M and F Line SystemPro hermetic water-cooled condensing units

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1 M and F Line SystemPro hermetic watercooled condensing units Product Information Horsepower: 1/4 5 Temperature Applications: Low/Medium/High Refrigerants: R134a, R404A, R22, R407C Installation Applications: A variety of applications including walkin boxes

Nomenclature Welded Condensing Units Compressor Motor Types Phase Description Code 1 Capacitor Run Capacitor Start C Temperature Application Code 1 Induction Run Capacitor Start I Bill Of Material

2 Nomenclature Welded Condensing Units Compressor Motor Types Phase Description Code 1 Capacitor Run Capacitor Start C Temperature Application Code 1 Induction Run Capacitor Start I Bill Of Material (BOM) High Temperature Medium Temperature Low Temperature Extended Medium Temp. Extra Low Temperature Multiple Multiple H M L F E S N 1 Induction Run Split Phase S 1 Capacitor Run Permanent Split P 3 Three Phase General T 3 Star (Wye) Delta E 3 6 Lead Part Winding or Across the Line F 001 thru thru thru 399 Intended for UL Listing and CUL Certified Intended for UL Rercognition and CUL Certifi ed Not eligible for either UL Listing, UL Recognition or CUL Certified X X X X X X X X X X X X X X Condensing Unit Family Series Refrigerant Code R404A/507 J/4 R134a T/2 R12 B R22 C/3/M Multiple F R22/407C G R22 9 R134a/404A/22 N R134a/404A P R404A/22 8 Type of Design Air Cooled Steel Base Air Cooled Copevap Base Narrow Air Cooled Copevap Water Cooled Steel Base Custom Base Discus Code A E/P T W C D Comp. Motor Rating Nominal HP 1/2 3/4 1 11/ / Code Compressor Motor Protection Type Protection External Inherent Protection One Protector (Line Break) Internal Inherent Protection One Protector (Line Break) Internal Thermal Protection Electronic Sensors; and Control Module External Code A F S Electrical Codes 60 Hz. 50 Hz. Code / / / / /2401 A B C D E G M V W Z Note: When applicable, specifi c 50 Hz ratings (not necessarily identical to typical shown above) will be shown as alternate on 60 Hz rated models. Unit Feature 020 Bill of Material Suction Connections Suction Valve Suction Accum. Liquid Connections Base Valve Receiver w/valve Electrical Connections Power Cord BX Conduit UL/UR UL Control Data 020 Bill of Material Horsepower Voltage CC Heater Dual Pressure Control Contactor 115 V Control Circuit Transformer 1/4 1/2 All No Yes No No 3/4 115 & 208/230 1 No Yes No No & 208/230 1 No Yes No No 1 208/230 3 No Yes Yes No 11/4 & 11/2 208/230 1 Yes Yes No No 11/4 & 11/2 208/230 3 Yes Yes Yes No /230 1 Yes Yes Yes No /230 3 Yes Yes Yes No Yes Yes Yes Yes * This data applies to units listed in this brochure only. 1 Except units using R compressor 2 Except units using CS or CF compressor

3 SystemPro hermetic watercooled condensing units Features Benefits Copeland Hermetic Compressor Modular Components High, Medium, and Low Temperature Ranges Reliability High Energy Efficiency Replacement Serviceability Application Flexibility Resources and Support EmersonClimate.com Online Product Information and Technical Data Application Engineering Bulletins Instruction Sheets Marketing Brochures Where to Buy Application Engineering Bulletins Factors to Consider in Converting Compressor Rated Capacity to Actual Capacity Medium Temperature R22 Copelaweld Compressors HFC135A Refrigerant Guidelines Extended Medium Temperature R404A/507 Hermetic Compressors and Condensing Units SystemPro AF, AR, & AS Refrigeration Hermetic 1/8 1 Horsepower Compressors Application Guidelines for RF Low Temperature Refrigeration Compressors Application Guidelines For CF Refrigeration Compressors and Condensing Units Water Flow Requirements and Water Pressure Drop for Copeland WaterCooled Condensing Units Suction Accumulators Compressor Overheating Compression Ratio as it Affects Compressor Reliability Liquid Refrigerant Control in Refrigeration and Air Conditioning Systems For more information, visit EmersonClimate.com and login to the Customer Portal to view Online Product Information 1

4 SystemPro watercooled condensing units Capacity Data HIGH/MED TEMP Capacity (BTU/Hr) at 75 Evaporator Temp ( F) Model BOM Refrig. H.P MCWHC027IAA / M2WHC026IAA a 1/ M4WHC025IAA A 1/ MCWHC036IAA / M2WHC033IAA, IAV a 1/ M2WHC040IAA a 1/ M4WHC036IAA, IAV A 1/ MCWHC049CAA, CAV / MCWHC056IAA, IAV / M2WHC049IAA, IAV a 1/ M2WHC050IAA, IAV a 1/ M2WHD056IAA a 1/ M4WHC050CAA, CAV A 1/ M4WFC056IAA, IAV A 1/ F3WHC078IAA / FTWHC074IAA, IAV a 3/ FTWMC075IAA, IAV a 3/ M4WFC075CAA, CAV A 3/ F3WHC100CAV F3WMC105CFV, TFC FPWNC150CFV, TFC, TFD a FJWFC106CAV A FPWNC225CFV, TFC, TFD a 11/ FJWMC125CFV, TFC A 11/ FJWMC126CAV, TFC A 11/ FGWHA151CFV, TFC, TFD / FGWHA151CFV, TFC, TFD C 11/ FPWNC300CFV, TFC,TFD a 11/ FPWNC150CFV, TFC, TFD A 11/ FGWHA201CFV, TFC, TFD FGWHA201CFV, TFC, TFD C FJWMC200CFV, TFC A FGWHA225CFV, TFC, TFD / FGWHA225CFV, TFC, TFD C 21/ FPWNC225CFV, TFC, TFD A 21/ FGWHA301CFV, TFC, TFD FGWHA301CFV, TFC, TFD C FPWNC300CFV, TFC, TFD A FGWHA325CFV, TFC, TFD / FGWHA325CFV, TFC, TFD C 31/ FPWNC325CFV, TFC, TFD a 31/ FPWNC325CFV, TFC, TFD A 31/ FGWHA401CFV, TFC, TFD FGWHA401CFV, TFC, TFD C FJWMC400CFV, TFC, TFD A FGWHA501CFV, TFC, TFD, TFE, TFM FGWHA501CFV, TFC, TFD, TFE, TFM C FJWMC500CFV, TFC A Capacity at 60 Hertz with 5 F subcooling HT models are rated at 65 F return gas temperature MT models are rated at 40 F return gas temperature 2

5 SystemPro watercooled condensing units Capacity Data HIGH/MED TEMP Capacity (BTU/Hr) at 75 Evaporator Temp ( F) Model BOM Refrig. H.P MCWHC027IAA / M2WHC026IAA a 1/ M4WHC025IAA A 1/ MCWHC036IAA / M2WHC033IAA, IAV a 1/ M2WHC040IAA a 1/ M4WHC036IAA, IAV A 1/ MCWHC049CAA, CAV / MCWHC056IAA, IAV / M2WHC049IAA, IAV a 1/ M2WHC050IAA, IAV a 1/ M2WHD056IAA a 1/ M4WHC050CAA, CAV A 1/ M4WFC056IAA, IAV A 1/ F3WHC078IAA / FTWHC074IAA, IAV a 3/ FTWMC075IAA, IAV a 3/ M4WFC075CAA, CAV A 3/ F3WHC100CAV F3WMC105CFV, TFC FPWNC150CFV, TFC, TFD a FJWFC106CAV A FPWNC225CFV, TFC, TFD a 11/ FJWMC125CFV, TFC A 11/ FJWMC126CAV, TFC A 11/ FGWHA151CFV, TFC, TFD / FGWHA151CFV, TFC, TFD C 11/ FPWNC300CFV, TFC,TFD a 11/ FPWNC150CFV, TFC, TFD A 11/ FGWHA201CFV, TFC, TFD FGWHA201CFV, TFC, TFD C FJWMC200CFV, TFC A FGWHA225CFV, TFC, TFD / FGWHA225CFV, TFC, TFD C 21/ FPWNC225CFV, TFC, TFD A 21/ FGWHA301CFV, TFC, TFD FGWHA301CFV, TFC, TFD C FPWNC300CFV, TFC, TFD A FGWHA325CFV, TFC, TFD / FGWHA325CFV, TFC, TFD C 31/ FPWNC325CFV, TFC, TFD a 31/ FPWNC325CFV, TFC, TFD A 31/ FGWHA401CFV, TFC, TFD FGWHA401CFV, TFC, TFD C FJWMC400CFV, TFC, TFD A FGWHA501CFV, TFC, TFD, TFE, TFM FGWHA501CFV, TFC, TFD, TFE, TFM C FJWMC500CFV, TFC A Capacity at 60 Hertz with 5 F subcooling HT models are rated at 65 F return gas temperature MT models are rated at 40 F return gas temperature 3

6 SystemPro watercooled condensing units Water Flow Rate Data HIGH/MED TEMP Capacity (BTU/Hr) at 75 Evaporator Temp ( F) Model Refrig MCWHC M2WHC a M4WHC A MCWHC M2WHC a M2WHC a M4WHC A MCWHC MCWHC M2WHC a M2WHC a M2WHD a M4WHC A M4WFC A F3WHC FTWHC a FTWMC a M4WFC A F3WHC F3WMC FPWNC a FJWFC A FPWNC a FJWMC A FJWMC A FGWHA FGWHA C FPWNC a FPWNC A FGWHA FGWHA C FJWMC A FGWHA FGWHA C FPWNC A FGWHA FGWHA C FPWNC A FGWHA FGWHA C FPWNC a FPWNC A FGWHA FGWHA C FJWMC A FGWHA FGWHA C FJWMC A

7 HIGH/MED TEMP Model Comp SystemPro watercooled condensing units Overall Dimensions (In) Physical Data Connecting Minimum Circuit Ampacity Max Fuse Size Lines L W H Suction Liquid Pump Down Capacity (lbs) MCWHC027 ARE36C /8 S 1/4 S M2WHC026 ARE27C3E /8 S 1/4 S M4WHC025 ASE19C3E /8 S 1/4 S MCWHC036 ARE43C /8 S 1/4 S M2WHC033 ARE37C3E /8 S 1/4 S M2WHC040 ARE41C3E /8 S 1/4 S M4WHC036 ASE24C3E /8 S 1/4 S MCWHC049 ARE59C /8 S 1/4 S MCWHC056 ART69C /8 S 1/4 S M2WHC049 ART51C1E /8 S 1/4 S M2WHC050 ART62C1E /8 S 1/4 S M2WHC056 RRT64C1E /8 S 1/4 S M4WHC050 ASE32C3E /8 S 1/4 S M4WFC056 RST45C1E /8 S 1/4 S F3WHC078 RS47C /8 S 3/8 S FTWHC074 RR81C2E /8 S 1/4 S FTWMC075 RS54C2E /8 S 3/8 S M4WFC075 RST55C1E /8 S 3/8 S F3WHC100 RS64C /8 S 3/8 S F3WMC105 RS70C /8 S 3/8 S FPWNC150 CS10K6E /8 S 3/8 S FJWFC106 RST64C1E /8 S 3/8 S FPWNC225 CS14K6E /8 S 3/8 S FJWMC125 RS70C1E /8 S 3/8 S FJWMC126 RS80C2E /8 S 3/8 S FGWHA151 CR18KQE /8 S 3/8 S FPWNC300 CS18K6E /8 S 3/8 S FPWNC150 CS10K6E /8 S 3/8 S FGWHA201 CR24KQE /8 S 3/8 S FJWMC200 CS12K6E /8 S 3/8 S FGWHA225 CR28KQE /8 S 3/8 S FPWNC225 CS14K6E /8 S 3/8 S FGWHA301 CR37KQE /8 S 3/8 S FPWNC300 CS18K6E /8 S 3/8 S FGWHA325 CR41KQE /8 S 3/8 S FPWNC325 CS20K6E /8 S 3/8 S FPWNC325 CS20K6E /8 S 3/8 S FGWHA401 CR53KQE /8 S 1/2 S FJWMC400 CS27K6E /8 S 1/2 S FGWHA501 CRNQ050E /8 S 1/2 S FJWMC500 CS33K6E /8 S 1/2 S LOW TEMP Model Comp Overall Dimensions (In) Connecting Lines L W H Suction Liquid Minimum Circuit Ampacity Max Fuse Size Pump Down Capacity (lbs) M2WLC025 AFE10C3E /8 S 1/4 S M4WLC025 AFB09C3E /8 S 1/4 S M4WLC033 AFE11C3E /8 S 1/4 S FTWLC050 RF18C2E /2 S 1/4 S M4WLC040 AFE13C3E /8 S 1/4 S M4WLH051 AFE17C4E /8 S 1/4 S M4WLC067 AFT26C1E /4 S 1/4 S M4WLC075 RST64C1E /8 S 3/8 S FJWLC103 CF04K6E /8 S 3/8 S FJWLC200 CF06K6E /8 S 3/8 S FJWLC301 CF09K6E /8 S 1/2 S FJWLC390 CF12K6E /8 S 1/2 S S = Sweat Note: Water connections (inlet/outlet) 1/2 in. Ship Weight (lbs) Ship Weight (lbs) 5

8 SystemPro watercooled condensing units Capacity Data LOW TEMP Model Capacity (BTU/Hr) at 75 Evaporator Temp ( F) Model BOM Refrig. H.P M2WLC025IAA a 1/ M4WLC025IAA A 1/ M4WLC033IAA A 1/ FTWLC050IAA, IAV a 1/ M4WLC040IAA A 1/ M4WLH051IAA A 1/ M4WLC067CFA A 1/ M4WLC075CFA, IAV A 3/ FJWLC103CFV, TFC A FJWLC200CFV, TFC, TFD A FJWLC301CFV, TFC, TFD A FJWLC390CFV, TFC A Capacity at 60 Hertz with 5 subcooling LT models are rated at 40 F return gas temperature Water Flow Rate Data LOW TEMP Model Water Flow Rate (Gal/Min) at 75 Inlet Water Evaporator Temp ( F) Model Refrig M2WLC a M4WLC A M4WLC A FTWLC a M4WLC A M4WLH A M4WLC A M4WLC A FJWLC A FJWLC A FJWLC A FJWLC A Unit Feature 020 Bill of Material Suction Connections Liquid Connections Electrical Connections Suction Valve Suction Accumulator Base Valve Receiver w/valve Power Cord BX Conduit UL Control Data 020 Bill of Material UL/UR Horsepower Voltage CC Heater Dual Pressure Control Contactor 115 V Control Circuit Transformer 1/4 1/2 All No Yes No No 3/4 115 & 208/230 1 No Yes No No & 208/230 1 No Yes No No 1 208/230 3 No Yes Yes No 11/4 & 11/2 208/230 1 Yes Yes No No 11/4 & 11/2 208/230 3 Yes Yes Yes No /230 1 Yes Yes Yes No /230 3 Yes Yes Yes No Yes Yes Yes Yes * This data applies to units listed in this brochure only. 1 Except units using R compressor 2 Except units using CS or CF compressor 6

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Compressor Motor Types. Phase Description Code. 1 Capacitor Run - Capacitor Start C

Compressor Motor Types. Phase Description Code. 1 Capacitor Run - Capacitor Start C Nomenclature Welded Condensing Units Compressor Motor Types Phase Description Code 1 Capacitor Run - Capacitor Start C Temperature Application High Temperature Medium Temperature Low Temperature Extended