ASCO 238614-058-D Coil

The ASCO 238614-058-D is a high-performance 240V EFFT solenoid coil engineered for precision fluid control in demanding industrial and commercial HVACR applications. As a genuine ASCO replacement coil, this component ensures seamless compatibility with 8210 series valves, delivering a power rating of 10.1 Watts for optimal energy efficiency. Designed for continuous duty service, the ASCO solenoid valve coil features Class H insulation to withstand high-temperature environments, providing reliable electromagnetic force for critical valve actuation. Whether you are performing routine maintenance or a system-wide upgrade, this industrial solenoid coil provides the durability required for 240-volt electrical systems. By utilizing advanced electromagnetic materials, the 238614-058-D minimizes heat dissipation while maximizing terminal torque, making it a preferred choice for technicians seeking ASCO valve parts that meet rigorous technical standards and operational safety requirements.

Key Benefits

• High-Efficiency Performance: Rated at 10.1 Watts to provide powerful actuation while maintaining low power consumption.
• Class H Insulation: Built to endure elevated operating temperatures for long-term durability in heavy-duty cycles.
• Precision Fit: Specifically engineered for ASCO 2-way and 3-way solenoid valve bodies to ensure zero-leak operation.
• Industrial Grade Reliability: Designed to meet stringent HVACR standards for consistent fluid and gas control.

Common Questions

What are the electrical requirements for the ASCO 238614-058-D?
This coil is designed specifically for 240V AC 60Hz power supplies and requires 10.1 Watts of power for stable operation.

Can this coil be used for continuous duty applications?
Yes, the 238614-058-D is rated for 100% continuous duty, meaning it can remain energized indefinitely without overheating or failure.

Is this coil compatible with all ASCO RedHat valves?
While compatible with many 8210 series valves, you should verify the specific valve series and orifice size to ensure the electromagnetic force is sufficient.

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.