Product Description:

The AKD-P00607-NCEC-0091 is a single-axis servo drive manufactured by Kollmorgen and included in the AKD Servo Drives series. The unit converts three-phase line power into a precisely modulated output that commands brushless servomotors, delivering coordinated motion, torque regulation, and positional accuracy in automated cells, packaging lines, and material-handling stations. By using digital control loops and high-speed communication, it operates as the electrical interface between higher-level controllers and the mechanical axis. This arrangement lets the drive translate command data into controlled motor current while maintaining stable speed and position response as load conditions change.

The drive accepts a line input of 240 / 480 Vac, three-phase, so it can be wired to standard industrial low-voltage networks while automatically adapting its internal power stage to either level. With a continuous apparent power rating of 4.49 kVA, the converter delivers full torque to mid-frame motors without derating under S1 duty. During normal operation, the current supplied to the motor phases is limited to 6 Arms, and this steady-state value sets the thermal load on the drive's IGBTs and the motor windings. For rapid acceleration or disturbance rejection, the current ceiling rises to 18 Arms for up to five seconds, providing a three-to-one overload margin before current limiting begins. Command and diagnostic data are exchanged over EtherCAT, permitting deterministic cycle times in tightly synchronized multi-axis architectures.

The Position Indexer version stores motion tables locally, allowing stand-alone point-to-point moves triggered by digital I/O. Local move storage reduces reliance on constant controller intervention during repetitive indexing tasks and supports fast response to machine events. The unit weighs 2.7 kg, and the standard-width enclosure eases cabinet layout while limiting mechanical load on light panels. Space remains available for safety relay, feedback, and filter modules, and the compact housing supports dense control cabinet arrangements without adding unnecessary bulk.