AKM43E-EKCNR-01 Kollmorgen
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The Kollmorgen AKM43E-EKCNR-01 is part of the AKM Synchronous Servo Motors series and features an 84mm frame dimension. This motor has a resolver feedback system with single turn, inductive feedback and is equipped with 2 SpeedTec Ready connectors. It is designed without a brake and includes a shaft seal along with an open keyway on the shaft.
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Product Description:
The AKM43E-EKCNR-01 is part of the AKM Synchronous Servo Motors series manufactured by Kollmorgen. It is an AC servo unit intended for tightly regulated motion loops in assembly stations, pick-and-place heads, and similar industrial automation axes. The motor converts controlled drive current into precise rotary motion for positioning and speed-regulated tasks. Its compact frame helps it fit densely packed motion systems where axis spacing is limited. By pairing a compact electromagnetic stack with standardized AKM mounting features, it provides high dynamic torque without requiring a different mechanical layout across a multi-motor platform.
The housing profile measures 84 mm across the square frame, so it fits machinery that follows the AKM40-class bolt pattern. A rotor length index of 3 increases active iron volume, raising continuous torque while keeping the overall diameter unchanged. The shaft has an open keyway to reduce coupling slip under reversing loads, and a dedicated shaft seal helps keep coolant splash away from the front bearing. That combination supports reliable torque transfer during frequent starts and reversals. Kollmorgen uses winding code e for this motor, indicating phase resistance and inductance suited to mid-voltage bus supplies. This allows the controller to apply rated current without unnecessary derating.
Power and feedback are routed through 2 SpeedTec Ready connectors that use a twist-lock style to simplify cable attachment in tight cabinets. Inside the rear housing sits a resolver that uses 2 poles to establish rotor position during each electrical cycle. Its single-turn inductive design avoids optical disks and maintains signal integrity in oil-mist environments. This feedback arrangement supports stable commutation and consistent speed control during repetitive motion. It also works well in installations where light contamination can interfere with optical sensing methods.