Description
The Copeland CR34K6E-PFV-925 is a 6th-generation fixed-speed reciprocating compressor from the industry-leading CRK6 family — the proven choice for reliable performance in packaged systems, geothermal, and heat pump applications. With a capacity range of 31,200–43,500 BTU and a cooling efficiency rating up to 10.6 EER, this single-phase compressor delivers dependable cooling performance for residential and light commercial air conditioning systems. Compatible with R-22 and R-407C refrigerants, the CR34K6E-PFV-925 operates on 200 VAC at 50 Hz or 208/230 VAC at 60 Hz, making it suitable for a wide range of HVAC applications. Engineered by Copeland — the trusted name in HVAC compression technology — for long-lasting, efficient performance you can count on. Features a 1/2″ discharge connection and 3/4″ suction connection with a compact 14.1″ product height.
Key Features
- Industry-Leading CRK6 Performance — Copeland’s 6th-generation fixed-speed reciprocating compressor — the proven leader in reciprocating performance for HVAC applications
- Versatile Application Range — Engineered for packaged systems, geothermal, and heat pump applications with a 31,200–43,500 BTU capacity range
- Dual Refrigerant Compatibility — Compatible with both R-22 and R-407C refrigerants for retrofit flexibility and broad system compatibility
- Efficient Cooling Performance — Up to 10.6 EER cooling efficiency rating delivers strong performance for residential and light commercial AC systems
- Flexible Voltage Operation — Single-phase operation at 200 VAC/50 Hz or 208/230 VAC/60 Hz with 1/2″ discharge and 3/4″ suction connections
Applications
- Residential and light commercial packaged A/C systems
- Geothermal HVAC systems
- Heat pump systems
Why Choose the Copeland CR34K6E-PFV-925
The integrated crankcase heater helps prevent refrigerant migration during off cycles, protecting compressor internals and extending service life. Sweat connections ensure a secure, leak-free installation, while the robust hermetic design minimizes maintenance requirements and maximizes uptime in demanding field conditions.
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