Product Description:

The AKD-P00606-NAEC-0000 servo drive is produced by Kollmorgen and belongs to the AKD Servo Drives series. It is intended for panel-mounted motion axes where compact digital control of brushless motors is required. The unit receives AC mains, rectifies it, and generates a pulse-width-modulated output that stays synchronized with feedback from the machine controller. Within an automation cell, it handles velocity loops internally and returns status data to the higher-level PLC, allowing coordinated moves without external amplifiers. This operating arrangement helps the drive respond quickly to changing commands during indexing, speed control, and general positioning tasks.

These electrical ratings show how the drive interfaces with plant power. It accepts a supply of 120/240 VAC, single-phase or three-phase, letting the same unit serve either small test setups or production cabinets without a hardware change. Under continuous duty, the power stage furnishes 6 Arms, enough for mid-frame rotary servomotors. For brief accelerations, it can deliver 18 Arms for five seconds, providing headroom for inertia-laden loads. Continuous operation at full output draws a maximum apparent power of 2.38 kVA from the mains. The drive operates as a Position Indexer, so motion sequences such as homing, absolute positioning, and incremental moves can be executed from onboard tables triggered by fieldbus or digital I/O. Stored motion tables also support stand-alone axis behavior when only limited external control is needed.

Deterministic network control is available through EtherCAT, enabling synchronized multi-axis updates over a single cable. The device is shipped in the Standard USA version, which aligns labeling, wiring color, and default parameter sets with North American practices. It is supplied with no auxiliary I/O card, and the hardware revision is 7, leaving the accessory bay open for later options. Panel designers can allocate tight rack space because the standard-width housing weighs only 1.1 kg, minimizing load on DIN rail or back-plane brackets during installation. The low mass also helps when the drive is mounted in dense control cabinets with limited support space.