Description
The Danfoss 032L7117 is a normally closed (NC) 2-way EVR series solenoid valve designed for precise refrigerant flow control in commercial and industrial refrigeration systems. Featuring 5/8″ x 5/8″ ODF sweat connections, this valve provides dependable shut-off and flow regulation in liquid, suction, and hot gas lines.
Product Overview
The Danfoss EVR solenoid valve series is a trusted solution for refrigeration engineers and HVAC technicians. The normally closed design ensures the valve remains shut when de-energized, providing a fail-safe default state that protects refrigeration circuits during power loss or system shutdown. The EVR valve is compatible with a wide range of common refrigerants, making it a versatile choice for diverse system configurations.
Key Features
- Normally Closed (NC) operation — valve closes automatically when de-energized
- 2-way design for straightforward on/off refrigerant flow control
- 5/8″ x 5/8″ ODF sweat connections for easy field installation
- Part of the Danfoss EVR solenoid valve series — engineered for refrigeration applications
- Compatible with a broad range of HFC, HCFC, and HFO refrigerants
- Compact, robust body construction for long service life in demanding environments
- Designed for use in liquid lines, suction lines, and hot gas applications
- Replaceable coil design allows for easy maintenance and coil upgrades
Typical Applications
- Commercial refrigeration systems
- Industrial refrigeration circuits
- Liquid line shut-off and flow control
- Suction line and hot gas bypass applications
- Defrost control systems
Why Choose Danfoss EVR Valves
Danfoss is a global leader in refrigeration components, and the EVR solenoid valve series reflects decades of engineering excellence. These valves are built to deliver consistent, leak-free performance across thousands of operating cycles, reducing maintenance costs and maximizing system uptime. The modular coil system means technicians can swap coils without replacing the valve body, saving time and money in the field.







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