P60B18750RXS00M Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The Sanyo Denki P60B18750RXS00M is a brushless motor from the P6 Super BL Servo Motors series. It features a 180 mm flange size, a rated output of 7.5 kW, and a rated torque of 48.0 Newton-meters. This standard motor includes a wiring-saved incremental encoder with a feedback resolution of 2,000 pulses per revolution and is certified to CE and UL standards.
Internal Product Review
The P60B18750RXS00M is a Sanyo Denki brushless servo motor in the P6 Super BL series with a rated output of 7.5 kW. Rated torque of 48.0 N·m and max speed of 2500 min-1 give this unit a strong balance of low-speed force and responsive motion control. A wiring-saved incremental encoder with 2,000 P/R resolution supports clean feedback integration, making this motor a very capable choice for precision servo axes.
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Product Description:
The P60B18750RXS00M is a brushless AC servo motor manufactured by Sanyo Denki for the P6 Super BL Servo Motors series. As a standard-design motor, it combines a permanent-magnet rotor with a wire-saving incremental encoder that provides 2,000 pulses per revolution. The encoder supplies feedback to the drive regulator for position and speed control on packaging lines, machine tools, and other automated equipment. CE and UL certifications support installation in equipment subject to common electrical safety requirements. The motor does not have a holding brake, so an external locking mechanism or drive-applied torque must secure static loads when required.
The square mounting face has a 180 mm flange, providing a consistent footprint for integration into machinery. The motor delivers a continuous shaft output of 7.5 kW at a nominal current of 58 Arms, providing mechanical power for medium-sized equipment. At its rated operating point, the shaft produces 48.0 N·m of torque, which can reduce the need for gear reduction when driving moderate-inertia loads. The rated speed reaches 2500 rpm, supporting rapid indexing without exceeding the intended operating range. With the rotor stationary and the drive energized, the electromagnetic circuit can continuously produce 54.9 N·m of stall torque. This energized holding capability can help resist load movement even though the motor does not include a mechanical brake.
During acceleration or brief load disturbances, the motor can produce a peak torque of 118 N·m. The drive may supply a peak current of up to 155 Arms to achieve this temporary output, so the connected amplifier must accommodate the required current demand. The continuous stall current is 65 Arms, indicating the current that can be maintained while the shaft remains stationary under the permitted thermal conditions. A torque constant of 0.90 N·m/Arms allows the controller to calculate expected output torque from the applied phase current. The rotor inertia is 95.1 × 10⁻⁴ kg·m², supporting responsive acceleration and deceleration during repetitive motion. A phase resistance of 0.014 Ω promotes a fast current response while limiting resistive voltage loss in the windings. These electrical characteristics allow the drive to regulate torque precisely across both continuous and short-duration operating conditions.
