0449466881 - ESAB 3-Conductor 24G Shielded Control Cable Spool (100 ft)

Precision Shielded Control Cable for Industrial Electronics

The ESAB 0449466881 is a premium-grade 3-conductor control cable designed specifically for the rigorous demands of industrial welding environments. Supplied on a convenient 100-foot spool, this 24 AWG (American Wire Gauge) cable is engineered to carry low-voltage control signals with maximum fidelity. In the context of welding equipment maintenance and repair (MRO), signal integrity is paramount. Modern welding power sources rely on precise communication between peripherals—such as remote controls, foot pedals, and wire feeders—and the main control board. This cable features a robust shielding layer that protects these sensitive signals from the high levels of Electromagnetic Interference (EMI) and Radio Frequency Interference (RFI) typically generated by welding arcs and high-frequency start circuits.

Technicians and engineers will appreciate the build quality of this multi-conductor cable. The three internal conductors are color-coded or distinct, facilitating error-free termination and soldering during connector assembly. The 24-gauge wire size strikes an optimal balance between flexibility and conductivity for signal applications, ensuring that voltage drop is negligible over standard remote control distances while maintaining enough pliability to withstand repeated coiling and uncoiling. The outer jacket is formulated to resist common workshop hazards, including minor abrasion, dust, and incidental contact with oils, ensuring a long service life even in tough shop conditions.

This spool is an essential inventory item for any welding repair shop or maintenance department. Whether you are fabricating custom-length extension cables for remote amperage controls, repairing a damaged harness inside a power source, or retrofitting older equipment with new sensors, this shielded cable provides the reliability required for professional results. Its shielding is particularly critical when running cables near high-amperage welding leads, where induced currents could otherwise corrupt control signals and lead to unstable arc performance.