Parker PS2430J83BP Solenoid Valve 3 Pin Connector 22mm

Product Description

The PARKER PS2430J83BP is a lighted 3-pin connector designed for use with solenoid valves in fluid control and automation systems. It provides a secure, illuminated electrical connection at the valve coil, allowing technicians to confirm energized status at a glance. The connector fits a 22mm valve body interface and includes a 6-foot cord for flexible installation reach. At 0.08 pounds, it is a compact, lightweight accessory used by HVAC technicians, plumbers, and industrial service professionals working on solenoid-controlled valve assemblies.

This connector is suited for replacement or retrofit applications where a lighted indicator is needed at the solenoid coil connection point. The 6-foot cord length accommodates typical panel-to-valve distances in residential and light commercial systems. It is commonly installed during solenoid valve coil replacements, control wiring upgrades, or troubleshooting scenarios where visual valve status confirmation improves diagnostic efficiency.

Key Features

• Integrated indicator light confirms valve energization without additional test equipment
• 22mm connector body fits standard solenoid valve coil interfaces
• 6-foot cord provides installation flexibility for panel-to-valve wiring runs
• 3-pin connector design for secure, positive electrical connection
• Lightweight construction at 0.08 pounds for easy handling and installation

Compatibility

Designed as an OEM-style replacement or upgrade accessory for solenoid valves accepting a standard 22mm lighted 3-pin connector interface.

Installation Notes

Installation should be performed by a licensed HVAC technician, plumber, or qualified electrician. De-energize the control circuit and shut off the associated fluid system before disconnecting or replacing the solenoid valve connector. Verify that supply voltage matches the connector and coil rating before energizing. Follow all applicable NEC requirements for low-voltage control wiring during installation.