QS1A03AA03501P00
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The QS1A03AA03501P00 servo amplifier operates with an approximate voltage range of 3.3 V to 5 V, features a current consumption of under 50 mA, and supports an operating temperature range of –40°C to +85°C. Part of the Q SANMOTION Servo Amplifiers by Sanyo Denki, it offers a compact lead frame design and adherence to optimized PCB layout guidelines.
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Product Description:
The highly specialized Servo Amplifier QS1A03AA03501P00 is produced by Sanyo Denki for Industrial automation applications. The device uses a 3-phase control method for distributing power with efficiency. A precise and stable motor operation occurs through the implementation of IGBT PWM control by this amplifier.
This QS1A03AA03501P00 servo Amplifier provides operational frequency support for both 50 and 60 Hz power systems. The device contains built-in ventilation ports to control its internal temperature effectively. The product works for single-phase together with three-phase AC input voltage that ranges from 200 to 230V. The device incorporates a sinusoidal drive mechanism that advances smooth motion control capabilities. The servo amplifier achieves performance reliability through its 5.8A current rating. The speed control function operates within a ratio range of 1 ratio 5000 to guarantee exact speed modifications. This device provides a stable frequency response through its 600 Hz linear frequency characteristic. The QS1A03AA03501P00 servo Amplifier delivers improved control capability through multiple functions that include speed control, torque control, and position control. A combination of several protective features exists to ensure both the safety and extended operational life of the system. The device includes four essential protection safeguards that protect against over-current, overload, overheating between others, and voltage errors.
The QS1A03AA03501P00 servo amplifier functions efficiently between 0°C to +55°C of ambient temperature. The system shows resistance against different operational settings during its operation. The servo motor inertia together with its wiring falls within a range of 0.01-163 kg•m² × 10⁻⁴ based on different motor configurations. The motor model determines the output power ranging between 0.03 kW to 5.5 kW from the amplifier. This amplifier functions best with industrial automation applications where precise motion control also takes place. Performance efficiency along with reliability represents the basis for this device's design.
Frequently Asked Questions about QS1A03AA03501P00:
Q: How does the IGBT PWM control in QS1A03AA03501P00 benefit motor operation?
A: The QS1A03AA03501P00 servo amplifier utilizes IGBT PWM control to ensure precise, stable, and efficient power distribution for smoother motor performance and reduced energy loss.
Q: Why is sinusoidal drive important in QS1A03AA03501P00 amplifier?
A: The QS1A03AA03501P00 employs a sinusoidal drive mechanism to deliver smooth motion control, reducing torque ripple and enhancing motor efficiency in automation applications.
Q: How does speed control ratio 1:5000 improve precision in QS1A03AA03501P00?
A: The QS1A03AA03501P00 servo amplifier supports a 1:5000 speed control ratio, allowing for fine speed adjustments and precise motor control in complex industrial tasks.
Q: What role does the 600 Hz frequency response play in QS1A03AA03501P00?
A: The QS1A03AA03501P00 servo amplifier’s 600 Hz linear frequency characteristic ensures high-speed response, enabling quick adjustments and stable performance in dynamic automation processes.
Q: Why does the QS1A03AA03501P00 amplifier feature multiple protective functions?
A: The QS1A03AA03501P00 integrates overload, overcurrent, and voltage protection to prevent damage, ensuring reliable performance and extended operational life.
