Product Description:

Kollmorgen’s AKD-P00607-NBCC-1000 belongs to the AKD Servo Drives series and serves as a panel-mounted electronic controller that regulates torque, speed, and position for brushless servomotors in automated machinery. By processing feedback and coordinating with higher-level motion controllers, the unit converts three-phase input power into controlled, pulse-width-modulated output. This closed motor loop supports precise axis control in production lines, packaging systems, robotics, and other synchronized motion applications. It is intended for servo-controlled equipment that depends on repeatable motion and stable response under changing loads.

The drive operates from a three-phase supply of 240 / 480 Vac and supports utility lines at 50/60 Hz. Under continuous duty, it delivers 6 Arms of motor current, while transient loads can be covered by a 18 Arms peak for five seconds. This current range supports steady operation while providing brief overload capacity during acceleration or indexing. Power capability scales with the DC bus, providing 1250 VA at 240 Vac and 2000 VA at 400 Vac through a 4.49 kVA S1 input rating. The control section includes one analog input, seven digital inputs, one enable input, and one STO channel for reference and safety signals. The output side provides one analog line and two digital lines for process feedback, and an internal position resolver interface supports real-time motion sequencing.

A Position Indexer firmware option is preloaded, allowing standalone point-to-point moves coordinated over EtherCAT & CANopen networks. Functional safety is implemented by dual-channel STO that meets SIL2, PL d, and the dedicated STO terminals inside the I/O block simplify wiring to interlocks. No plug-in cards are required for the described configuration. The housing is 70 mm wide, 185 mm deep, and 256 mm high, which helps conserve cabinet space while maintaining airflow through the convection slots. Overall mass is 2.7 kg, which keeps the unit relatively light for multi-axis cabinet layouts and dense control panels.