AKM53H-HCANDB-D0 Kollmorgen
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The Kollmorgen AKM53H-HCANDB-D0 is part of the AKM Synchronous Servo Motors series and features a 108 mm frame dimension with an alternative flange variant H. It has a keyway shaft, a multi-turn optical EnDAT 2.1 encoder for feedback, and a feedback resolution of 512/2048 lines per revolution. This motor is designed without a brake system.
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Product Description:
The AKM53H-HCANDB-D0 is a synchronous servo motor produced by Kollmorgen within the AKM Synchronous Servo Motors series. This rotary unit integrates a permanent-magnet rotor with digital feedback, enabling motion controllers to regulate velocity, torque, and position during precise industrial automation cycles. Its compact frame suits medium-power axes on packaging lines, assembly gantries, and semiconductor handlers where closed-loop control and rapid dynamic response are required.
A factory-installed EnDat 2.1 encoder provides absolute position data with a selectable resolution of either 512 or 2048 lines per revolution. After internal interpolation, the drive receives detailed angular information that supports smooth speed regulation and accurate positioning. The multi-turn optical encoder counts complete revolutions across power interruptions without battery support, simplifying reference procedures during startup. Its scanning head uses the EQN1125/1325 code, allowing the motor to operate with appropriate drive parameter sets for Kollmorgen AKD controllers. A housing width of 108 mm establishes the motor envelope and supports alignment with IEC motor mounts in this power class. The motor is delivered without a brake, so holding torque during planned or unplanned shutdowns must come from external clamping or drive-applied torque.
The mechanical interface uses alternative flange variant H, which shifts the pilot diameter and bolt circle to match compatible Kollmorgen gearheads while preserving the overall frame footprint. Torque is transferred through a splined shaft with a keyway, allowing secure engagement with pulleys or backlash-free clamping hubs. The shaft arrangement provides positive torque transmission for repetitive acceleration and deceleration cycles in medium-power machinery. Internally, the magnetic stack uses rotor length index 3, balancing rotational inertia against peak torque for applications with mid-inertia loads. The copper layout uses winding designation H, so the connected drive must provide the corresponding voltage and current profile for proper motor operation.
