PY0A015A1M51P01
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The PY0A015A1M51P01 is a servo amplifier delivering a rated output of 4500 W and a maximum revolution speed of 2500 rpm. Manufactured by Sanyo Denki, it is part of the PY Super BL Servo Amplifiers series and weighs 22.0 kg. This amplifier features a rated torque of 21.5 N•m and a torque constant of 1.05 N•m/Arms.
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Product Description:
The model PY0A015A1M51P01 is engineered by a top brand Sanyo Denki that belongs to the PY Super BL Servo Amplifier product range. The variant features an electrical time constant of 33 milliseconds for a rapid response time. Weighing 22 kilograms, including wiring-saved components, it offers a balance between durability and manageable weight. Its rated output is 4,500 watts, and that delivers substantial power for demanding tasks. With a rated revolution speed of 2,000 rpm, the drive ensures consistent performance in rotational applications.
An optional holding torque of 32 N·m (326 kg·cm) is also available. The instantaneous maximum stall torque reaches 70 N·m (714 kg·cm), allowing the motor to overcome high initial resistance. The amplifier's maximum revolution speed is 2,500 rpm, offering flexibility for varying operational requirements. Its rated torque is 21.5 N·m (219 kg·cm) and the continuous stall torque is 32 N·m (326 kg·cm), maintaining consistent performance under prolonged stationary conditions. Rated armature current is 24.1 Arms and it indicates standard operational current levels. The continuous stall armature current for this servo drive is 31.6 Arms. Instantaneous maximum stall armature current is 79.7 Arms which highlights the motor's capacity to handle brief high-current demands.
The torque constant is 1.05 N·m/Arms (10.7 kg·cm/Arms) and induced voltage constant is 36.7 mV/min−1 (36.7 V/krpm), relating speed to voltage generation within the system. Phase armature resistance is 0.043 ohms, contributing to efficient energy conversion and minimal losses. Additional specifications include a phase inductance of 0.15 H to ensure stable operation and minimizing electrical noise. The amplifier operates within a temperature range of 0°C to 40°C and its storage temperature range is -20°C to 60°C, providing flexibility in various operating and storage conditions. The device complies with international safety standards that includes UL and CE certifications. These characteristics collectively position the PY0A015A1M51P01 as a robust solution for advanced industrial applications.
Frequently Asked Questions about PY0A015A1M51P01:
Q: How does the 4,500 W rated output of the PY0A015A1M51P01 amplifier benefit industrial applications?
A: The 4,500 W rated output ensures the amplifier can power demanding machinery, enhancing operational efficiency. This high output is crucial for tasks requiring substantial energy.
Q: What advantages does the maximum revolution speed offer in the PY0A015A1M51P01?
A: The 2,500 rpm maximum speed allows the amplifier to adapt to various applications needing different speed settings. This flexibility is essential for tasks with varying speed requirements.
Q: How does the 32 N·m continuous stall torque of the PY0A015A1M51P01 enhance its performance?
A: The 32 N·m continuous stall torque ensures the amplifier can maintain high torque levels without overheating. It is vital for applications requiring sustained high torque.
Q: How does the 1.05 N·m/Arms torque constant in the PY0A015A1M51P01 contribute to its efficiency?
A: The 1.05 N·m/Arms torque constant ensures efficient conversion of electrical current to mechanical torque. This efficiency reduces energy consumption and improves overall system performance.
Q: What is the significance of the 79.7 Arms instantaneous maximum stall armature current in the PY0A015A1M51P01?
A: The 79.7 Arms capability allows the amplifier to handle brief high-current demands without damage. It is beneficial for applications with sudden, high-current requirements.
