Parker CH4C15 Solenoid Coil 240V Class H Nema 4X

Product Description

The PARKER CH4C15 is a Class H solenoid coil rated for 240 volts and 11.0 watts, designed for use with Parker Skinner Gold Ring Series solenoid valves. Class H insulation indicates a maximum continuous temperature rating suitable for demanding industrial and commercial environments. The coil ships with an 18-inch lead length for field wiring, and its NEMA 4X enclosure rating means it is protected against dust ingress and watertight against direct water spray — making it appropriate for wash-down or outdoor service locations. Licensed electricians and instrumentation technicians are the primary installers of this component.

This coil is applied in fluid control systems where a solenoid valve requires an AC coil operating at 240 volts. Typical scenarios include industrial process lines, HVAC hydronic controls, and commercial plumbing or pneumatic systems that use Parker Skinner Gold Ring Series valves. The NEMA 4X rating extends its usability to corrosive or wet environments where a standard open coil would not be suitable. The 18-inch lead length provides enough slack for most panel and valve-body mounting configurations without requiring extension wiring.

Key Features

• 240-volt AC rated coil for Parker Skinner Gold Ring Series solenoid valves
• Class H insulation for high-temperature continuous-duty operation
• 11.0-watt power consumption
• NEMA 4X watertight enclosure rating — suitable for wet or corrosive locations
• 18-inch coil lead length for straightforward field termination

Compatibility

Designed for use with Parker Skinner Gold Ring Series solenoid valves requiring a 240-volt AC Class H coil.

Installation Notes

Installation should be performed by a licensed electrician following applicable NEC requirements. De-energize and lock out the circuit before removing or installing the coil. Verify that the valve body coil cavity and the coil form factor are matched before seating the coil. Do not energize the coil when it is not mounted on a valve body, as unloaded operation can cause overheating.