QS1W03AM0XXXXC15

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The QS1W03AM0XXXXC15 is an energy-efficient servo amplifier with a three-phase design. Manufactured by Sanyo Denki as part of the Q SANMOTION Servo Amplifiers Series, it operates on an input voltage range of 200-230 VAC or 280 VDC. The amplifier ensures high precision in machinery movements.

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Wake Industrial Warranty

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Product Description:

Having advanced control and integration capabilities, the Q SANMOTION Servo Amplifiers series' QS1W03AM0XXXXC15 is designed to optimize the performance of servo systems.

The input voltage to this servo amplifier is 200-230 VAC and 280 VDC and the output can be as high as 326 V, covering a range of input requirements and making this amplifier useful in a variety of industrial applications. Designed for both three-phase systems with a maximum current capacity of 5.2 A or single-phase systems with a max current of 4.1 A, this unit is variable in its power delivery and electrical configuration. It features a high precision control, which highly boosts the machinery movements, and makes it suitable for applications where motion precision is critical. The power rating of QS1W03AM0XXXXC15 is 1.5 kW and the frequency range of 50/60 Hz is supported with automatic frequency sensing for matching with different power grids and for running the unit smoothly across frequency ranges. Its control methods are Field Oriented Control (FOC) and Vector Control which give more fine control of motor torque and speed for best performance.

Modbus RTU is used for facilitating communication and there is an option for EtherCAT, which can be easily adapted to the modern industrial environments. The cooling is managed with forced air using an internal fan which keeps the unit within an optimal operating temperature range of 0°C to +50°C even with high load. Comprehensive protection features such as overcurrent, over-voltage, over-temperature, short circuit, and ground fault are provided to protect the equipment from a variety of electrical hazards. It can be purchased at Wake Industrial with a one-year warranty.

Communication Protocol
Modbus RTU; EtherCAT (optional)
Control Methods
Field Oriented Control (FOC); Vector Control
Cooling Method
Forced air cooling with internal fan
Electrical Protection
Overcurrent; Overvoltage; Short-circuit
Frequency Range
50/60 Hz auto-sensing
Ground-fault Protection
Yes
Input Voltage
200-230 VAC; 280 VDC
Max Current (single-phase)
4.1 A
Max Current (three-phase)
5.2 A
Operating Temperature
0°C to +50°C
Output Voltage
0-326 V
Phase
Three-phase
Power Rating
1.5 kW
Thermal Protection
Overtemperature

Frequently Asked Questions about QS1W03AM0XXXXC15:

Q: What are the voltage and power specifications of the QS1W03AM0XXXXC15 servo amplifier?

A: The servo amplifier operates with an input voltage of 200-230 VAC and 280 VDC, with an output of up to 326 V. It has a power rating of 1.5 kW and supports both three-phase (max 5.2 A) and single-phase (max 4.1 A) systems.

Q: What control methods does the QS1W03AM0XXXXC15 utilize?

A: It features Field Oriented Control (FOC) and Vector Control, which provide fine control over motor torque and speed for optimized performance.

Q: How does the QS1W03AM0XXXXC15 support communication and integration?

A: The amplifier uses Modbus RTU for communication and offers an option for EtherCAT, allowing for easy integration into modern industrial environments.

Q: What are the cooling and operational temperature features of the QS1W03AM0XXXXC15?

A: Cooling is managed with forced air through an internal fan, maintaining an optimal operating temperature range of 0°C to +50°C, even under high loads.

Q: What protection features are included in the QS1W03AM0XXXXC15?

A: It includes comprehensive protection against overcurrent, overvoltage, overtemperature, short circuit, and ground fault to safeguard the equipment from various electrical hazards.


Internal Product Review

  • ‘‘The QS1W03AM0XXXXC15 stands out with its advanced control and integration capabilities, designed to enhance the performance of servo systems significantly. Its flexibility in electrical configuration and cutting-edge control technologies make it a top choice for demanding industrial applications requiring precise motion control.’’

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