Industrial Inverter DC TIG Welding Machine

Home » Products » Inverter DC TIG Welding Machine » Industrial TIG Welding Machine » TIG-500II Industrial Inverter DC TIG Welding Machine
Industrial Inverter DC TIG Welding Machine

TIG-500II Industrial inverter DC TIG welding machine has the highest performance in our products. The thickness of plate is 0.5-10mm. It can work in wide input voltage range from 342V to 418V. It will protect the machine from damage automatically when the input voltage is above or below the machine protection settings range. It adopts wind and water two kinds of cooling methods. The arc dynamic characteristics can be adjusted base on different electrode. For example, it can weld vertically with fiber electrodes, which is particularly important for pipeline welding. The parameters of this machine are as follow:
Rated input voltage: three phase 380V±10%
Rated input power: 18.8KVA
Rated input current: 28A
Output current range: 10-500A
Rated output current: 500A
No-load voltage: 68V
Rated load voltage: 30V
Post flow time: 1-10S
Duty cycle: 60%
N.W.: 23kg
Dimension (L×W×H): 500×230×400mm

Feedback Form

Other Products
  • TIG-315 Industrial Inverter DC TIG Welding MachineTIG-315 Industrial inverter DC TIG welding machine is sheet metal welding equipment. It can weld a variety of ferrous metal. And the thickness of plate should be 0.5-6mm. It is greater than the general level welding equipment. There are three adjustment knobs on the control panel. The larger one is output current knob. And the others are arc force knob and post flow time knob. It also has the switching button between TIG and MMA ...
  • TIG-400 Industrial Inverter DC TIG Welding MachineThis industrial inverter DC TIG welding machine is very similar to TIG-315 in performance. It is more heavy than TIG-315. It adopts IGBT inverter technology. The thickness of plate is 0.5-8mm. It has accident prevention measures, including protection ground, well insulation blocking and low no-load voltage. While it still exists a certain danger because of the sudden variability between the output voltage and current ...