AKM22H-ANM2AD-00 Kollmorgen
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The Kollmorgen AKM22H-ANM2AD-00 is a synchronous servo motor in the AKM Synchronous Servo Motors series. It features a 24V holding brake and a smooth shaft with a frame dimension of 58mm. This motor includes an IEC flange with accuracy class N and a rotor length index of 2.
Internal Product Review
The AKM22H-ANM2AD-00 is a Kollmorgen AKM synchronous servo motor with a 24V holding brake and smooth shaft configuration. A compact frame and IEC flange with accuracy N support precise integration in tightly packaged motion systems. A strong choice for servo axes where stable positioning and clean mechanical coupling are priorities.
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Product Description:
The AKM22H-ANM2AD-00 is a brushless servo motor produced by Kollmorgen within the AKM Synchronous Servo Motors series. It delivers precise torque and position control for automated axes, indexing tables, and high-response robotics. Electronic commutation supports smooth rotation across changing speed and load conditions, while closed-loop control allows the connected drive to correct motion errors in real time. With its compact housing, the motor can fit into machinery where mounting space is limited without sacrificing responsive operation.
An integrated 24 V holding brake secures the load when power is removed, allowing vertical axes to remain stationary without an external clamp. The motor has a 58 mm square frame, which aligns with common IEC gearheads and provides a compact footprint for closely spaced axes. Its magnetic stack depth uses rotor length index 2, indicating the second incremental lamination length available for this frame. A smooth shaft eliminates the need for a keyway, allowing torque transfer through friction-fit or clamping couplings while helping minimize mechanical backlash. The electrical design uses winding designation H, a coil arrangement selected for its rated voltage, resistance, and torque constant when paired with compatible 230 V class drives.
Mounting is provided through an IEC flange with accuracy N, which maintains concentric alignment for precision servo applications and supports installation with standard motor mounts. When connected to compatible digital servo drives, standard resolver or encoder signals provide the rotor position information needed for electronic commutation and closed-loop position correction. The motor can operate packaging feed axes, semiconductor handling stages, indexing mechanisms, and compact material-processing equipment that require controlled acceleration and repeatable stopping. Its holding capability is especially useful for machinery that must retain a suspended or stationary load after drive power is removed.