M.1015.6927
The Kollmorgen M.1015.6927 cable is part of the Kollmorgen Servo Cables series by Kollmorgen, engineered to provide reliable power delivery and thermal protection in demanding industrial automation environments. With a Drive Module Input Voltage of 230 VAC RMS and a Maximum Continuous Operating Speed of 3600 RPM, this high-performance servo cable supports efficient motion control in applications that require rapid response and precise positioning. Additionally, the cable offers a Peak Torque capacity of 100 lb-in (11.3 Nm), enabling robust handling of dynamic loads when paired with compatible Kollmorgen servo motors and drives.
Incorporating advanced technical features, the M.1015.6927 includes an Internal Thermal Switch that indicates overheating, enhancing system safety by triggering protective measures in case of excessive heat. The cable’s Thermal Resistance is 0.63°C/watt, ensuring effective heat dissipation during continuous operation. Signal integrity is maintained by the Encoder Output Line Driver (LM339 / 26LS31), while encoder compatibility is supported via selectable Nsm Encoder Line Count of 1000, 2000 lines. The encoder interface operates at Supply Voltage for Encoder of 5 VDC with a Supply Current for Encoder of 175 mA max. Electromechanical characteristics include a Winding Inductance - Phase to Phase of 6.8 mH and a Winding Resistance - Phase to Phase @ 25°C of 2.24 Ohms, guaranteeing consistent performance under load.
Designed for high durability and operational efficiency, this cable performs reliably within an Operating Temperature Range of 0°C to 40°C, making it suitable for a variety of industrial settings. The integrated thermal switch not only safeguards against overheating but also simplifies maintenance by providing clear status feedback. With support for high-speed operation and precise encoder feedback, the M.1015.6927 enhances overall system responsiveness and control accuracy. In industrial automation applications, these features combine to deliver reduced downtime, improved energy efficiency, and long-term reliability, making the cable an essential component for optimized motion control systems.