Product Description:

The AKD-P01206-NCCN-0000 is a servo drive manufactured by Kollmorgen and placed within the AKD Servo Drives series. It converts single- or three-phase AC input into a controlled three-phase output that governs torque, speed, and position of brushless servo motors used in automated assembly cells, conveyors, and material-handling robots. By integrating power electronics, motion control logic, and fieldbus interfaces in one compact housing, the unit streamlines cabinet design and reduces wiring effort where precise axis regulation is required. Its regulated output lets connected axes hold commanded motion profiles during starts, stops, and changing load conditions. That behavior makes the unit suitable for packaging, transfer, and positioning applications that require repeatable servo response.

Built-in CANopen connectivity allows cyclic and acyclic data exchange so the drive can synchronize with higher-level PLCs using standardized device profiles. The power section accepts a rated supply of 120 / 240 Vac 1~/3~, enabling operation from either single-phase or three-phase mains without hardware changes. Under continuous duty, the inverter supplies 12 Arms to the connected motor, while a short-term overload capability of 30 Arms for five seconds supports rapid acceleration or shock loads. Cabinet components can be sized against a full-load demand of 3.82 kVA, which is the specified S1 input power. These electrical values affect thermal dissipation, conductor sizing, and protection requirements during continuous operation.

The drive includes Position Indexer functionality, so it can store indexed move tables and execute them through digital inputs or fieldbus commands without requiring an external motion card on simple axes. Delivered in the Standard USA configuration, its labeling, fusing, and EMC fittings follow North American norms. The housing weighs 2 kg, allowing vertical or bookshelf mounting with minimal mechanical load on a panel backplate, while front-facing terminals shorten wiring runs and improve cabinet airflow. This arrangement suits compact control panels where access from the front of the drive helps keep cable routing orderly. The front-oriented layout also helps preserve clear service space around neighboring components.