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KP52026-1 - Seam Tracker Probe Mounting Bracket

Packaging: 1 Per Ea
$3,975.88/EA $2,484.93/1 Per Ea only $2,484.93/EASave 37%

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OVERVIEW

Precision Mounting for Automated Welding Accuracy

The Lincoln Electric KP52026-1 Five-Axis Probe Bracket is an essential accessory designed to enhance the performance of automated welding systems. In the realm of industrial manufacturing, precision is the cornerstone of quality. Automated welding setups, particularly those utilizing seam tracking technology, rely heavily on the accurate positioning of sensors to detect joint variations and guide the welding torch effectively. This bracket serves as the critical link between the welding torch and the seam sensor, ensuring that the sensor maintains the optimal orientation required for precise data feedback.

Constructed to withstand the rigorous environment of heavy industrial welding, this probe bracket offers robust durability. It is engineered to resist the heat, spatter, and mechanical vibration common in automated welding cells. By providing a stable and adjustable mounting platform, it minimizes the risk of sensor misalignment, which can lead to weld defects, rework, and costly production downtime. For facility managers and procurement specialists, investing in high-quality mounting hardware like the KP52026-1 ensures that expensive capital equipment—such as the Seam Tracker system—operates at peak efficiency, delivering consistent ROI through reduced scrap rates and higher throughput.

The "Five-Axis" designation highlights the bracket's versatility in positioning. In complex fabrication tasks, weld joints are rarely perfectly linear or accessible from a single angle. This bracket allows operators to fine-tune the sensor's position across multiple planes, accommodating various joint geometries and torch angles. This flexibility is vital for shops handling diverse part numbers or custom fabrication projects where setup times need to be minimized. By simplifying the adjustment process, the KP52026-1 empowers operators to quickly dial in the correct settings, ensuring that the automated system tracks the seam flawlessly from the arc start to the crater fill.

Furthermore, the bracket is designed for seamless integration with Lincoln Electric's ecosystem. It attaches securely to the torch, maintaining a fixed distance from the arc that is crucial for the sensor's operation. Whether used in structural steel fabrication, pipe welding, or heavy equipment manufacturing, this probe bracket is a small but significant component that safeguards the integrity of the automated welding process.

Additional Information
Brand:Lincoln Electric
Packaging Description:1 Per Ea
Accessory Type:Five-Axis Probe Bracket
Compatible Machine Model:Seam Tracker™ Standard System
Adjustment Range:1.5 in (Two Axis)

INCLUDED

  • 1 x Five-Axis Probe Bracket

APPLICATIONS

  • Automated Submerged Arc Welding (SAW)
  • Automated MIG/MAG Welding
  • Structural Steel Fabrication
  • Pressure Vessel Manufacturing
  • Pipe and Tank Welding
  • Heavy Equipment Fabrication

FAQ

It is used to mount and position the Seam Sensor on the welding torch, ensuring correct orientation and distance from the arc for automated tracking.

It is designed for use with the Lincoln Electric Seam Tracker™ Standard System.

The bracket features 1.5 inches of adjustment in two axes, contributing to its overall five-axis positioning capability.

Correct positioning ensures the sensor accurately detects the joint location, allowing the system to compensate for irregularities and maintain proper weld placement.

Yes, it is typically mounted on the torch to maintain a fixed relationship between the sensor and the welding arc.

No, this is an accessory for automated welding systems that utilize electromechanical seam tracking.

While specific material specs aren't listed, it is built to industrial standards to withstand the heat and environment of heavy-duty welding.

Yes, by ensuring the sensor tracks the joint accurately, it allows the automation system to adjust the torch position in real-time to handle fit-up variations.