0.3T 0.5T 1.0T 2.0T 0.6T(Dual-splice) 1.0T(Dual-splice) 2.0T(Dual-splice) Project Specification Appearance and Structure Vertical return fire-tube Rated steam output 300kg/h Rated operating pressure 0.8Mpa Rated thermal efficiency 98% Rated steam temperature 171℃ Rated water volume ≤50L Use of fuel Natural gas, liquefied gas Natural gas consumption 18-24Nm³/h Liquefied gas consumption 12-18kg/h
0.3T 0.5T 1.0T 2.0T 0.6T(Dual-splice) 1.0T(Dual-splice) 2.0T(Dual-splice) Project Specification Appearance and Structure Vertical return fire-tube Rated steam output 300kg/h Rated operating pressure 0.8Mpa Rated thermal efficiency 98% Rated steam temperature 171℃ Rated water volume ≤50L Use of fuel diesel fuel Diesel consumption 12-18kg/h Combustion Control Fully automatic, flameout protection Control
9kW 12kW 18kW 24kW 36kW 48kW 72kW 96kW 144kW 192kW 216kW 288kW 360kW Project Specification Power 9kW External Structure Vertical boiler Rated steam output 13kg/h Rated operating pressure 0.8Mpa Rated thermal efficiency 98% Maximum current 18A Power Levels — Reference external dimensions of the main unit(mm) 800*710*1205 Reference weight 45kg
0.3T 0.5T 1.0T 2.0T 0.6T(Dual-splice) 1.0T(Dual-splice) 2.0T(Dual-splice) Project Specification External Structure Vertical fire-tube (boiler) with return passes Rated steam output 300kg/h Rated operating pressure 0.8Mpa Rated thermal efficiency 98% Rated steam temperature 171℃ Rated water volume ≤50L Use of fuel Biomass, coal, wood, etc. Fuel consumption 30-36kg/h Combustion Control Fully
Gas-fired steam generator users often encounter ignition failure issues. Common causes include loose or damaged ignition electrodes (weak spark), foreign objects in the gas valve, improper gas flow balance in multi-stage valves or faulty solenoid valve coils, and excessively high or low gas pressure. Corresponding solutions involve replacing the ignition
A biomass pellet burner burns agricultural and forestry waste pellets through a semi-gasification process, delivering efficient, clean combustion while avoiding slagging. Key advantages include water-cooled furnace design, large 300 kg hopper, smart automation with multi-layer safety protection, and a unique dual-drum four-pass structure achieving 20% higher thermal efficiency. Widely used
