PY2C030U0XXXC01
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The PY2C030U0XXXC01 servo amplifier operates with a maximum supply voltage of 230 VAC (+10%), provides 2-phase pulse signals with a 90° phase difference, and supports serial output modes up to 1 Mbps. Manufactured by Sanyo Denki as part of the PY Super BL Servo Amplifiers series, it features a photocoupler input.
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Product Description:
The PY2C030U0XXXC01 Super BL Servo Amplifier is from Sanyo Denki and specializes in motion control products. The purpose of this amplifier is for precise control in several industrial applications. Optimal functioning and life of both the amplifier and the connected servo motors is guaranteed only when the parameters are adhered to properly.
The PY2C030U0XXXC01 servo amplifier has a maximum supply voltage of 230 VAC + 10%, but no more than 253 V. The acceptable range for 100 VAC input (PY2E type) is from 85 to 127 VAC. It’s important to ensure that the internal temperature of the enclosure stays within specified limits when this is installed within an enclosure. According to the manual formula, acceleration time (ta) is determined using motor and load inertia (JM and JL). In a similar manner, tb is determined according to the load conditions in the manual. This Type 1 input interface uses a photocoupler input that requires external power supply of 5 to 24 VDC. The PY2C030U0XXXC01 servo amplifier provides 2 phase pulse signals (A and B phases) with a 90 degree phase difference for position signal output. The serial output supports Manchester coding and error check mechanisms up to 1 Mbps. Frames are structured for the data transfer to ensure data integrity, including start, position and stop signals. This amplifier must be handled with proper accessories by a trained personnel.
The Sanyo Denki’s PY2C030U0XXXC01 servo amplifier is a precise control and a reliable industrial product. In order to meet the requirements of the modern motion control systems, its technical specifications include voltage ranges, temperature considerations, acceleration and deceleration calculations, input interfaces and data transfer protocols. The allowable repetition frequency is a function of the servo motor and amplifier both under typical load conditions.
Frequently Asked Questions about PY2C030U0XXXC01:
Q: Why is a photo coupler input used in the PY2C030U0XXXC01 servo amplifier?
A: Photo coupler input ensures electrical isolation between the control signal and amplifier circuitry. This enhances noise immunity and protects internal components from voltage fluctuations.
Q: What role does Manchester coding play in the serial output of the PY2C030U0XXXC01 servo amplifier?
A: Manchester coding allows self-clocking data transmission, reducing synchronization errors. It also provides robust noise rejection, ideal for industrial environments.
Q: How does the inertia-based acceleration calculation improve system performance in PY2C030U0XXXC01?
A: Using motor (JM) and load (JL) inertia for acceleration time provides optimized motion profiles. This reduces mechanical stress and improves energy efficiency.
Q: Can the PY2C030U0XXXC01 be used with third-party servo motors?
A: Yes, if the servo motor matches the amplifier’s electrical parameters and control interface. Compatibility with standard input/output signals allows integration into diverse systems.
Q: What makes the PY2C030U0XXXC01 servo amplifier suitable for high-speed industrial applications?
A: Its support for serial communication up to 1 Mbps with error detection ensures fast, stable data transmission. This makes it ideal for real-time motion control systems.
