P50B08100DCVT2
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The P50B08100DCVT2 from Sanyo Denki belongs to the P5 Super BL Servo Motors series and delivers a rated output of 1,000 W. The motor operates at a rated rotating speed of 3,000 rpm, with a maximum speed of 4,500 rpm, and features a torque constant of 25.7 N·m/Arms. It pairs with the PZ0A050- amplifier model.
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Product Description:
This P50B08100DCVT2 Servo Motor is designed for mid-to-high-speed industrial automation applications and is capable of handling loads efficiently while maintaining stability. Sanyo Denki designs these servo products that are widely applicable in advanced industries.
The P50B08100DCVT2 motor can best produce 5.65 kg･cm torque per ampere of current supplied which means it generates more torque with less current which improves efficiency. The module armature can handle 25.7 Arms momentarily when it is completely stalled which determines the amount of current it can draw in extreme load conditions before risking damage. While the steady state current consumed by the motor when running at the rated output is 6.7 Arms which helps determine the electrical load requirements. It is able to do 1000 watts of mechanical work considering both torque and speed. To speed or torque commands it reacts very quickly which makes it highly responsive. It comes with 0.41 Ω phase armature resistance which is very low that helps it to reduce power loss. This servo motor is best capable to maintain load at zero speed because it can generate 3.92 N･m torque indefinitely. While when it is working at its rated speed and current it produces 3.185 N･m torque which indicates its expected load handling capacity.
The highest speed at which this P5 Super BL Servo Motors series model can work effectively before mechanical or electrical limitations affect performance is 4500 min-1. It also has the ability to respond faster to electrical commands because it has the electrical time constant value of 5.9 msec. Due to back EMF the voltage it generates per 1000 rpm is 19.3 V/krpm which means it generates more voltage as it spins.
Frequently Asked Questions about P50B08100DCVT2:
Q: How does the low inertia of 2.705 g·cm·s² improve the performance of P50B08100DCVT2?
A: Low inertia allows faster acceleration and deceleration, enhancing dynamic response. This makes the P50B08100DCVT2 ideal for high-speed precision applications requiring rapid motion changes.
Q: Why is a mechanical time constant of 1.1 msec important in this servo motor?
A: A low mechanical time constant enables quick torque adjustments. This improves real-time responsiveness in automation applications using the P50B08100DCVT2 Servo Motor.
Q: How does a 0.41 Ω phase armature resistance benefit the P50B08100DCVT2 motor?
A: Low resistance minimizes power loss and heat generation, improving efficiency. This ensures stable and prolonged operation in demanding industrial environments.
Q: What role does the 5.9 msec electrical time constant play in the P50B08100DCVT2?
A: It defines how fast the motor reacts to voltage changes. A lower value improves synchronization in P5 Super BL Servo Motors for smooth motion control.
Q: Why does the P50B08100DCVT2 have a high instantaneous maximum stall armature current of 25.7 Arms?
A: It allows the motor to handle extreme loads momentarily without damage. This is crucial for applications needing high torque surges.
