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PY2C030U0XXXC07 Sanyo Denki

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The Sanyo Denki PY2C030U0XXXC07 is part of the PY Super BL Servo Amplifiers series and offers control functions for velocity, torque, and position. It has a built-in dynamic brake with a 10 ms delay and features both regenerative processing and a velocity control range of 1 to 5000. The amplifier has a mass of 2.0 kg and measures 168 mm in height and 135 mm in depth.

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Product Description:

The PY2C030U0XXXC07 is a servo amplifier manufactured by Sanyo Denki for the PY Super BL Servo Amplifiers series. It interfaces with brushless servo motors by translating motion commands from a motion controller into regulated current and voltage that drive the motor stator. Within an automation line, the unit handles velocity, torque, and position control modes, allowing one amplifier to support several types of axis operation without hardware changes. Closed-loop regulation helps the connected motor respond accurately to changing commands and loads during automated motion sequences.

The analog command stage has an input impedance of 10 kΩ, reducing the electrical load on upstream control electronics. A dedicated input accepts a ±2.0 VDC torque command and converts the signal directly into motor current for force regulation. For speed regulation, the amplifier maintains a velocity control range of 1:5000, enabling precise low-speed moves as well as full-speed traverses. The loop has frequency characteristics of 400 Hz, allowing the drive to follow dynamic references without excessive phase lag. A built-in dynamic brake short-circuits the motor after a stop command, and its 10 ms delay establishes the interval before braking begins. Energy produced during deceleration is handled by an integrated regenerative circuit, helping prevent excessive voltage on the DC bus. The amplifier also accepts a ±2.0 VDC velocity command for direct speed control from a compatible motion controller.

Status feedback is provided through a current monitor output scaled to 0.5 V ±20% and a separate velocity monitor with the same scaling, allowing the controller to observe loop performance in real time. The housing has a depth of 135 mm and a height of 168 mm, providing a compact profile for installation in multi-axis control cabinets. The enclosure weighs 2.0 kg, which reduces the mechanical load placed on the panel and its mounting hardware. Maximum leakage current is limited to 0.5 mA to support ground-fault protection requirements. The integrated monitoring outputs provide accessible operating data without requiring separate signal-conditioning modules.

Command Input Impedance
10 kΩ
Control Function
Velocity/Torque/Position
Current Monitor Output
0.5 V ±20%
Depth
135 mm
Dynamic Brake
Built-In
Dynamic Brake Delay
10 ms
Frequency Characteristics
400 Hz
Height
168 mm
Leakage Current
0.5 mA Max
Mass
2.0 kg
Regenerative Processing
Circuit Built-In
Torque Command
±2.0 VDC
Velocity Command
±2.0 VDC
Velocity Control Range
1:5000
Velocity Monitor Output
0.5 V ±20%

Frequently Asked Questions about PY2C030U0XXXC07:

Q: Does the PY2C030U0XXXC07 servo amplifier include a dynamic brake?

A: The PY2C030U0XXXC07 servo amplifier features a built-in dynamic brake for safe and rapid deceleration.

Q: What is the velocity control range of the PY2C030U0XXXC07?

A: This model offers a velocity control range of 1:5000.

Q: What is the command input impedance of the PY2C030U0XXXC07 servo amplifier?

A: The command input impedance for the PY2C030U0XXXC07 is 10 kΩ.

Q: Does the PY2C030U0XXXC07 servo amplifier have regenerative processing capability?

A: A built-in regenerative processing circuit is included with this amplifier.

Q: What are the frequency characteristics of the PY2C030U0XXXC07 servo amplifier?

A: The frequency characteristics of this amplifier reach up to 400 Hz.


Internal Product Review

  • ‘‘The PY2C030U0XXXC07 is a Sanyo Denki servo amplifier designed for velocity, torque, and position control with a 400 Hz frequency characteristic. Built-in regenerative processing and a built-in dynamic brake support stable deceleration and efficient energy handling in demanding motion systems. The 1:5000 velocity control range makes the amplifier a strong choice for high-resolution servo tuning.’’

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