M.1302.8300 by Kollmorgen

The Kollmorgen M.1302.8300 controller module from Kollmorgen is part of the Kollmorgen Servo Cables series, designed to provide reliable control in diverse industrial environments. Featuring an Input Voltage Range of 100-240 VAC and electrically isolated components, this module ensures safe operation and robust protection against electrical noise and voltage spikes. In addition, the module supports two CAN interfaces for seamless integration into modern automation networks. Its primary function is to serve as a dependable interface between servo drives and higher-level control systems, enabling precise motion control in industrial automation applications.

In terms of technical specifications, the M.1302.8300 incorporates 2 CAN interfaces and full network capability to support real-time communication and complex topology designs. It consumes just 14.5 W of power, reflecting its energy-efficient design without compromising performance. The module’s electrically isolated circuitry minimizes interference and enhances signal integrity, protecting sensitive control electronics. Mounting is achieved via a screw-in module design; note that the TB712 terminal block must be ordered separately to complete installation. This mounting method ensures secure fixation even in high-vibration environments and simplifies maintenance by allowing quick replacement of modules without disrupting adjacent components.

Additional features include compatibility with a wide range of industrial automation devices, thanks to its universal 100-240 VAC power supply and dual CAN ports. The isolation barrier between power and communication circuits not only reduces the risk of electrical shocks but also supports compliance with industry safety standards. The module’s compact form factor and low power consumption contribute to greater system efficiency and reduced heat generation. By leveraging the M.1302.8300 controller module in industrial settings, users benefit from improved system reliability, enhanced communication throughput, and simplified wiring, ultimately leading to higher uptime and lower total cost of ownership in demanding automation applications.