CKM02A-AKMN2-00 by Kollmorgen

The Kollmorgen CKM02A-AKMN2-00 controller module from the CKM Servo Motors series by Kollmorgen offers robust industrial control for modern automation systems. It features a wide Input Voltage Range of 100-240 VAC, electrically isolated circuitry, and a low Power Consumption of 14.5 W, enabling efficient operation. Designed as a high-performance motion control component, this module supports industry-standard communication protocols and interfaces directly with servo drives, PLCs, and HMIs to deliver precise motor control in demanding environments. Its compact form factor and screw-in mounting design enable easy installation within control cabinets and machinery.

Equipped with 2 CAN interfaces compliant with CANopen and J1939 protocols, the CKM02A-AKMN2-00 facilitates high-speed communication across distributed control architectures. Its electrically isolated inputs and outputs protect against ground loops and electromagnetic interference, ensuring signal integrity. The module requires a TB712 terminal block (ordered separately) for secure screw-in mounting, simplifying wiring in complex installations. With built-in network capability, including daisy-chaining support, this controller module integrates seamlessly into multilayer automation systems, enhancing modularity and reducing wiring overhead.

Built to withstand harsh industrial conditions, this controller supports universal 100-240 VAC power supplies and delivers consistent performance with minimal heat generation thanks to its Power Consumption of 14.5 W, promoting both energy efficiency and environmental sustainability. The compact, rugged design ensures compatibility with standard panel and rack installations, enhancing system scalability and durability. With its electrically isolated architecture and dual CAN communication, the CKM02A-AKMN2-00 reduces electromagnetic interference and simplifies network topology. In industrial applications, this module delivers reliable motor control, lowers maintenance requirements, and optimizes both operational uptime and total cost of ownership.