Parker H15VXBG0B9D Solenoid Valve Bspp Normally Closed 24VDC

Product Description

The PARKER H15VXBG0B9D is a normally closed solenoid valve designed for pneumatic system control. The valve body is constructed from aluminum and uses a nitrile seal for reliable fluid containment. It operates on 24 volts DC and delivers a Cv factor of 1.2, making it suitable for moderate-flow pneumatic circuits. The valve remains closed when de-energized and opens upon electrical actuation, a configuration that supports fail-safe system design. It carries an IP65 ingress protection rating, cCSAus approval, and meets ISO 1179 specifications. Licensed HVAC technicians, pneumatic system integrators, and industrial maintenance professionals are the typical installers of this valve type.

This solenoid valve is rated for pneumatic applications across a broad operating temperature range of 5 degrees F to 120 degrees F. The BSPP thread standard allows it to integrate with BSPP manifold and subbase port assemblies that meet ISO 1179 specifications. It is well-suited for light industrial and commercial pneumatic control panels, automated equipment, and process control systems where a normally closed, electrically actuated valve is required.

Key Features

• Normally closed configuration supports fail-safe system design
• Aluminum body provides a lightweight, corrosion-resistant housing
• Nitrile seal material compatible with standard pneumatic service
• 24 VDC coil voltage for low-voltage control circuit integration
• Cv factor of 1.2 for moderate-flow pneumatic circuits
• IP65 rated for protection against dust ingress and water jets
• cCSAus approved and compliant with ISO 1179 specifications

Compatibility

Designed for use with BSPP manifold and subbase port assemblies meeting ISO 1179 specifications. Suitable for pneumatic control systems requiring a 24 VDC normally closed solenoid valve with BSPP porting.

Installation Notes

Installation should be performed by a qualified technician familiar with pneumatic system safety procedures. Depressurize and de-energize the system completely before installing or removing the valve. Verify that supply voltage matches the 24 VDC coil rating before energizing. Follow applicable local codes and manufacturer guidelines for pneumatic system assembly and torque requirements.