Product Description:

The AKD-P02406-NBCN-0000 is a Kollmorgen servo drive from the AKD Servo Drives series that conditions AC mains power for precise motor control in automated equipment. Inside a compact chassis, power conversion, feedback processing, and position loops are integrated so the unit can command rotary or linear servomotors used on pick-and-place axes, conveyors, and small machining centers. It functions as the motion interface between higher-level PLC logic and the mechanical load, ensuring deterministic response for industrial automation tasks. Because the control loops are processed inside the drive, fine motion corrections can be handled locally with minimal delay during rapid axis movement.

This model is supplied in the Standard USA version, so labeling, fusing, and parameter defaults match North American conventions. It includes Position Indexer functionality, which stores multi-segment motion profiles and runs them without constant host intervention. Network integration is handled through CANopen, allowing command and status data to move over a standard industrial fieldbus. The continuous output capability is 24 Arms, supporting sustained motor torque during normal cycles, while a five-second surge of 48 Arms accommodates acceleration peaks and short high-demand moves. This makes the unit suitable for indexed moves and other repeatable motion sequences triggered by the control system. Current sensing and gate-drive logic supervise these limits to protect the power stage and the connected motor during changing load conditions.

At full load, the drive draws an apparent power of 7.6 kVA. It accepts a supply range of 120 / 240 Vac 1~/3~, so it can be connected to single-phase or three-phase feeders commonly used in light industrial control panels. The hardware platform is identified as rev 8+ and does not use auxiliary extension cards, which keeps the housing compact and leaves more room for surrounding protective devices and wiring paths. Total mass is only 3.7 kg, allowing mounting on a DIN rail or back plate while limiting the mechanical load on the enclosure. This compact form helps the drive fit into panel layouts where space must also be reserved for branch protection, disconnect hardware, and cable routing.