Product Description:

The AKD-P00607-NBEI-0000 servo drive is produced by Kollmorgen as part of the AKD Servo Drives series. This three-phase power module sits between the line supply and a brushless servo motor, converting high-frequency switching into regulated current loops so industrial automation equipment can position loads with repeatable accuracy. In a multi-axis installation, the unit provides the closed-loop torque, speed, and position control needed for conveyors, pick-and-place heads, or compact gantry axes. Its closed-loop architecture also helps the motor maintain commanded motion when load conditions change during normal machine cycles.

Under continuous S1 duty, the drive delivers a nominal phase current of 6 Arms, allowing it to sustain steady mechanical output without overheating. For short acceleration bursts, it can raise output to 18 Arms for five seconds, giving machines enough headroom to overcome inertia or process spikes. The power section is rated at 4.49 kVA, so feeder breakers and wiring can be sized for that apparent load. A dual-range input of 240/480 VAC three-phase lets a single hardware type operate on common factory mains. Motion commands, status words, and diagnostics travel over Ethernet/IP, allowing direct integration with standard industrial networks. This arrangement supports coordinated control between the drive and higher-level automation equipment without requiring a proprietary communications gateway.

This model is shipped in the Standard USA customization variant, so defaults, labeling, and protective devices match North American installation codes. It includes the Position Indexer package, which allows stored parameters to execute incremental or absolute moves without an external motion card. The hardware extension field is None (rev 8+), so no extra option slots are occupied. Weighing only 2.7 kg, the standard-width enclosure can be top-hat rail mounted or panel bolted without adding significant mass to a control cabinet. Its compact housing is well suited to cabinet layouts where multiple axes must be installed in a limited amount of space.