W Line Semi-hermetic water-cooled condensing units

Transcription

1 W Line Semihermetic watercooled condensing units Product Information Horsepower: 3/4 40 Temperature Applications: Low/Medium/High Refrigerants: R134a, R404A, R22 Installation Applications: A variety of applications including walkin boxes and industrial air dryers

2 Nomenclature SemiHermetic Condensing Units Receiver Base Flat Metal Base Water Condenser Base Transport Unit C E, D W T Temperature Application Description Code High Temperature H Medium Temperature M Low Temperature L Extended Medium Temp. F Extra Low Temp. E High Temperature B R22/404A LT & R134a HT G R22 HT & R404A MT J R404A LT & R134a HT K Two Stage U Two Stage T Compressor Motor Types Phase Description Code 1 Capacitor Run Capacitor Start C 1 Induction Run Capacitor Start I 1 Induction Run Split Phase S 1 Capacitor Run Permanent Split Capacitor P 3 Three Phase T 3 Wye (star) Delta E 3 6 Lead Part Winding or Across the Line except 575V F Product Variations Numbers will be assigned as follows: 1. Number 100 is standard compressor used in Copeland condensing units. 2. Number 200 indicates a STANDARD compressor parts B/M and model no. 3. Number 201 and larger will be assigned for all other variations of a given model. 4. Number 800 indicates a standard replacement compressor and Component Parts B/M and model no. 240 volt control. 5. Number 801 indicates a standard replacement compressor and component parts B/M and model no. 120 volt control. X X X X X X X X X X X X X X Refrigerant R404A/507 J/4 R134a T/2 R12 B/7 R22 3/M/L/C Multiple F R22/407C G R22 9 R134a/404A/22 N R134a/404A P R404A/22 8 Air Cooled Steel Base Air Cooled Copevap Base Water Cooled Steel Base Custom Base Discus A E W C D Comp. Motor Rating Nominal Code (HP) 1/2 3/4 1 11/ / Note: Left position may be a letter indicating a revision change Compressor Motor Protection Type Protection Code External Inherent Protection One Protector, (Line Break) A Use with Contactor Internal Inherent Protection One Protector (Line Break) F Use with Contactor Internal Thermal Protectors Electronic Sensors; and S Control Module External Use with Contactor 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. W

3 Semihermetic watercooled condensing units Features Benefits Copeland Semihermetic Compressor Copeland Discus Compressor with Unique Discus Valve Design Modular Components Positive Displacement Oil Pump Low Reexpansion Volumes Lower Operating Speeds Wide Range of Available Models from 3 HP to 40 HP For HCFC and HFC Refrigerants Reliability High Energy Efficiency Replacement Serviceability Oil Lubrication Under All Operating Conditions Lower Service & Maintenance Cost Decreases Energy Costs Greater Capacity Reduces Operating Component Stress Low Sound Lower Maintenance Costs Application Flexibility Resources and Support EmersonClimate.com Online Product Information and Technical Data Application Engineering Bulletins Instruction Sheets Marketing Brochures Application Engineering Bulletins AE51174 Water Flow Requirement and Water Pressure Drop for Copeland WaterCooled Condensing Units AE41135 Cooling Requirements for Copelametic and Copeland Discus Compressors Where to Buy For more information, visit EmersonClimate.com and login to the Customer Portal to view Online Product Information 2011DS4 _W (4/11) 1

4 Semihermetic watercooled condensing units Capacity Data HIGH/MED TEMP Capacity (BTU/Hr) at 75 Inlet Water Evaporator Temp ( F) Model BOM Refrig. H.P W2WM0075CAV, TAC / WJWM0075CAV, TAC A 3/ W2WH0075TAC / WTWH0075CAV a 3/ W3WM0100CAV, TAC, TAD WJWM0100TAC A W2WH0100CAV, TAC, TAD WTWH0100CAV, TAC a WJWM0152TAC A 11/ W2WH0151CAV, TAC, TAD / WTWH0151CAV, TAC a 11/ W3WM0201CAV, TAC, TAD WJWM0202TAC A WJWM0203TAC, TAD A W2WH0201CAB, TAC, TAD WTWHA201CAV, TAC, TAD a WJWM0300TAC, TAD A W2WH0300CAB, TAC, TAD WTDH0301TFC, TFD a W3DD0504TFD WJDM0502TFC, TFD A WTDH0601TFD a W3DD0752TFC, TFD / WJDM0751TFC, TFD A 71/ WTDH0751TFD a 71/ W3DD1003TFC, TFD WJDM1001TFC, TFD A W3DD1502TFC, TFD W3DD2002TSD W3DD2502TSC, TSD W3DD3002TSC, TSD W3DD3502TSD W3DD4001TSD LOW TEMP Capacity (BTU/Hr) at 75 Inlet Water Evaporator Temp ( F) Model BOM Refrig. H.P WJWL0100CAV, TAC, TAD A WJWL0151CAV, TAC, TAD A WJWLA201CAV, TAC, TAD A WJDL0302TFC, TFD A WJDL0401TFC, TFD A WJDL0603TFC, TFD A WJDL0751TFC, TFD A WJDL0901TFC, TFD A WJDL1001TFC, TFD A WJDL1501TSC, TSD A WJDL2701TSD A Performance data at 105 ambient subcooling 5 F Return gas temperature 65 F; Condenser water inlet temperature 85 F; Water temperature difference 10 F 2011DS4 _W (4/11) 2

5 Semihermetic watercooled condensing units Capacity Data HIGH/MED TEMP Capacity (BTU/Hr) at 75 Inlet Water Evaporator Temp ( F) Model BOM Refrig. H.P W2WM0075CAV, TAC / WJWM0075CAV, TAC A 3/ W2WH0075TAC / WTWH0075CAV a 3/ W3WM0100CAV, TAC, TAD WJWM0100TAC A W2WH0100CAV, TAC, TAD WTWH0100CAV, TAC a WJWM0152TAC A 11/ W2WH0151CAV, TAC, TAD / WTWH0151CAV, TAC a 11/ W3WM0201CAV, TAC, TAD WJWM0202TAC A WJWM0203TAC, TAD A W2WH0201CAB, TAC, TAD WTWHA201CAV, TAC, TAD a WJWM0300TAC, TAD A W2WH0300CAB, TAC, TAD WTDH0301TFC, TFD a W3DD0504TFD WJDM0502TFC, TFD A WTDH0601TFD a W3DD0752TFC, TFD / WJDM0751TFC, TFD A 71/ WTDH0751TFD a 71/ W3DD1003TFC, TFD WJDM1001TFC, TFD A W3DD1502TFC, TFD W3DD2002TSD W3DD2502TSC, TSD W3DD3002TSC, TSD W3DD3502TSD W3DD4001TSD LOW TEMP Capacity (BTU/Hr) at 75 Inlet Water Evaporator Temp ( F) Model BOM Refrig. H.P WJWL0100CAV, TAC, TAD A WJWL0151CAV, TAC, TAD A WJWLA201CAV, TAC, TAD A WJDL0302TFC, TFD A WJDL0401TFC, TFD A WJDL0603TFC, TFD A WJDL0751TFC, TFD A WJDL0901TFC, TFD A WJDL1001TFC, TFD A WJDL1501TSC, TSD A WJDL2701TSD A Performance data at 105 ambient subcooling 5 F Return gas temperature 65 F; Condenser water inlet temperature 85 F; Water temperature difference 10 F 2011DS4 _W (4/11) 3

6 HIGH/MED TEMP Model Semihermetic watercooled condensing units Comp Refrig. Physical/Electrical Data Overall Dimensions Connecting (In) Lines Base Mounting Centers Condenser Water Connections L W H Suction Liquid Length Width In Out W2WM0075CAV, TAC KWE /8 S 5/8 S /8 MPT 1/2 FPT WJWM0075CAV, TAC KWNB007E 404A /8 S 5/8 S /8 MPT 1/2 FPT W2WH0075TAC KWN /8 S 5/8 S /8 MPT 1/2 FPT WTWH0075CAV KWMB007E 134a /8 S 5/8 S /8 MPT 21/2 FPT W3WM0100CAV, TAC, TAD KWM /8 S 5/8 S /8 MPT 1/2 FPT WJWM0100TAC KWRA010E 404A /8 S 5/8 S /8 MPT 1/2 FPT W2WH0100CAV, TAC, TAD KWR /8 S 5/8 S /8 MPT 1/2 FPT WTWH0100CAV, TAC KWJB010E 134a /8 S 5/8 S /8 MPT 21/2 FPT WJWM0152TAC KWGA010E 404A /8 S 7/8 S /8 MPT 1/2 FPT W2WH0151CAV, TAC, TAD KWGB /8 S 7/8 S /8 MPT 1/2 FPT WTWH0151CAV, TAC KWLB015E 134a /8 S 7/8 S /8 MPT 21/2 FPT W3WM0201CAV, TAC, TAD KWKB /8 S 7/8 S /8 MPT 1/2 FPT WJWM0202TAC KWKA020E 404A /8 S 7/8 S /8 MPT 1/2 NPT WJWM0203TAC, TAD ERCA021E 404A /8 S 7/8 S /2 NPT 1/2 NPT W2WH0201CAB, TAC, TAD ERA /8 S 7/8 S /2 NPT 1/2 NPT WTWHA201CAV, TAC, TAD EAVB021E 134a /8 S 7/8 S /2 NPT 1/2 NPT WJWM0300TAC, TAD ERFA031E 404A /2 S 118 S /4 FPT 11/4 FPT W2WH0300CAB, TAC, TAD ERF /2 S 11/8 S /4 FPT 11/4 FPT WTDH0301TFC, TFD 2DF3F16KE 134a /2 S 11/8 S /4 FPT 11/4 FPT W3DD0504TFD 2DC3R53K /2 S 13/8 S /4 FPT 11/4 FPT WJDM0502TFC, TFD 2DC3R53KE 404A /2 S 13/8 S /4 FPT 11/4 FPT WTDH0601TFD 2DA3F23KE 134a /2 S 13/8 S /4 FPT 114 FPT W3DD0752TFC, TFD 2DA3R89KE /8 S 13/8 S /4 FPT 11/4 FPT WJDM0751TFC, TFD 2DA3R89KE 404A /8 S 13/8 S /4 FPT 11/4 FPT WTDH0751TFD 3DB3F33KE 134a /8 S 13/8 S /4 FPT 11/4 FPT W3DD1003TFC, TFD 3DB3R12ME /8 S 13/8 S /4 FPT 11/4 FPT WJDM1001TFC, TFD 3DB3R12ME 404A /8 S 13/8 S /4 FPT 11/4 FPT W3DD1502TFC, TFD 3DS3R17ME /8 S 15/8 S /2 FPT 11/2 FPT W3DD2002TSD 4DA3R18M /8 S 15/8 S FPT 2 FPT W3DD2502TSC, TSD 4DH3R22M /8 S 15/8 S FPT 2 FPT W3DD3002TSC, TSD 4DJ3R28M /8 S 21/8 S FPT 2 FPT W3DD3502TSD 6DH3A /8 S 21/8 S /2 FPT 21/2 FPT W3DD4001TSD 6DJ3A /8 S 21/8 S /2 FPT 21/2 FPT LOW TEMP Model Comp Refrig. Overall Dimensions (In) Connecting Lines Base Mounting Centers Condenser Water Connections L W H Suction Liquid Length Width In Out WJWL0100CAV, TAC, TAD KWJB010E 404A /8 S 5/8 S /8 MPT 1/2 FPT WJWL0151CAV, TAC, TAD KWLB015E 404A /8 S 7/8 S /8 MPT 1/2 FPT WJWLA201CAV, TAC, TAD EAVB021E 404A /8 S 7/8 S /2 NPT 1/2 NPT WJDL0302TFC, TFD 2DF3F16KE 404A /2 S 11/8 S /4 FPT 11/4 FPT WJDL0401TFC, TFD 2DL3F20KE 404A /2 S 13/8 S /4 FPT 11/4 FPT WJDL0603TFC, TFD 3DA3F28KE 404A /8 S 13/8 S /4 FPT 11/4 FPT WJDL0751TFC, TFD 3DB3F33KE 404A /8 S 13/8 S /4 FPT 11/4 FPT WJDL0901TFC, TFD 3DF3F40KE 404A /8 S 13/8 S /4 FPT 11/4 FPT WJDL1001TFC, TFD 3DS3F46KE 404A /8 S 13/8 S FPT 11/4 FPT WJDL1501TSC, TSD 4DL3F63KE 404A /8 S 15/8 S /2 FPT 11/2 FPT WJDL2701TSD 6DL3F93KE 404A /8 S 21/8 S FPT 2 FPT Performance data at 105 ambient subcooling 5 F Return gas temperature 65 F; Condenser water inlet temperature 85 F; Water temperature difference 10 F 2011DS4 _W (4/11) 4

7 HIGH/MED TEMP Model Semihermetic watercooled condensing units Comp Refrig. Physical /Electrical Data Minimum Circuit Ampacity Max Fuse Size Pump Down Capacity (lbs) Ship Weight (lbs) W2WM0075CAV, TAC KWE WJWM0075CAV, TAC KWNB007E 404A W2WH0075TAC KWN WTWH0075CAV KWMB007E 134a W3WM0100CAV, TAC, TAD KWM WJWM0100TAC KWRA010E 404A W2WH0100CAV, TAC, TAD KWR WTWH0100CAV, TAC KWJB010E 134a WJWM0152TAC KWGA010E 404A W2WH0151CAV, TAC, TAD KWGB WTWH0151CAV, TAC KWLB015E 134a W3WM0201CAV, TAC, TAD KWKB WJWM0202TAC KWKB021E 404A WJWM0203TAC, TAD ERCA021E 404A W2WH0201CAB, TAC, TAD ERA WTWHA201CAV, TAC, TAD EAVB021E 134a WJWM0300TAC, TAD ERFA031E 404A W2WH0300CAB, TAC, TAD ERF WTDH0301TFC, TFD 2DF3F16KE 134a W3DD0504TFD 2DC3R53K WJDM0502TFC, TFD 2DC3R53KE 404A WTDH0601TFD 2DA3F23KE 134a W3DD0752TFC, TFD 2DA3R89KE WJDM0751TFC, TFD 2DA3R89KE 404A WTDH0751TFD 3DB3F33KE 134a W3DD1003TFC, TFD 3DB3R12ME WJDM1001TFC, TFD 3DB3R12ME 404A W3DD1502TFC, TFD 3DS3R17ME W3DD2002TSD 4DA3R18ME W3DD2502TSC, TSD 4DH3R22ME W3DD3002TSC, TSD 4DJ3R28ME W3DD3502TSD 6DH3R35ME W3DD4001TSD 6DJ3A40ME LOW TEMP Model Comp Refrig. Minimum Circuit Ampacity Max Fuse Size Pump Down Capacity (lbs) Ship Weight (lbs) WJWL0100CAV, TAC, TAD KWJB010E 404A WJWL0151CAV, TAC, TAD KWLB015E 404A WJWLA201CAV, TAC, TAD EAVB021E 404A WJDL0302TFC, TFD 2DF3F16KE 404A WJDL0401TFC, TFD 2DL3F20KE 404A WJDL0603TFC, TFD 3DA3F28KE 404A WJDL0751TFC, TFD 3DB3F33KE 404A WJDL0901TFC, TFD 3DF3F40KE 404A WJDL1001TFC, TFD 3DS3F46KE 404A WJDL1501TSC, TSD 4DL3F63KE 404A WJDL2701TSD 6DL3F93KE 404A Performance data at 105 ambient subcooling 5 F Return gas temperature 65 F; Condenser water inlet temperature 85 F; Water temperature difference 10 F 2011DS4 _W (4/11) 5

8 2011DS4_W (4/11) Emerson and Copeland are trademarks of Emerson Electric Co. or one of its affiliated companies. 2011, Inc. All rights reserved. Printed in the USA