15-1196 - Thermal Dynamics 15-1196 CNC Interface Cable with Voltage Divider - 25 ft

Precision Integration for Mechanized Plasma Systems

The Thermal Dynamics 15-1196 CNC Interface Cable is a critical component for industrial fabricators integrating Cutmaster plasma power sources into automated cutting tables. Designed to bridge the gap between the plasma power supply and the CNC controller, this 25-foot (7.6-meter) cable facilitates the transmission of essential operational signals required for high-precision mechanized cutting. In an industrial setting, signal integrity is paramount; this cable is engineered with high-quality shielding to prevent electromagnetic interference (EMI) from disrupting the sensitive low-voltage signals used for machine coordination.

This specific interface cable is designated as "CTRL+VD," indicating its capability to carry not only the standard Start/Stop and "OK to Move" (Arc Transfer) signals but also the Divided Arc Voltage signal. The divided voltage signal is indispensable for modern Torch Height Control (THC) systems, which monitor the arc voltage to maintain a constant distance between the torch and the workpiece. By providing a direct, factory-terminated connection to the machine's internal voltage divider board, the 15-1196 eliminates the need for hazardous and potentially inaccurate field wiring of raw arc voltage. This ensures that the CNC controller receives a scaled, safe voltage reading, allowing for dynamic height adjustments that prolong consumable life and improve cut quality.

The cable features a ruggedized connector designed to mate perfectly with the CPC (Circular Plastic Connector) port found on automation-ready Thermal Dynamics units, such as the Cutmaster A-Series. The 25-foot length offers significant flexibility for routing through cable tracks, drag chains, and gantries, ensuring that the connection remains stress-free during machine operation. For MRO professionals and systems integrators, utilizing this OEM cable guarantees compatibility and reliability, reducing downtime associated with communication errors or signal loss in automated plasma cells.