P60B13200LCX23 Sanyo Denki
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The Sanyo Denki P60B13200LCX23 is a brushless motor from the P6 Super BL Servo Motors series equipped with a 130 mm flange and a holding brake. It delivers a rated output of 2000 W and a rated torque of 9.5 Nm with a rated speed of 2,000 min^-1. The motor has a peak current of 52.4 Arms and reaches a maximum speed of 3,000 min^-1.
Internal Product Review
The P60B13200LCX23 is a Sanyo Denki brushless servo motor with 2000 W rated output and 9.5 N·m rated torque. Equipped with a 24 V holding brake and 30.0 N·m peak torque, the motor offers confident axis control during dynamic motion and stopping events. Strong servo response and dependable braking make the motor a very capable choice for high-performance motion systems.
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Product Description:
The P60B13200LCX23 is a brushless servo motor produced by Sanyo Denki for the P6 Super BL Servo Motors series. Designed for closed-loop positioning and speed regulation in machine tools, packaging lines, and other automated stations, the unit translates drive commands into precise rotary motion while reducing maintenance through its brushless design. An integrated holding brake secures the shaft when power is removed, helping prevent vertical or high-inertia loads from moving unexpectedly.
The motor mounts through a 130 mm square flange that aligns with IEC patterns and standard dowel holes. Its continuous mechanical output is 2000 W at a rated shaft speed of 2,000 rpm. At this operating point, the motor produces 9.5 N·m of torque while drawing 15.5 Arms. A winding resistance of 0.10 Ω and an electrical time constant of 12 ms help the drive regulate current quickly. The mechanical time constant of 0.75 ms supports rapid speed corrections during changes in load or commanded velocity. When rapid indexing is required, the windings can momentarily accept 52.4 Arms, extending the dynamic range without exceeding the applicable thermal limits.
For short operating intervals, the magnetic stack can deliver up to 30.0 N·m, supporting acceleration to a maximum mechanical speed of 3,000 rpm. Torque rises in direct proportion to current because the motor has a torque constant of 0.69 N·m/Arms, allowing direct torque scaling within the amplifier. A rotor inertia of 12.1 × 10⁻⁴ kg·m² balances responsive acceleration with load damping during speed and position changes. The built-in brake is energized at 24 V. At standstill, the motor produces 12.0 N·m while carrying 18.3 Arms. Its back EMF constant is 24.1 mV per min⁻¹, providing a voltage response proportional to rotational speed for velocity estimation and monitoring.
