Danfoss EVR 15 Solenoid Valve | 7/8 in Solder ODF | 032L1225

Product Description: The EVR 15 (032L1225) is built to handle higher flow rates while maintaining the high reliability required for the Middle Eastern climate. In the UAE—where cooling loads for warehouse cold storage and large commercial AC systems are substantial—the EVR 15 ensures precise refrigerant flow. This model features $7/8$ inch solder (ODF) connections, providing a secure, leak-free joint that can withstand the thermal expansion and vibration common in heavy-duty machinery. Its “Normally Closed” design ensures that the valve remains tightly shut when power is removed, preventing liquid migration and potential compressor damage.

Key Features & Benefits:

• High-Capacity Flow: Engineered for larger systems, providing efficient flow for liquid, suction, and hot gas applications in UAE facilities.
• Normally Closed (NC) Safety: Automatically shuts off refrigerant flow during power loss or system standby, a vital feature for compressor protection.
• Leak-Proof Solder Joints: The $7/8$ in ODF connections are designed for permanent installation, reducing the risk of refrigerant leaks in large UAE cooling plants.
• Wide Media Range: Compatible with all common HFC/HCFC refrigerants and high-pressure refrigerants like R410A.
• Extreme Temperature Durability: Capable of operating in media temperatures up to 105°C, making it suitable for hot gas bypass applications.

Technical Specifications:

FAQs:

• Q: Is the EVR 15 032L1225 suitable for suction lines in Dubai?
• A: Yes, it is widely used in suction lines for pump-down and defrosting cycles in large refrigeration racks.
• Q: Does this valve require a specific coil?
• A: It uses the Danfoss “Clip-on” coil system. Depending on your UAE project requirements, you can pair it with 24V, 110V, or 230V AC/DC coils.
• Q: What is the minimum pressure required to open the valve?
• A: As a servo-operated valve, it requires a minimum differential pressure (typically 0.05 bar) to lift the diaphragm and allow flow.