0700200194 - ESAB MXH Push-Pull Gun Motor Carbon Brushes

Restore Your Push-Pull Gun Performance with Genuine ESAB Parts

The ESAB Brushes for Gear Motor MXH PP (0700200194) are an essential maintenance component for welders using ESAB's advanced MXH Push-Pull MIG guns. Push-pull systems are critical for feeding soft wires, such as aluminum, over long distances without bird-nesting or jamming. The heart of this system is the small, powerful gear motor located in the gun handle, which pulls the wire in sync with the main feeder. Over time, the carbon brushes within this motor wear down due to friction and electrical arcing, which is a normal part of operation. When these brushes become too short, the motor may experience intermittent power loss, reduced torque, or complete failure.

Replacing the brushes is a cost-effective way to extend the life of your expensive push-pull gun. These genuine ESAB brushes are manufactured to precise specifications, ensuring they fit perfectly into the brush holders of the MXH gear motor. Using non-OEM brushes can lead to poor contact, excessive sparking, and potential damage to the motor's commutator. By choosing the authentic 0700200194 part, you ensure that your equipment continues to operate at the high standards required for industrial welding applications.

At Josef Gas, we understand that downtime is costly. Keeping a set of these brushes in your maintenance kit allows for quick repairs right on the shop floor. Whether you are fabricating aluminum trailers, boats, or specialized automotive components, consistent wire feeding is non-negotiable. These brushes help maintain that consistency by ensuring the drive motor receives steady electrical current. Installation is straightforward for those familiar with tool maintenance, allowing you to get back to welding with minimal interruption.

Invest in the longevity of your welding equipment with high-quality replacement parts. The ESAB 0700200194 brushes are designed to withstand the rigorous demands of daily welding environments, providing reliable performance shift after shift.