Product Description:

The AKD-P00606-NBAN-0000 is a compact digital servo drive from Kollmorgen in the AKD Servo Drives series. Designed for panel installation, it converts incoming AC power into a controlled three-phase output for brushless servo motors used on pick-and-place actuators, small conveyor sections, and precision indexing tables. Its onboard control loops regulate torque, velocity, and position so connected machinery can follow commanded motion profiles with consistent accuracy. This makes it suitable for coordinated motion tasks that require repeatable positioning and stable speed control over long production runs. The drive also communicates with upper-level controls through analog references or discrete I/O, which gives the system flexibility when it is integrated into different automation layouts.

The unit is delivered in the Standard USA configuration, so parameters, labeling, and fusing follow North American practice. It uses the Position Indexer version, which stores motion sequences internally and starts them from discrete inputs. For command exchange, it uses Analog signaling, accepting ±10 V references and providing proportional monitor outputs for legacy controllers. Depending on how the reference pins are wired, the same interface can support velocity, torque, or position mode. The power stage accepts 120 / 240 Vac 1~/3~ input, which allows operation from either single-phase or three-phase power sources. During continuous S1 duty, the drive draws up to 2.38 kVA, so the supply circuit must be sized for that demand.

The drive is supplied with no expansion cards, so it uses the standard onboard I/O and safety functions. The absence of plug-in options keeps the configuration centered on the standard feature set provided by the base unit. A continuous output of 6 Arms supports motors that require steady mid-range torque during normal running conditions. Short bursts up to 18 Arms for five seconds help cover acceleration peaks and other brief load increases. At 1.1 kg, the chassis is light enough for DIN rail mounting without extra support in typical control cabinets. Natural convection across the aluminum heat sink removes waste heat during operation, and adequate cabinet clearance around the heat sink helps maintain normal thermal performance.