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0558102417 - ESAB Hall Effect Current Transducer Replacement

Packaging: pack of 1
$117.06/EA $74.30/pack of 1 only $74.30/EASave 37%

Usually ships within 3-5 business days

OVERVIEW

Restore Arc Stability and Precision Control

For the professional welder or equipment technician, diagnosing a machine that won't hold a stable arc or displays erratic amperage readings can be frustrating. Often, the culprit lies deep within the power source's feedback loop. The ESAB Current Sensor (0558102417) is the critical component responsible for monitoring the actual output current of your machine. This sensor acts as the "eyes" of the control board, constantly measuring the amperage flowing to the torch or electrode and allowing the processor to make micro-adjustments to maintain the settings you've dialed in.

When a current sensor fails, the symptoms are often immediate and problematic. You might experience an arc that flares uncontrollably, a machine that refuses to output full power, or digital displays that read zero or fluctuate wildly even when the arc is stable. In many modern inverter-based power sources, a faulty sensor will trigger a specific error code, locking out the machine entirely to prevent damage. Replacing this sensor with the correct ESAB 0558102417 unit is the only way to restore the closed-loop control system that makes high-performance welding and cutting possible.

This specific sensor is a Hall Effect type transducer, designed to measure current without direct electrical contact with the conductor, which isolates the low-voltage control circuits from the high-power welding output. It is engineered to handle the thermal and magnetic environment inside a welding power source. Installation typically involves accessing the internal chassis of the machine, locating the output busbar or cable where the sensor is mounted, and connecting the signal harness to the main PCB. Because this is an OEM part, the mounting points and connector plugs are designed to match your ESAB machine exactly, ensuring a hassle-free repair process.

Whether you are repairing a PowerCut plasma cutter or a specific ESAB welding inverter, using the correct sensor is non-negotiable for safety and performance. An incorrect or generic sensor may not have the correct calibration slope, leading to dangerous over-current conditions or poor weld quality. Trust the ESAB 0558102417 to bring your machine back to factory specifications, giving you back the smooth, predictable arc you rely on for precision work.

Additional Information
Brand:ESAB
Product Type:Current Sensor
Packaging Description:1 Per Ea
Compatible Brand:ESAB
Component Type:Electrical Sensor
Application:Welding Power Source Repair

INCLUDED

  • 1 x ESAB Current Sensor (0558102417)

APPLICATIONS

  • Repair of ESAB welding power sources
  • Replacement of faulty sensors in ESAB plasma cutters
  • Maintenance of industrial inverter welding machines
  • Restoration of amperage feedback loops in compatible equipment

FAQ

This sensor measures the electrical current output of the welding or cutting machine and sends a signal back to the control board to regulate the arc stability and amperage accuracy.

Yes, this is a genuine OEM replacement part manufactured by ESAB, ensuring exact compatibility and performance standards.

Common symptoms include erratic arc performance, the machine outputting max or min current regardless of settings, or specific error codes related to current feedback on the display.

It is highly recommended to use the specific OEM part. Generic sensors may not have the correct calibration or connector pinouts, which could damage the machine's control board.

No, it is designed for specific models. Please check your machine's parts manual or service documentation to verify that part number 0558102417 is the correct component for your unit.

While experienced technicians can install it, we recommend professional installation as it involves working inside the power source where high voltages are present.

The current sensor is usually mounted around a main output cable or busbar inside the machine's chassis, often near the output terminals.

If the error code was triggered by a lack of current feedback or an out-of-range signal from the old sensor, replacing it should clear the error after a power cycle.