Lincoln Electric Idealarc DC-1000 LT-7 Tractor Submerged Arc Welding Machine

Featuring multi-process capability and delivering 1,300 amps DC output at a 50% duty cycle,
the Idealarc® DC-1000 welding power source is an ideal investment, especially for
welding applications that require high performance and high welding current.
 

The Idealarc® DC-1000 is an excellent welding machine designed for semi-automatic and automatic
MIG/MAG, flux-cored wire, and submerged arc welding applications, as well as carbon arc cutting and
grooving operations.

For submerged arc welding, it is recommended to use the Idealarc® DC-1000 in conjunction with the NA-3, NA-5, NA-5R, and LT-7 wire feed units.
Thanks to its 500-amp output connection, the Idealarc® DC-1000 offers excellent arc characteristics in submerged arc welding and MIG/MAG applications that require low current.

• Thanks to its 500-amp output connection, it offers excellent arc characteristics for submerged arc welding and MIG/MAG welding applications that require low current.
• The user-friendly control panel
  allows for easy adjustment.
• Capability to connect a remote control unit.
• Low-profile housing design that allows for space-saving placement by stacking two units on top of each other and enables placement under a workbench.
• Easy access to internal components thanks to the easily removable side panels.
• Voltage compensation feature that ensures high welding performance even with voltage fluctuations of ±10%.
  Voltage compensation feature that ensures high welding performance even with voltage fluctuations of ±10%.
• Electronic and thermal protection circuits against
  excessive heat and current overloads.
• Windings, rectifiers, electrical circuits, and other components in the internal assembly are protected against the adverse effects of moisture and corrosion.
• A control panel recessed into the surface to prevent damage to the adjustment knobs from impact.
• 3-year parts and labor
  warranty.
• Compliance with IEC 974-1 and CE safety and
  security standards.