P50B03003ACL60
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The P50B03003ACL60 servo motor delivers a rated output of 0.3 kW with a rated rotating speed of 3,000 min^-1. Manufactured by Sanyo Denki as part of the P5 Super BL Servo Motors series, it features a fully closed, self-cooling protection system. It offers a rated torque of 1.5 N·m.
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Product Description:
The P50B03003ACL60 Servo motor is manufactured by Sanyo Denki. It serves precise motion control applications for industrial automation. This servo motor can output 30 watts when set to operate at 3,000 RPM rated speed and reaches a maximum speed limit of 4,500 RPM. The servo motor operates at 0.098 Nm torque for the rating.
The P50B03003ACL60 servo motor produces 0.108 Nm torque continuously. The motor achieves a maximum instantaneous stall torque measurement of 0.323 Nm as a motor function. Closest to nominal performance, at 1.8 Arms marks the rated armature current level. However, the motor operates properly at 0.5 Arms rated level and reaches 0.53 Arms under steady stall situations. The torque constant of this device is 0.206 Nm/Arms while its induced voltage constant reaches 7.2 mV/min⁻¹ within an accuracy range of ±10%. This P50B03003ACL60 servo motor consists of 20.5 ohm phase armature resistance. The servo motor operates at a rated power speed of 6.5 kW/s. The electric time constant measures 0.7 milliseconds, while the mechanical time constant shows 2.1 milliseconds. Standard systems of the motor maintain a rotor inertia of 0.0197 ×10⁻⁴ kg·m², and ABS-RII/RIII subtypes operate at 0.0167 ×10⁻⁴ kg·m². As a motor function.
The P50B03003ACL60 servo motor includes encoder feedback with 2,000 P/R incremental resolution as well as 8,192 P/R absolute resolution. The described specifications allow precise positional control while ensuring fast and accurate speed data during direct operation. The servo motor contains an integrated braking system within its ACL60 type version. The brake unit sustains a torque of 0.098 Nm. Operation of the 24-volt excitation voltage system activates at the 0.07 A excitation current level. The brake inertia reaches 0.0021 ×10⁻⁴ kg·m² while the total brake weight amounts to 0.15 kg.
Frequently Asked Questions about P50B03003ACL60:
Q: How does the 2.1 ms mechanical time constant affect motor performance?
A: A lower mechanical time constant results in quicker acceleration and deceleration. This enhances responsiveness for tight motion profiles.
Q: How does the 0.206 Nm/Arms torque constant benefit the P50B03003ACL60 servo motor?
A: It ensures efficient conversion of current into torque, optimizing energy use. This supports precise control in low-power applications.
Q: What advantage does the 8,192 P/R absolute encoder provide for P50B03003ACL60?
A: The high-resolution absolute encoder provides exact position tracking without needing re-homing. It's ideal for safety-critical automation.
Q: Why is a 20.5 ohm phase resistance relevant to the P50B03003ACL60 servo motor?
A: High resistance affects current draw and helps manage heat during prolonged use. It's critical in ensuring safe long-term operation.
Q: How does the 0.0021 ×10⁻⁴ kg·m² brake inertia affect the stopping response?
A: Low brake inertia enables quicker stop response without overshoot. It's ideal for precise deceleration in compact machinery.
