International Comfort Products 1192321 Reversing Valve with 24V Coil

Description

The International Comfort Products 1192321 is an OEM replacement reversing valve complete with a 24-volt coil, engineered to restore proper heat pump operation quickly and reliably. The reversing valve is the critical component that redirects refrigerant flow between heating and cooling modes, and this direct-fit replacement ensures your system returns to peak performance with minimal downtime.

Product Overview

Designed as a factory-specified replacement for compatible International Comfort Products (ICP) heat pump systems, the 1192321 reversing valve with 24V coil delivers the precise fit and function required for a professional repair. The 24-volt coil integrates seamlessly with standard heat pump control circuits, providing reliable solenoid actuation to shift the valve between heating and cooling cycles.

Key Features

• OEM replacement reversing valve for International Comfort Products heat pump systems
• Includes 24-volt solenoid coil for direct compatibility with standard heat pump control wiring
• Switches refrigerant flow direction between heating and cooling modes
• Direct-fit design for simplified installation and reduced labor time
• Built to ICP factory specifications for consistent, long-term performance
• Compatible with R-410A and R-22 refrigerant systems (verify application before installation)

Application

This reversing valve is intended for use in ICP-branded heat pump equipment. Always verify the part number against your unit’s model and serial number before ordering to confirm compatibility. Proper brazing technique and refrigerant handling practices should be followed during installation in accordance with EPA Section 608 regulations.

Why Choose an OEM Reversing Valve?

Using a factory-specified reversing valve ensures proper refrigerant flow rates, correct port sizing, and coil voltage matching — all critical to system efficiency and longevity. Aftermarket substitutes may not meet the original design tolerances, potentially leading to callbacks or premature failure.