P60B13100HCPU9 Sanyo Denki
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The Sanyo Denki P60B13100HCPU9 is a brushless servo motor in the P6 Super BL Servo Motors series, with a 130 mm flange size and a rated output of 1000 W. It features a rated speed of 2,000 min-1 and is equipped with a holding brake that holds 9.0 N·m of torque using a 24V supply. The motor's peak current is 23.7 Arms and the rated torque is 5.0 N·m.
Internal Product Review
The P60B13100HCPU9 is a Sanyo Denki P6 Super BL servo motor with brushless motor technology and a rated output of 1000 W. Rated torque of 5.0 N·m and max speed of 3000 min-1 support precise, responsive motion in demanding servo applications. An equipped holding brake with 9.0 N·m brake holding torque adds dependable positioning security, making the motor a strong choice for controlled motion systems.
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Product Description:
The P60B13100HCPU9 is a brushless AC servo motor manufactured by Sanyo Denki for the P6 Super BL Servo Motors series. It provides closed-loop speed and torque control for positioning axes, conveyors, and pick-and-place systems that require repeatable motion. The permanent-magnet rotor supports responsive operation across frequent acceleration and deceleration cycles. Electronic commutation eliminates mechanical brushes, reducing wear while maintaining stable torque throughout the operating speed range.
At its continuous operating point, the motor produces 1000 W of output power and 5.0 N·m of rated torque. Its rated speed is 2000 rpm, making it suitable for moderate-speed industrial motion systems. This duty requires a phase current of 7.8 A RMS, while the windings have a resistance of 0.31 Ω. A normally engaged holding brake operates from 24 V and draws 0.86 A when released. When power is removed, the brake provides 9.0 N·m of static holding force to secure stationary loads. The motor also has a 130 mm square flange for attachment to compatible gearboxes or machine frames. Its electrical time constant is 10 ms, supporting rapid current response during precision position control.
For brief acceleration events, the controller can supply a peak current of 23.7 A RMS, allowing the motor to produce a peak stall torque of 15.0 N·m. The maximum mechanical speed is 3000 rpm, providing additional speed capacity above the rated operating point for rapid indexing movements. A rotor inertia of 5.6 × 10⁻⁴ kg·m² supports quick acceleration while helping the drive regulate load disturbances. The continuous stall capability is 6.0 N·m at 8.7 A RMS, which supports sustained torque when the shaft is stationary. A torque constant of 0.76 N·m per A RMS allows the control system to convert commanded motor current into an estimated torque value. These electrical and dynamic characteristics allow the paired servo drive to regulate motion during changing load conditions without exceeding the motor’s operating limits.
