Product Description:

The AKM33E-ANCNDB00 is a synchronous servo motor developed by Kollmorgen and belongs to the AKM Synchronous Servo Motors series. Designed as a compact rotary actuator for industrial automation, it delivers precise velocity and position control when paired with a compatible drive. The motor fits applications such as pick-and-place axes, electronic camming stations, and packaging spindles where fast response and repeatable accuracy are required. Its role is to convert commanded electrical input into controlled rotary motion for closed-loop machine axes. That makes it suitable for indexing, registration, and synchronized motion tasks that depend on accurate feedback and stable torque delivery.

Mechanically, the unit uses a 70 mm frame size, so it fits compact machine spaces where mounting room is limited. An IEC flange with accuracy N mates with standard gearheads while maintaining alignment at the mounting face. Power and feedback exit through two SpeedTec Ready connectors that permit tool-free coupling and maintain sealing, which helps keep cable attachment straightforward in tight layouts. Closed-loop feedback is provided by an EnDAT 2.1 encoder, and its optical scan produces a selectable incremental track of 512 or 2048 lines per revolution while also delivering multi-turn absolute data. The multi-turn data lets the connected drive recover position after power loss without requiring a reference move in many applications. The sensor follows the EQN1125/1325 profile, and the motor is supplied in a standard customization level that keeps it within the normal AKM dimensional and thermal configuration.

The motor uses rotor length index 3, which provides inertia suited to normal acceleration and deceleration cycles without making the package unnecessarily long. That balance is useful when the axis needs quick speed changes without excessive rotor inertia. Torque is transmitted through a smooth shaft, which avoids keyways and helps reduce runout in clamp couplings used on precision axes. The motor is supplied without a brake, so static loads require external holding force or drive-based holding torque when the axis is stopped. On vertical or suspended loads, holding must come from external mechanics or maintained drive torque. It uses winding code e, which matches mid-range bus voltages commonly applied with compatible servo drives.