Steinen s.85-60-2f Oil Burner Nozzle 0.85 Gph 60 Degree

Product Description

The STEINEN s.85-60-2f is a solid cone oil burner nozzle engineered for residential oil-fired heating systems. It delivers fuel oil at a rated flow rate of 0.85 gallons per hour (GPH) through a 60-degree spray pattern, producing a solid cone atomization profile suited for specific burner head and combustion chamber geometries. Constructed from brass for corrosion resistance and durability, this nozzle is rated to 100 psi operating pressure and a fuel temperature of 80 degrees F. It is installed by licensed oil burner technicians during routine service, nozzle replacement, or burner tune-up procedures.

This nozzle is designed for residential oil burner applications where a solid cone spray pattern at a 60-degree angle is specified. Solid cone nozzles are commonly selected for shorter, rounder combustion chambers where the flame shape and heat distribution requirements differ from hollow cone or semi-solid cone designs. The blue vial color coding assists technicians in quickly identifying flow rate and spray angle during service calls, reducing the chance of misinstallation when multiple nozzle types are on hand.

Key Features

• Solid cone spray pattern at 60 degrees for targeted combustion chamber compatibility
• 0.85 GPH flow rate rated at 100 psi operating pressure
• Brass construction for fuel oil compatibility and long service life
• Blue vial color coding for fast field identification of flow rate and spray angle
• Fuel temperature rating of 80 degrees F
• Manufactured under ISO 9001 quality management standards

Compatibility

Designed as an OEM-style replacement nozzle for residential oil burners requiring a solid cone, 60-degree spray pattern at 0.85 GPH. Verify burner manufacturer specifications before installation to confirm correct flow rate, spray angle, and cone type.

Installation Notes

Oil burner nozzle replacement is performed by licensed oil burner or HVAC technicians in accordance with local codes and NFPA 31 guidelines. Shut down the burner and allow the system to cool before removing the nozzle assembly. Use the correct nozzle wrench to avoid damage to the nozzle body or electrode assembly, and always replace the nozzle with the exact flow rate, angle, and cone type specified by the burner manufacturer. Do not reuse old nozzles or attempt to clean and reinstall a used nozzle.