Amana-Goodman B1225022S Coil

The Amana-Goodman B1225022S Coil is a precision-engineered 24V reversing valve solenoid coil designed for reliable heat pump operation. This genuine OEM replacement part is critical for managing the reversing valve cycle, allowing the system to switch seamlessly between heating and cooling modes. Built to withstand the high-cycle demands of residential and light commercial HVAC systems, the B1225022S ensures the internal pilot valve actuates correctly under varying pressure differentials. It is compatible with a wide range of Goodman, Amana, and Janitrol heat pump condensers. For technicians troubleshooting a stuck valve or a "no heat" call, verifying coil resistance and voltage at this component is a standard diagnostic step. By utilizing this HVAC replacement coil, you ensure electrical compatibility with the existing control board and transformer, maintaining the integrity of the 24V secondary circuit while preventing premature solenoid failure in heat pump reversing valve assemblies.

• OEM Compatibility: Direct replacement for Amana-Goodman reversing valve coils, ensuring proper fitment and electrical specifications.
• Industrial Build Quality: High-grade internal windings designed to resist thermal degradation during extended compressor run times.
• Reliable Actuation: Provides the necessary magnetic field to shift the slide mechanism in 4-way reversing valves.
• Standard 24V Operation: Integrates directly with standard HVAC 24-volt control circuits without modification.

How do I verify if the B1225022S coil is faulty?
Test for 24V at the coil leads while the thermostat calls for a cycle change. If voltage is present but the valve fails to shift, check the coil for continuity; an open circuit indicates the coil has failed and requires replacement.

Does this coil include the reversing valve body?
No, this is the solenoid coil only. If the internal slide of the reversing valve is physically stuck due to contamination or mechanical failure, replacing the coil will not resolve the issue.

What causes these coils to burn out?
Common causes include voltage spikes, loose wiring connections causing high resistance, or a stuck valve pilot that prevents the coil from dissipating heat properly.

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.