Product Description:

The AKD-P00307-NAEC-E000 is a digital servo drive manufactured by Kollmorgen for the AKD Servo Drives series. It regulates torque, speed, and position of brushless motors in automated machinery and material-handling axes. The unit combines power electronics, motion control, and fieldbus connectivity in a slim panel-mount module, which helps preserve cabinet space while maintaining deterministic motion performance. It also serves as the power interface for Kollmorgen servo loops by converting line power into precisely modulated PWM output for the motor. That arrangement lets the drive close current, velocity, and position loops within one enclosure instead of depending on separate control hardware.

The input section accepts a 240/480 VAC, 3-phase supply, covering both low- and high-voltage mains. From this bus, it provides 3 Arms of continuous phase current and up to 9 Arms for five-second bursts, which supports short acceleration demands. This current range allows steady running torque while still providing extra output for brief dynamic events. Apparent input power is 2.24 kVA, which is useful for upstream power-distribution sizing. The integrated EtherCAT interface exchanges cyclic data with PLCs at sub-millisecond update periods to keep multi-axis motion synchronized. A standard-width housing with internal EMC filtering relies on natural convection for cooling, so the unit operates without an external blower.

The drive uses the Position Indexer control mode, allowing it to execute stored point-to-point moves without continuous host commands. Stored moves can be triggered through the network, which reduces the amount of real-time command traffic required from the higher-level controller. Operator menus use the Standard EU English language setting, which keeps on-screen text consistent across the interface. No add-on cards are fitted, and the option entry is None (rev 7). Despite its full control stack, the drive weighs 2.7 kg, which helps keep panel handling straightforward and supports compact multi-drive layouts.