Product Description:

The VLM23D-BMNR-00 is a brushless servo motor manufactured by Kollmorgen as part of the VLM Brushless Motors series. It provides controlled torque and speed for positioning axes, conveyors, and general-purpose machinery inside automated equipment. When driven by a matched amplifier, it converts electrical energy into precise rotational motion for closed-loop motion systems. Its compact format supports installations where repeatable speed control and accurate position response are needed in limited machine space.

Mechanical holding is not incorporated; the motor is supplied without a brake, so any static load must be maintained electrically or by an external clamp. Power and feedback exit through a factory-installed 1-meter cable, which reduces extra connection points and helps simplify routing inside compact panels. These leads are shielded cables with Molex connectors for direct connection to compatible Kollmorgen drives and related I/O hardware. Rotor position is reported by a resolver, allowing the drive to maintain vector control in electrically noisy settings. The housing follows the NEMA 23 or 60 mm metric frame envelope, so it fits machine layouts built around that common mounting format. Fasteners engage a NEMA pattern flange, which helps maintain alignment between the motor shaft and the driven load.

The rotor uses 3 stacks, increasing active length to raise continuous torque without enlarging the front-face footprint. The shaft and mount arrangement follow code B, so the output shaft diameter, key, and pilot are preset for standard coupling hardware while remaining consistent with the stated mounting face. Electrical behavior is characterized by winding code D, which corresponds to a winding suited to medium-voltage drives and moderate speed ranges. This combination supports steady servo operation in multi-axis equipment that needs predictable response during indexing, conveying, or coordinated positioning. The motor is suitable for applications that need compact brushless motion control with straightforward integration into automated machinery.