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K52014-2020 - Lincoln Electric CS250 Motorized Cross Slide 20x20

Packaging: 1 Per Ea
$34,474.59/EA $21,546.62/1 Per Ea only $21,546.62/EASave 37%

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OVERVIEW

Precision Automation with the Lincoln CS250 Cross Slide

The Lincoln Electric CS250 Cross Slide Assembly (K52014-2020) is a critical component for hard automation welding systems, designed to provide precise and reliable torch positioning. In the realm of industrial welding, the stability of the torch relative to the workpiece is paramount for achieving consistent weld quality, particularly in submerged arc (SAW) or heavy-duty MIG applications. The CS250 series is engineered to handle substantial loads, making it suitable for carrying heavy torch assemblies, wire feeders, and flux delivery systems without compromising on positional accuracy.

This specific assembly features a generous 20-inch by 20-inch stroke configuration. This dual-axis capability allows for significant adjustment in both vertical and horizontal planes, accommodating a wide variety of part geometries and weld joint locations. The slide utilizes high-precision linear guides or hardened ways (depending on the specific revision) to ensure smooth travel and minimal play. This rigidity is essential for preventing torch vibration, which can lead to defects such as undercut or inconsistent bead width. The assembly is typically integrated into larger fixtures, such as column and booms, side beams, or custom gantries.

For maintenance and reliability, the CS250 is built to withstand the harsh environment of a welding shop. Components are shielded or designed to resist the ingress of grinding dust, metallic fines, and flux particulates. The drive mechanisms are robust, ensuring long service life even under high-duty cycle operations. When integrating the K52014-2020, engineers can expect a seamless interface with standard Lincoln Electric automation controllers, providing a cohesive ecosystem for mechanized welding. Whether used for seam welding large tanks or structural beam fabrication, this cross slide provides the mechanical foundation for superior weld deposition.

Investing in a high-capacity slide like the CS250 reduces setup time between parts by offering a wide range of travel, minimizing the need to physically reposition the heavy base of the manipulator. It represents a balance of heavy-load capacity and fine-tune precision, essential for modern manufacturing standards.

Additional Information
Brand:Lincoln Electric
Item:Cross Slide Assembly
Model:CS250
Stroke Length:20 in x 20 in
Load Capacity Class:250 lbs
Application:Hard Automation, Torch Positioning
Packaging Description:1 Per Ea

INCLUDED

  • 1 x CS250 Cross Slide Assembly (20" x 20" Stroke)
  • Mounting Hardware
  • Installation Instructions

APPLICATIONS

  • Automated Submerged Arc Welding (SAW)
  • Heavy-duty MIG/MAG automation cells
  • Column and Boom welding systems
  • Side beam carriage setups
  • Tank and vessel fabrication
  • Structural steel beam welding lines

FAQ

This CS250 assembly features a 20-inch stroke on both the horizontal and vertical axes.

The CS250 series is generally rated for a load capacity of approximately 250 lbs, suitable for heavy welding torches and accessories.

The K52014 series typically refers to motorized cross slide assemblies used in conjunction with automation controllers, though verification of the specific drive motor inclusion is recommended.

Yes, the CS250 is designed for integration with standard hard automation fixtures including side beam carriages and column booms.

Regular inspection of the ways for debris, lubrication of the lead screws or linear guides, and checking motor connections are recommended.

No, the cross slide assembly is the mechanical unit. Controllers and joysticks are typically sold separately or as part of a larger system package.

Yes, when paired with the appropriate interface modules and controllers, it integrates seamlessly into Lincoln Power Wave automation environments.

The large 20x20 stroke allows for greater flexibility in positioning the torch across larger workpieces without needing to move the entire manipulator base.