AKM53K-ACCNEF-00 Kollmorgen
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The Kollmorgen AKM53K-ACCNEF-00 is part of the AKM Synchronous Servo Motors series and features a 108mm frame dimension with a rotor length index of 3. This motor comes without a brake system and is equipped with two SpeedTec Ready connectors and a keyway shaft detail. It offers an IEC flange configuration with accuracy N and uses a winding designation K.
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Product Description:
The AKM53K-ACCNEF-00 is a brushless synchronous servo motor built by Kollmorgen as a member of the AKM Synchronous Servo Motors series. Designed for closed-loop positioning and velocity tasks, it converts electrical power into precisely regulated mechanical torque for pick-and-place modules, packaging actuators, and other industrial automation axes. Its compact envelope and standardized mounting pattern allow the unit to fit gear stages or belt drives without special adapters while retaining accurate feedback and dynamic response.
The motor is supplied without a brake, so any vertical load must be held by the drive or an external clamp when power is removed. For quick installation, it uses two SpeedTec-ready connectors; these keyed plugs support rapid-lock mating and separate power from feedback to minimize wiring errors. The motor uses IEC mounting with accuracy class N, enabling alignment with gearboxes and reducers that follow the same international standard. A frame side length of 108 mm provides a balance between thermal capacity and cabinet depth requirements in multi-axis machines. The motor has a rotor length index of 3, providing additional iron volume for higher continuous torque without increasing the frame width.
A keyway shaft transmits torque through positive engagement, preventing slip when pulleys or couplings accelerate abruptly. The electromagnetic package has a K winding designation, which establishes the motor’s back electromotive force and current rating for use with compatible drives across a wide speed range. Compatible controllers and cables simplify system setup because parameter sets, resolver pinouts, and sealing accessories remain consistent. Related motors use shared mechanical codes, allowing torque or inertia to be scaled without requiring changes to the mounting layout or connector arrangement. This flexibility supports integration into packaging equipment, material-handling systems, and other machines that require precise motion within a compact installation space.
