Product Description:

The AKM32D-ANC2LB-00 is an AC synchronous servo motor manufactured by Kollmorgen and included in the AKM Synchronous Servo Motors series. It functions as a rotary actuator in industrial automation lines where precise velocity control and accurate positioning are required. Paired with a compatible drive, the motor supplies controllable torque across the speed range, allowing coordinated axes for indexing tables, pick-and-place heads, or metering pumps without requiring external gear reduction. Its compact housing supports installation in tight machine spaces, and the standardized electrical interface simplifies startup. The motor is suited to applications that need responsive starts, controlled stops, and reliable position feedback in a small frame.

This version is equipped with a 24 V holding brake that maintains shaft position when power is removed. The brake also helps prevent unwanted movement while the axis is parked. Electrical terminations rely on two SpeedTec Ready connectors, which use tool-free quarter-turn locking to resist vibration in packaging and handling equipment. Precise rotor angle is reported through an EnDat 2.1 encoder that delivers interpolated data at 16/32 lines per revolution, supporting high-resolution servo loops. The motor fits within a 70 mm square frame, allowing direct mounting to compact mechanical stages. A smooth shaft interface supports clamp couplings and avoids keyway stress concentrations.

The encoder core follows the EQI1130/1331 format and provides multiturn inductive counting, so the control retains absolute position over 4096 revolutions without a battery. Mechanical construction uses an IEC flange with accuracy class N, and the rotor length index of 2 balances torque output against motor inertia for mid-power axes. Winding code D indicates the electrical resistance and inductance used with 230 V class servo amplifiers. This arrangement supports retained position data after power is restored and helps the motor serve repeatable motion tasks in compact servo systems.