Product Description:

The AKD-M00606-M1EC-0000 is a servo drive produced by Kollmorgen within the AKD Servo Drives series. Designed for industrial automation, the unit converts mains power into regulated three-phase output for synchronous or induction servo motors, enabling accurate positioning, repeatable velocity profiles, and responsive torque control on packaging lines, pick-and-place gantries, and machine tools. It fits a modular motion platform, allowing OEMs to scale from single-axis prototypes to multi-axis cells without changing programming methods. This arrangement supports coordinated motion where speed changes, position corrections, and torque demands must be handled quickly during normal cycle-to-cycle operation.

The drive accepts single-phase or three-phase mains at 120/240 VAC, avoiding the need for intermediate transformers on standard plant feeds. Continuous output is 6 Arms, providing steady current for mid-frame servo motors, and a 5-second overload of 18 Arms supplies extra torque during rapid acceleration or disturbance rejection. With a rated apparent power draw of 2.38 kVA, supply conductors and fusing can be sized to avoid nuisance trips. Processing is handled by an integrated motion card with a 1.2 GHz processor, which supports fast current-loop execution and drive-level interpolation. The combination of continuous and short-term current capacity helps the drive manage both stable running loads and brief dynamic events such as indexing, reversing, and settling after a move.

The embedded EtherCAT interface supports cyclic synchronous positioning and time-stamped diagnostics across long daisy-chain segments without additional gateways. The Standard USA variant meets typical UL and NFPA requirements for installations that follow common North American panel practices. Because the unit is delivered in the Motion Control version, it includes internal trajectory generators, cam profiles, and gearing functions that can eliminate separate controllers for many axes. The housing weighs 1.1 kg, which allows multiple drives to be mounted on hinged control panels without placing excessive load on the door structure. This compact mass can also help when dense panel layouts require several axes to be grouped in a limited enclosure space.