1.What is water welding machine
Water welding machine is able to separate clean soft water (H2O) into hydrogen and oxygen gases, using a small amount of electric power through a special process. These gases are then mixed and delivered for use in a wide variety of applications, such as heating, brazing, cutting, etc. which currently use LPG or other gas for fuel. When burned, this fuel generates no green house gases or pollutants,and burns at virtually 100% efficiency. This certainly has the potential for becoming the most significant advancement in fuel for the 21st century.
2. Why I used water welding machine
2.1 Maximum Safety a. Steady, reliable fuel delivery. Fuel is available immediately after machine is switched on. No volatile fuel tanks which can rupture or explode.b. Multiple safety devices, including overheating and in-sufficient water cut-off switches, will automatically turn off power to ensure the safety of both equipment and user.
2.2 Environmentally Friendly a. The Fuel generated by our machines burns completely without creating pollutants, toxic fumes, or public nuisance.b. Does not generate hydrocarbons, carbon monoxide, or carbon dioxide.
2.3 High Mobility a. Our generators come equipped with wheels to facilitate moving the generators to the job, not the other way around.b. Our generator immediately generates fuel as needed, eliminating the need for dangerous awkward gas tanks.c. Fuel can be used for long periods of time without overheating peripheral equipment
2.4 High Temperature & Calorific value
a. Calorific value is 34000Kcal/kg
b.The flame temperature is over 2800°,it can melt refractory metals and none-metals
2.5 Low Cost & Maximum Economya. Fuel is generated using only electricity and clean soft water.b. Both economical and practical when compared to the currently used LPG, Propane, or acetylene.
2.6 Low Heat Dispersal Use of this fuel provide a more focused heat source with less heat loss, maintaining a more comfortable, safer, lower fatigue working environment.
4. Technical Parameters:
|AC Voltage Requirement (V)||220/110||220/110||220/110||220/110|
|DC Voltage &Current (A)||5V 60A||5V 60A||5V 60A||5V 60A|
|Max Gas Output||100L/h||200L/h||300L/h||400L/h|
|Max. Working Pressure (kg/cm2)||1.3||1.3||1.3||1.3|
|Max. Water Consumption (L/h)||0.06||0.11||0.17||0.23|
|Max. Flame Modifier Consumption (L/h)||0.05||0.1||0.15||0.17|
|Flame Modifier Feed||manual||manual||manual||manual|
|Dimensions - L*W*H (mm)||480*280*360||620*280*360||780*280*520||950*380*520|
|Gross Weight (kg)||12||33||38||45|
|Ventilation Space Requirement (mm)||200 in each direction||200 in each direction||200 in each direction||200 in each direction|
|AC Voltage Requirement (V)||380||380||380||380||380|
|Phase||three phase||three phase||three phase||three phase||three phase|
|Power Consumption (kW/h)||4.5||9||17||23||31|
|Max Gas Output (L/h)||1500||2700||5000||7200||10000|
|Max. Working Pressure (kg/cm2)||1.9||1.9||1.9||1.9||1.9|
|Max. Water Consumption (L/h)||0.9||1.8||2.8||4||5.6|
|Dimensions - L*W*H (mm)||1200*800*1200||1300*800*1300||1500*800*1450||1650*800*1500||1520*900*1490|
|Gross Weight (kg)||280||330||396||552||610|
|Ventilation Space Requirement (mm)||400 in each direction||400 in each direction||400 in each direction||400 in each direction||400 in each direction|
Water welding machine/oxyhydrogen welding machine/hho welding machine