Danfoss 018F6192 Coil

The Danfoss 018F6192 is a high-performance solenoid valve coil engineered for industrial refrigeration and air conditioning systems. Operating at 110V AC with a 10W power consumption, this 50/60Hz dual-frequency coil ensures reliable magnetic force for valve actuation under high-pressure conditions. This specific model serves as the official Danfoss 018Z6192 replacement, featuring an upgraded clip-on design for rapid, tool-free installation on EVR, EVRA, and EVRAT series solenoid valves. The Danfoss BF110AX coil series is built with class H insulation, providing a maximum ambient temperature rating of 122°F (50°C), making it ideal for harsh mechanical rooms. To prevent moisture ingress and dielectric failure in low-temperature applications, the 018F6192 utilizes an encapsulated winding design that meets IP67 protection standards when installed with the appropriate junction box or plug. Ensure proper voltage matching to prevent solenoid coil burnout and verify valve stem compatibility before commissioning.

• Universal Compatibility: Direct drop-in replacement for the legacy 018Z6192, streamlining inventory for contractors.
• Clip-On Mounting: Features the Danfoss "click-on" system, allowing for fast mounting and removal without needing a screwdriver or pliers.
• Dual Frequency Operation: Optimized for both 50Hz and 60Hz cycles, providing flexibility across different 110V power supplies.
• High Enclosure Rating: Engineered to resist vibration and moisture, reducing call-backs caused by electrical shorts in humid environments.

Is the 018F6192 compatible with older Danfoss EVR valves?
Yes, this coil is designed for the current EVR range (Sizes 2-40). For very old valves, verify the actuator diameter matches the standard 13.5mm stem.

Does this coil include the terminal box?
The 018F6192 is typically supplied as the coil body with the integrated junction box housing. Confirm your terminal requirements (conduit vs. DIN plug) before installation.

What causes this coil to overheat?
Overheating usually occurs due to mechanical resistance in the valve stem, incorrect supply voltage, or attempting to energize the coil while it is removed from the valve stem.

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.