- Gas Warehouse
- Food Equipment Repair
- SKU #P/B.H15HR-2

BASO Products
3/8" Threaded H15-Series High Temperature Automatic Shutoff External Flow Pilot Gas Valve, 47 Kw (160,000 Btu)
Gas Warehouse #P/B.H15HR-2

- Product Information
Product Sku: | P/B.H15HR-2 |
Product Weight: | 0.72 lb |
Manufacturer: | BASO Products |
3/8" NPT H15-Series High Temperature Automatic Shutoff External Flow Pilot Gas Valve, 47 kW (160,000 BTU)
H15 valves are 100% shutoff devices with compact, cast aluminum valve bodies. A rotor B valve is provided as an option for manual adjustment of the pilot flame (Figure 3). The flow interruption feature allows gas to flow only to the pilot during the lighting operation.
The H15 Series pilot valves provide safe lighting and complete shutoff of pilot and main burner gas in the event that the flame heating the thermocouple is extinguished. They are designed for standing pilot applications and can be used with natural gas and Liquefied Petroleum (LP) gas, at pressures up to 0.5 psi (35 mbar [3.5 kPa]). Typical applications include commercial cooking equipment, heaters, kilns, dishwashing equipment, industrial ovens, and similar applications.
The H15 series automatic pilot valves provide safe lighting and complete shutoff of pilot and main burner gas. They are designed for standing pilot applications and can be used with natural gas, LP gas, or LP gas-air mixtures at pressures up to 0.5 psi (35 mbar [3.5 kPa]). Models without a rotor B valve are suitable for operation over a temperature range of -30 to 175F (-34 to 79C). Models with a rotor B valve are suitable for operation over a temperature range of 32 to 175F (0 to 79C). The H15_B and H15_R models are suitable for operation over a temperature range of 32 to 300F (0 to 149C).
The use of single function components provides maximum flexibility in manifold makeup. By combining the H15 pilot valve with other single function components (pressure regulator, automatic gas valve, and manual valve), you can meet the exact requirements of a wide variety of applications.