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SGMGV-09ADC6C
SGMGV-09ADC6C: It has a rated output of 0.9kW and a rated speed of 2000rpm. Equipped with a 20 - bit incremental serial encoder, it can accurately feedback the position and speed information of the motor. Its performance in terms of power and accuracy can meet the requirements of some auxiliary systems in electric vehicles, such as the electric power - assisted steering system and the air - conditioning compressor.
The SGMGV-09ADC6C is a servo motor in Yaskawa's Σ - V series. Here is its detailed introduction:
- **Series Affiliation**: Σ - V series. This series is widely used in the industrial automation field for its high performance, high precision, and high reliability.
- **Motor Type**: Permanent - magnet synchronous servo motor. It generates a magnetic field using permanent magnets, boasting high efficiency and power density.
- **Compatible Drive**: It is generally paired with drives such as the SGDV - 78A01A to achieve precise speed and position control.
### Performance Parameters
- **Rated Output**: 0.9kW, which can provide stable power output for equipment, meeting the drive requirements in various industrial application scenarios.
- **Power Supply Voltage**: AC200V, suitable for common industrial power supply systems, thus having good versatility.
- **Rotational Speed**: Usually, the rated speed is 2000rpm. It can be adjusted within a certain range according to actual application needs, and can quickly respond to control signals to enable the efficient operation of equipment.
- **Encoder Type**: Equipped with a 20 - bit incremental serial encoder, it can accurately feedback the position and speed information of the motor, providing high - precision measurement data for the closed - loop control system, and ensuring the operation accuracy and stability of the motor.
- **Instantaneous Maximum Torque**: It can reach 300% of the rated torque. In cases where it is necessary to overcome a large load or perform rapid acceleration and deceleration, it can provide sufficient torque support to ensure the normal operation of the equipment.
### Mechanical Characteristics
- **Mounting Method**: It adopts a flange - type mounting method, which has good stability and reliability. It can be easily connected and installed to various devices, ensuring that the motor maintains a fixed position and posture during operation.
- **Shaft End Form**: It has two - sided flat seats. This design facilitates connection to load devices, can effectively transmit torque, and at the same time ensure the accuracy and stability of the connection.
### Electrical Characteristics
- **Insulation Resistance**: At DC500V, the insulation resistance reaches over 10MΩ. It has good insulation performance, which can effectively prevent electrical failures and leakage, ensuring the safe operation of the motor.
- **Insulation Withstand Voltage**: It can withstand an insulation withstand voltage test of AC1500V for 1 minute, having high electrical strength and being able to operate stably in harsh electrical environments.
### Environmental Characteristics
- **Operating Environment Temperature**: It ranges from 0 - 40°C. Within this temperature range, the motor can maintain good performance and stability.
- **Operating Environment Humidity**: The humidity range is 20 - 88% (no condensation). It has a certain adaptability to environmental humidity, but it should be avoided to be used in a humid or condensing environment to prevent affecting the insulation performance and service life of the motor.
- **Industrial Automation Production Lines**: It can be used for the drive of conveyor belts, the joint movement of robotic arms, etc. It can achieve precise position control and speed adjustment, ensuring the efficient and stable operation of the production process.
- **Electronic Manufacturing Equipment**: Such as semiconductor production equipment and PCB manufacturing equipment. These require high - precision motion control to complete processes such as chip packaging and circuit board soldering. The SGMGV-09ADC6C can meet the accuracy and speed requirements of these devices.
- **Textile Machinery**: During the textile production process, it is used to control the spindle drive and winding mechanism of looms, etc., enabling uniform winding of yarns and precise weaving of fabrics.
- **Printing Machinery**: It can control the paper - feeding mechanism and ink - roller drive of printing presses, ensuring the accurate feeding of paper and the uniform coating of ink, improving the printing quality and efficiency.
