Product Description:

The AKD-P00607-NCCC-0000 is a compact digital servo drive manufactured by Kollmorgen and positioned within the AKD Servo Drives series. Acting as the power stage and motion regulator between a higher-level controller and a brushless servo motor, it translates command data into tightly controlled phase currents for position, velocity, or torque-regulated axes. In automated packaging lines, pick-and-place modules, and material-handling equipment, the drive supplies precise motor excitation while also supervising feedback, fault states, and protective operating limits. This arrangement allows one compact unit to handle both motor control and axis monitoring in space-conscious automation cabinets.

Electrical capability centers on a rated supply of 240 / 480 Vac 3~, letting the unit connect directly to common plant mains without an isolation transformer. Under continuous duty, the output channel supplies 6 Arms, while peaks up to 18 Arms for five seconds support rapid acceleration and short load transients. The internal power section is sized for 4.49 kVA, so the drive can support demanding motion profiles without requiring an oversized enclosure. Motion commands and diagnostics are exchanged over EtherCAT & CANopen, which supports deterministic network timing and compatibility with established CAN-based control systems. Because the mains input uses a three-phase source, current is distributed across phases more evenly than with a single-phase supply.

Hardware layout follows the Standard USA customization, so terminal labeling, fusing guidance, and clearance practices align with North American code expectations. With a mass of only 2.7 kg, the chassis can be mounted on a DIN rail or panel without requiring heavy support hardware in most cabinet layouts. The drive includes a Position Indexer mode that stores multiple absolute positions locally and executes them through digital I/O or network triggers. This local move execution reduces dependence on constant supervisory updates and helps the axis continue short, repeatable motion sequences during brief communication interruptions.