Parker CAP012S Hydraulic Solenoid Valve Coil

Product Description

The PARKER CAP012S is a solenoid coil designed for use with hydraulic control valves in industrial and fluid power systems. The coil generates the electromagnetic field that actuates the solenoid valve spool, allowing directional or flow control within a hydraulic circuit. Weighing 0.73 pounds, it is a compact, direct-replacement component installed by hydraulic system technicians and maintenance professionals working on mobile or stationary hydraulic equipment. This coil is specifically compatible with DSL and DSH type solenoid valves, making it a targeted replacement part for systems already running Parker valve bodies of those types.

The CAP012S is suited for hydraulic control applications where solenoid-actuated directional control valves are used to manage fluid flow direction or pressure. Typical installations include industrial machinery, mobile equipment hydraulic circuits, and stationary power units. It serves as a replacement coil when the original coil shows signs of burnout, open circuit, or physical damage, without requiring replacement of the entire valve assembly. Technicians working on Parker DSL or DSH valve configurations will find this coil is the appropriate service component for those platforms.

Key Features

• Designed specifically for Parker DSL and DSH type solenoid valves
• Lightweight construction at 0.73 pounds for easy handling during service
• Sold as a single-unit replacement coil, no additional components required
• Allows coil-only replacement without disturbing the valve body or hydraulic plumbing

Compatibility

Designed for use with Parker DSL and DSH type solenoid valves as stated by the manufacturer. Confirm valve body type and coil electrical specifications before installation.

Installation Notes

Installation should be performed by a qualified hydraulic technician. Before servicing, depressurize the hydraulic system fully and isolate all electrical power to the valve circuit. Coil replacement typically requires removing the retaining nut at the top of the solenoid stem, sliding off the failed coil, and seating the replacement coil before reinstalling the retaining hardware. Verify that the coil voltage and connector type match the existing system requirements before energizing.