Package Price:
$412.00/pack of 1Usually ships within 3-5 business days
The Hobart W7004035 Control PCB is the central nervous system of your Hobart FAB180 welding machine. In modern inverter and transformer-based power sources, the printed circuit board (PCB) is responsible for translating user inputs into physical welding parameters. This specific board is engineered to manage the 230V input power effectively, regulating the output to the wire drive motor and the welding arc. When a control board begins to fail, operators often notice erratic behavior that cannot be resolved through standard troubleshooting of consumables or liners.
Designed to OEM specifications, this board ensures that the pulse-width modulation (PWM) signals sent to the drive motor are accurate, resulting in consistent wire feed speeds. Inconsistent feeding is often misdiagnosed as a mechanical issue, but when the mechanical path is clear, the fault frequently lies within the control logic. The W7004035 maintains the delicate balance between voltage and amperage required for a smooth, spatter-free MIG weld. It features high-quality components soldered onto a durable substrate, designed to resist the vibration and thermal cycling common in welding environments.
Replacing the main control board is a critical maintenance step for extending the lifecycle of your FAB180. By using a genuine Hobart part, you ensure compatibility with the machine's existing potentiometers, switches, and transformer connections. This board comes pre-configured for the specific load characteristics of the FAB180, eliminating the need for complex calibration after installation. Whether you are repairing a machine that has stopped feeding wire entirely or one that suffers from intermittent power loss, this PCB provides the reliability professional fabricators demand.
Key Technical Considerations:
| Additional Information |
|---|
| Voltage:230 V |
| Packaging Description:1 Per Ea |
| Compatible Model:Hobart FAB180 |
| Part Type:Control PCB |
| Input Power:230V Single Phase |
