Danfoss 032F6215 Solenoid Valve

The Danfoss 032F6215 EVRA-15 is a high-performance ammonia solenoid valve specifically engineered for liquid, suction, and hot gas lines in industrial refrigeration systems. This direct or servo-operated piston valve is designed primarily for R717 (Ammonia) and R744 (CO2), though it maintains compatibility with various fluorinated refrigerants. With an EVRA 15 designation, it features a 15mm orifice and is built to handle high differential pressures, ensuring reliable seat sealing even under demanding cycles. The valve body is constructed from durable steel, utilizing a manual opening stem for bypass or emergency operation and a filtered pilot port to prevent debris-related failure. Proper installation requires 1/2 inch weld flanges, providing a robust, leak-free connection for high-pressure industrial environments.

• Refrigerant Versatility: Optimized for use with R717 (Ammonia), HCFC, and HFC applications.
• High MOPD Performance: Capable of opening against high differential pressures with minimal pressure drop across the 15mm port.
• Serviceable Design: Modular construction allows for easy access to internal components, reducing downtime during routine maintenance.
• Manual Override: Integrated manual stem allows technicians to force flow during system commissioning or evacuation.
• Durable Construction: Steel body ensures long-term resistance to vibration and thermal stress in commercial mechanical rooms.

What is the maximum operating pressure for the Danfoss EVRA 15?
The valve is rated for a maximum working pressure (MWP) of 42 bar (600 psig), making it suitable for modern CO2 and ammonia racks.

Does this solenoid valve come with a coil or flanges?
The 032F6215 model typically includes the valve body only. Professional installers must source the appropriate 10W or 12W Danfoss solenoid coil and 1/2" or 3/4" weld flanges separately to complete the installation.

Can the EVRA-15 be installed in any orientation?
For optimal reliability and to prevent debris buildup in the pilot orifice, the valve should be installed in a horizontal line with the coil facing upward.

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.