Parker B572BCNXXC Double Solenoid Valve 3/8 Inch Port

Product Description

The PARKER B572BCNXXC is a double solenoid, 3-position directional control valve designed for pneumatic or hydraulic circuit control applications. It features a pressure center open unactuated state, meaning all ports are connected to the pressure source when the valve is de-energized. The valve body is constructed from aluminum with a Buna-N seal, and it operates within a working pressure range of 30 to 145 psi. The Cv flow factor of 1.4 and a 3/8 inch port size make it suitable for mid-flow control circuits. Note that solenoid coils are not included with this valve body.

This valve is used in industrial fluid power and pneumatic automation systems where directional control of an actuator is required. The 3-position, pressure center open configuration is commonly specified in machine tool, material handling, and process control applications where the actuator must float or remain pressurized in the neutral state. Licensed industrial mechanics and fluid power specialists are the primary installers of this component in panel-mounted or manifold-based control systems.

Key Features

• 3-position, double solenoid configuration with pressure center open unactuated state
• 3/8 inch port size with a Cv flow factor of 1.4
• Aluminum valve body for lightweight, corrosion-resistant construction
• Buna-N seals rated for compatibility with a wide range of pneumatic and hydraulic media
• Operating pressure range of 30 to 145 psi
• Valveless coil design — solenoid coils ordered and installed separately

Compatibility

Designed as an OEM-style directional control valve for use in industrial pneumatic and hydraulic systems requiring a 3/8 inch port, 3-position, pressure center open double solenoid configuration. Solenoid coils are not included and must be specified and sourced separately.

Installation Notes

Installation should be performed by a qualified fluid power technician or industrial mechanic familiar with directional control valve mounting and circuit design. Depressurize and de-energize the system completely before removing or installing any valve component. Verify that the selected solenoid coils match the valve body interface and the system voltage before energizing. Thread sealant or fittings should comply with applicable system pressure ratings and relevant industrial piping codes.