Copeland ZP83KCE-TFD-522 Scroll Compressor for Air Conditioning/Heat Pumps R410A

Copeland ZP72KCE-TFD-522 Scroll Compressor for Air Conditioning/Heat Pumps R410AThe Copeland ZP scroll compressor for R410A is designed for comfort and precision cooling. It is particularly suitable for air-cooled chillers up to approx. 600 kW and offers high seasonal efficiency whilst maintaining compact dimensions.ZP compressors can be used in single, tandem and trio configurationsCertified tandem and trio combinations (including mixed combinations) for high seasonal efficiencyCopeland scroll technology with axial and radial flexibility for high reliability and efficiencyExtended operating range (suitable for heat pump applications, amongst others)Wide range of R410A scroll compressors with low noise and vibration levelsLow oil carry-overMaximum permissible operating pressure (PS): ZP24 to ZP91: ND 29.5 bar(g) / HD 45 bar(g)Maximum permissible operating pressure (PS): ZP104 to ZP485: ND 29.5 bar(g) / HD 45 bar(g)Technical detailsDimensions (length × width × height) 24.6 × 24.6 × 45.5 cmHBP application rangeApplication range ACNumber of phases 3Design HermeticCOP 2.99dB(A) @ 1 m 64dB(A) 75Pressure line (inches) 1/2"Electronics includedReplacement for the following models: ZP67KCE-TFD-522Frequency 50–60 HzWeight 40Airflow 11.7 m³/hCooling capacity (kW) 15.25Refrigerant R410ACapacity under operating conditions: 5°C evaporator temperature; 50°C condenser temperature; 10 K suction superheat; 0 K subcooling for R-410A at 50 HzPower consumption [kW] 5.1Max. operating current (A) 15Max. operating pressure ND/HD [bar(g)] 29.5/45Motor code TFDOil pre-filledOil capacity (l) 1.77Oil type POEProduct family ZPSuction pipe (inches) 7/8"Protection class IP21Compression type: ScrollSupply voltage 380–420 VSupply voltage 460 VAdvantages and benefitsHigh seasonal efficiency thanks to certified combinationsHigh reliability and efficiency thanks to Copeland Scroll technologyFlexibility in system design thanks to various configurationsLow noise and vibration levels for quiet operation Note:Oil: The compressor is pre-filled with oil at the factory. Refrigerant is not included and must be charged by a qualified contractor.Electronics: The electronics are included in the scope of supply.

Copeland ZH19K1P-TFM-524 Scroll Compressor for Heat Pumps, R410A The Copeland ZH scroll compressor is a fixed-speed heating compressor designed for heat pump and reversible applications using R410A, R407C (and, in some cases, R134a/R513A). It offers high heating capacity and efficiency, thereby reducing the need for supplementary electric or gas-fired heating. ZH heating compressors are optimised for low evaporation temperatures, delivering high heating capacity and efficiency, thereby reducing the need for supplementary electric or gas-fired heating – resulting in correspondingly better seasonal efficiency Variants with ‘Enhanced Vapour Injection’ (EVI) feature an additional connection for vapour injection during compression Key features: Axial and radial flexibility of the scrolls for high reliability High efficiency and increased heating output, even at low source temperatures High water temperatures for various heating systems Low noise and vibration levels Tandem configurations possible for improved seasonal efficiency Extended vapour injection (EVI) for maximum output and efficiency Maximum permissible operating pressure (PS): ZH(i)04K1P to ZH(i)23K1P: ND 28 bar(g) / HD 45 bar(g) ZHi27K1P to ZHi46K1P: ND 29.5 bar(g) / HD 53 bar(g) ZH12K4E to ZH45K4E: ND 20 bar(g) / HD 32 bar(g) ZH09KVE to ZH18KVE: ND 20 bar(g) / HD 32 bar(g) Technical details Dimensions (length × width × height) 22.9 × 19.8 × 38.8 cm Application range HBP Application range HT Number of phases 3 Design Hermetic dB(A) @ 1 m 67 Pressure line (inches) 3/4" Electronics included Recommended crankcase heater 70 Frequency 50 Hz Weight 39 Air flow rate 14.8 m³/h Cooling capacity (kW) 21.9 Refrigerant R410A Capacity under operating conditions: 7.2°C evap, temp; 54.4°C cond, temp; 410A at 50 Hz Max. operating current (A) 17 Motor code: TFM Pre-filled with oil Oil quantity (l) 1.9 Oil type: POE Product family ZH Suction pipe (inches) 7/8" Compression type: Scroll Supply voltage 380–420 V Advantages and benefits High efficiency and heating output even at low source temperatures Low noise and vibration levels for quiet operation Tandem configurations enable improved seasonal efficiency Enhanced vapour injection (EVI) ensures maximum performance and efficiency Note:Oil: The compressor is pre-filled with oil at the factory. Refrigerant is not included and must be charged by a qualified technician.Electronics: The electronics are included in the scope of supply.

Copeland ZR160KCE-TFD-455 Scroll Compressor for Air Conditioning/Heat Pumps R134A/R407CThe Copeland ZR160KCE-TFD-455 scroll compressor is designed for comfort, process and precision cooling using the refrigerants R513A, R407C and R134a. Typical applications include chillers, rooftop air-handling units and precision air-handling units.li>Copeland ZR scroll compressors are designed for comfort, process and precision cooling using the refrigerants R513A, R407C and R134aTypical applications include chillers, rooftop air-handling units and precision air-handling unitsBy using several Copeland-certified tandem and trio combinations, higher capacities (e.g. air-cooled chillers up to approx. 500 kW) can also be achieved with high seasonal efficiencySpecial ZR models for R513A (GWP 631) are available to meet current requirements for low GWP valuesThe series covers approximately 2 HP to 30 HP (ZR24–ZR380 for R407C/R134a, ZR24KRE–ZR190KRE for R513A/R407C/R134a) and, thanks to low superheat (approx. 5 K), enables good system optimisation and cost reductionAxial and radial flexibility of the scrolls ensures high reliability and efficiencyExtensive ZR range for R407C, R134a and R513ALow TEWI (Total Equivalent Warming Impact)Low noise and vibration levelsLow oil carryoverCopeland-certified tandem and trio configurations for high seasonal efficiencyMaximum permissible operating pressure (PS): ZR24 to ZR81: ND 21 bar(g) / HD 29 bar(g)Maximum permissible operating pressure (PS): ZR108 to ZR380: ND 20 bar(g) / HD 32 bar(g)Technical details<Dimensions (length × width × height) 28.1 × 28.5 × 55.2 cmApplication range ACApplication range HBPMBP application rangeNumber of phases 3Design: HermeticCOP 3.24dB(A) @ 1 m 67dB(A) 82Pressure line (inches) 7/8"Electronics includedRecommended crankcase heater 90Replacement for the following models: ZRT320K3E-TWD-870, ZRT320KCE-TFD-275Frequency 50–60 HzWeight 64.9Airflow rate 36.4 m³/hCooling capacity (kW) 33.4Refrigerant R134ARefrigerant R22Refrigerant R407CCapacity under operating conditions: 5°C evap. temp.; 50°C cond. temp.; 10 K suction superheat; 0 K subcooling for R-407C at 50 HzPower consumption [kW] 10.3Max. operating current (A) 28Max. operating pressure ND/HD [bar(g)] 20/32Motor code TFDOil pre-filledOil capacity (l) 3.38Oil type POEProduct family ZRSuction pipe (inches) 1 3/8"Protection class IP21Compression type: ScrollSupply voltage 380–420 VSupply voltage 460 VAdvantages and benefitsHigh reliability and efficiency thanks to the axial and radial flexibility of the scrollsLow noise and vibration levels ensure quiet operationHigh seasonal efficiency thanks to Copeland-certified tandem and trio configurationsOptimal system adaptation thanks to low superheat and a wide range of applications Note:Oil: The compressor is pre-filled with oil at the factory. Refrigerant is not included and must be charged by a qualified service centre.Electronics: The electronics are included in the scope of supply.

Our oil sump heater (heating cable with clamp) is the ideal replacement for the Copeland 8561105 heating cable. With an output of 70 W and a voltage of 230 V, it is the perfect fit for Copeland compressors with a diameter of 150 to 205 mm. Technical details: Power: 70 W Voltage: 230 V Diameter: 150 to 205 mm Advantages and benefits: Our oil sump heater provides reliable heat for your Copeland compressor to ensure optimum performance. With easy installation and efficient heat transfer, it keeps your system running smoothly and protected from cold damage.