Inverter welder 330A MMA TIG LIFT VRD KD1782

Inverter welder 330A MMA TIG LIFT VRD KD1782

Price with VAT: €35,27
Price without VAT: €28,44
EU stock: 300 pcs — delivery in 7–18 days
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Inverter welder 330A MMA TIG LIFT VRD KD1782

Inverter welder 330A MMA TIG LIFT VRD KD1782

Price with VAT: €35,27
Price without VAT: €28,44
EU stock: 300 pcs — delivery in 7–18 days

Overview

INVERTER WELDER MMA TIG LIFT VRD 330A KD1782 The modern inverter welder by Kraft&Dele, model KD1782, is a device designed for arc welding with coated electrodes. Welding with coated electrodes is an arc welding method using a consumable metal electrode covered with a flux coating. The device is intended for manual electric welding with electrodes from 1.6 to 5.0mm depending on the selected material and its thickness. Smooth adjustment of the welding current allows even beginners to optimally perform welding tasks. The welder is equipped with the VRD system, which lowers the voltage at the welding handle when welding is not being performed. The appropriate voltage is restored when the arc is reignited. WELDING CAPABILITIES MMA uses a coated electrode consisting of a metal core covered with compressed coating (rutile, basic, acidic) TIG LIFT a welding process with a special electrode in a shielding gas, used for welding alloy metals (not suitable for welding aluminum). It is a method that allows achieving the highest quality welds.

Specifications

  • Brand: KRAFT&DELE
  • Model: KD1782
  • Input voltage: 230V
  • Frequency: 50 Hz / 60 Hz
  • Maximum welding current: 330A
  • Adjustment range: 20-330A
  • Cooling system: fan
  • Electrode range: 1.6-5.0mm
  • Efficiency: 85%
  • Protection rating: IP21
  • Insulation class: F
  • Weight: 3.4 kg
  • The design makes the device exceptionally mobile and allows work in particularly hard-to-reach places.

What's included

  • Inverter welder KD1782
  • User manual in Polish
  • 12-month warranty
  • Original packaging
  • Receipt or VAT invoice

Notes

This increases operator safety by minimizing the risk of electric shock.

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