PY0A030A0N51P00
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The PY0A030A0N51P00 Servo amplifier by Sanyo Denki ensures precise control with a 1.7 kVA primary circuit. It features multi-control modes and advanced PWM current vector control.
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Product Description:
The Sanyo Denki designed PY0A030A0N51P00 Servo amplifier to serve accurate control in industrial automation systems. Its primary circuit power supply capacity is rated at 1.7 kVA. The control power supply capacity of the amplifier is kept at 40 VA. Power factor is equal to or greater than 90 percent for enhanced efficiency.
The PY0A030A0N51P00 Servo amplifier has an onboard regenerative resistor with a capacity of 5 watts and 50 ohms. It helps in energy management during deceleration. Control circuit rush current is 40 A, and the main circuit carries up to 23 A. It achieves precise system response using PWM current vector control. Input commands can be taken by ±10 V analog inputs or an optional RS-485 serial port. The PY0A030A0N51P00 Servo amplifier provides multi-control mode capability, including speed, torque, and position control. It operates in a stable input voltage of 200 VAC ±10% and includes frequencies of 50 Hz or 60 Hz. The amplifier runs with a three-phase power supply for smooth electrical flow. Temperature control is through forced air cooling. The mounting of the amplifier can either be on the front or rear panel. Its size is compact with a height of 188 mm, a minimum width of 172 mm, and a depth of 130 mm. Its overall weight is around 7.5 kilograms.
The PY0A030A0N51P00 Servo amplifier works under temperatures of 0°C to +55°C and can be stored at -20°C to +65°C. It resists vibration levels of 4.9 m/s² in the frequency range of 10 to 55 Hz. The built-in cooling fan offers an operational lifetime of approximately 30,000 hours. It works under ambient humidity up to 90 percent RH without condensation. Encoders supported are incremental with 2000 PPR and 6000 PPR resolution. ABS-E 2048 PPR and ABS-RII up to 8192 PPR absolute encoders are supported.
Frequently Asked Questions about PY0A030A0N51P00:
Q: How does PWM current vector control improve performance in the PY0A030A0N51P00 Servo amplifier?
A: PWM current vector control in the PY0A030A0N51P00 optimizes motor response and enhances precision. It significantly improves control over torque and speed stability.
Q: Why is the regenerative resistor important in the PY0A030A0N51P00 Servo amplifier?
A: The regenerative resistor in the PY0A030A0N51P00 dissipates excess energy during deceleration. This prevents voltage spikes and protects the main circuit components.
Q: Why is a control circuit rush current of 40 A required in PY0A030A0N51P00?
A: A control circuit rush current of 40 A in PY0A030A0N51P00 allows safe handling of power surges. It ensures smooth startup under heavy loads.
Q: How does forced air cooling benefit the PY0A030A0N51P00 Servo amplifier?
A: Forced air cooling in PY0A030A0N51P00 maintains stable internal temperatures. It prevents overheating during high-load operations, improving system longevity.
Q: What advantages does the RS-485 serial port provide in the PY0A030A0N51P00 Servo amplifier?
A: The RS-485 serial port in PY0A030A0N51P00 enables reliable data communication. It supports remote monitoring and control for complex automation environments.
