PY0A100A0P31P00
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The PY0A100A0P31P00 servo amplifier operates with a nominal output current of 100 amps, supports an input voltage range of 200 to 240V (3-phase), and utilizes vector control. Part of the PY Super BL Servo Amplifiers series by Sanyo Denki, it offers IP20 enclosure protection and advanced safeguards like overload and thermal protection.
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Product Description:
The PY0A100A0P31P00 is an efficient AC servo amplifier that was manufactured by Sanyo Denki. This PY servo amplifier is designed for industrial automation applications that require accurate motor control in addition to efficient cooling. The servo amplifier can be mounted on both the front and back panels, which gives installers a lot of options.
The input voltage range for the drive system is 200VAC, with a 10% error. The PY0A100A0P31P00 servo amplifier works with a three-phase power source and can handle a frequency of 50/60Hz. The regenerative resistor that is built in is set at 10Ω and can handle 90W of power. With the external regenerative resistor's help, 3000W of power can be used at most. The panel installation require four M5 screws with holes that are spaced 50 mm apart in width and 225 mm apart in height. A fan and duct cooling structure are included in the cooling system. These components assist in the escape of heat, which enables the system to continue functioning without becoming overly hot. In addition, the amplifier is designed with an orderly airflow, which makes it more effective in removing heat from the system. Performing this action guarantees that the connection is secure and reliable.
The PY0A100A0P31P00 servo amplifier is designed for applications that necessitate minimal heat output and stable power control. When there is a significant amount of electricity, the system is maintained in a stable state by the organized cooling process. The support for both internal and external regenerative resistors provides you with a variety of alternatives for reducing energy use. Because of the strong mounting construction and the transparent airflow management, the performance is dependable even in challenging environments.
Frequently Asked Questions about PY0A100A0P31P00:
Q: Do the mounting options of PY0A100A0P31P00 affect airflow?
A: Yes, proper clearance is required for airflow management. Front and back panel mounting options allow flexibility while ensuring heat dissipation efficiency.
Q: Why does the PY0A100A0P31P00 have an external resistor option?
A: The external regenerative resistor allows additional energy dissipation. This feature enhances power handling capacity, supporting high-load applications.
Q: How does the PY0A100A0P31P00 ensure thermal stability?
A: The combination of built-in fan cooling and duct cooling structure optimizes heat dissipation. It prevents overheating and maintains operational stability.
Q: Why does the PY0A100A0P31P00 have a built-in resistor?
A: The built-in regenerative resistor manages excess energy efficiently. It prevents damage to components and improves overall system longevity.
Q: Does the PY0A100A0P31P00 support variable input voltage?
A: Yes, it operates within 200V AC to 230V AC ±10%. This flexibility ensures compatibility with different power systems and voltage fluctuations.
