P60B18750RXS00M
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The Sanyo Denki P60B18750RXS00M is part of the P6 Super BL Servo Motors series, offering a power output of 7.5kW (7500W). It operates at an input voltage of 200V with an input current of 58A. The motor features a 42mm shaft diameter and a 114mm flange diameter for robust performance.
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Product Description:
The P60B18750RXS00M Servo Motor, product of Sanyo Denki, ensures reliability in high load conditions. It is engineered for efficiency and delivers exceptional torque and speed control which makes it perfect for industrial automation and robotics.
This P60B18750RXS00M servo motor only operates with a power supply of 200 V which is a common voltage level for industrial servo motors, and it would require a servo drive that can handle this voltage. The module's required input current is 58 A which shows its current consumption at rated conditions and the servo drive must be capable of supplying 58A to ensure proper operation. It requires 90 volts DC voltage for its electromagnetic brake, and it is used for holding the motor's position when power is off. This model has a torque constant of 0.481 N·m/Arms which describes the relationship between current and torque. This specification represents that for every ampere of current, the motor generates 0.481 N·m of torque which helps in selecting the right drive to provide the required current. The size of this module's outer shaft diameter is 42mm which is important for coupling the motor with a gearbox, pulley or direct load.
This P6 Super BL Servo Motor dimension is represented by its flange diameter of 114 mm which ensures compatibility with the machine frame or mounting plate. The rotor inertia of the model is 0.74×10⁻⁴ kg·m² which is low, essential for high-speed and dynamic applications. With the given voltage and load conditions its rated speed is 1500 RPM and when operating with a servo drive, it can typically adjust its speed dynamically. It comes with a self cooling which suggests it has an internal cooling system, possibly through convection or heat dissipation.
Frequently Asked Questions about P60B18750RXS00M:
Q: How does the self-cooling system in the P60B18750RXS00M Servo Motor improve efficiency?
A: The self-cooling system prevents overheating, ensuring consistent performance during extended operations. It enhances the motor’s lifespan by maintaining optimal thermal conditions.
Q: How does the torque constant (KT) of 0.481 N·m/Arms benefit the P60B18750RXS00M Servo Motor?
A: A higher torque constant means efficient power conversion, reducing energy waste. It ensures precise torque control, crucial for applications needing high accuracy and stability.
Q: What role does rotor inertia (0.74×10⁻⁴ kg·m²) play in the P60B18750RXS00M model?
A: The low rotor inertia allows for rapid acceleration and deceleration. This makes the motor ideal for dynamic and high-speed applications.
Q: Why is the 42mm shaft diameter significant in the P60B18750RXS00M Servo Motor?
A: A larger shaft diameter enhances mechanical strength, improving load-bearing capacity. It ensures secure coupling with gears, pulleys, and other transmission components.
Q: How does the electromagnetic brake in the P60B18750RXS00M help in safety applications?
A: The 90V DC brake ensures the motor remains in position when power is cut. This feature is crucial in applications requiring emergency stopping or load holding.
