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KP4399-2 - Fanuc 120iC/10L Robotic Cable Assembly

Packaging: 1 Per Ea
$2,037.72/EA $1,403.55/1 Per Ea only $1,403.55/EASave 31%

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SKU: KP4399-2 Categories: ,

OVERVIEW

Precision Engineering for Robotic Automation

The Lincoln Electric KP4399-2 Cable Assembly is a critical component designed specifically for integration with the Fanuc 120iC/10L robotic arm. In the realm of industrial automation, the reliability of connection cables is paramount. This assembly serves as the lifeline between the robotic manipulator and the welding power source or wire feeder, carrying essential power and control signals required for precise arc initiation and manipulation. Engineered by Lincoln Electric, a global leader in arc welding solutions, this cable assembly meets stringent OEM specifications to ensure seamless compatibility and performance.

Robotic welding environments place unique stresses on cabling systems. The Fanuc 120iC/10L is a high-speed, long-reach robot often utilized for complex welding tasks that require extensive articulation. The KP4399-2 is constructed with high-flexibility conductors and durable insulation materials capable of withstanding the repetitive torsion and flexion cycles inherent to 6-axis robotic motion. Unlike standard cables which may fatigue and fail under such dynamic conditions, this assembly is built to maintain electrical continuity and signal integrity over millions of cycles, thereby reducing the risk of unexpected downtime and maintenance interventions.

Proper cable management and fitment are essential for preventing cable interference with the workpiece or the robot structure itself. Because the KP4399-2 is tailored for the specific geometry of the Fanuc 120iC/10L, it routes correctly along the arm, minimizing snag points and wear. This attention to dimensional accuracy ensures that the cable length is optimized—neither too tight to restrict motion nor too loose to create hazards. For facility managers and automation engineers, choosing this genuine Lincoln Electric part guarantees that the welding cell operates at peak efficiency with components designed to work in perfect harmony.

Installation of the KP4399-2 is straightforward for maintenance personnel familiar with Fanuc systems. It acts as a direct replacement for worn or damaged original equipment, restoring the robot to full operational status. By investing in genuine OEM parts, users safeguard their equipment warranty and ensure that their automated welding processes continue to deliver the high-quality welds expected in automotive, heavy fabrication, and general manufacturing industries.

Additional Information
Packaging Description:1 Per Ea
Product Type:Robotic Cable Assembly
Application:Robotic Welding Automation
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Compatible Robot Model:Fanuc 120iC/10L
Product Type:Robotic Cable Assembly
Application:Robotic Welding Automation
Brand:Lincoln Electric
Packaging Description:1 Per Ea

INCLUDED

  • 1 x Lincoln Electric KP4399-2 Cable Assembly

APPLICATIONS

  • Robotic MIG/MAG Welding Cells
  • Automated Manufacturing Lines
  • Fanuc 120iC/10L System Integration
  • High-Volume Industrial Fabrication
  • Automotive Parts Welding

FAQ

The KP4399-2 cable assembly is specifically designed for the Fanuc 120iC/10L robotic arm.

Yes, this is a genuine Lincoln Electric OEM replacement part, ensuring high quality and perfect compatibility.

It serves as a connection cable (likely for power or control signals) between the robotic arm and the welding equipment components.

It is explicitly listed for the Fanuc 120iC/10L. Using it on other models may result in improper fitment or cable strain due to differences in arm geometry.

Robotic cables are engineered with high-flexibility conductors and durable jackets to withstand the repetitive torsion and bending of robotic motion without failing.

The product is listed as the cable assembly itself. Specific mounting clamps or brackets are typically sold separately or reused from the existing setup unless specified.

Robotic cables should be inspected regularly as part of a preventive maintenance schedule to check for signs of wear, abrasion, or kinking to prevent unexpected downtime.