96130339 - Arcair 15ft Control Cable 96-130-339

Reliable Signal Transmission for Industrial Power Systems

The Arcair 96130339 Power Supply Communication Cable is a critical component designed to establish a secure and stable link between Arcair power sources and their corresponding control units or peripheral equipment. In heavy industrial environments where carbon arc gouging and high-amperage welding take place, the integrity of control signals is paramount. This 15-foot cable is engineered to facilitate precise communication, ensuring that voltage, amperage, and process parameters are accurately relayed without latency or interference. By utilizing high-quality conductors and shielding, the cable minimizes the risk of electromagnetic interference (EMI) which is common in environments with high-frequency arc starts and heavy electrical loads.

Constructed with durability in mind, the outer jacket of the 96130339 cable is formulated to withstand the rigors of the shop floor. It offers resistance against abrasion, cuts, and exposure to industrial chemicals such as oils and coolants. The connectors at both ends are robustly designed to prevent accidental disconnection during operation, providing a positive lock that maintains circuit continuity even under vibration. For maintenance and repair operations (MRO), using genuine OEM cables like this ensures that the electrical impedance and pin configurations match the manufacturer's specifications exactly, eliminating the troubleshooting headaches often associated with generic aftermarket replacements.

This cable is specifically tailored for Arcair systems, ensuring seamless integration. Whether setting up a new automated gouging station or replacing a worn-out control lead on an existing power supply, the 15-foot length offers sufficient flexibility to position equipment ergonomically while avoiding excessive slack that could become a tripping hazard. It is an essential spare part for facility managers and maintenance technicians looking to maintain high uptime and operational efficiency in their metal fabrication processes.