CCJ1A2-015-009-00
by Kollmorgen
The Kollmorgen CCJ1A2-015-009-00 hybrid servo motor cable is manufactured by Kollmorgen and forms part of the Kollmorgen Servo Cables series. This cable delivers vital connectivity between servo drives and motors in automated systems, combining power and signal transmission within a single assembly. Key features include a generous Cable Length of 9 meters for extended reach, a robust Current Rating of 6A to support continuous operation, and a Voltage Rating of 240VAC to accommodate standard industrial supply levels. The CCJ1A2-015-009-00 is engineered to ensure precise motion control and reliable data communication in demanding industrial environments.
Built as a specialized Hybrid servo motor cable, the CCJ1A2-015-009-00 integrates multiple conductor types under one protective jacket for optimized functionality. Its Wire Gauge of 1.5 mm^2 strikes the ideal balance between electrical conductivity and mechanical flexibility, reducing voltage drop over long runs while maintaining ease of installation. The inclusion of a SpeedTec 1.0 connector ensures a secure, tool-free interface that resists accidental disengagement and minimizes electromagnetic interference. Rated for 6A continuous current, the cable supports high-performance servo drives and guarantees stable power delivery at 240VAC. Unique to this design is the hybrid construction, which streamlines cable management and reduces the footprint of wiring looms in compact control cabinets.
In addition to its core specifications, the CCJ1A2-015-009-00 offers enhanced operational efficiency through its integrated shielding and optimized conductor layout, which together preserve signal integrity and torque responsiveness. Compatibility with a broad range of Kollmorgen servo systems simplifies system integration and reduces commissioning time. While specific industry certifications are not listed, the cable’s adherence to established voltage and current ratings aligns it with common industrial safety standards. By employing this cable in automated machinery, users benefit from improved uptime, simplified maintenance, and precise control over motion profiles, making it an essential component for high-precision manufacturing, robotics, and process automation applications.
