Product Description:

The AKM53L-GCCN2-00 is a servo motor manufactured by Kollmorgen and assigned to the AKM Synchronous Servo Motors series. As an electromechanical actuator, it supplies precise torque and speed control for axes in automated assembly lines, packaging equipment, and material-handling cells. The model couples directly with Kollmorgen drives, enabling compact installation where fast dynamic response and repeatable positioning are required. It is suited for motion tasks that demand smooth acceleration, accurate stopping, and stable operation across frequent start-and-stop cycles. Its frame design makes it suitable for conveyors, pick-and-place modules, and indexing mechanisms that rely on closed-loop motion control.

This unit is delivered without a brake, so an external holding device must keep the load in place when power is removed. Two front-mounted 2 SpeedTec Ready connectors simplify power and feedback wiring by supporting quarter-turn locking plugs. Rotor position is monitored by a Comcoder feedback system that combines incremental and commutation tracks, and its effective resolution reaches 2048 lines/rev for stable speed loops and accurate control response. The optical sensor is identified in Kollmorgen nomenclature as feedback type EPC 15T and uses a standard customization level. The motor uses Alternative Flange Variant G, which provides mounting holes that match third-party gearboxes, while the square housing keeps the overall width at 108 mm to fit inside tight machine frames.

The output shaft uses a Keyway profile that helps prevent slip between the rotor and attached couplings during high acceleration. The motor uses length index 3, which gives a rotor size suited to mid-range torque and inertia requirements. Multiturn tracking is not required because the encoder operates in a single-turn optical mode, which keeps position feedback focused on one mechanical revolution. The electromagnetic design follows winding designation L, so the stator resistance and inductance match drives that deliver nominal current at lower line voltages. The motor is intended for compact axes that need predictable response and straightforward integration with matching drives.