Waste Oil Burner Nozzle Fuel Gas Air Atomizing | Дом и сад

Waste Oil Burner Nozzle Fuel Gas Air Atomizing | Дом и сад

Product Details:

Total length: 68mm Air inlet：1/4", please insert a hose with Φ8mm or 6mm Gas/Oil inlet: 1/8", please insert a hose with Φ8mm or 6mm Bore diameter: 0.5mm 0.8mm 1.0mm 1.5mm 2.0mm 2.5mm 3.0mm 3.5mm 4.0mm Product Overview: Brass Siphon Air Atomizing Fuel Oil Burner Nozzle is a low pressure can spray atomization of the best at low pressure air atomizing nozzle. Widely used in diesel, heavy oil, waste oil, animal and vegetable oils, alcohol-based fuel burner system, and for kerosene, oil atomization. · In the heavy oil, waste oil burner, oil and other application viscosity of the liquid atomization effect is very good. · The working pressure range is 0-10/kg/cm2, different flow capacity needs different filter screen Flow capacity range is 1.5-1.7 L/h, needs a 45um oil filter screen Flow capacity range is 1.89-3.78 L/h, needs a 75um oil filter screen Flow capacity range is 4.76-5.10 L/h, needs a 125um oil filter screen Flow capacity range is 5.68-41.64 L/h, needs a 140um oil filter screen Flow capacity over 45.42L/h, no need for oil filter screen Working pressure is 3 bar: 0.5mm diameter, the liquid water flow is 4 L/H; 0.8mm diameter, the liquid water flow is 6 L/H; 1.0mm diameter, the liquid water flow is 8 L/H; 1.5mm diameter, the liquid water flow is 11L/H; 2.0mm diameter, the liquid water flow is 14L/H; 2.5mm diameter, the liquid water flow is 17L/H; 3.0mm diameter, the liquid water flow is 20L/H; 3.5mm diameter, the liquid water flow is 23L/H; 4.0mm diameter, the liquid water flow is 26L/H; The siphon height is 30cm, and the spray angle is 15-45 degree. Kindly be noted above data is base on water for reference Test: Normally the working pressure is 3 bar, for 1.00mm version, the liquid waste is 10L/H. For 2.0mm version, the liquid waste is 19L/H. For 3.0mm version, the liquid waste is 28L/H. The capacity tolerance is ±10%. The siphon height is 30cm, and the spray angle is 45 degree. Kindly be noted above data is base on water for reference, if you use other liquid, you can calculate it by the proportion of density.