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Home 2Skykente SolutionsToolsinverter welding machine »PISG 120 D5«, 120 A

inverter welding machine »PISG 120 D5«, 120 A

79.99

 Homogeneous joining of steel, stainless steel and cast materials
 With higher tolerance for position changes
 Electronically controlled, quiet and even welding arc
 Integrated fan

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Description

Characteristics

  • Innovative inverter technology for better welds than conventional devices
  • Homogeneous joining of steel, stainless steel and cast materials
  • Low weight – ideal for mobile use
  • Electronically controlled, calm and uniform welding arc
  • With higher tolerance for position changes – arc remains stable longer
  • Overload protection by thermal monitor with indicator light
  • 2.0 m welding cable with electrode holder (for Ø 1.6–2.5 mm)
  • 2.0 m ground cable with strong clamp
  • Powder-coated metal housing with adjustable carrying strap
  • Integrated fan
  • Suitable for all common stainless steel, cast iron and basic stick electrodes

Included accessories: 1 welding screen, 1 combination wire brush with hammer, 5 welding electrodes (sizes: 2 x 1.6 mm; 2 x 2.0 mm and 1 x 2.5 mm), 1 carrying strap

Technical data

  • Input power: 3,300 watts (at 230V)
  • Open circuit voltage: 66 V
  • Welding current: max. 10 A / 18.4 V – 120 A / 22.8 V
  • Continuously adjustable range 10 – 120 A
  • EMC Class A
  • Electrode thickness: 1.6 – 2.5 mm
  • Weldable material thickness: 1.5 – 3.0 mm
  • Power cable length: 4 m
  • Welding cable with electrode holder: 2 m
  • Ground cable with clamp: 2 m

material

sheet steel, plastic, stainless steel

Mass

  • Welding machine: approx. 24 x 9.7 x 17.8 cm
  • Sign with mounted handle: approx. 34.5 x 19.6 x 6 cm
  • Hammer with brush: approx. 17.8 x 2.1 x 6.7 cm

Weight

  • welding machine: approx. 2,250 g
  • Slag hammer with brush: approx. 62 g
  • Shield with mounted handle: approx. 155 g

notes

This Class A welding equipment is not intended for use in domestic establishments where the power supply is via a public low-voltage supply system. It may be difficult to ensure electromagnetic compatibility in such areas due to both conducted and radiated disturbances.