Product Description:

The AKM32E-ACC2AB00 is a servo motor manufactured by Kollmorgen within the AKM Synchronous Servo Motors series. This rotary unit is intended to deliver precise torque and velocity control in industrial automation axes such as pick-and-place heads, packaging mechanisms, or indexing tables. By combining compact dimensions with encoder feedback and an integrated brake option, the motor works with drive amplifiers in distributed or cabinet-mounted control architectures. Its compact servo format also supports rapid start-stop cycles and repeatable positioning in tightly spaced machine layouts.

The motor incorporates a 24 V holding brake that applies mechanical restraint whenever power is removed, preventing vertical or inertial loads from drifting. Power and feedback terminations are routed through two SpeedTec Ready connectors, and the quarter-turn coupling simplifies installation in tight cabinets. Position data are generated by a BiSS B encoder, and the high-density code wheel yields a feedback resolution of 2048 lines/rev, supporting fine loop tuning at the drive. The square 70 mm frame side, measured across the mounting face, sets the motor envelope. This size pairs with a rotor length index of 2 to balance continuous torque output with minimal inertia for responsive motion profiles.

Feedback durability is extended by its multi-turn optical scanning head, allowing absolute position retention through 4096 mechanical revolutions without battery support. Absolute feedback lets the axis retain position information after power cycles, which supports restart behavior without repeated homing in many machine layouts. The motor uses an IEC flange with accuracy N pattern, enabling direct exchange with metric gearboxes or pump heads while maintaining concentricity suited for servo duty. Torque is transmitted through a shaft machined with a keyway, which helps maintain hub alignment under repeated indexing loads. An E winding designation indicates the stator wire gauge and turn count selected for nominal voltage operation on Kollmorgen AKD drives.