Steinen h1.10-80-2f Hollow Cone Oil Burner Nozzle 1.10 Gph

Product Description

The STEINEN h1.10-80-2f is a hollow cone oil burner nozzle rated at 1.10 gallons per hour (GPH) with an 80-degree spray angle. It meters and atomizes fuel oil into a fine, hollow cone spray pattern for efficient combustion inside residential and light commercial oil-fired heating equipment. The hollow cone pattern distributes fuel along the outer edge of the spray, which suits burner heads and combustion chambers designed for that flame geometry. Licensed oil burner technicians and HVAC service professionals install and replace this nozzle as part of routine annual maintenance or combustion tune-up service.

This nozzle is suited for oil-fired forced-air furnaces, boilers, and water heaters that require a hollow cone spray pattern at 1.10 GPH and an 80-degree angle. It is a direct drop-in replacement during burner service calls where the existing nozzle has accumulated wear, deposits, or shows degraded atomization. The hollow cone type is commonly specified for retention-head burners where the flame pattern must match the combustion chamber geometry to achieve proper flame shape and efficiency.

Key Features

• Hollow cone spray pattern for combustion chambers designed for outer-edge fuel distribution
• 1.10 GPH flow rate for precise fuel metering
• 80-degree spray angle matches burner and chamber specifications requiring wide-angle atomization
• Compact form factor sized for standard oil burner nozzle ports
• Designed for annual replacement as part of routine oil burner tune-up service

Compatibility

Designed as an OEM-style replacement nozzle for oil-fired furnaces, boilers, and water heaters requiring a hollow cone spray pattern at 1.10 GPH and an 80-degree angle. Confirm burner manufacturer nozzle specifications before installation.

Installation Notes

Oil burner nozzle replacement is performed by licensed oil burner technicians or qualified HVAC service professionals. Shut down the burner and allow the fuel system to depressurize fully before removing the existing nozzle. Use a proper nozzle wrench to avoid damaging the nozzle adapter; do not overtighten the new nozzle. After installation, verify combustion performance with appropriate test equipment per local codes and NFPA 31 guidelines.