York S1-025-35313-002 Reversing Valve

The York S1-025-35313-002 Reversing Valve with pre-installed solenoid coil is a critical 4-way valve engineered for precise refrigerant flow reversal in residential and light commercial heat pump systems. Specifically designed for compatibility with York B1HH024A06 models and other high-efficiency split systems, this OEM component ensures seamless transition between heating and cooling cycles. By utilizing a 24V solenoid coil to actuate the internal slide mechanism, the valve manages the redirection of hot gas from the compressor to either the indoor or outdoor heat exchanger. This OEM York replacement part features a rugged construction to withstand high discharge temperatures and pressure differentials typical of modern R-410A refrigeration circuits, preventing internal bypass leakage and ensuring thermal efficiency across all seasonal operations.

• Direct OEM Match: Ensures exact fitment and port alignment for S1-025-35313-002 specifications, reducing brazing time and mechanical stress during installation.
• Integrated 24V Solenoid: Includes the matched electrical coil, eliminating the need to source separate components and ensuring consistent magnetic actuation.
• Operational Efficiency: Reduces pressure drop across the valve body, maintaining system SEER ratings and optimizing compressor discharge performance.
• Mechanical Reliability: Built to resist pilot tube clogging and slide-valve sticking, common failure points in aftermarket universal alternatives.

Is the solenoid coil included with this valve?
Yes, the York S1-025-35313-002 comes as a complete assembly including the factory-matched solenoid coil for immediate 24V integration.

Which heat pump models are compatible with this reversing valve?
This valve is a primary component for York, Luxaire, and Coleman units, specifically designed for the B1HH024A06 series and equivalent high-performance heat pumps.

What are the symptoms of a failing reversing valve in a York system?
Technicians should look for technical indicators such as "stuck in mid-position," which causes equalized pressures, or a failure to switch modes despite receiving a 24V signal at the coil.

Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.