GC Valves CS4AN24A24 Coil

For contractors servicing solenoid-operated systems, the GC Valves CS4AN24A24 Coil provides a field-reliable solution for 24V AC irrigation and industrial fluid control applications. Engineered for Class H insulation, this high-temperature copper winding accommodates intensive duty cycles without thermal failure. Operating at 24VAC 60Hz, the coil draws approximately 10 to 12 watts, ensuring sufficient magnetic force for plunger actuation in compatible S4 series solenoid valves. It is designed with a 1/2-inch NPT conduit connection and lead wires for secure electrical integration. This specific model serves as the direct replacement for CS4AF01A18, maintaining identical mechanical mounting specs and electrical draw. When troubleshooting solenoid coil burnout or voltage drop issues, swapping in the CS4AN24A24 ensures the valve body retains its original pressure rating and response time. This 24V solenoid replacement coil is a critical truck-stock item for maintaining system uptime in commercial plumbing and HVACR water-handling circuits.

• Direct Cross-Reference: Seamlessly replaces the discontinued CS4AF01A18 model without requiring valve body modifications.
• High Thermal Rating: Class H construction allows for continuous energized states in ambient temperatures up to 155°F.
• Standardized Electrical Interface: Features 18-inch lead wires and a robust NPT conduit connection for weather-resistant installations.
• Optimized Power Draw: Designed for 24VAC control circuits, minimizing strain on the transformer while providing reliable valve opening torque.

Is the CS4AN24A24 compatible with DC voltage systems?
No, this coil is strictly engineered for 24V AC 60Hz systems. Applying DC voltage will cause the coil to overheat and fail prematurely due to the lack of inductive reactance.

Will this coil fit valve bodies from other manufacturers?
This coil is specifically calibrated for GC Valves S4 series operators. While the bore diameter might appear similar to other brands, the stack height and flux density are optimized for GC internal components.

What causes this coil to fail in the field?
The most common failure points are voltage spikes, incorrect supply voltage, or a mechanical blockage in the valve pilot which prevents the plunger from seating, causing the coil to draw excessive current.

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.