Steinen s1.35-60-2f Solid Oil Burner Nozzle 1.35 Gph

Product Description

The STEINEN s1.35-60-2f is a solid-pattern oil burner nozzle rated at 1.35 gallons per hour (GPH) with a 60-degree spray angle. It atomizes fuel oil into a fine mist for controlled combustion inside residential and light-commercial oil-fired heating equipment. The solid spray pattern delivers a dense, concentrated flame cone suited to specific burner head geometries. At 1.55 inches in length and 0.7 inches in diameter, this nozzle fits into the standard nozzle adapter of most gun-type oil burners. Oil burner technicians install and replace this component during annual tune-ups or whenever combustion analysis indicates nozzle degradation.

This nozzle is used in gun-type oil burners installed on residential oil-fired furnaces, boilers, and water heaters. Annual replacement is standard practice in the oil heat trade, as nozzle orifices wear and clog over time, affecting atomization quality and combustion efficiency. The 60-degree spray angle and solid pattern suit burner assemblies with tighter retention head configurations where a narrower flame cone is required for proper air-fuel mixing.

Key Features

• Solid spray pattern for dense, concentrated flame cone in compatible burner heads
• 1.35 GPH flow rate for precise fuel delivery at the rated firing rate
• 60-degree spray angle matches burner assemblies requiring a narrower cone
• Compact size at 1.55 inches length and 0.7 inches width for standard nozzle adapter fitment
• Lightweight at 0.05 pounds for easy field handling and replacement

Compatibility

Designed as an OEM-style replacement nozzle for gun-type oil burners requiring a 1.35 GPH solid-pattern nozzle with a 60-degree spray angle.

Installation Notes

Oil burner nozzle replacement is performed by licensed oil burner technicians or qualified HVAC-combustion service professionals. Shut down the burner and allow the system to cool before servicing the nozzle assembly. Use a properly sized nozzle wrench to remove and install the nozzle without damaging the nozzle adapter or electrode assembly. After replacement, perform a full combustion analysis with appropriate test instruments to verify CO, smoke number, and stack temperature are within acceptable range before returning the system to service.