3.5 Ton Copeland R410A Scroll # ZP42K5E-PFV-830 208-230/1 Ph Compressor 42,000 BTU

This 3.5 ton scroll compressor is designed for residential and light commercial air conditioning applications using R410A refrigerant. The unit delivers 42,000 BTU cooling capacity and operates on 208-230 volt single phase electrical power. Featuring scroll compression technology, this compressor provides efficient and reliable performance for climate control systems. The model ZP42K5E-PFV-830 is engineered to handle the demands of medium-sized cooling installations. Its single phase power configuration makes it suitable for standard residential electrical systems. The scroll design offers quiet operation and consistent cooling performance throughout its operational range.

• High Capacity Performance: This 3.5 ton Copeland scroll compressor delivers an impressive 42,000 BTU cooling capacity, making it ideal for residential and light commercial HVAC applications that require reliable and efficient climate control
• R410A Refrigerant Compatible: Specifically engineered to work with R410A refrigerant, this compressor meets modern environmental standards while providing superior heat transfer properties and enhanced system efficiency compared to older refrigerant types
• Single Phase Power: Designed to operate on 208-230V single phase electrical systems, this compressor offers convenient installation in standard residential and small commercial settings without requiring specialized three-phase power infrastructure
• Scroll Technology Design: Features advanced scroll compression technology that provides quieter operation, improved energy efficiency, and enhanced reliability with fewer moving parts compared to traditional reciprocating compressors, resulting in reduced maintenance requirements
• Professional Grade Construction: The ZP42K5E-PFV-830 model incorporates robust engineering and precision manufacturing to ensure consistent performance under demanding operating conditions, with built-in protection features for long-term durability and system longevity