0349310979 - ESAB ACH10/4 Control PCB Assembly

Restore Precision with the ESAB 0349310979 Electronic Board

When your industrial welding equipment demands maintenance, using genuine components is critical to ensuring longevity and safety. The ESAB 0349310979 Electronic Board ACH10/4 is an authentic OEM replacement part designed specifically for compatible ESAB welding power sources and wire feeders. Electronic control boards are the brain of your welding setup, governing crucial parameters such as wire feed speed, voltage regulation, and arc stability. Over time, heat, vibration, and electrical surges can degrade these sensitive components, leading to erratic performance or complete machine failure.

By choosing this genuine ESAB ACH10/4 board, you are investing in the reliability that ESAB is known for. Unlike aftermarket or generic circuit boards, this unit is manufactured to the exact engineering standards required by your machine's original design. This ensures that all logic circuits, relays, and resistors function in perfect harmony with the rest of your equipment. There is no need for complex recalibration or modification; this board is built to fit directly into the existing chassis, connecting seamlessly with your machine's wiring harness.

At Josef Gas, we understand that downtime costs money. Whether you are running a high-volume fabrication shop or a specialized repair facility, having access to the right repair parts is essential. This electronic board is shipped in anti-static packaging to protect it during transit, ensuring it arrives ready for installation. It is ideal for maintenance technicians looking to refurbish older ESAB units or repair sudden breakdowns. Trust in the quality of original ESAB parts to keep your production line moving smoothly and your welds consistent.

Key Benefits of OEM Electronics:

• Exact Fitment: No physical modifications required for installation.
• Reliable Logic: Restores the precise control algorithms your welder was designed with.
• Durability: Built to withstand the harsh electrical and thermal environments of industrial welding.