2 44 8 0 315 A J AV060110 CNPV 3621A 33 200 TDR amp TXV 13 50 11 00 34 400 3 40 21 000 2 40 7 8 355AAV042080 CNPV 3621A 33 200 TDR amp TXV 13 50 11 20 34 400 3 44 21 000 2 42 7 9 355AAV060080 CNPV 3621A 33 400 TDR amp TXV 13 50 11 20 34 400 3 46 21 000 2 42 7 9 355AAV060100 CNPV 3621A 33 400 TXV 13 00 10 50 35 600 3 44 22 000 2 38 7 9 CNPV 4221A 33 800 TDR amp TXV 14 00 11 70 34 400 3 60 20 800 2 52 8 2 315 A J AV060110 CNPV 4221A 33 400 TDR amp TXV 14 00 11 50 34 400 3 54 21 000 2 48 8 1 355AAV042080 036 CNPV 4221A 33 600 TDR amp TXV 14 00 11 50 34 600 3 56 21 000 2 48 8 1 355AAV060080 CNPV 4221A 33 600 TDR amp TXV 14 00 11 50 34 400 3 58 21 000 2 50 8 2 355AAV060100 CNPV 4221A 33 800 TXV 13 00 10 60 35 800 3 54 22 000 2 42 8 1 CSPH 3612A 33 400 TDR amp TXV 14 00 11 50 34 600 3 58 21 200 2 48 8 2 315 A J AV036070 CSPH 3612A 33 400 TDR amp TXV 14 00 11 50 34 600 3 62 21 000 2 50 8 2 315 A J AV048090 CSPH 3612A 33 400 TDR amp TXV 14 00 11 50 34 600 3 64 21 200 2 52 8 3 315 A J AV060110 CSPH 3612A 33 400 TDR amp TXV 14 00 11 50 34 600 3 64 21 000 2 52 8 3 315 A J AV066135 CSPH 3612A 33 400 TDR amp TXV 14 00 11 70 34 600 3 66 21 000 2 54 8 3 315 A J AV066155 CSPH 3612A 33 400 TDR amp TXV 13 50 11 20 34 600 3 56 21 200 2 48 8 1 355AAV042040 CSPH 3612A 33 400 TDR amp TXV 14 00 11 50 34 600 3 60 21 200 2 50 8 2 355AAV042060 CSPH 3612A 33 400 TDR amp TXV 13 50
64. 400 2 38 7 9 355AAV042080 CSPH 2412A 17 400 TXV 13 00 10 80 17 800 3 50 11 000 2 32 7 8 FY4ANF024 22 600 TDR amp TXV 13 00 10 50 24 000 3 54 15 000 2 48 8 2 FF1ENP024 22 800 TDR amp TXV 13 00 10 70 24 000 3 56 15 200 2 46 8 2 FF1ENP030 22 800 TDR amp TXV 13 00 10 40 24 200 3 56 15 100 2 48 8 0 FV4BNF002 23 200 TDR amp TXV 14 00 11 70 23 200 3 80 14 400 2 66 8 5 FV4BNF003 23 400 TDR amp TXV 14 00 12 00 23 000 3 78 14 300 2 66 8 5 4 24 23 000 TDR amp TXV 14 00 11 40 23 800 3 72 14 600 2 60 8 3 FX4CNF030 23 400 TDR amp TXV 14 00 11 70 23 600 3 84 14 600 2 66 8 5 FY4ANF030 23 000 TDR amp TXV 13 20 10 60 24 000 3 64 15 100 2 52 8 4 CAP 2414A 22 600 TDR amp TXV 14 00 11 50 23 400 3 62 14 300 2 58 8 3 315 A J AV036070 CAP 2414A 22 800 TXV 13 00 10 50 24 400 3 60 15 100 2 50 8 3 024 CAP 2417A 22 800 TDR amp TXV 14 00 11 70 23 400 3 66 14 300 2 60 8 4 315 A J AVO48090 CAP 2417A 22 800 TDR amp TXV 14 00 11 70 23 400 3 64 14 300 2 58 8 4 355AAV042060 CAP 2417A 22 800 TXV 13 00 10 50 24 400 3 60 15 100 2 50 8 3 CAP 3014A 23 000 TDR amp TXV 14 00 11 70 23 000 3 64 14 400 2 60 8 4 315 A J AV036070 CAP 3014A 23 000 TXV 13 00 10 60 23 400 3 56 15 200 2 52 8 3 CAP 3017A 23 000 TDR amp TXV 14 00 11 70 23 000 3 68 14 300 2 62 8 5 315 A J AV048090 CAP 3017A 23 000 TDR amp TXV 14 00 11 70 23 000 3 68 14 300 2 62 8 5 355AAV042060 CAP 3017A 23 000 TXV 13 00 10 60 23 400 3 56 15 200 2 52 8 3 CNPF 2418A 22 800 TXV 13 00 10 50 24
65. 4812A 0 99 0 96 315 A J AV066135 CSPH 6012A 0 95 0 90 315 A J AV066135 4824 0 99 0 96 315 A J AV066155 6024 0 95 0 92 315 A J AV066155 CNPH 4821A 0 99 0 96 315 A J AV066155 CNPH 6024A 0 95 0 91 315 A J AV066155 4824 0 99 0 96 315 A J AV066155 CNPV 6024A 0 95 0 91 315 A J AV066155 CSPH 4812A 0 99 0 95 315 A J AV066155 CSPH 6012A 0 95 0 90 315 A J AVO66155 HEAT PUMP HEATING PERFORMANCE CONTINUED OUTDOOR COIL ENTERING AIR TEMPERATURES deg F INDOOR AIR 3 7 17 27 37 47 57 67 Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total EDB MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys In tem In tem In tem In tem In tem In tem In tem In tem Total teg Total teg Total teg KWt Total teg KWt Total teg Total teg KWt Total teg teg 213ANA060 A Outdoor Section With FY4ANF060 Indoor Section 1750 25 07 23 07 3 86 30 90 28 40 4 00 37 17 33 89 4 16 43 81 38 91 4 34 51 11 46 51 4 54 59 85 59 85 4 79 68 95 68 95 5 02 78 00 78 00 5 31 65 2000 25 62 23 57 3 93 31 49 28 94 4 06 37 79 34 45 4 20 44 447 39 50 4 36 51 96 47 28 4 54 60 88 60 88 4 74 69 47 69 47 4 95 78 33 78 33 5 20 2250 26 13 24 04 4 01 32 03 29 44
66. 60 8 5 315 A J AV066135 4821 41 000 TDR amp TXV 14 00 11 70 41 000 3 70 25 200 2 60 8 5 315 A J AV066155 4821 40 500 TDR amp TXV 13 50 11 20 41 500 3 60 25 400 2 52 8 2 355AAV042040 CNPH 4821A 40 500 TDR amp TXV 14 00 11 30 41 500 3 62 25 400 2 56 8 3 355AAV042060 CNPH 4821A 40 500 TDR amp TXV 13 50 11 10 41 500 3 58 25 400 2 52 8 2 355AAV042080 CNPH 4821A 40 500 TDR amp TXV 14 00 11 20 41 000 3 62 25 400 2 54 8 3 355AAV060080 CNPH 4821A 40 500 TDR amp TXV 14 00 11 40 41 000 3 66 25 400 2 56 8 4 355AAV060100 CNPH 4821A 40 500 TDR amp TXV 14 00 11 40 41 000 3 64 25 200 2 56 8 3 355AAV060120 CNPH 4821A 41 000 TXV 13 00 10 60 42 000 3 64 26 400 2 52 8 3 CNPV 4221A 40 000 TDR amp TXV 14 00 11 50 41 000 3 56 25 000 2 56 8 2 315 A J AV060110 CNPV 4221A 40 000 TDR amp TXV 13 50 11 10 41 000 3 48 25 200 2 50 8 0 355AAV042080 CNPV 4221A 39 500 TDR amp TXV 14 00 11 20 41 000 3 50 25 200 2 52 8 1 355AAV060080 CNPV 4221A 40 000 TDR amp TXV 14 00 11 40 41 000 3 54 25 000 2 54 8 1 355AAV060100 CNPV 4221A 40 000 TXV 13 00 10 40 42 500 3 50 26 200 2 46 8 0 CNPV 4821A 41 000 TDR amp TXV 14 00 11 50 41 000 3 68 25 400 2 58 8 4 315 A J AVO601 10 CNPV 4821A 40 500 TDR amp TXV 13 50 11 10 41 500 3 58 25 400 2 52 8 2 355AAV042080 CNPV 4821A 40 500 TDR amp TXV 14 00 11 20 41 000 3 62 25 400 2 54 8 3 355AAV060080 CNPV 4821A 40 500 TDR amp TXV 14 00 11 40 41 000 3 66 25 400 2 56 8 4 355AAV060100 CNPV 4821A 41 000 TXV 13 00 10
67. 7A 1 02 0 99 CNPV 2417A 1 02 0 91 315 A J AVO48090 CSPH 2412A 1 02 0 99 CSPH 2412A 1 01 0 89 315 A J AV048090 FF1ENP018 1 00 1 00 2417 1 01 0 91 355AAV042040 FF1ENP024 1 02 1 00 CSPH 2412A 1 01 0 91 355AAV042040 FV4BNF002 1 04 0 91 2417 1 01 0 91 355AAV042060 FX4CNF018 1 02 0 92 CNPH 2417A 1 01 0 91 355AAV042060 FX4CNF024 1 04 0 91 CNPV 2417A 1 01 0 91 355AAV042060 FY4ANF024 1 01 1 01 CSPH 2412A 1 01 0 89 355AAV042060 CNPH 2417A 1 02 0 91 355AAV042080 CSPH 2412A 1 01 0 91 355AAV042080 See notes on pg 24 18 DETAILED COOLING CAPACITIES CONTINUED EVAPORATOR CONDENSER ENTERING AIR TEMPERATURES deg F AIR 75 85 95 105 115 125 Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total CFM EWB MBtuht System MBtuht System MBtuht System MBtuht System MBtuht System MBtuht System Total Senst KW Total Senst KW Total Senst KW Total Senst KW Total Senst KW Total Senst KW 213ANA024 A Outdoor Section With FY4ANF024 Indoor Section 72 26 97 13 80 1 66 25 72 13 32 1 86 24 41 12 81 2 09 23 03 12 29 2 34 21 54 11 73 2 61 19 91 11 13 2 91 67 24 65 17 15 1 66 23 49 16 65 1 86 22 26 16 12 2 09 20 97 15 57 2 34 19 59 15 00 2 62 18 09 14 38 2 92 700 63 22 94 16 60 1 66 21 84 16 09 1 86 20 68 15 56 2 09 19 46 15 01 2 34 18 16 14 43 2 62 16 76 13 8
68. 8 4 355AAV060120 CNPH 2417A 22 800 TXV 13 00 10 50 24 400 3 68 15 200 2 52 8 5 CNPH 3017A 23 000 TDR amp TXV 14 00 11 70 23 000 3 66 14 300 2 60 8 5 315 A J AV036070 CNPH 3017A 23 000 TDR amp TXV 14 00 11 70 23 000 3 70 14 300 2 62 8 5 315 A J AV048090 CNPH 3017A 23 000 TDR amp TXV 14 00 11 70 23 000 3 70 14 400 2 62 8 5 315 A J AVO601 10 CNPH 3017A 2 300 TDR amp TXV 14 00 11 70 23 000 3 70 14 400 2 62 8 5 315 A J AV066135 CNPH 3017A 23 000 TDR amp TXV 14 00 11 70 23 000 3 70 14 300 2 64 8 5 315 A J AV066155 CNPH 3017A 23 000 TDR amp TXV 14 00 11 70 23 000 3 68 14 400 2 62 8 5 355AAV042040 CNPH 3017A 23 000 TDR amp TXV 14 00 11 70 23 000 3 68 14 300 2 62 8 5 355AAV042060 CNPH 3017A 23 000 TDR amp TXV 14 00 11 70 23 000 3 68 14 400 2 62 8 7 355AAV042080 CNPH 3017A 23 000 TDR amp TXV 14 00 11 70 23 000 3 68 14 400 2 62 8 5 355AAV060080 CNPH 3017A 23 000 TDR amp TXV 14 00 11 70 23 000 3 70 14 400 2 62 8 5 355AAV060100 CNPH 3017A 23 000 TDR amp TXV 14 00 11 70 23 000 3 66 14 300 2 60 8 5 355AAV060120 CNPH 3017A 23 000 TXV 13 00 10 60 23 400 3 56 15 200 2 52 8 3 CNPV 2414A 22 600 TDR amp TXV 14 00 11 50 23 400 3 68 14 400 2 58 8 4 315 A J AV036070 CNPV 2414A 22 800 TXV 13 00 10 50 24 400 3 68 15 200 2 52 8 5 CNPV 2417A 22 800 TDR amp TXV 14 00 11 50 23 400 3 72 14 400 2 62 8 5 315 A J AV048090 CNPV 2417A 22 800 TDR amp TXV 14 00 11 50 23 400 3 70 14 400 2 60 8 5 355AAV042060 024 CNPV 2417A 22 800 TXV 13 00 10 50 24 400 3 68
69. AV066135 CSPH 3012A 29 200 TDR amp TXV 14 00 11 00 30 800 350 20600 264 8 3 315 A J AV066155 CSPH 3012A 29200 TDR amp TXV 13 50 10 80 31000 346 20 600 262 8 3 355AAV042040 CSPH 3012A 29 200 TDR amp TXV 14 00 10 90 30 800 346 20600 262 8 3 355AAV042060 CSPH 3012A 29 200 TDR amp TXV 13 50 10 80 31 000 348 20600 262 8 3 355AAV042080 CSPH 3012A 29 200 TDR amp TXV 14 00 10 90 31 000 348 20600 262 8 3 355AAV060080 CSPH 3012A 29 200 TDR amp TXV 14 00 10 90 31 000 348 20600 262 8 3 355AAV060100 CSPH 3012A 29 200 TDR amp TXV 14 00 11 00 30 800 346 20400 262 8 3 355AAV060120 CSPH 3012A 29 600 TXV 13 00 1020 32 200 352 21 400 258 8 4 CSPH 3612A 29 400 TDR amp TXV 14 00 11 10 30 800 358 20 600 268 85 315 A JJAVO36070 CSPH 3612A 29 400 TDR amp TXV 14 00 11 20 31 000 3 60 20 00 2 70 8 5 315 A J AV048090 CSPH 3612A 29 400 TDR amp TXV 14 00 11 20 30 800 3 62 20600 2 70 8 6 315 A J AV060110 CSPH 3612A 29400 TDR amp TXV 14 00 11 30 31 000 362 20600 2 70 8 6 315 A J AV066135 CSPH 3612A 29400 TDR amp TXV 14 00 11 30 31 000 64 20600 2 70 8 6 315 A JJAV066155 CSPH 3612A 29400 TDR amp TXV 14 00 11 10 30 800 358 20 600 2 66 8 5 355AAV042040 CSPH 3612A 29400 TDR amp TXV 14 00 11 10 30 800 358 20600 2 68 8 5 355AAV042060 CSPH 3612A
70. Capacity Total Capacity Total EDB CFM MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys MBtuh Sys Total I Total I lori Total lam Total I Total 1 Total I tom Total I jem Total 1 tem teg KWt teg teg KWt teg KWt teg teg teg KWt teg 213ANA042 A Outdoor Section With FY4ANF042 Indoor Section 1225 17 53 16 13 2 72 21 61 19 86 2 83 26 00 23 71 2 95 30 74 27 30 3 08 36 21 32 95 3 26 42 09 42 09 3 43 47 60 47 60 3 60 53 07 53 07 3 79 65 1400 17 88 16 45 2 75 21 99 20 20 2 85 26 39 24 06 2 96 31 20 27 71 3 08 36 75 33 44 3 25 42 44 42 44 3 38 47 57 47 57 3 53 52 73 52 73 3 69 1575 18 21 16 75 2 80 22 32 20 51 2 89 26 75 24 39 2 99 31 61 28 08 3 10 37 22 33 87 3 25 42 50 42 50 3 36 47 37 47 37 3 49 52 15 52 15 3 63 1225 17 06 15 69 2 84 21 17 19 45 2 96 25 58 23 32 3 09 30 29 26 90 3 23 35 68 32 47 3 42 41 58 41 58 3 60 47 11 47 11 3 77 52 62 52 62 3 98 70 1400 17 40 16 01 2 88 21 52 19 78 2 99 25 97 23 68 3 10 30 69 27 26 3 23 36 21 32 96 3 40 42 00 42 00 3 55 47 24 47 24 3 70 52 50 52 50 3 87 1575 17 74 16 32 2 92 21 88 20 11 3 02 26 32 24 00 3 12 31 11 27 63 3 24 36 68 33 38 3 40 42 49 4
71. H 6024A 1 01 1 01 CAP 4824A 0 98 0 92 355AAV060120 CNPV 4821A 0 99 0 99 CAP 6024A 1 00 0 92 355AAV060120 CNPV 4824A 0 99 0 99 CNPH 4821A 0 96 0 90 355AAV060120 CNPV 6024A 1 01 1 01 CNPH 6024A 1 00 0 92 355AAV060120 CSPH 4812A 0 99 0 99 CNPV 4824A 0 98 0 92 355AAV060120 CSPH 6012A 1 01 1 01 CNPV 6024A 1 00 0 92 355AAV060120 4817 0 97 0 91 315 A J AV048090 CSPH 4812A 0 98 0 92 355AAV060120 CNPH 4821A 0 96 0 90 315 A J AV048090 CSPH 6012A 1 00 0 92 355AAV060120 CNPH 6024A 1 00 0 92 315 A J AV048090 CSPH 4812A 0 98 0 92 315 A J AV048090 CSPH 6012A 1 00 0 92 315 A J AV048090 CAP 4821A 0 98 0 92 315 A J AV060110 CAP 6021A 0 98 0 90 315 A J AV060110 CNPH 4821A 0 96 0 90 315 A J AV060110 CNPH 6024A 1 00 0 92 315 A J AV060110 CNPV 4821A 0 98 0 92 315 A J AV060110 CSPH 4812A 0 98 0 92 315 A J AV060110 CSPH 6012A 1 01 0 93 315 A J AV060110 CAP 4824A 0 98 0 90 315 A J AVO66135 CAP 6024A 1 01 0 93 315 A J AV066135 CNPH 4821A 0 97 0 89 315 A J AV066135 CNPH 6024A 1 00 0 90 315 A J AV066135 CNPV 4824A 0 98 0 90 315 A J AV066135 CNPV 6024A 1 00 0 90 315 A J AV066135 CSPH 4812A 0 98 0 90 315 A J AV066135 CSPH 6012A 1 01 0 91 315 A J AV066135 CAP 4824A 0 99 0 93 315 A J AV066155 CAP 6024A 1 01 0 91 315 A J AV066155 CNPH 4821A 0 97 0 89 315 A J AV066155 CNPH 6024A 1 01 0 91 315 A J AV066155 CNPV 4824A 0 99 0 93 315 A J AVO66155 CNPV 6024A 1 01 0 91 315 A J AV066155 C
72. Model 213A Legacy RNC Series Heat Pump with Puron Refrigerant Sizes 018 to 060 1 1 2 5 Nominal Tons Product Data Fig 1 213A Bryant s heat pumps with Puron refrigerant provide a collection of features unmatched by any other family of equipment The 213A has been designed utilizing Bryant s Puron refrigerant The environmentally sound refrigerant allows consumers to make a responsible decision in the protection of the earth s ozone layer As an Energy Star Partner Bryant Heating amp Cooling Systems has determined that this product meets the Energy Star guidelines for energy efficiency Refer to the combination ratings in the Product Data for system combinations that meet Energy Star guidelines INDUSTRY LEADING FEATURES BENEFITS Efficiency 13 SEER 10 1 10 8 EER 7 7 8 3 HSPF nominal Microtube Technology refrigeration system Indoor air quality accessories available Sound e Sound level as low as 74 dBA Comfort e System supports Thermidistat or standard thermostat controls Reliability Puron refrigerant environmentally sound won t deplete the ozone layer and low lifetime service cost Front seating service valves Scroll compressor Internal pressure relief valve Internal thermal overload High pressure switch e Loss of charge switch Filter drier Balanced refrigeration system for maximum reliability Durability DuraGuard protection package
73. P 3621A 29 600 TDR amp TXV 14 00 11 10 30 800 3 52 20 400 2 66 8 4 315 A J AV060110 CAP 3621A 29 400 TDR amp TXV 14 00 11 00 30 800 3 50 20 600 2 64 8 3 355AAV042080 CAP 3621A 29 400 TDR amp TXV 14 00 11 00 30 800 3 50 20 400 2 64 8 3 355AAV060080 CAP 3621A 29 400 TDR amp TXV 14 00 11 10 30 800 3 50 20 400 2 64 8 3 355AAV060100 CAP 3621A 29 600 TXV 13 00 10 10 32 200 3 50 21 600 2 58 8 4 CNPF 3618A 29 600 TXV 13 00 10 10 32 000 3 48 21 400 2 58 8 3 CNPH 3017A 29 400 TDR amp TXV 13 50 10 90 30 800 3 46 20 400 2 62 8 3 315 A J AV036070 CNPH 3017A 29 400 TDR amp TXV 14 00 11 00 30 800 3 48 20 400 2 64 8 3 315 A J AV048090 CNPH 3017A 29 400 TDR amp TXV 14 00 11 00 30 800 3 48 20 400 2 64 8 3 315 A J AVO601 10 CNPH 3017A 29 400 TDR amp TXV 14 00 11 00 30 800 3 50 20 400 2 64 8 3 315 A J AV066135 CNPH 3017A 29 400 TDR amp TXV 14 00 11 10 30 800 3 50 20 400 2 64 8 3 315 A J AV066155 CNPH 3017A 29 400 TDR amp TXV 13 50 10 80 30 800 3 44 20 600 2 60 8 2 355AAV042040 CNPH 3017A 29 200 TDR amp TXV 14 00 10 80 30 800 3 44 20 600 2 62 8 2 355AAV042060 CNPH 3017A 29 400 TDR amp TXV 13 50 10 90 31 000 3 46 20 600 2 62 8 3 355AAV042080 CNPH 3017A 29 400 TDR amp TXV 14 00 10 90 30 800 3 46 20 600 2 62 8 3 355AAV060080 030 CNPH 3017A 29 400 TDR amp TXV 14 00 10 90 30 800 3 48 20 600 2 62 8 3 355AAV060100 CNPH 3017A 29 400 TDR amp TXV 14 00 11 00 30 800 3 46 20 400 2 62 8 2 355AAV060120 CNPH 3017A 29 600 TXV 13 00 10 10 32 000 3 48 21
74. SPH 4812A 0 98 0 90 315 A J AV066155 CSPH 6012A 1 01 0 91 315 A J AV066155 See notes on pg 24 23 DETAILED COOLING CAPACITIES CONTINUED EVAPORATOR CONDENSER ENTERING AIR TEMPERATURES deg F AIR 75 85 95 105 115 125 Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total Capacity Total CFM EWB MBtuht System MBtuht System MBtuht System MBtuht System MBtuht System MBtuht System Total Senst KW Total Senst KW Total Senst KW Total Senst KW Total Senst KW Total Senst KW 21 060 Outdoor Section With FY4ANF060 Indoor Section 72 71 08 36 09 4 41 67 69 34 77 4 86 64 09 33 39 5 36 60 33 31 96 5 90 56 30 30 45 6 50 51 84 28 81 7 14 67 65 19 45 05 4 36 62 05 43 69 4 81 58 73 42 27 5 30 55 30 40 82 5 85 51 61 39 29 6 44 47 57 37 62 7 09 1750 60 79 43 67 4 31 57 85 42 31 4 76 54 78 40 90 5 26 51 57 39 45 5 81 48 15 37 91 6 40 44 41 36 26 7 05 62 59 61 53 90 4 30 56 75 52 49 4 75 53 77 51 00 5 25 50 69 49 41 5 80 47 50 47 50 6 40 45 90 45 90 6 36 57 57 48 57 48 4 28 55 20 55 20 4 74 52 79 52 79 5 24 50 24 50 24 5 79 47 49 47 49 6 40 44 42 44 42 7 06 72 72 12 37 62 4 54 68 55 36 26 4 99 64 87 34 89 5 48 60 98 33 44 6 03 56 80 31 91 6 62 52 19 30 25 7 26 67 66 24 47 72 4 48 62 96 46 34 4 93 59 50 44 89 5 43 55 93 43 42 5 97 52 11 41 85 6 57 47 93 40 14 7 21
75. System MBtuht System MBtuht System Total Senst KW Total Senst KW Total Senst KW Total Senst KW Total Senst KW Total Senst KW 21 042 Outdoor Section With FY4ANF042 Indoor Section 72 48 26 24 63 3 08 46 00 23 75 3 41 43 63 22 84 3 77 41 15 21 90 417 38 47 20 90 4 61 35 49 19 80 5 09 67 44 21 30 69 3 06 42 14 29 80 3 39 39 96 28 86 3 76 37 67 27 90 4 16 35 20 26 87 4 60 32 50 25 76 5 08 1225 63 41 23 29 75 3 05 39 29 28 85 3 38 37 24 27 91 3 75 35 09 26 94 4 15 32 79 25 91 4 60 30 28 24 80 5 08 62 40 45 36 69 3 05 38 56 35 75 3 38 36 58 34 74 3 74 34 53 33 66 4 15 32 38 32 38 4 60 30 32 30 32 5 08 57 39 05 39 05 3 04 37 54 37 54 3 37 35 93 35 93 3 74 34 22 34 22 4 15 32 37 32 37 4 60 30 32 30 32 5 08 72 48 98 25 68 3 16 46 64 24 79 3 48 44 18 23 87 3 84 41 64 22 98 4 25 38 84 21 90 4 68 35 77 20 79 5 16 67 44 93 32 50 3 14 42 77 31 59 3 47 40 50 30 64 3 83 38 12 29 66 4 23 35 57 28 61 4 68 32 78 27 46 5 16 1400 63 41 93 31 44 3 13 39 91 30 53 3 45 37 78 29 58 3 82 35 55 28 58 4 23 33 17 27 53 4 67 30 58 26 38 5 16 62 41 22 39 13 3 12 39 28 38 11 3 45 37 28 36 95 3 82 35 34 35 34 4 22 33 37 33 37 4 67 31 19 31 19 5 16 57 40 48 40 48 3 12 38 87 38 87 3 45 37 16 37 16 3 82 35 34 35 34 4 22 33 38 33 38 4 67 31 19 31 19 5 16 72 49 51 26 67 3 23 47 10 25 77 3 56 44 56 24 84 3 92 41 96 23 89 4 32 39 08 22 86 4 76 35 93 21 74 5 23 67 45 43 34 21 3 21 43 21 33 29 3 54 40 87 32 32 3 90 38 43 31 3
76. XV 14 00 12 40 39 500 3 68 25 800 2 56 8 4 FV4BNF003 40 000 TDR amp TXV 14 00 11 50 41 000 3 42 25 600 2 40 7 9 FV4BNF005 42 000 TDR amp TXV 14 00 12 10 40 500 3 64 25 800 2 50 8 3 042 FX4BNF042 40 500 TDR amp TXV 13 00 10 40 42 500 3 54 26 400 2 46 8 1 FX4BNF048 41 500 TDR amp TXV 13 20 10 60 41 000 3 56 26 600 2 50 8 2 FX4CN B F 042 41 500 TDR amp TXV 14 00 11 20 42 000 3 70 25 800 2 56 8 4 FX4CN B F 048 42 500 TDR amp TXV 14 00 11 70 40 000 3 76 25 800 2 66 8 7 FY4ANF048 41 500 TDR amp TXV 13 20 10 60 41 000 3 56 26 600 2 50 8 2 See note on pg 17 14 COMBINATION RATINGS CONTINUED ARI Standard Ratings Unit Cooling Cooling Heating indoor Model Capacity Factory Standard SEER EER High Temp Lon Temp HSPF Furnace Model Enhance Rating TOR Capacity COP Capacity COP CAP 4221A 40 000 TDR amp TXV 14 00 11 20 41 000 3 50 25 200 2 52 8 1 315 A J AV060110 4221 39 500 TDR amp TXV 13 50 10 90 41 500 3 42 25 400 2 46 7 9 355AAV042080 CAP 4221A 40 000 TDR amp TXV 13 50 11 00 41 500 3 46 25 200 2 48 8 0 355AAV060080 CAP 4221A 40 000 TDR amp TXV 13 50 11 20 41 000 3 48 25 200 2 50 8 0 355AAV060100 CAP 4221A 40 000 TXV 13 00 10 40 42 500 3 50 26 200 2 46
77. aster Control only Accessory Description and Usage Listed Alphabetically 1 Ball Bearing Fan Motor A fan motor with ball bearings which permits speed reduction while maintaining bearing lubrication Usage Guideline Required on all units when using MotorMaster 2 Compressor Start Assist Capacitor and Relay Start capacitor and relay gives a hard boost to compressor motor at each start up Usage Guideline Required for reciprocating compressors the following applications Long line Low ambient cooling Hard shut off expansion valve on indoor coil Liquid line solenoid on indoor coil Required for single phase scroll compressors in the following applications Long line Low ambient cooling Suggested for all compressors in areas with a history of low voltage problems 3 Compressor Start Assist PTC Type Solid state electrical device which gives soft boost to the compressor at each start up Usage Guideline Suggested in installations with marginal power supply 4 Crankcase Heater An electric resistance heater which mounts to the base of the compressor to keep the lubricant warm during off cycles Improves compressor lubrication on restart and minimizes the chance of liquid slugging Usage Guideline Required in low ambient cooling applications Required in long line applications Suggested in all commercial applications 5 Evaporator Freeze Thermostat An SPST temperature actuated switch
78. ccessory for all Bryant electronic thermostats except the non programmable air conditioner version and builder s thermostats It allows the temperature at a remote location outdoors to be displayed on the thermostat The outdoor air temperature sensor must be used with the dual fuel thermostat T Thermostat conversion kit is a 24 vac accessory that can turn a 4 wire thermostat application into a 5 wire application This kit can also be used to replace a broken thermostat wire or add an extra wire when needed The outdoor air temperature sensor is included with the Thermidistat Control and dual fuel thermostat ACCESSORY USAGE GUIDELINE REQUIRED FOR REQUIRED FOR REQUIRED FOR LOW AMBIENT LONG LINE SEA COAST ACCESSORY COOLING us Below 55 APPLICATIONS APPLICATIONS Over 80 Ft Within 2 miles Crankcase Heater Yes Yes No Evaporator Freeze Thermostat Yes No No Accumulator Standard Standard Standard Compressor Start Assist Capacitor and Relay Yes Yes No Motor Master Control or Yes No No Low ambient Pressure Switch Support Feet Recommended No Recommended Liquid Line Solenoid Valve No Yest No No For tubing line sets between 80 200 ft and or 20 ft vertical differential refer to Residential Split System Longline Application Guideline Required for Low Ambient Controller full modulation feature and MotorM
79. e unit Installation Instruction for proper installation VAPOR LINE SIZING AND COOLING CAPACITY LOSS PURON 1 STAGE HEAT PUMP APPLICATIONS LONG LINE APPLICATION An application is considered is above indoor unit and 80 ft when the outdoor unit is below Long line when the total equivalent tubing length exceeds 80 the indoor unit Refer to Accessory Usage Guideline below for ft or when there is more than 20 ft vertical separation between required accessories See Longline Application Guideline for indoor and outdoor units These applications require additional required piping and system modifications Also refer to the table accessories and system modifications for reliable system below for the acceptable vapor tube diameters based on the total operation The maximum allowable total equivalent length is 250 length to minimize the cooling capacity loss ft The maximum vertical separation is 200 ft when outdoor unit Acceptable Cooling Capacity Loss Total Equivalent Line Length ft Unit Nominal Size Btuh E Standard Application Long Line Application Requires Accessories In OD 25 50 80 18000 1 2 1 2 3 1 Stage Puron HP 5 8 0 0 1 24000 5 8 0 1 1 1 8tage Puron HP 3 4 0 0 0 30000 5 8 1 2 3 1 Stage Puron HP 9 4 0 0 1 7 8 0 0 0 36000 5 8 1 2 4 1 Stage HP 3 4 0 0 1 7 8 0 0 0 42000 3 4 0 1 2 4 4 1 8tage Puron HP 7 8 0 0 1 2 2 48000 3 4 0 1 2 5 5 1
80. eater is capable of 3 stage operation 13 Sound Hood Wraparound sound reducing cover for the compressor Reduces the sound level by about 2 dBA Usage Guideline Suggested when unit is installed closer than 15 ft to quiet areas bedrooms etc Suggested when unit is installed between two houses less than 10 ft apart 14 Thermostatic Expansion Valve TXV Bi Flow A modulating flow control valve which meters refrigerant liquid flow rate into the evaporator in response to the superheat of the refrigerant gas leaving the evaporator Usage Guideline Accessory required to meet ARI rating and system reliability where indoor not equipped Required in all heat pump applications designed with Puron refrigerant 15 Time Delay Relay An SPST delay relay which briefly continues operation of indoor blower motor to provide additional cooling after the compressor cycles off Note Most indoor unit controls include this feature For those that do not use the guideline below Usage Guideline Accessory required to meet ARI rating where indoor not equipped ELECTRICAL DATA MIN WIRE MIN MAX MAX OPERVOLTS COMPR FAN WIRE LENGTH LENGTH or CKT BRK MAX MIN LRA RLA FLA 60 C 75 C 60 C 75 C 018 48 9 0 0 75 12 14 14 66 62 20 024 58 3 12 8 0 75 16 8 14 14 47 45 25 030 77 141 0 75 21 4 12 12 58 56 3
81. ondenser fan motor speed in response to the saturated condensing temperature during operation in cooling mode only For outdoor temperatures down to 20 F 28 9 C it maintains condensing temperature at 100 F 10 37 8 C 12 C Usage Guideline A MotorMaster Low Ambient Controller or Low Ambient Pressure Switch must be used when cooling operation is used at outdoor temperatures below 55 F 12 8 C Suggested for all commercial applications Accessory Description and Usage Listed Alphabetically CONTINUED 10 Outdoor Air Temperature Sensor Designed for use with Bryant Thermostats listed in this publication This device enables the thermostat to display the outdoor temperature This device also is required to enable special thermostat features such as auxiliary heat lock out Usage Guideline Suggested for all Bryant thermostats listed in this publication 11 Outdoor Thermostat An SPDT temperature actuated switch which turns on supplemental electric heaters when outdoor air temperature drops below a user selected set point Usage Guideline Electric supplemental heat applications in non variable speed indoor units when electric heat staging is desired 12 Secondary Outdoor Thermostat An SPDT temperature actuated switch which turns on third stage of supplemental electric heaters when outdoor air temperature drops below the second stage set point Usage Guideline Outdoor thermostat applications where electric h
82. p TXV 14 00 11 70 46 000 3 68 29 600 2 66 8 5 315 A J AV060110 CAP 6021A 45 500 TDR amp TXV 14 00 11 70 46 000 3 64 29 800 2 62 8 4 355AAV060080 CAP 6021A 45 500 TDR amp TXV 14 00 11 70 46 000 3 66 29 600 2 64 8 4 355AAV060100 CAP 6021A 46 000 TXV 13 00 10 80 45 000 3 50 30 600 2 62 8 3 CAP 6024A 47 000 TDR amp TXV 14 00 11 70 46 000 3 70 29 600 2 68 8 5 315 A J AV066135 CAP 6024A 47 000 TDR amp TXV 14 00 12 00 46 000 3 72 29 400 2 68 8 6 315 A J AV066155 6024 46 500 TDR amp TXV 14 00 11 70 46 000 3 64 29 600 2 64 8 4 355AAV060120 CAP 6024A 47 000 TXV 13 00 10 80 45 000 3 50 30 600 2 62 8 3 CNPF 4818A 45 000 TXV 13 00 10 80 48 500 3 50 30 000 2 54 8 1 CNPH 4821A 44 500 TDR amp TXV 14 00 11 50 48 000 3 62 29 600 2 60 8 3 315 A J AV048090 4821 44 500 TDR amp TXV 14 00 11 50 48 000 3 64 29 600 2 62 8 4 315 A J AV060110 4821 45 000 TDR amp TXV 14 00 11 70 48 000 3 68 29 400 2 64 8 4 315 A J AV066135 4821 45 000 TDR amp TXV 14 00 11 70 48 000 3 70 29 400 2 66 8 5 315 A J AV066155 4821 44 500 TDR amp TXV 14 00 11 50 48 500 3 60 29 600 2 60 8 3 355AAV060080 CNPH 4821A 44 500 TDR amp TXV 14 00 11 50 48 000 3 62 29 600 2 60 8 3 355AAV060100 CNPH 4821A 44 500 TDR amp TXV 14 00 11 50 48 000 3 62 29 600 2 60 8 3 355AAV060120 See note on pg 17 16 COMBINATION RATINGS CONTINUED ARI Standard Ratings
83. rdance with UL standards and will carry the UL label of approval Unit will have C UL approval Unit cabinet will be capable of withstanding Federal Test Method Standard No 141 Method 6061 500 hr salt spray test Air cooled condenser coils are pressure tested and the outdoor unit is leak tested Unit constructed 1509001 approved facility Delivery Storage and Handling Unit will be shipped as single package only and is stored and handled per unit manufacturer s recommendations Warranty for inclusion by specifying engineer US and Canada only PRODUCTS Equipment Factory assembled single piece air cooled heat pump unit Contained within the unit enclosure is all factory wiring piping controls compressor refrigerant charge Puron R 410A and special features required prior to field start up Unit Cabinet Unit cabinet will be constructed of galvanized steel bonderized and coated with a powder coat paint po 3B a Condenser fan will be direct drive propeller type discharging air upward reserves the right to discontinue or change at any time specifications or designs without notice and without incurring obligations Printed in U S A AIR COOLED SPLIT SYSTEM HEAT PUMP 213A 1 1 2 TO 5 NOMINAL TONS Condenser fan motors will be totally enclosed 1 phase type with class B insulation and permanently lubricated bearings Shaft
84. s will be corrosion resistant Fan blades will statically and dynamically balanced Condenser fan openings will be equipped with steel wire safety guards Compressor Compressor will be hermetically sealed Compressor will be mounted on rubber vibration isolators Condenser Coil Condenser coil will be air cooled Coil will be constructed of aluminum fins mechanically bonded to copper tubes which are then cleaned dehydrated and sealed Refrigeration Components Refrigeration circuit components will include liquid line shutoff valve with sweat connections vapor line shutoff valve with sweat connections system charge of Puron R 410A refrigerant POE compressor oil accumulator and reversing valve Operating Characteristics The capacity of the unit will meet or exceed Btuh at a suction temperature of F The power consumption at full load will not exceed kW Combination of the unit and the evaporator or fan coil unit will have a total net cooling capacity of Btuh or greater at conditions of CFM entering air temperature at the evaporator at F wet bulb and F dry bulb and air entering the unit at F The system will have a SEER of Btuh watt or greater at DOE conditions Electrical Requirements Nominal unit electrical characteristics will be single phase 60 hz unit will be capable of satisfactory operation within voltage limits of to
85. stem MBtuht System MBtuht System MBtuht System MBtuht System Total Senst KW Total Senst KW Total Senst KW Total Senst KW Total Senst KW Total Sens KW 213ANA048 A Outdoor Section With FY4ANF048 Indoor Section 72 55 40 28 31 3 28 52 85 27 32 3 64 50 16 26 29 4 04 47 32 25 21 4 48 44 24 24 07 4 96 40 83 22 81 5 48 67 50 66 35 30 3 27 48 32 34 30 3 63 45 85 33 24 4 03 43 23 32 13 4 47 40 39 30 96 4 95 37 28 29 68 5 48 1400 47 16 3417 3 27 44 97 33 16 3 63 42 65 32 10 4 03 40 18 30 98 4 47 37 54 29 81 4 95 34 64 28 52 5 47 62 46 25 42 22 3 27 44 12 41 16 3 63 41 87 40 03 4 03 39 52 38 79 4 47 37 13 37 13 4 95 34 77 34 77 5 47 57 44 75 44 75 3 27 43 04 43 04 3 63 41 21 41 21 4 03 39 26 39 26 4 47 37 13 37 13 4 95 34 77 34 77 5 47 72 56 26 29 55 3 36 53 63 28 56 3 72 50 81 27 50 412 47 87 26 42 4 56 44 68 25 26 5 04 41 16 23 99 5 56 67 51 50 37 44 3 36 49 07 36 42 3 72 46 50 35 35 412 43 77 34 22 4 56 40 83 33 02 5 04 37 62 31 70 5 56 1600 47 98 36 18 3 35 45 70 35 15 3 71 43 28 34 07 4 11 40 73 32 94 4 55 37 99 31 73 5 03 35 00 30 41 5 56 62 47 16 45 12 3 35 44 97 43 96 3 71 42 69 42 69 4 11 40 59 40 59 4 55 38 33 38 33 5 03 35 82 35 82 5 56 57 46 44 46 44 3 35 44 61 44 61 3 71 42 67 42 67 4 11 40 59 40 59 4 55 38 34 38 34 5 03 35 83 35 83 5 56 72 56 87 30 73 3 45 54 16 29 72 3 81 51 25 28 65 4
86. ting Bina indoor Model Capacity Factory Standard SEER EER High Temp Lon Temp HSPF Furnace Model Enhance Rating TOR Capacity COP Capacity COP CNPH 3617A 33 400 TXV 13 00 10 50 35 600 3 44 22 000 2 38 7 9 CNPH 4221A 33 600 TDR amp TXV 14 00 11 50 34 600 3 54 21 000 2 48 8 1 315 A J AV036070 CNPH 4221A 33 600 TDR amp TXV 14 00 11 70 34 400 3 58 20 800 2 50 8 2 315 A J AV048090 CNPH 4221A 33 800 TDR amp TXV 14 00 11 70 34 400 3 60 20 800 2 52 8 2 315 A J AV060110 CNPH 4221A 33 800 TDR amp TXV 14 00 11 70 34 400 3 62 20 800 2 52 8 2 315 A J AV066135 4221 33 800 TDR amp TXV 14 00 11 70 34 400 3 62 20 800 2 54 8 3 315 A J AV066155 4221 33 400 TDR amp TXV 14 00 11 50 34 600 3 54 21 000 2 48 8 1 355AAV042040 CNPH 4221A 33 600 TDR amp TXV 14 00 11 60 34 400 3 56 21 000 2 50 8 1 355AAV042060 CNPH 4221A 33 400 TDR amp TXV 14 00 11 50 34 400 3 54 21 000 2 48 8 1 355AAV042080 CNPH 4221A 33 600 TDR amp TXV 14 00 11 50 34 600 3 56 21 000 2 48 8 1 355AAV060080 CNPH 4221A 33 600 TDR amp TXV 14 00 11 50 34 400 3 58 21 000 2 50 8 2 355AAV060100 4221 33 600 TDR amp TXV 14 00 11 70 34 400 3 58 20 800 2 50 8 2 355AAV060120 CNPH 4221A 33 800 TXV 13 00 10 60 35 800 3 54 22 000 2 42 8 1 CNPV 3617A 33 400 TDR amp TXV 13 50 11 20 34 400 3 46 21 000 2 44 7 9 315 A J AV048090 CNPV 3617A 33 200 TDR amp TXV 13 50 11 20 34 400 3 44 21 000 2 42 7 9 355AAV042060 CNPV 3617A 33 400 TXV 13 00 10 50 35 600 3 44 22 000 2

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