BASO H15EQ-3 Gas Valve

The BASO H15EQ-3 Gas Valve is a heavy-duty automatic shut-off pilot valve designed for sub-atmospheric and low-pressure applications up to 0.5 PSI. Engineered for compatibility with both Natural Gas and Liquid Propane (LP), this 3/4" NPT valve features two 1/4" compression coupling pilot taps positioned to the right of the inlet. As a direct H15EQ-3C replacement, this Baso Gas Products component utilizes a thermocouple-operated solenoid to ensure 100% shut-off of both pilot and main burner gas if the pilot flame is extinguished. This model is configured for external pilot gas flow without a Rotor “B” valve and does not include a pressure tap. For technicians servicing commercial cooking equipment or industrial heaters, the H15EQ-3 provides a robust standing pilot safety valve solution that withstands high-demand cycles while maintaining precise flow control for HVACR gas combustion systems.

• Universal Fuel Compatibility: Factory-ready for Natural Gas and LP applications without complex field conversions.
• Dual Pilot Taps: Equipped with two 1/4" compression ports for flexible pilot gas line installation.
• Redundant Safety: Provides 100% shut-off of gas flow upon loss of flame signal to the thermocouple.
• Drop-in Replacement: Exact match for BASO H15EQ-3C models, simplifying inventory and field repairs.
• High Flow Capacity: Large 3/4" NPT inlet/outlet designed for high-BTU equipment requiring 0.5 PSI maximum pressure.

Is the BASO H15EQ-3 compatible with my current thermocouple?
This valve is designed to work with standard 30mV thermocouples. Ensure your lead is properly seated to maintain the electromagnetic circuit required for the internal drop-out mechanism.

What is the difference between the H15EQ-3 and the H15EQ-3C?
The H15EQ-3 and H15EQ-3C are functionally identical and interchangeable in all technical specifications and physical dimensions.

Can this valve be used in high-pressure gas systems?
No, this component is rated for a maximum inlet pressure of 0.5 PSI. Using this valve in high-pressure systems will result in component failure and safety risks.

Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.