P60B18200HCVT2 Sanyo Denki
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The Sanyo Denki P60B18200HCVT2 is a brushless servo motor in the P6 Super BL Servo Motors series, featuring a 2000 W rated output and 9.5 Newton-meters of rated torque. This model includes an absolute sensor ABS-R II detector and has a 180 mm flange size. It is equipped with a holding brake and supports a maximum speed of 3000 min-1.
Internal Product Review
The P60B18200HCVT2 is a Sanyo Denki P6 Super BL servo motor with brushless motor technology and a rated output of 2000 W. An absolute sensor (ABS-R II) and a max speed of 3000 min-1 support precise feedback and responsive motion control. A peak stall torque of 30.0 N·m makes the unit a strong choice for demanding servo axes.
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Product Description:
The P60B18200HCVT2 is a brushless servo motor built by Sanyo Denki for the P6 Super BL Servo Motors series. Designed for precise velocity and torque regulation, it connects directly to drive amplifiers in assembly robots, packaging machines, and semiconductor tools. A supercapacitor is integrated into the feedback section to preserve position data when line power is interrupted, and the brushless construction reduces maintenance by eliminating commutator wear.
The mechanical interface uses a 180 mm square flange that aligns with heavy-duty gearboxes and couplings. Under rated load, the motor produces 2000 W while drawing 14.6 A rms from the drive. This electrical demand corresponds to a phase resistance of 0.079 Ω and an electrical time constant of 20 ms, which influence current-loop tuning. At its rated operating point, the shaft turns at 2,000 rpm and produces 9.5 N·m of torque, while the continuous stall capability rises to 12.0 N·m to resist static loads without overheating. The built-in ABS-R II absolute sensor supplies multi-turn position data, and a voltage constant of 25.7 mV/rpm determines the back electromotive force seen by the inverter. The rotor has a mechanical time constant of 0.94 ms, supporting rapid speed corrections during changing load conditions.
Peak stall torque reaches 30.0 N·m for transient acceleration, and the mechanical structure safely supports speeds up to 3000 rpm when process cycles require operation above the rated speed. Torque rises in direct proportion to phase current according to a constant of 0.74 N·m/A rms, simplifying proportional control calculations and helping the drive regulate commanded output. The motor includes a holding brake that engages through a 1.0 A coil supplied with 24 V to secure vertical axes during shutdown.
