Danfoss 032L2200 Solenoid Valve

The Danfoss 032L2200 is an EVR 25 solenoid valve designed for high-capacity liquid, suction, and hot gas lines in commercial refrigeration and air conditioning systems. This model is a normally closed (NC), servo-operated piston valve featuring a 1-1/8" ODF solder connection, ensuring a secure and leak-tight installation. Engineered as the direct replacement for the legacy 032F1190, the 032L2200 integrates a manual stem (ManStem) for manual operation during system pressure testing or emergency service procedures. It is compatible with a broad range of fluorinated refrigerants, including R410A, R22, R134a, and R404A, and is rated for a maximum working pressure (MWP) of 655 psig (45.2 bar). The Danfoss 032L2200 solenoid valve provides reliable performance across a wide media temperature range from -40°F to 221°F, making it a versatile choice for power packs and condensing units requiring a mid-to-high refrigeration capacity.

Key Benefits

• Direct Replacement Logic: Serves as the official upgrade for the Danfoss 032F1190, ensuring seamless mechanical compatibility in existing piping.
• Manual Override Capability: The integrated manual stem allows technicians to troubleshoot and charge systems even when the coil is de-energized.
• High Pressure Performance: Rated for 655 psig, making it suitable for modern high-pressure R410A refrigeration systems.
• Broad Refrigerant Compatibility: Supports a wide array of CFC, HCFC, and HFC refrigerants to simplify warehouse inventory.
• Servo-Piston Design: Optimized for high-flow applications while maintaining a low minimum opening differential pressure.

Common Questions

Is the coil included with the 032L2200?
No, this is the valve body only. You must select a compatible 13.5mm Danfoss clip-on coil (such as the BJ or BX series) separately based on your specific voltage requirements.

Can I use this valve in a suction line application?
Yes, the EVR 25 series is designed for use in liquid, suction, and hot gas lines, provided the pressure drop and temperature constraints are met for your specific system design.

How do I operate the manual stem?
Remove the protective cap and rotate the stem clockwise approximately 6 rotations to manually open the valve. Ensure it is fully returned to the counter-clockwise position for automatic operation.

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.