Product Description:

The BL-ME24J-50SN is an AC servo motor manufactured by Okuma and positioned within the BL Servo Motors series. In automated machining centers, assembly cells, and material-handling stations, the unit converts electrical input from a matched drive into tightly regulated shaft rotation. This controlled motion lets the host controller index tooling, feed stock, or align workpieces with repeatable accuracy, linking electronic command signals to physical movement inside the production line. Closed-loop operation allows the drive to correct speed and position errors as operating conditions change during repeated machine cycles.

The motor is designed for a supply of 200 V AC, which matches the standard axis amplifier output used with this motor. Under that voltage, the phase current settles at 5.4 A, indicating the continuous electrical demand that the drive cabinet and power cabling must accommodate. Shaft rotation reaches 3000 rpm at reference load, allowing positioning cycles that balance speed with servo bandwidth. At that speed, the rotor develops 2.39 N·m of steady torque, which is suitable for moving medium-inertia fixtures without stalling. A square flange mounting interface locates the frame against the machine casting, helping keep the motor concentric with the driven mechanism and simplifying alignment.

Output capability is rated at 750 W, so thermal loading remains within design limits when the motor operates continuously at its listed speed and torque. The electromagnetic structure follows a 6-pole pattern, which supports smooth low-speed operation and predictable electrical timing per mechanical revolution. A straight shaft simplifies coupling because no keyway or taper has to be matched to the driven part. The Okuma platform uses standard dimensions, feedback connectors, and thermal sensors, so the motor integrates with matching axis drives. It can be paired with direct-coupled ball screws, pulleys, or compact gear stages where a plain shaft end is preferred.