Product Description:

Kollmorgen’s AKD-P02407-NCCC-0000 is a three-phase servo drive in the AKD Servo Drives series. The module converts line power into controlled sinusoidal output that tracks command references, allowing tight speed, torque, and position regulation of synchronous servomotors in industrial automation cells, packaging lines, and material-handling axes. Within a decentralized motion architecture, it interfaces with upper-level controllers through standardized fieldbus networks and provides internal indexing functions so a PLC can delegate fine motion tasks directly to the drive. This local control approach helps the axis respond quickly to short move sequences and changing load conditions without placing every motion step on the host controller.

The hardware is delivered in the Standard USA configuration, so its electrical ratings, connector pinouts, and safety certifications match requirements commonly used in North American control panels. Functionally, it uses the Position Indexer operating mode, enabling on-board sequencing of absolute or relative moves without continuous host supervision. Communication takes place over EtherCAT & CANopen, giving deterministic real-time exchange of setpoints and feedback between the drive and the control system. The power stage supplies a continuous phase current of 24 Arms and permits 48 Arms for five-second bursts to handle acceleration peaks and short-duration overload demand. Incoming mains may be wired for 240 / 480 Vac 3~ network voltages, and the internal gate drivers modulate that input into a PWM output synchronized with the commanded trajectory.

Its energy demand under nominal load is capped at 15.2 kVA, which is used when sizing upstream protection and enclosure cooling capacity. The compact enclosure weighs 5.3 kg, so the drive can mount beside additional motion axes without placing excessive load on typical cabinet hardware. The unit belongs to the AKD Servo Drive product line and uses common accessories and a similar parameter structure across related models. That consistency supports multi-axis layouts where different current classes are installed together and where uniform communication behavior is preferred across the machine.