Product Description:

The AKD2G-SPN-6V06S-A100-0000 is a servo drive manufactured by Kollmorgen for the AKD2G Servo Drives series. As a second-generation AKD drive, it conditions incoming AC power and supplies controlled current to a connected servomotor. The unit is designed for control cabinets used in applications that require precise regulation of motor torque, speed, and position. It acts as the power stage for motion commands received from an external automation controller, while internal control loops regulate motor response as operating conditions change.

The control path uses a single-axis configuration, so the power electronics and feedback processing are dedicated to one motor channel. Commands reach the drive through an analog interface, which accepts ±10 V velocity or torque references from compatible motion controllers. The integrated position indexer with motion tasks provides local sequencing functions and can execute stored motion profiles without continuous commands from a separate controller. Under nominal operating conditions, the drive supplies 6 Arms of output current to the connected motor. It accepts 120/240 VAC single-phase or three-phase power, allowing operation with common low-voltage industrial power systems. The IP20 servo chassis protects against accidental finger contact with hazardous internal components when the unit is installed inside a suitable control panel. The enclosure is not sealed against dust or liquids, so the surrounding cabinet must provide the necessary protection.

The drive includes STO with safe inputs rated for SIL 2 and PL d, supporting safety-related stopping functions without requiring the main power supply to be disconnected. Standard control signals connect through the standard X21 connector, which provides an organized interface for the applicable wiring harness. The unit uses MAP Revision A and a standard printed circuit board profile. These configurations establish the applicable electrical layout and control behavior for this model. Safety wiring, motor feedback, analog commands, and auxiliary signals should be routed according to the assigned connector functions to maintain reliable operation and signal integrity.