Product Description:

The AKM51E-ANC2C-00 is a synchronous servo motor manufactured by Kollmorgen for the AKM Synchronous Servo Motors series. Within the AKM synchronous servo motor product family, it provides closed-loop rotary motion for automated pick-and-place stations, indexing tables, and coordinated gantry axes. The motor converts drive current into tightly regulated torque so machinery can follow programmed speed or position commands with minimal lag. This operating profile suits equipment that requires repeatable starts, stops, and direction changes during normal servo-controlled motion.

A factory-installed 24 V holding brake secures the load when power is removed, allowing vertical or safety-critical axes to stay in place without external clamps. Power and feedback are routed through 2 SpeedTec Ready connectors, which use a quarter-turn bayonet connection for fast and secure attachment. Position feedback uses the SFD protocol, and the listed sensing head size of 10/15/21 fits directly on the rear housing. The stator assembly uses a 108 mm frame dimension that matches common IEC machinery plates, while the smooth shaft eases coupling to hub-clamp or keyless devices. The unit has a standard customization level, so it follows the baseline AKM configuration for mechanical tolerances and insulation materials. This layout supports compact installation where cable routing and secure shaft coupling are both important.

The encoder delivers 4 lines per electrical cycle and is specified as single-turn, inductive, so absolute position is retained over one revolution without gears that might wear in high-duty service. Rotor length index 1 indicates the shortest magnetic core available for the E-class winding, which helps keep inertia low for rapid acceleration and deceleration. The flange pattern follows IEC with accuracy N, allowing direct mounting to compatible machine elements without additional adapter work. Electrical characteristics correspond to winding designation e, allowing the motor to operate with matching drive settings for its electrical constants. The compact rotor format helps the axis respond quickly to command changes during short indexing cycles, and the feedback arrangement supports stable motion control during repeated operation.