Copeland D-Line Copelametic air-cooled and water cooled condensing units

Transcription

1 Copeland DLine Copelametic aircooled and water cooled condensing units Product Information Horsepower: 3/43 Temperature Applications: Low/Medium/High Refrigerants: R12, R134a, R404A, R22, R407C Installation Applications: A variety of applications including walkins

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. Bill of Materals Matrix BOM Options UL Sweat Receiver W/ Valve Suction Valve Liquid Base Valve Fan Guard End Covers Conduit Power Cord Accumulator Fan Cycling Pressure Controls Filter Drier Moisture Indicator Solenoid Valve Head Pressure Control Valve Water Valve CoreSense Listed Recognized Air Cooled 020 X X X X X X X 072 X X X X X X X X X 212 X X X X X X* Water Cooled 020 X X X X X X *These recognized models are identical to the UL Listed models except without pressure control. Need for the control is to be evaluated in the end use application. BOMs with 4 or 6 as the middle digit are OEM special units.

3 Copelametic aircooled condensing units Features Benefits Copeland Semihermetic Compressor Modular Components Positive Displacement Oil Pump Low Profile Low Reexpansion Volumes Lower Operating Speeds Reliability High Energy Efficiency Replacement Serviceability Application Flexibility More Cooler Space, Fewer Stockouts, Application Flexibility Decrease Energy Costs, Greater Capacity Reduces Operating Component Stress Low Sound Lower Maintenance Costs Resources and Support EmersonClimate.com Online Product Information and Technical Data Application Engineering Bulletins Instruction Sheets Marketing Brochures Where to Buy Application Engineering Bulletins Identification of Port Locations in Heads of Copelametic Compressors Cooling Requirement for Copelametic Compressors Copeland Oil Pumps Factors to Consider in Converting Compressor Rated Capacity to Actual Capacity HFC134A Refrigerant Guidelines Water flow requirement and water presure drop for Copeland water cooled condensing units Electronic Unit Controller Suction Accumulators Liquid Line FilterDriers 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 R12 Low Temp Copeland aircooled condensing units Unit Model Compressor DBAL0075 KAA DBAL0075 KAA DBAL0075 KAA Cacities rated at 40 F return gas, 5 F subcooling R12 Med Temp Copeland aircooled condensing units Unit Model Compressor D7AB0075 KAM D7AB0100 KAJ D7AB0150 KALA D7AB0200 EAV D7AB0075 KAM D7AB0100 KAJ D7AB0150 KALA D7AB0200 EAV D7AB0075 KAM D7AB0100 KAJ D7AB0150 KALA D7AB0200 EAV R22 Low Temp Copeland aircooled condensing units Unit Model Compressor DNAG0200 EAV*021E DNAG0200 EAV*021E DNAG0200 EAV*021E

5 R22 Med Temp Copeland aircooled condensing units Unit Model Compressor D3AH0150 KAG* D3AH0200 ERA D8AJ0200 KAKA020E KAKB021E D3AM0200 KAK* D3AM0201 ERC D3AH0150 KAG* D3AH0200 ERA D8AJ0200 KAKA020E KAKB021E D3AM0200 KAK* D3AM0201 ERC D3AH0150 KAG* D3AH0200 ERA D8AJ0200 KAKA020E KAKB021E D3AM0200 KAK* D3AM0201 ERC R134a Copeland aircooled condensing units Unit Model Compressor DNAG0200 EAV*021E DNAG0200 EAV*021E DNAG0200 EAV*021E

6 R404A Low Temp Copeland aircooled condensing units Unit Model Compressor DJAL0075 KAMB007E DJAL0076 KAJB007E DJAL0100 KAJB010E DJAL0149 KALB015E DJAL0150 KALA016E DJAL0150 KALB015E DJAL0151 EADA020E DNAG0200 EAVA021E DNAG0200 EAVB021E DJAL0300 LAHA032E DJAL0300 LAHB032E DJAL0075 KAMB007E DJAL0076 KAJB007E DJAL0100 KAJB010E DJAL0149 KALB015E DJAL0150 KALA016E DJAL0150 KALB015E DJAL0151 EADA020E DNAG0200 EAVA021E DNAG0200 EAVB021E DJAL0300 LAHA032E DJAL0300 LAHB032E DJAL0075 KAMB007E DJAL0076 KAJB007E DJAL0100 KAJB010E DJAL0149 KALB015E DJAL0150 KALA016E DJAL0150 KALB015E DJAL0151 EADA020E DNAG0200 EAVA021E DNAG0200 EAVB021E DJAL0300 LAHA032E DJAL0300 LAHB032E

7 R404A Med Temp Copeland aircooled condensing units Unit Model Compressor DJAM0150 KAGA010E KAGB010E DJAM0200 KAKA020E D8AJ0200 KAKA020E KAKB021E D8AM0201 ERCA020E ERCA021E D8AJ0300 ERFA031E DJAM0150 KAGA010E KAGB010E DJAM0200 KAKA020E D8AJ0200 KAKA020E KAKB021E D8AM0201 ERCA020E ERCA021E D8AJ0300 ERFA031E DJAM0150 KAGA010E KAGB010E DJAM0200 KAKA020E D8AJ0200 KAKA020E KAKB021E D8AM0201 ERCA020E ERCA021E D8AJ0300 ERFA031E

8 Physical and Electrical Data Copelametic aircooled condensing units Unit Model BOM Compressor Electrical Length Width Height Liquid Suction D3AH0150TAD 020 KAGA0150TAD /8 S 7/8 S D3AH0200TAD 020 ERA10200TAD /8 S 7/8 S D3AM0200CAV 020 KAKB0200CAV /8 S 7/8 S D3AM0200TAC 020 KAKA0200TAC /8 S 7/8 S D3AM0200TAD 020 KAKA0200TAD /8 S 7/8 S D3AM0201TAC 020 ERC10200TAC /8 S 7/8 S D7AB0075CAV 020 KAM20075CAV /8 S 5/8 S D7AB0100CAA 020 KAJ30100CAA /8 S 5/8 S D7AB0100CAV 020 KAJ30100CAV /8 S 5/8 S D7AB0100TAC 020 KAJ10100TAC /8 S 5/8 S D7AB0150CAV 020 KALB0150CAV /8 S 7/8 S D7AB0150TAC 020 KALA0150TAC /8 S 7/8 S D7AB0150TAD 020 KALA0150TAD /8 S 7/8 S D7AB0200CAB 020 EAV20200CAB /8 S 7/8 S D7AB0200TAC 020 EAV10200TAC /8 S 7/8 S D7AB0200TAD 020 EAV10200TAD /8 S 7/8 S D8AJ0200CAV 020 KAKB021ECAV /8 S 7/8 S D8AJ0200TAC 020 KAKA020ETAC /8 S 7/8 S D8AJ0300TAC 020 ERFA031ETAC /8 S 7/8 S D8AJ0300TAD 020 ERFA031ETAD /8 S 7/8 S D8AM0201TAC 020 ERCA021ETAC /8 S 7/8 S D8AM0201TAD 020 ERCA020ETAD /8 S 7/8 S DBAL0075IAA 212 KAA20075IAA /8 S 5/8 S DJAL0075CAA 020 KAMB007ECAA /8 S 5/8 S DJAL0075CAA 212 KAMB007ECAA /8 S 5/8 S DJAL0075CAV 212 KAMB007ECAV /8 S 5/8 S DJAL0076IAA 020 KAJB007EIAA /8 S 5/8 S DJAL0149CAV 212 KALB015ECAV /8 S 5/8 S DJAL0149CAV 072 KALB015ECAV /8 S 5/8 S DJAL0150TAD 020 KALA016ETAD /8 S 7/8 S DJAL0151TAC 020 EADA020ETAC /8 S 7/8 S DJAL0300TAD 020 LAHA032ETAD /8 S 11/8 S DJAM0150CAV 020 KAGB010ECAV /8 S 7/8 S DJAM0200TAC 020 KAKA020ETAC /8 S 7/8 S DNAG0200CAV 020 EAVB021ECAV /8 S 7/8 S DNAG0200TAC 020 EAVA021ETAC /8 S 7/8 S 6

9 Physical and Electrical Data Copelametic aircooled condensing units Unit Model BOM R12 R22 R134a R404A MCA Max Fuse Ship Weight D3AH0150TAD D3AH0200TAD D3AM0200CAV D3AM0200TAC D3AM0200TAD D3AM0201TAC D7AB0075CAV D7AB0100CAA D7AB0100CAV D7AB0100TAC D7AB0150CAV D7AB0150TAC D7AB0150TAD D7AB0200CAB D7AB0200TAC D7AB0200TAD D8AJ0200CAV D8AJ0200TAC D8AJ0300TAC D8AJ0300TAD D8AM0201TAC D8AM0201TAD DBAL0075IAA DJAL0075CAA DJAL0075CAA DJAL0075CAV DJAL0076IAA DJAL0149CAV DJAL0149CAV DJAL0150TAD DJAL0151TAC DJAL0300TAD DJAM0150CAV DJAM0200TAC DNAG0200CAV DNAG0200TAC

10 Copeland watercooled condensing units BTU/H at 105 condensing, 75 water inlet evaporator temp ( F) Water flow (GPM) at evaporator temp ( F) R22 Low Temp Unit Model Compressor D3WMC200 KWKA R22 Med Temp Unit Model Compressor D3WHC150 KWG* D3WMC100 KWM* D3WMC150 KWKA R134a Unit Model Compressor DTWHC150 KWLB015E R404A Low Temp Unit Model Compressor DJWLC100 KWJ*011E DJWLC150 KWLA016E KWLB015E R404A Med Temp Unit Model Compressor DJWMC100 KWRA011E DJWMC150 KWG*010E DJWMC200 KWKA020E

11 Physical and Electrical Data watercooled condensing units Unit Model Short BOM Compressor Electrical Length Width Height MCA Max Fuse Ship Weight D3WHC150CAV 020 KWGB0150CAV D3WHC150TAC 020 KWGA0150TAC D3WHC150TAD 020 KWGA0150TAD D3WMC100CAV 020 KWM20100CAV D3WMC100TAC 020 KWM10100TAC D3WMC150TAC 020 KWKA0200TAC D3WMC150TAD 020 KWKA0200TAD D3WMC200TAC 020 KWKA0200TAC DJWLC100CAV 020 KWJB010ECAV DJWLC100TAC 020 KWJA011ETAC DJWLC100TAD 020 KWJA011ETAD DJWLC150CAV 020 KWLB015ECAV DJWLC150TAC 020 KWLA016ETAC DJWLC150TAD 020 KWLA016ETAD DJWMC100TAD 020 KWRA011ETAD DJWMC150CAV 020 KWGB010ECAV DJWMC200TAC 020 KWKA020ETAC DTWHC150CAV 020 KWLB015ECAV Physical and Electrical Data watercooled condensing units Receiver Capacity Refrigerant Connections Water Connections Unit Model Short BOM Compressor Electrical 90% Volume) Liquid Suction Inlet (NPT) Outlet (OD) R22 R134a R404A D3WHC150CAV 020 KWGB0150CAV 3/8 S 7/8 S 1/2 5/ D3WHC150TAC 020 KWGA0150TAC 3/8 S 7/8 S 1/2 5/ D3WHC150TAD 020 KWGA0150TAD 3/8 S 7/8 S 1/2 5/ D3WMC100CAV 020 KWM20100CAV 3/8 S 5/8 S 1/2 1/2 7.4 D3WMC100TAC 020 KWM10100TAC 3/8 S 5/8 S 1/2 1/2 7.4 D3WMC150TAC 020 KWKA0200TAC 3/8 S 7/8 S 1/2 5/ D3WMC150TAD 020 KWKA0200TAD 3/8 S 7/8 S 1/2 5/ D3WMC200TAC 020 KWKA0200TAC 3/8 S 7/8 S 1/2 7/ DJWLC100CAV 020 KWJB010ECAV 3/8 S 5/8 S 1/2 1/2 6.4 DJWLC100TAC 020 KWJA011ETAC 3/8 S 5/8 S 1/2 1/2 6.4 DJWLC100TAD 020 KWJA011ETAD 3/8 S 5/8 S 1/2 1/2 6.4 DJWLC150CAV 020 KWLB015ECAV 3/8 S 7/8 S 1/2 5/ DJWLC150TAC 020 KWLA016ETAC 3/8 S 7/8 S 1/2 5/ DJWLC150TAD 020 KWLA016ETAD 3/8 S 7/8 S 1/2 5/ DJWMC100TAD 020 KWRA011ETAD 3/8 S 5/8 S 1/2 1/2 6.4 DJWMC150CAV 020 KWGB010ECAV 3/8 S 7/8 S 1/2 5/ DJWMC200TAC 020 KWKA020ETAC 3/8 S 7/8 S 1/2 7/ DTWHC150CAV 020 KWLB015ECAV 3/8 S 7/8 S 1/2 5/

12 2011DS4_D Line (11/15) Emerson, Copelametic, Copeland, Copeland Discus, Discus, Sentronic and Sentronic+ are trademarks of Emerson Electric Co. or one of its affiliated companies. 2015, Inc. All rights reserved.