ASCO 274614-032-D Coil

The ASCO 274614-032-D Coil is a high-performance solenoid valve replacement coil designed for precision and durability in demanding HVACR and industrial applications. This 120V solenoid coil operates at a power rating of 10.1 Watts, providing the necessary electromagnetic force to actuate ASCO Red Hat valves and general service controls. Built to Class H insulation standards, this component is engineered to withstand high operating temperatures, ensuring consistent valve actuation even in continuous-duty cycles. Its robust construction makes it an ideal solution for professionals looking to restore the electrical performance of their fluid control systems. Whether used for gas, water, or light oil flow management, this ASCO replacement part provides reliable mechanical motion from electrical energy. By maintaining optimal power consumption and thermal resistance, the 274614-032-D helps prevent system downtime and ensures your solenoid operator remains functional under rigorous environmental conditions.

• Optimized Power Efficiency: Consumes only 10.1 Watts while delivering strong electromagnetic pull for reliable valve shifting.
• High Thermal Tolerance: Features Class H insulation, allowing for safe operation in high-temperature environments.
• Authentic OEM Compatibility: A genuine ASCO replacement coil specifically designed for a seamless fit with compatible Red Hat valve bodies.
• Continuous Service Rated: Built for 100% duty cycles, making it suitable for industrial automation and 24/7 HVACR operations.

• How do I know if this coil is compatible with my valve? Compatibility is determined by the valve series prefix (such as EF8210) and the voltage requirements found on your existing nameplate.
• Can I use a 120V coil on a 110V system? This coil is specifically rated for 120V 60Hz applications; using it on significantly lower or higher voltages can lead to coil burnout or failure to actuate.
• What does Class H insulation mean for this part? Class H indicates a high heat rating (up to 180°C), providing superior protection against internal heat buildup during extended use.

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.