Parker H32VXBG0B9D 4-way 2-position Solenoid Valve 24vdc

Product Description

The PARKER H32VXBG0B9D is a 4-way, 2-position solenoid valve designed for pneumatic control applications. In its unactuated state, flow passes normally open through ports 1 and 2, making it suitable for fail-safe pneumatic circuit designs where a defined default flow path is required. The valve body is constructed from aluminum for a lightweight, corrosion-resistant build, and nitrile seals provide reliable performance across a broad range of pneumatic media. It operates on 24 volts DC and delivers a Cv factor of 6.0 in the normally closed position. Licensed pneumatic or industrial controls technicians typically handle installation and commissioning of this valve type.

This valve is intended for pneumatic system applications where directional control of compressed air or compatible gas media is required. The 4-way, 2-position configuration allows the valve to direct flow between two distinct circuit paths depending on the actuated or unactuated state, making it well suited for actuator control, cylinder sequencing, or directional switching in industrial and commercial pneumatic systems. Its aluminum construction keeps overall weight low in multi-valve manifold assemblies.

Key Features

• 4-way, 2-position directional control for pneumatic circuits
• Normally open through ports 1 and 2 in unactuated state
• 24 volt DC coil operation for compatibility with standard low-voltage control systems
• Cv factor of 6.0 in the normally closed position for reliable flow capacity
• Aluminum body construction for lightweight, corrosion-resistant performance
• Nitrile seals for compatibility with common pneumatic media

Compatibility

Designed as an OEM-style directional control solenoid valve for pneumatic systems requiring 4-way, 2-position switching with a 24 volt DC coil and aluminum body construction.

Installation Notes

Installation should be performed by a qualified pneumatic or industrial controls technician. De-energize the control circuit and isolate and bleed system pressure before removing or installing the valve. Verify port orientation and flow direction against the pneumatic schematic before final connection. Consult applicable local and national codes for pneumatic system installations.