QS1V15AM0XXXXC15
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The QS1V15AM0XXXXC15 servo amplifier features a Schottky Barrier Rectifier diode, a maximum reverse voltage of 15 V, a forward voltage drop of 0.45 V at 1 A, and a reverse recovery time of 5 ns. Part of the Q SANMOTION Servo Amplifiers by Sanyo Denki, it supports SMT mounting and operates within a junction temperature range of -65C to +150C.
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Product Description:
Sanyo Denki produces the servo amplifier known as QS1V15AM0XXXXC15. The amplifier enables users to achieve exact velocity control as well as torque control combined with position regulation. It operates through IGBT PWM control and sine wave drive technology.
This QS1V15AM0XXXXC15 servo amplifier’s design incorporates 2G capacity to resist mechanical shocks. It can be conveniently integrated because this amplifier includes its own tray-type power supply system. This electronic system features dedicated specifications that maximize performance output at 400Hz. The amplifier has a flexible speed control range that extends to 1:5000. This servo amplifier accepts DC2.0V command voltage at 1000 min-1 to rotate the motor forward for torque control functions. The amplifier shows an input impedance of 10 kΩ during torque control. The QS1V15AM0XXXXC15 servo amplifier accepts the input command voltage which should be DC2.0V ±15% of the rated armature current level. This servo amplifier accepts Servo on and Alarm Reset and Encoder errors as input signals while performing operations. The system enables both forward and reverse rotation blocking and forward motor operation signals. The amplifier has a ±2.0 VDC ±10% command at rated armature current as part of its current limit input capability. Users can operate this servo amplifier in either 3-phase or 1-phase systems.
The QS1V15AM0XXXXC15 servo amplifier accepts 3-phase inputs which need a voltage between 200-230V AC. The 50/60Hz frequency is required for this voltage with 37.8A current. The 1-phase input requires an identical voltage range and operates with only a 0.2A current requirement. Field equipment from the servo amplifier generates an output voltage that ranges between 0V and 326V. This amplifier can operate under a maximum current flow of 34A. Tools and systems that need dependable motor control should use this amplifier due to its high-precision capabilities.
Frequently Asked Questions about QS1V15AM0XXXXC15:
Q: How does QS1V15AM0XXXXC15 support both 3-phase and 1-phase operations?
A: The amplifier is designed to operate on 200-230V AC for three-phase (37.8A) or single-phase (0.2A), making it versatile for diverse electrical configurations.
Q: Why does QS1V15AM0XXXXC15 operate at a maximum current of 34A?
A: The 34A maximum current rating ensures the amplifier can handle high-performance loads while maintaining stability, making it suitable for heavy-duty industrial applications.
Q: How does QS1V15AM0XXXXC15 handle encoder errors during operation?
A: The amplifier detects encoder errors as input signals and takes corrective actions to prevent motor malfunctions, ensuring smooth operation and reducing downtime.
Q: What is the significance of the tray-type power supply system in QS1V15AM0XXXXC15?
A: The tray-type power supply simplifies integration by reducing external wiring requirements. This design enhances system reliability while optimizing space in compact control panels.
Q: How does the 10 kΩ input impedance in QS1V15AM0XXXXC15 affect torque control?
A: A 10 kΩ input impedance ensures accurate command voltage processing, minimizing signal distortions and providing stable torque control for precision-driven applications.
