ASCO 238710-006-D Coil

The ASCO 238710-006-D is a high-performance replacement solenoid coil designed for integration with ASCO RedHat valves. Engineered for 24VDC systems, this Class F insulation coil pulls 11.6 Watts during operation, ensuring reliable magnetic force for valve actuation in demanding HVACR and industrial fluid control environments. This specific FT Coil configuration features 18-inch lead wires for straightforward terminal connections and is epoxy-molded to provide superior resistance against thermal cycling and moisture ingress. It is optimized for continuous duty cycles where precise flow control is critical. This coil is compatible with various 2-way, 3-way, and 4-way ASCO valve bodies, making it a versatile component for technicians maintaining automation systems. By utilizing an ASCO solenoid coil 24VDC, contractors ensure the electrical integrity and mechanical timing of the pressure-seated valve assembly remain within factory specifications, preventing pilot orifice failures or coil burnout in high-ambient conditions.

• Voltage Compatibility: Precision-wound for 24VDC power supply stability.
• Wattage Rating: 11.6W draws optimal current for consistent plunger lift.
• FT Construction: Integrated 18-inch leads facilitate easier wiring in tight control cabinets.
• Thermal Resistance: Class F rated for handling elevated operating temperatures without insulation breakdown.
• OEM Fit: Direct drop-in replacement ensures proper flux density and mechanical alignment with the valve stem.

Common Questions

Does this coil include the housing or the clip?
This model is the solenoid coil replacement only. Re-use your existing solenoid housing or ensure you have the correct retaining clip for the RedHat series valve being serviced.

Can I use this 24VDC coil on a 24VAC system?
No. Using a DC solenoid coil on an AC circuit will result in immediate coil failure or failure to actuate the valve. Always verify the current type before installation.

What causes this coil to overheat?
Burnout usually occurs due to an incorrect voltage supply, a stuck plunger causing an inductive surge, or excessive ambient heat exceeding the Class F thermal rating.

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.