Parker D400P3 Coil

The Parker D400P3 Coil is a heavy-duty 120V 10W solenoid coil engineered for precise actuation in Parker Fluid Control valve assemblies. Built to handle the rigorous demands of industrial hydraulic and pneumatic systems, this coil features Class F insulation, providing superior thermal protection and electrical stability in high-ambient environments. As a critical component for industrial solenoid valve operation, the D400P3 ensures a consistent magnetic field for reliable plunger lift, even under continuous duty cycles.

For technicians servicing refrigeration or process control systems, this Parker replacement coil offers a direct-fit solution that eliminates common failure points like excessive heat-related burnout or magnetic lag. Designed for efficiency, the 10-watt power draw maintains optimal Maximum Operating Pressure Differential (MOPD) without unnecessary energy consumption. Whether utilized in liquid line service or air-over applications, this coil delivers the mechanical force necessary to maintain zero-leakage performance in high-pressure setups.

Key Benefits for HVACR Technicians:

• Thermal Durability: Class F insulation rated for high-temperature resistance, preventing premature failure during high cycle rates.
• Universal Compatibility: Optimized for a wide range of Parker solenoid valves, ensuring a secure mechanical and electrical fit.
• Electrical Efficiency: Low-wattage 10W design reduces heat signature and operational costs while maintaining high pull-in force.
• Industrial Build: Rated for both continuous and intermittent duty in demanding fluid control environments.

Common Questions:

Is the D400P3 compatible with 110V systems?
Yes, this coil is standard for 110/120V VAC 50/60 Hz applications, making it a versatile choice for most domestic industrial power supplies.

Can this coil be installed in any orientation?
While the coil itself can be oriented, it is recommended to install the valve assembly with the coil in a vertical upright position to prevent debris accumulation in the plunger tube.

What causes a solenoid coil to burn out?
The most common causes are voltage spikes, under-voltage leading to plunger stalling, or high ambient temperatures exceeding the Class F 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.