Product Description:

The P60B13200HXV24 is a servo motor produced by Sanyo Denki for the P6 Super BL Servo Motors series. Designed for industrial automation, the unit converts drive commands into controlled rotary motion, enabling accurate positioning of machine axes such as gantry slides, indexing tables, and small conveyors. Its feedback interface communicates with compatible servo amplifiers to provide closed-loop torque, speed, and position control. This arrangement allows the amplifier to correct motion in response to changing loads while maintaining stable operation across repetitive production cycles.

The motor delivers a rated mechanical output of 2000 W, providing continuous shaft power for demanding motion applications. The rotor can accelerate to 3000 rpm, providing sufficient speed for rapid traverses and fine velocity control. A square mounting face with a 130 mm flange aligns the housing precisely on compatible gearboxes and brackets, simplifying installation in automated machinery. Because it is a brushless motor, commutation occurs electronically, eliminating brush debris and reducing maintenance requirements. Electronic commutation also improves low-speed smoothness and broadens the usable speed range for applications that require controlled contouring. The square flange provides a stable mounting surface that supports accurate alignment between the motor shaft and the connected mechanical load.

The motor includes a built-in supercapacitor module that supplies temporary power for memory retention when the main voltage is lost. This feature preserves absolute position data, allowing the controlled axis to resume operation without performing a new homing cycle after power is restored. An absolute sensor (ABS-R II) mounted on the shaft measures rotor angle directly and provides high-resolution feedback to the drive. The sensor gives the control system immediate position information at startup and supports precise regulation during acceleration, steady motion, and deceleration. The motor has no holding brake, so static load retention must be provided by a mechanical clamp or by motor torque from the servo drive. Vertical axes and indexing fixtures therefore require an appropriate external method to prevent unintended movement whenever active holding torque is unavailable.