
The ESAB 2075535 Feed Roll is a critical component designed to maintain the integrity and consistency of your MIG welding operations. Engineered specifically for use with 0.030-inch (0.8mm) solid welding wires, this drive roll features a precision-machined V-groove profile. The V-groove geometry is the industry standard for feeding solid mild steel and stainless steel wires, as it provides the necessary traction to push the wire through the liner and gun cable without deforming the wire's cross-section. Deformation or flattening of the wire at the drive rolls can lead to increased friction within the liner and poor electrical contact at the contact tip, resulting in arc instability.
With an outer diameter of 1-1/2 inches, this roll is manufactured to exact tolerances to fit compatible ESAB wire feeding mechanisms. The use of hardened steel in the manufacturing process ensures that the groove maintains its shape and depth over prolonged periods of heavy industrial use. Wear on drive rolls is a common source of feeding issues; as the groove wears, the operator must increase tension to maintain grip, which strains the motor and crushes the wire. By utilizing genuine OEM parts like the 2075535, operators can maintain optimal tension settings and prolong the life of the entire feeding system.
This component is essential for fabrication shops, manufacturing plants, and maintenance departments that rely on ESAB equipment for high-quality welding. Proper selection of drive rolls based on wire type and diameter is the first step in troubleshooting wire feeding problems. This specific roll is not suitable for flux-cored or aluminum wires, which require knurled or U-groove rolls respectively. Ensure your equipment setup is matched correctly to your consumables for peak efficiency.
| Additional Information |
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| Packaging Description:1 Per Ea, pack of 1 |
| Wire Diameter:0.030" |
| Groove Type:V-Groove |
| Outer Diameter:1-1/2" |
| Compatible Wire Type:Mild Steel, Solid Wire, Stainless Steel |
| Material:Hardened Steel |
| Application:MIG Welding |