Product Description:

The AKD-P01207-NBPN-0091 servo drive is produced by Kollmorgen in the AKD Servo Drives series. It is a panel-mounted motion controller intended to supply three-phase motors with regulated current and position feedback in industrial automation cells. By combining power electronics and integrated indexing logic, the unit converts incoming AC power into controlled torque, speed, and position profiles for packaging machines, robotics, and material-handling axes. It is designed for closed-loop servo applications where accurate response to changing loads is required. The drive coordinates current regulation and feedback processing so the connected axis can follow commanded motion smoothly during repeated cycles.

This drive operates on a three-phase input of 240 / 480 Vac 3~, allowing direct connection to common plant mains. Under continuous duty, the power stage delivers 12 Arms, and during short acceleration bursts it can rise to 30 Arms for up to five seconds without a thermal trip. The power section is rated at 7.65 kVA, so upstream wiring and protection must match the apparent load demanded by the drive. Network integration is handled through PROFINET RT, which supports cyclic setpoint exchange with PLCs over standard Ethernet cabling. This communication path allows higher-level control systems to send motion commands and receive operating data during synchronized machine operation. Stable current delivery is important when the connected motor must accelerate quickly or hold speed under varying process loads.

The control layer is configured as a Position Indexer, so point-to-point moves and electronic gearing can be executed locally without a supervisory axis card. Local indexing can reduce dependence on a separate motion controller for simple axis routines. The drive has no hardware extension, so auxiliary I/O expansion is not included in this version. Its enclosure has a mass of 5.3 kg, which supports panel installation without adding unusual mechanical load. This layout suits compact cabinet assemblies where space must be used efficiently.