Product Description:

The AKD-P01207-NCCC-D102 is an AC servo drive produced by Kollmorgen as part of the AKD Servo Drives series. This unit uses a local indexing function for single-axis motion, so it can generate motion profiles and send torque commands to a connected motor without depending on an external motion controller. In packaging, material handling, and light machining cells, it provides closed-loop speed and position control while coordinating feedback with field-level sensors to maintain repeatable travel and accurate registration. Because the motion profile is created inside the drive, response remains local and the amount of network traffic for basic moves is reduced.

At the drive level, the onboard motion logic supports homing, incremental moves, and table sequences without placing that interpolation burden on a PLC. Command and diagnostic traffic move across EtherCAT & CANopen, which supports deterministic cycle timing and compatibility with standard CANopen masters. That arrangement lets the drive exchange commands, status words, and related axis data with upstream control devices while keeping motion synchronized with surrounding equipment. The continuous thermal rating supports 12 Arms of motor phase current, while a five-second peak reaches 30 Arms for short acceleration demands. This current headroom helps the motor handle short load spikes during starts and rapid index moves. Under S1 duty, the power section can draw 7.65 kVA from the mains to support sustained operation.

A supply of 240 / 480 Vac 3~ allows the drive to operate from either voltage class, and the input stage works with a three-phase source to keep the DC link within its normal operating range. This voltage flexibility helps the same drive family fit plants that do not share a single incoming supply standard. The enclosure has a mass of 5.3 kg and uses a standard width housing, which helps the unit fit compact cabinet layouts without taking excessive panel space. This format is suitable for multi-axis installations where several drives are mounted side by side and consistent spacing is important for wiring and airflow.