AKM41H-EKC2EE-01 Kollmorgen
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The Kollmorgen AKM41H-EKC2EE-01 is part of the AKM Synchronous Servo Motors series and features a frame dimension of 84 millimeters with a rotor length index of 1. It is equipped with a 24V holding brake and has 2 SpeedTec Ready connectors. This servo motor also includes an open keyway shaft detail and uses winding designation H.
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Product Description:
The AKM41H-EKC2EE-01 is a synchronous servo motor produced by Kollmorgen for the AKM Synchronous Servo Motors series. It operates as a rotary actuator, converting electrical drive commands into controlled torque and speed for automated machinery. When connected to a compatible servo drive and feedback loop, the motor supports accurate positioning and velocity regulation during repeated motion cycles. Its moderate torque capacity is suitable for pick-and-place stations, conveyors, indexing tables, packaging equipment, electronics assembly systems, and material-handling cells.
The motor includes a 24 V holding brake that clamps the shaft when power is removed, helping prevent a stationary load from drifting. This brake is useful for vertical axes or other applications where the shaft must remain secured while drive power is unavailable. Electrical connections use two SpeedTec-ready connectors, whose keyed design supports correct orientation and simplifies cable attachment. The square housing has a width of 84 mm, providing a compact mounting footprint for machine frames and compatible adapter plates. The electromagnetic stack uses the H winding designation, which corresponds to the coil resistance and back-electromotive-force characteristics used by the matching servo drive. Magnetic stack depth is indicated by rotor length index 1, balancing rotor inertia with continuous torque capacity for moderate-load motion. This configuration supports responsive acceleration without requiring the larger mechanical envelope associated with longer rotor assemblies.
Power is transmitted through an open keyway at the shaft end, providing positive mechanical engagement with a pulley, gearbox, or rigid coupling. The keyed connection helps prevent relative rotation between the shaft and the attached component when torque changes rapidly. Properly fitted coupling hardware can distribute the transmitted load along the key and shaft surfaces while maintaining alignment with the driven mechanism. The compact square frame allows the motor to fit closely spaced machine layouts, while the connector arrangement keeps power and feedback cables organized near the housing. Mounting surfaces should remain accurately aligned to avoid excessive radial loading on the shaft and bearings during operation. Cable routing should also preserve connector clearance and prevent repeated strain where the cables enter the motor housing.
