Product Description:

The AKM24D-BNCNC-01 is a synchronous servo motor produced by Kollmorgen within the AKM Synchronous Servo Motors series. As a compact rotary actuator, it provides precise torque and position control for indexing tables, pick-and-place modules, and other motion axes in automated equipment. Its product code indicates the motor's mechanical and electrical configuration, giving it a balance of speed capability and moderate inertia for responsive yet stable motion. Its compact format suits equipment where axis spacing is limited, and the motor is intended for servo systems that need repeatable acceleration, deceleration, and short positioning cycles.

This model is supplied without a brake, so machinery that must hold position during a power loss requires an external locking device or continuous drive torque. Power and feedback are routed through 2 SpeedTec Ready connectors, which use keyed push-lock mating for fast connection and consistent cable engagement. This connector arrangement keeps the electrical interfaces separate and supports clean routing in machines with limited cable space. To help keep lubricant out of the stator cavity, the motor includes a shaft seal, which helps maintain sealing when paired with a gearbox or coupler. The resolver-based interface provides 4-line feedback for drives that use the SFD protocol. Because the sensing method is inductive, it remains suitable for installations where dust or light oil mist may be present. This single-turn sensor supplies position data without batteries, and size 10/15/21 feedback hardware keeps the encoder package thin so the overall stack length remains short.

The front face follows the NEMA flange pattern, allowing straightforward mounting on compatible brackets while holding concentricity through the pilot bore. A frame outside diameter of 58 mm supports standard 60 mm mounting grids and helps keep mass low for dynamic gantry axes. That mounting format fits compact machine plates and supports consistent alignment at the motor face. The rotor uses a smooth shaft that mates with clamp hubs to minimize backlash during motion. Thermal performance and torque density come from the concentrated copper of the D winding, which is matched to drive outputs configured for the AKM voltage constant. The winding selection supports the motor's operating characteristics without requiring an oversized housing.