Product Description:

The AKM13D-ANMN2-00 is a synchronous servo motor manufactured by Kollmorgen and supplied in the AKM Synchronous Servo Motors series. It serves as a compact rotary actuator that pairs with matched drives to create closed-loop positioning axes in assembly cells, laboratory instruments, and light-duty material-handling stages. The motor is intended for compact motion systems that need repeatable positioning and stable speed control over frequent cycle changes. Its construction follows the standard series configuration, giving machine builders a predictable mechanical envelope while supporting rapid dynamic response in automation tasks.

This motor employs a feedback system based on a Comcoder, which provides incremental position data at 2048 lines/rev for mid-level resolution control loops. Inside the encoder housing, an EPC 15T sensing element operates in a single-turn optical arrangement, so absolute position is retained through one full revolution without multi-turn memory. This feedback arrangement supports commutation and position tracking without requiring a separate external feedback package. A smooth shaft interface simplifies coupling because no keyway alignment is required, reducing runout when the rotor is clamped to precision gearheads or belt pulleys. The motor uses winding designation D, balancing current demand against achievable top speed so the frame can handle moderate torque while remaining thermally efficient.

Mechanical fitment uses an IEC flange with accuracy class N, allowing direct mounting to gearboxes or machine plates that follow the corresponding metric pattern. The square frame dimension is 40 mm, so the motor occupies minimal space in tightly packed machine layouts. Performance within the series is indicated by rotor length index 3, which uses a longer active iron stack than sizes 1 or 2 for added torque headroom without increasing width. The unit is supplied without a brake, so applications that require power-off holding torque must rely on external clamping devices or drive-based static current. The compact square housing also helps the motor fit narrow mounting spaces and small support brackets.