Steinen h1.10-60-2f Hollow Cone Oil Burner Nozzle 1.10 Gph

Product Description

The STEINEN h1.10-60-2f is a hollow cone oil burner nozzle rated at 1.10 GPH with a 60-degree spray angle. It is a Type A nozzle designed for oil-fired heating burners that use a hollow cone air pattern. In this configuration, droplet distribution concentrates on the outer edge of the cone, which promotes reliable ignition and low-noise combustion. This nozzle is suitable for throughputs up to 2.00 GPH, making it appropriate for lighter-demand residential and light-commercial oil heating applications. Licensed oil burner technicians and HVAC service professionals typically handle nozzle selection and replacement.

This nozzle fits oil-fired heating systems that require a hollow cone spray pattern at a 60-degree angle. It is commonly installed in residential forced-air oil furnaces and boilers where low-throughput, clean-burning performance is a priority. The Type A hollow cone pattern is well suited for burners engineered around this air-atomization style. Refer to the burner manufacturer specifications to confirm the correct flow rate, spray angle, and nozzle type before installation.

Key Features

• Type A hollow cone spray pattern concentrates droplets on the outer edge of the cone for stable, low-noise combustion
• 1.10 GPH flow rate supports light-demand oil heating applications up to 2.00 GPH throughput
• 60-degree spray angle matches burner configurations requiring a wide, hollow cone pattern
• Designed for oil-fired burners where reliable ignition characteristics are critical

Compatibility

Designed as an OEM-style replacement nozzle for oil-fired heating burners that specify a Type A hollow cone pattern at 1.10 GPH and 60 degrees. Always verify the burner manufacturer's nozzle specification before replacing.

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 system to cool before beginning service. Use a proper nozzle wrench to remove and install the nozzle without damaging the adapter or electrodes. After replacement, verify ignition, combustion, and CO levels with appropriate test equipment before returning the system to service.