Product Description:

The AKM62P-ACCNDB-00 is a servo motor manufactured by Kollmorgen for the AKM Synchronous Servo Motors series. Within an automation cell, this motor converts electrical drive commands into controlled rotary motion, allowing index tables, conveyors, and gantries to maintain precise velocity and position profiles. The design couples a permanent-magnet rotor with feedback electronics so the drive controller can regulate torque and acceleration in real time. It is suited for closed-loop motion tasks where fast changes in speed and direction must remain synchronized with machine timing.

This model ships without a brake, so static holding torque must be supplied by the drive or the machine mechanics. Power and feedback wiring attach through 2 SpeedTec Ready connectors, a keyed design that supports secure cable attachment while retaining the housing IP rating. Rotor position is measured by the integrated EnDAT 2.1 encoder interface in the feedback head. The mounting interface follows the IEC with accuracy N flange pattern, allowing direct mounting on metric gearboxes and actuators. A stator outside diameter of 138 mm sets the frame dimension, while a rotor length index of 2 balances torque output against mass for mid-range duty cycles. The winding designation P sets the electrical constants so rated current remains compatible with Kollmorgen AKD drives.

The optical feedback path offers 512/2048 lines/rev of base resolution, and the interpolated signal gives the drive finer position granularity during low-speed control. Because the sensor is multi-turn optical, absolute position across 4096 mechanical revolutions is retained after power loss, eliminating homing moves after a restart. Signal transmission follows the EQN1125/1325 protocol family, ensuring compatibility with motion controllers that accept bidirectional EnDAT communication. Mechanical power leaves the motor through a keyway shaft, which helps the coupling hold position under bidirectional torque. This arrangement is useful on axes that reverse direction frequently and need stable feedback throughout repeated motion cycles.