Skip to Main Content
Canadian
Canadian owned and operated

K1842-10 - Lincoln Electric 3/0 Weld Power Cable Assembly 600A 10ft

Packaging: 1 per each
$627.10/ea $461.37/1 per each only $461.37/eaSave 26%

Usually ships within 3-5 business days

OVERVIEW

Industrial-Grade Power Transmission for Heavy Fabrication

The Lincoln Electric K1842-10 Weld Power Cable is a critical component designed to deliver reliable high-amperage power in demanding industrial environments. Engineered with a focus on conductivity and durability, this cable assembly features 3/0 AWG copper stranding, which provides the necessary cross-sectional area to handle welding currents up to 600 Amps at a 60% duty cycle. This high amperage rating makes it an essential accessory for heavy-duty welding operations where consistent power delivery is paramount to maintaining arc stability and weld quality. The cable is specifically configured with lug-to-lug terminations, ensuring a secure, low-resistance bolted connection between the power source and compatible wire feeders, such as the Lincoln Electric DH-10 and LN-10 models.

In industrial settings like shipbuilding, structural fabrication, and pressure vessel manufacturing, equipment is often subjected to harsh physical conditions. The K1842-10 is built to withstand these challenges, featuring a robust outer jacket that offers superior resistance to abrasion, cuts, impact, and exposure to oils, grease, and other workshop chemicals. This protective insulation ensures the longevity of the copper conductor within, preventing shorts and maintaining safety standards over prolonged use. The 10-foot length is optimized for setups where the wire feeder is positioned relatively close to the power source, reducing cable clutter while still providing sufficient reach for standard equipment configurations.

Electrical efficiency is a key performance metric for welding cables, and the K1842-10 excels by minimizing voltage drop across its length. The 3/0 gauge size is selected to balance flexibility with current-carrying capacity, allowing for easier routing through cable trays or around equipment without sacrificing performance. By maintaining a consistent voltage supply to the feeder, this cable helps prevent wire feeding issues and porosity caused by power fluctuations. Whether utilized in pipeline construction, railroad maintenance, or general heavy equipment repair, the Lincoln Electric K1842-10 provides the robust power link necessary for professional welding results.

Additional Information
Packaging Description:1 per each
Cable Size:3/0
Length :10ft
Amperage Rating:600 A
Duty Cycle:60
Connection Type:Lug to Lug
Compatible Models:DH-10, LN-10
Conductor Material:Copper
----- new values below ----
Amperage Rating:600 A
Duty Cycle:60%
Connection Type:Lug to Lug
Compatible Models:DH-10, LN-10
Conductor Material:Copper
Cable Size:3/0
Length:10ft
Packaging Description:1 per each

INCLUDED

  • (1) 10 ft. Weld Power Cable Assembly (3/0 AWG, Lug-to-Lug)

APPLICATIONS

  • Construction and Structural Fabrication
  • Railroad Maintenance and Repair
  • Heavy Equipment Manufacturing
  • Oil, Gas, and Petrochemical Processing
  • Pipeline and Offshore Welding
  • Pressure Vessel Fabrication
  • Shipbuilding and Marine Repair
  • Casting Repair

FAQ

The K1842-10 is rated for 600 Amps at a 60% duty cycle.

This cable uses 3/0 AWG (American Wire Gauge) copper stranding.

It features Lug-to-Lug connections on both ends for secure bolting to terminals.

The total length of the cable assembly is 10 feet.

It is specifically listed for use with the DH-10 and LN-10 wire feeders, among others requiring similar specs.

While it is a welding cable, it has lugs on both ends. For a stick lead, you would typically need an electrode holder on one end, though this could be modified or used as an extension/jumper.

Yes, the industrial jacket is designed to resist oil, grease, abrasion, and cuts common in welding environments.

3/0 cable provides sufficient cross-sectional area to carry high current with minimal heat buildup and voltage drop, ensuring equipment safety and arc stability.