Delavan 1.10 GPH, 80AR (7) nozzle

Delavan PA110-80R7 oil nozzles in burners play a key role in the fuel combustion process to provide energy in heating systems, boilers, gas stoves and other devices. They perform several important functions:

1. Fuel dosage: Delavan oil burner nozzles 1.10 GPH, 80AR (7) regulate the amount of fuel entering the burner. This is important to ensure an optimal ratio of fuel and air in the mixture, which in turn affects the combustion efficiency. The correct dosage helps to achieve maximum thermal efficiency and minimize emissions.

2. Fuel spraying: Delavan 1.10 GPH, 80AR (7) oil nozzles convert the supplied fuel into a fine droplet, ensuring good mixing with air. This spraying creates optimal conditions for the formation of a uniform burning mixture, which is important for stable and complete combustion of fuel.

3. Flame formation: Delavan oil burner nozzles 1.10 GPH, 80AR (7) determine the shape and structure of the flame. This is important for uniform heating of the surface of the heating elements or boiler, as well as to prevent the formation of carbon monoxide or other incomplete combustion products.

4. Fuel economy: Properly selected and tuned oil nozzles 1.10 GPH, 80AR (7) contribute to fuel economy, as they allow you to use it more efficiently and energy-saving.

5. Emission reduction: By controlling the combustion process, the oil nozzles 1.10 GPH, 80AR (7) also contribute to reducing emissions of harmful substances into the atmosphere. This is important for compliance with environmental safety standards.

The overall effect of the oil burner nozzles 1.10 GPH, 80AR (7) in burners is to ensure an efficient, stable and safe fuel combustion process, which, in turn, affects the efficiency of heating systems and other thermal devices.

Delavan 1.10 GPH, 80AR (7) oil burner nozzle technical data:

• Capacity: 1.1 gal/hr
• Spray angle: 80 degrees
• Nozzle Type: AR

Type AR-D Nozzles are of a «solid cone» type similar to Type B but with a slightly lower concentration of the droplets in the center of the cone. They are high performance in burners of low up to medium capacity (up to flows of 2.00 GPH).