ASCO 238614-032-D Coil

The ASCO 238614-032-D Coil is a high-performance solenoid valve replacement coil designed for specialized industrial and HVACR applications. Operating at 120V AC 60Hz (and compatible with 110V AC 50Hz), this 10.1-watt efficiency coil provides the reliable electromagnetic force required for ASCO RedHat II valve assemblies, specifically the 2/2 normally closed 1/4-inch series. Classified as an EFFT coil, it features 18-inch flying leads and a robust Class F insulation rating, making it suitable for hazardous locations and environments requiring NEMA 7 or NEMA 9 explosion-proof protection. Its precision engineering ensures seamless integration with compatible models such as the EF8210 and EF8220 series. By utilizing this genuine 120VAC ASCO solenoid coil, technicians can maintain system integrity and ensure peak performance in steam, water, or air control systems. This rugged component is built to withstand demanding thermal conditions while providing long-term operational stability in commercial and industrial settings.

• Explosion-Proof Protection: NEMA 7 and 9 ratings make this ASCO 238614-032-D Coil ideal for hazardous environments.
• Energy Efficient: The 10.1W power rating optimizes energy consumption without sacrificing valve actuation force.
• High Thermal Tolerance: Features Class F insulation to ensure reliable operation in high-temperature HVACR applications.
• Direct OEM Fit: Engineered specifically for ASCO RedHat II valves, ensuring quick installation and perfect compatibility.

• What valves are compatible with the ASCO 238614-032-D? This coil is specifically designed for the RedHat II series, including EF8210, EF8215, and EF8220 models. Always verify your valve's catalog number before installation.
• How do I install the flying leads on this coil? The 18-inch leads should be connected via a sealed conduit to maintain the explosion-proof and watertight integrity of the NEMA-rated enclosure.
• Can I use this 120V coil on a 240V system? No, using this 120V AC solenoid coil on a higher voltage system will lead to immediate component failure and safety risks.

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.