P50B05010DXX4ZE Sanyo Denki
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The Sanyo Denki P50B05010DXX4ZE is a brushless servo motor in the P5 Super BL Servo Motors series. It features a flange size of 54 mm, a rated output of 100 W, and a rated speed of 3000 min-1. The motor has an IP55 protection class and a maximum speed of 4500 min-1; it comes without a holding brake.
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Product Description:
The P50B05010DXX4ZE is a brushless servo motor produced by Sanyo Denki for the P5 Super BL Servo Motors series. With its compact 54 mm flange, it provides closed-loop rotary actuation for positioning tables, pick-and-place heads, and similar motion axes in automated equipment. The brushless design eliminates mechanical brush wear, while the CE mark indicates conformity with applicable European requirements. Its compact housing also allows the motor to fit into machinery where installation space is limited.
This model delivers a continuous mechanical output of 100 W, allowing small indexing stages to move loads without requiring an oversized drivetrain. At its rated operating point, the shaft turns at 3000 rpm and produces 0.319 N·m of torque, making the motor suitable for feed rollers and light conveyor segments that need moderate speed and available torque. The control amplifier supplies 1.1 Arms to reach these ratings, helping limit wiring losses and heat buildup in compact enclosures. An ingress protection rating of IP55 protects the stator windings against dust and low-pressure water jets. The phase resistance is 4.9 Ω, which affects current-loop tuning and regenerative braking behavior without requiring additional cooling during normal operation.
For short acceleration periods, the rotor can reach 4500 rpm, providing additional velocity when indexing distances vary. The motor has a continuous stall torque of 0.353 N·m, indicating the torque available while the shaft remains stationary under active control. Its electromagnetic design provides a 0.319 N·m/Arms torque constant, allowing the drive to calculate torque output from commanded current. Dynamic response is supported by an electrical time constant of 2.5 ms and a mechanical time constant of 1.4 ms, enabling rapid correction of position errors during high-cycle motion. These response characteristics support controlled acceleration and deceleration when the motor operates on repetitive positioning axes.