Product Description:

The AKD-P02407-NCAN-0000 is a servo drive manufactured by Kollmorgen within the AKD Servo Drives series. As a panel-mounted power stage, it converts three-phase mains power into controlled voltage and current for synchronous or induction motors. This allows closed-loop motion axes to track commanded profiles in automated machinery and material-handling cells, while maintaining accurate speed and position control during changing load conditions. In machine operation, the drive regulates motor output so acceleration, running speed, and stopping behavior remain consistent from cycle to cycle.

This unit accepts a three-phase input of 240 / 480 Vac 3~, so one drive can be used with two common industrial supply classes. Under continuous duty, it delivers a nominal phase current of 24 Arms, giving medium-frame motors sufficient torque without external boosters. For short demands such as acceleration ramps, it can supply up to 48 Arms for five seconds, which helps the axis overcome load inertia during brief peaks. Its apparent input power is rated at 15.2 kVA, so enclosure ventilation should be sized for the associated heat load. The drive uses the Position Indexer control option, allowing absolute and incremental move sequences to be executed directly from digital I/O without a separate motion controller. This built-in motion capability suits applications that need simple indexing and repeatable point-to-point movement.

Axis control relies on Analog command connectivity, which suits retrofits where legacy ±10 V command loops are already installed. The hardware is supplied in the Standard USA configuration, so connector types, labeling, and EMC filtering align with North American installation practices. With a 50 mm housing width, the drive weighs 5.3 kg, which helps keep panel layouts compact and reduces load on the mounting surface. Its slim enclosure also leaves more clearance for neighboring components in dense multi-axis cabinets. That compact format can also reduce crowding around cable entry areas and power distribution hardware.