Delavan 30609-11 SNA 1.00 1.00 GPH Siphon Nozzle (Waste Oil Nozzle) Spray Characteristics Produces a solid cone spray pattern with extremely fine particle size at low air pressures and low CFM. Flow rates, spray angles and droplet sizes can be modified, with limitations, by variations in air, lift, etc. relatively large passages. Clog free operation of low volume due to relatively large passages. Excellent for waste oil applications Exact Same As Cleanburn 32002, Clean Burn 32002, 57108, Reznor 157041 Order adapter separately Using Part Number 17147 INSTALLATION The air compressor should be capable of providing at least 10% more air than the specified values. All fuel and air line connections must be tight. Any leaks, especially in the fuel line, will have an adverse effect on the lift characteristics. The nozzle will flow in either a horizontal or vertical position. The lift distance for a vertical mounted nozzle is measured from the liquid level to the end (face) of the nozzle. If the combustion application does not permit the use of a constant level device, excellent spray characteristics can be obtained using a fuel metering pump and an air compressor. It is also possible to operate the nozzle in a closed pressurized system utilizing air pressure for both lifting and atomizing the fuel.
Delavan 30609-11 SNA 1.00 1.00 GPH Siphon Nozzle (Waste Oil Nozzle)
Spray Characteristics
Produces a solid cone spray pattern with extremely fine particle size at low air pressures and low CFM.
Flow rates, spray angles and droplet sizes can be modified, with limitations, by variations in air, lift, etc. relatively large passages.
Clog free operation of low volume due to relatively large passages.
Excellent for waste oil applications
Exact Same As Cleanburn 32002, Clean Burn 32002, 57108, Reznor 157041
Order adapter separately Using Part Number 17147
INSTALLATION
The air compressor should be capable of providing at least 10% more air than the specified values. All fuel and air line connections must be tight. Any leaks, especially in the fuel line, will have an adverse effect on the lift characteristics.
The nozzle will flow in either a horizontal or vertical position. The lift distance for a vertical mounted nozzle is measured from the liquid level to the end (face) of the nozzle.
If the combustion application does not permit the use of a constant level device, excellent spray characteristics can be obtained using a fuel metering pump and an air compressor.
It is also possible to operate the nozzle in a closed pressurized system utilizing air pressure for both lifting and atomizing the fuel.
