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K2402-1 - Lincoln Idealarc CV400-I Industrial MIG Power Source

Packaging: 1 Per Ea
$10,531.80/EA $9,873.56/1 Per Ea only $9,873.56/EASave 6%

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OVERVIEW

Heavy-Duty Industrial Reliability with the Lincoln Idealarc CV400-I

For fabrication shops and industrial environments requiring unwavering performance, the Lincoln Electric Idealarc CV400-I MIG Welder (K2402-1) stands as a testament to rugged engineering and reliability. Designed to handle the rigors of heavy-duty production, this constant voltage (CV) DC power source is the backbone of many manufacturing lines, shipyards, and structural steel facilities. It is specifically engineered to provide superior arc characteristics for both Gas Metal Arc Welding (MIG) and Flux-Cored Arc Welding (FCAW), ensuring deep penetration and consistent bead appearance on mild steel, stainless steel, and aluminum.

The CV400-I is built to last. At its core lies a vacuum-impregnated transformer, a hallmark of Lincoln's industrial durability, which protects critical components from moisture, dust, and environmental contaminants common in harsh shop settings. The unit features a solid-state output contactor, eliminating the maintenance headaches associated with mechanical contactors and ensuring a long service life even under high-cycle applications. With a rated output of 400 amps at a 60% duty cycle (and 300 amps at 100%), this machine is capable of running heavy diameter wires continuously without overheating or faltering.

Operators appreciate the simplicity and control offered by the Idealarc CV400-I. The machine includes line voltage compensation, which automatically adjusts to fluctuations in input power, maintaining a steady welding arc and consistent weld quality. Furthermore, the unit is equipped with dual output studs—one for high inductance and one for low inductance. This feature allows the welder to optimize the arc action based on the specific wire type and shielding gas being used, reducing spatter and improving wetting action. Whether you are running solid wire with CO2 or flux-cored wire for structural work, the CV400-I adapts to the task.

Key Applications:

  • Heavy Equipment Manufacturing
  • Structural Steel Fabrication
  • Shipbuilding and Marine Repair
  • General Industrial Production
  • Automotive Component Fabrication

Please note that the K2402-1 is a power source only. To complete your welding package, you will need to pair it with a compatible wire feeder (such as the Lincoln LN-25 or LN-7 series), a welding gun, and appropriate interconnect cables. Its flat-top case design allows for easy stacking of up to three units, maximizing floor space in crowded production cells.

Additional Information
Brand:Lincoln Electric
Amperage:400
Weld Process:MIG (GMAW)
Duty Cycle:60%
Packaging Description:1 Per Ea
Process Type:MIG, Flux-Cored
Input Phase:3-Phase
Output Range:60-500A
Cooling Type:Fan Cooled
Applications:Heavy Fabrication, Production Welding, Structural Steel
Warranty Period:3 Years (Standard Lincoln Industrial)
Voltage:n/a

INCLUDED

  • Idealarc CV400-I Power Source
  • Instruction Manual
  • Note: Wire feeder, welding gun, and cables sold separately

APPLICATIONS

  • Heavy Fabrication Shops
  • Structural Steel Erection
  • Shipyards and Offshore
  • Automotive and Transportation Manufacturing
  • Tank and Pressure Vessel Fabrication

FAQ

The Idealarc CV400-I is a Constant Voltage (CV) power source designed primarily for MIG (GMAW) and Flux-Cored (FCAW) welding processes.

No, the K2402-1 is the power source only. You must purchase a wire feeder, welding gun, and cables separately.

It is rated at 400 Amps at 60% duty cycle and 300 Amps at 100% duty cycle, making it suitable for continuous industrial use.

This machine requires 3-phase input power. Please verify your facility's voltage matches the machine's nameplate rating before installation.

The CV400-I is a Constant Voltage machine. While some operators may attempt stick welding, it is not designed for it (which requires Constant Current). It is strictly optimized for wire welding processes.

The two taps allow you to adjust the arc characteristics. Low inductance is better for short-arc MIG with solid wire, while high inductance improves the arc for flux-cored wire and spray transfer modes.

The CV400-I is a heavy industrial machine weighing over 350 lbs. It is designed to be stationary, rack-mounted, or placed on a heavy-duty cylinder cart, not carried by hand.

CATALOGUE & SPEC SHEETS

Spec Sheet