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36756 - ESAB Replacement D-Shaft for Wire Feeder Mechanism

Packaging: pack of 1
Save 32%$70.89/EA$48.00/EA

Package Price:

$48.00/pack of 1

Usually ships within 3-5 business days

SKU: ESB36756 Categories: ,

OVERVIEW

Precision Drive Component for ESAB Wire Feeders

The ESAB 36756 D-Shaft Wire Feeder is a critical replacement component designed to restore the mechanical precision of your welding wire drive system. In MIG and flux-cored welding applications, the consistency of wire delivery is directly tied to the stability of the drive rolls. This shaft features a precision-machined D-profile, which provides a positive mechanical lock with compatible drive rolls, preventing rotational slippage even under high-torque conditions or when feeding stiff wires.

Manufactured to OEM specifications, this shaft ensures correct alignment and concentricity. A worn or bent shaft can introduce runout, causing the wire to fluctuate in speed or wander within the liner, leading to arc instability and burnback. By replacing a compromised shaft with this genuine-spec part, operators can ensure that the feed motor's torque is efficiently transmitted to the wire without mechanical loss. The component is crafted from durable, hardened steel to withstand the constant friction and load inherent in industrial welding environments.

This part is essential for maintenance and repair operations (MRO) focused on extending the lifecycle of ESAB welding equipment. It integrates seamlessly with the existing gear mechanism and motor assembly, minimizing downtime during repairs. Whether performing preventative maintenance or addressing a breakdown, the 36756 D-Shaft is the reliable choice for maintaining the high-performance standards expected of ESAB equipment.

Additional Information
Brand:ESAB
Packaging Description:1 Per Ea
Product Type:Drive Shaft
Shaft Style:D-Shaft
Application:Wire Feeder Repair
Material:Steel

INCLUDED

  • 1x D-Shaft Wire Feeder Component

APPLICATIONS

  • Repairing ESAB wire feeder mechanisms
  • Replacing bent or worn drive shafts
  • Maintenance of MIG and Flux-Cored welding systems
  • Restoring consistent wire feed speed
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