Product Description:

The P30B06020DXS00 is a compact servo motor produced by Sanyo Denki for the P3 Super BL Servo Motors series. It serves as a rotary actuator for positioning axes, feed tables, pick-and-place equipment, and similar industrial mechanisms that require controlled speed and torque. When connected to a compatible servo drive, the motor converts electrical commands into regulated shaft motion while feedback supports closed-loop control. Its compact format makes it suitable for machinery with limited installation space or closely arranged motion axes.

The motor provides a rated mechanical output of 200 W, representing the continuous shaft power available within its thermal operating limits. Its maximum rotational speed is 4500 rpm, supporting rapid motion profiles in light conveying, indexing, and material-handling applications. A square mounting interface with a 60 mm flange allows the motor to attach to compatible gearheads, machine frames, or mounting plates. Rotor position is monitored by a low-wire-count incremental encoder, which reduces the number of conductors required for feedback transmission. This arrangement can simplify cable routing in compact enclosures and machine sections with restricted wiring space. The motor uses a brushless BL motor design with electronic commutation, eliminating the mechanical brushes found in conventional direct-current motors. The absence of brushes reduces wear within the commutation system and avoids the need for periodic brush replacement.

The unit is supplied without a holding brake, so an external brake or mechanical locking device is required if the load must remain stationary after power is removed. This brake configuration is suitable for horizontal axes and other mechanisms that do not depend on an integrated brake for load retention. Its standard motor configuration does not include special shaft seals, protective coatings, or forced-air cooling. Installation should therefore provide clean operating conditions and enough surrounding airflow to remove heat from the housing. The encoder reduces feedback wiring while continuing to provide the position information needed by the servo drive for speed regulation and motion control. Appropriate coupling alignment and secure flange mounting help prevent excessive shaft loading during operation.