
( Brand: Yaskawa ), ( Manufacturer Part Number: SGMGH-09DCA61 ), ( Part Type: Servo Motor )
The Yaskawa SGMH-09DCA61 is a versatile and high-performance servo motor designed for various automation applications. This motor, specifically identified by its model number SGMH09DCA61, comes as a standalone 1-piece unit.
Measuring 135 mm (length) x 126 mm (width) x 230 mm (height), the motor has a compact design that enables easy integration into even the most space-constrained systems. Its weight of approximately 3.5 kg ensures reliable operation in a range of industrial environments.
Under the hood, the SGMH-09DCA61 features a high torque output of 9.5 Nm, making it suitable for handling heavy loads and executing delicate movements with precision. The motor boasts a continuous power rating of 1 kW and a surge power of 2.1 kW, delivering powerful performance when needed.
The servo motor employs a high-precision rotor position feedback system, offering positioning accuracy that is essential for maintaining consistent performance and ensuring operational stability. This ability to maintain position accuracy makes it ideal for use in applications where precise, repetitive movements are required, such as machine tool control, robotics, and process automation.
The SGMH-09DCA61 is built to withstand the demands of industrial applications with its robust IP54 protection rating against ingress from dust and water splashes, ensuring continuous operation in potentially harsh environments. It can be operated across a voltage range of 200 to 400V and comes with a built-in amplifier, simplifying the installation process and reducing wiring requirements.
Furthermore, the motor conforms to various industry standards, including IEC 61850-2-30, CE, UL, and CSA, ensuring safe and reliable performance. Additionally, it offers impressive energy efficiency through its Optimizer HP servo drive, resulting in reduced energy consumption and cost savings over its lifetime.
With its strong torque output, robust design, and high precision positioning capabilities, the Yaskawa SGMH-09DCA61 servo motor is the go-to solution for industrial automation applications demanding high performance, accuracy, and reliability.
The Yaskawa SGMMH-09DCA61 is a single-phase servo motor with a power rating of 1 kW. In this analysis, we will discuss the key features, pros, cons, and a conclusion to help potential buyers make an informed decision.
**Features:**1. High torque, continuous output: Provides a maximum continuous torque of 13.7Nm and a peak torque of 18.5Nm.
2. Compact design: Has a compact size with dimensions of 185 x 116.5 x 132 mm, making it ideal for space-constrained applications.
3. Auto-tuning function: Automatically adjusts the motor settings for optimal performance and efficiency.
4. Stall protection: Protects the motor from damage during overload situations by stopping operation when it reaches stall current.
**Pros:**1. High Precision: Yaskawa servo motors are known for their high accuracy and repeatability, making them suitable for precise applications.
2. Energy Efficiency: Its high efficiency improves overall system performance and reduces energy consumption.
3. Versatility: It can be used across various industrial applications, including robotics, CNC machines, and conveyor systems.
4. Easy Installation: The compact design allows for easy installation and integration with other machinery.
**Cons:**1. Cost: Servo motors generally have a higher purchase price compared to AC induction motors, making them less cost-effective for simple applications.
2. Complex setup: The installation and setup process for a servo motor can be more involved compared to a typical AC motor, requiring more expertise and time.
3. Protection Class: Its B protection class may not provide adequate damage protection in harsh industrial environments as compared to higher protection classes.
**Conclusion:**The Yaskawa SGMMH-09DCA61 Servo Motor offers several advantages including high precision, energy efficiency, versatility, and easy installation. However, its high cost and complex setup process could be disadvantages for some applications. In conclusion, this servo motor is most suitable for applications that require high precision and energy efficiency, while also having the necessary expertise and budget for its installation and setup. For simpler applications or applications with limited budgets, an AC induction motor may be a more cost-effective alternative.