PRECISION TIG WELDING FOR WORKSHOP OR ON-SITE INSTALLATION
A built in VRD (Voltage Reduction Device) delivers added safety when operating in Stick or Lift-TIG mode and meets the requirements of site work. Fully compliant to Australian Standards AS60974.1 & AS1674.2 CAT C.
DC TIG can be used for steel, stainless steel, copper and copper alloys, plus titanium. When welding in DC current HF start allows easy no contact starts for critical applications.
Built-in “Hot Start™” feature in stick mode for even better arc starting.
Built in “Arc Force”, constantly monitors arc voltage and will boost output if low arc voltage occurs.
HF is a non-contact arc starting method using High Frequency energy pulse. Allows easy arc starting without the interference problems of conventional HF. Eliminates tungsten contamination.
The power source features a built-in thermal protection device that will activate if the machine is operated beyond its safe thermal operating zone.
A built in VRD (Voltage Reduction Device) delivers added safety when operating in Stick or Lift-TIG mode and meets the requirements of site work. Fully compliant to Australian Standards AS60974.1 & AS1674.2 CAT C.
DC TIG can be used for steel, stainless steel, copper and copper alloys, plus titanium. When welding in DC current HF start allows easy no contact starts for critical applications.
Built-in “Hot Start™” feature in stick mode for even better arc starting.
Built in “Arc Force”, constantly monitors arc voltage and will boost output if low arc voltage occurs.
HF is a non-contact arc starting method using High Frequency energy pulse. Allows easy arc starting without the interference problems of conventional HF. Eliminates tungsten contamination.
The power source features a built-in thermal protection device that will activate if the machine is operated beyond its safe thermal operating zone.