Parker AF4C05 Coil

The Parker AF4C05 solenoid coil is a heavy-duty, 120V AC replacement coil designed for reliable actuation in demanding HVACR and industrial fluid control systems. Engineering specifications include a 6-watt power rating and a Class F insulation rating, ensuring stability during continuous duty cycles. This Parker Hannifin solenoid part features a NEMA 4 enclosure, providing superior protection against water ingress and dust, making it ideal for washdown environments or outdoor installations. When troubleshooting solenoid valve coil failure, the AF4C05 offers a drop-in solution for compatible Parker F-series and A-series valve bodies. The 18-inch lead wires allow for flexible wiring configurations within electrical junction boxes, maintaining circuit integrity even in high-vibration applications. Field technicians typically specify this 120V 6W solenoid coil for its precise magnetic flux and resistance to thermal degradation under standard operating pressures.

• NEMA 4 Rated: Provides a watertight seal for protection in harsh or damp mechanical rooms.
• 6-Watt Low Power Consumption: Minimal heat dissipation extends the service life of the valve internal components.
• Direct Fit Compatibility: Seamlessly integrates with Parker solenoid valve bodies to restore system flow control.
• High Dielectric Strength: Encapsulated construction prevents short circuits caused by moisture or environmental contaminants.

Common Technical Questions

What are the signs of a failing Parker AF4C05 coil?
Technicians should check for an open circuit using an ohmmeter. Common symptoms include a humming sound without valve actuation or visible swelling of the coil housing due to overheating.

Can this NEMA 4 coil be used in NEMA 1 applications?
Yes, the Parker AF4C05 exceeds NEMA 1 requirements, offering superior environmental protection for any indoor or outdoor installation requiring a 120V 6W coil.

Is this coil compatible with DC voltage systems?
No, this is a dedicated 120V/60Hz AC coil. Applying DC voltage will result in improper magnetic field generation and potential component failure.

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.