Skip to Main Content

K3676-1 - Lincoln Electric Dual Cylinder Undercarriage Kit for Power MIG Series

Packaging: 1 Per Ea
$2,158.22/EA $1,348.89/1 Per Ea only $1,348.89/EASave 37%

Usually ships within 3-5 business days

OVERVIEW

Maximize Efficiency with the Lincoln Electric K3676-1 Dual Cylinder Cart

The Lincoln Electric K3676-1 Dual Cylinder Cart is a specialized undercarriage upgrade engineered specifically for the Power MIG 260 and Power MIG 360MP welding systems. In professional fabrication environments where versatility is key, the ability to switch rapidly between welding processes or materials often necessitates different shielding gases. This robust dual cylinder kit replaces the standard single-cylinder tray, providing a stable and secure platform for mounting two full-size industrial gas cylinders side-by-side directly to the rear of your machine.

Constructed from heavy-duty steel, the K3676-1 is designed to withstand the rigors of industrial use while maintaining the mobility of your welding power source. The platform features a low-profile design that significantly reduces the physical strain required to load heavy high-pressure cylinders. By eliminating the need to lift tanks high off the ground, the cart enhances shop safety and ergonomics. Once loaded, the cylinders are secured with durable retention chains, ensuring they remain upright and stable even when moving the welder across uneven shop floors.

For welders utilizing the multi-process capabilities of the Power MIG 360MP, this accessory is indispensable. It allows for the simultaneous setup of a C25 mix for standard steel MIG welding and a 100% Argon cylinder for aluminum MIG or TIG processes. This dual-configuration capability eliminates the downtime associated with unstrapping, removing, and replacing heavy cylinders every time a job requirement changes. The K3676-1 integrates seamlessly with the existing chassis of the compatible Power MIG models, maintaining the equipment's footprint while doubling its gas capacity.

Installation is straightforward, utilizing existing mounting points on the welder's frame. The kit includes all necessary hardware to effect the conversion. By investing in the K3676-1, facilities can streamline their workflow, reduce manual handling of gas cylinders, and ensure that their welding stations are always prepped for a variety of fabrication tasks.

Additional Information
Brand:Lincoln Electric
Packaging Description:1 Per Ea
Compatible Machine Models:Power MIG 260, Power MIG 360MP
Cylinder Capacity:2 Full-Size Cylinders
Mounting Type:Rear Undercarriage Platform
Material:Steel

INCLUDED

  • 1 x Dual Cylinder Undercarriage Platform
  • Mounting Hardware
  • Chain/Securement Straps
  • Installation Instructions

APPLICATIONS

  • Multi-process welding stations requiring different gases (e.g., MIG and TIG).
  • Fabrication shops welding multiple materials like Steel and Aluminum.
  • Automotive repair facilities.
  • Industrial manufacturing environments.
  • Vocational training centers.

FAQ

The K3676-1 Dual Cylinder Cart is specifically designed for the Lincoln Electric Power MIG 260 and Power MIG 360MP models.

It is designed to accommodate two full-size industrial gas cylinders side-by-side.

No, this is an undercarriage platform that attaches to the rear of the welder chassis. It utilizes the machine's existing mobility setup but provides a wider platform for the tanks.

It allows you to keep two different types of shielding gas (such as Argon/CO2 mix and pure Argon) connected to your machine, facilitating quick changes between welding processes or materials.

No, it is designed as a direct bolt-on upgrade for the compatible Power MIG units and comes with the necessary hardware.

Yes, the kit includes safety chains to securely retain both cylinders during operation and transport.

It is officially rated only for the Power MIG 260 and 360MP. Use on other models may not fit correctly or could be unstable.

The cart is manufactured from heavy-duty steel to support the weight of two full gas cylinders and withstand industrial environments.