951980 - ESAB IGBT Dual Module 300A 600V Replacement Component

Restore Power with the ESAB IGBT Dual 300A 600V

The ESAB IGBT Dual 300A 600V (SKU: 951980) is a critical component for maintaining the performance and reliability of your inverter-based welding equipment. As the heart of the power source's switching mechanism, the Insulated-Gate Bipolar Transistor (IGBT) module is responsible for converting and regulating the high-power electrical current required for stable welding arcs. When these components fail, your machine loses its ability to generate an arc, bringing production to a halt. This genuine ESAB replacement part ensures that your equipment operates within its original factory specifications.

Designed for heavy-duty industrial applications, this module features a dual configuration, housing two transistors in a single robust package. It is rated for a substantial 300 Amps of continuous current and can withstand voltages up to 600 Volts. This high voltage rating provides a safety margin against the voltage spikes and transients that are common in welding environments. Using genuine ESAB parts like this IGBT module guarantees compatibility with the drive circuits and thermal management systems of your specific welder model, preventing secondary damage that can occur with mismatched generic components.

Replacing a power module requires attention to detail, particularly regarding thermal dissipation. This unit is designed with a flat, conductive base plate to transfer heat efficiently to the machine's heatsink. Whether you are repairing a MIG, TIG, or multiprocess inverter, ensuring your power electronics are in top condition is essential for consistent weld quality. Trust Josef Gas to provide the authentic repair parts you need to keep your shop running smoothly.

Key Benefits

• Genuine Quality: Manufactured to ESAB's strict standards for durability and performance.
• High Power Handling: Capable of managing 300A currents for demanding welding cycles.
• Thermal Stability: Engineered to handle the heat generated during high-frequency switching.