ASCO 238210-058-D Coil

The ASCO 238210-058-D is a specialized solenoid replacement coil designed for 2-way and 3-way valves within critical fluid control systems. This 240V AC solenoid valve coil utilizes a Class F insulation rating, ensuring reliable thermal performance in high-temperature environments often encountered in commercial HVACR and industrial processing. Drawing only 6.1 Watts, this coil provides efficient electromagnetic force for reliable valve actuation while minimizing power consumption. The FT construction (Flexible Tail) allows for straightforward electrical integration into existing control circuits. When replacing an expired coil, technicians must verify the voltage and wattage match the original nameplate to prevent solenoid burnout or premature failure. This component is compatible with a wide range of ASCO RedHat and general-purpose valves, maintaining the pressure vessel's integrity while restoring precise flow control. Proper installation ensures optimized electromagnetic duty cycle performance and extends the MTBF of the overall valve assembly.

• Optimized Efficiency: Low 6.1W power draw reduces thermal output and operational energy costs.
• Industrial Durability: Class F rated for continuous duty in demanding ambient temperature conditions.
• Precise Compatibility: Engineered specifically for 240V AC 50/60Hz configurations to prevent humming or coil chatter.
• Simplified Wiring: Features flexible leads for rapid field replacement and secure electrical connections.

Common Questions

What causes a coil failure in this voltage range?
Excessive ambient heat, voltage spikes, or a jammed valve stem causing high inrush current can lead to coil burnout.

Can I use this 240V coil on a 208V circuit?
While some coils are rated for dual voltage, always check the specific nominal ratings; using under-voltage can result in insufficient electromagnetic force to lift the plunger.

Is the coil orientation critical?
Yes, ensure the coil is seated fully on the core tube and the retaining clip is secured to maintain the correct magnetic flux path.

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.