AKM53L-ANS2S-E2 Kollmorgen
Wake Industrial LLC is not an authorized distributor of this product.
The AKM53L-ANS2S-E2 is a servo motor from the AKM Synchronous Servo Motors series by Kollmorgen. It features a 24V holding brake and a smooth shaft, with a frame dimension of 108 millimeters and an IEC flange configuration. This model also has a special connector and feedback arrangement, and uses winding designation L.
Internal Product Review
The AKM53L-ANS2S-E2 is a Kollmorgen AKM synchronous servo motor featuring an IEC flange configuration and a smooth shaft. The special connector arrangement supports efficient machine integration, while the 24V holding brake adds dependable position retention.
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Product Description:
The AKM53L-ANS2S-E2 is a permanent-magnet synchronous servo motor produced by Kollmorgen in the AKM Synchronous Servo Motors series. The model belongs to the 5-frame performance class and serves as a rotary actuator for industrial automation equipment that requires high positional accuracy and fast dynamic response. It pairs with Kollmorgen digital drives to execute precise torque loops in packaging machines, electronics assembly lines, and coordinated multi-axis gantries. Its permanent-magnet rotor technology minimizes cogging and supports the smooth velocity profiles required by servo control loops.
The motor has a 108 mm square frame that fits directly against compatible gearboxes or mounting plates. The electromagnetic stack has a rotor length index of 3, providing higher continuous torque than shorter variants while remaining within the housing’s thermal limits. Its electrical characteristics are tuned by winding L, which is suitable for common DC-bus voltages used with medium-inertia loads. An integrated 24 V holding brake secures vertical axes whenever power is removed, preventing drift without requiring external clamps. Output torque is delivered through a smooth shaft, enabling backlash-free coupling with compression hubs or clamping collars.
The special connector arrangement repositions the power and signal plugs to accommodate tight cabinet clearances and simplify cable routing. Position feedback is generated by a special feedback arrangement, supporting closed-loop control with compatible resolvers or high-resolution encoders selected for the drive system. Mounting rigidity is supported by IEC flange accuracy class N, which keeps concentricity errors within standardized limits when the motor is seated against a gearhead or adapter plate. The flange interface helps maintain shaft alignment under changing radial loads. Proper alignment also reduces unnecessary stress on couplings and connected machine components.
