P50B07040HXS00 Sanyo Denki
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The Sanyo Denki P50B07040HXS00 is a standard brushless motor from the P5 Super BL Servo Motors series. It features a rated output of 400 watts, a maximum speed of 3000 revolutions per minute, and a 76 mm flange size. This model has a wiring-saved incremental encoder and does not come equipped with a holding brake.
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Product Description:
The P50B07040HXS00 servo motor belongs to the P5 Super BL Servo Motors series manufactured by Sanyo Denki. It is a compact rotary actuator intended for use with pulse-controlled amplifiers in industrial automation environments. By converting drive current into controlled rotary motion, the unit positions tooling, conveyors, or small robotic joints with repeatable accuracy. The housing size and electrical characteristics make it suitable for equipment that needs fast acceleration without large frame dimensions. Its interface uses the standard power and feedback pin arrangement for the platform, allowing compatible cables to connect without a custom wiring layout.
The motor delivers 400 W of continuous mechanical output, making it suitable for moderate-load drives such as small indexing tables. Its rated shaft speed reaches 3000 rpm, so gearheads can be selected to meet torque requirements without pushing the inverter above its frequency range. Because it uses a brushless motor design, commutation is electronic, and maintenance associated with brush wear is eliminated. A square 76 mm flange provides a compact mounting surface for installation on compatible machine frames. The unit has a standard motor design, so its insulation, bearings, and cooling follow the baseline configuration of the P5 platform. These features allow the motor to operate in applications where limited installation space and responsive shaft movement are important.
The feedback channel uses an incremental encoder with simplified wiring, reducing the number of separate conductors and panel terminations required for feedback. The shaft has no holding brake, so static load retention must rely on servo torque or an external locking mechanism. The absence of a brake also reduces the number of internal mechanical components without affecting encoder operation. Encoder pulses are counted by the drive to calculate instantaneous velocity, allowing smooth current modulation and stable motion at low speeds. Position changes are reported incrementally as the shaft rotates, enabling the amplifier to correct movement during acceleration, steady operation, and deceleration. The motor uses the connector orientation, insulation system, and thermal limits associated with compatible Super BL equipment.
