About Servo Systems - AC Servo Motors and Drives
As the technology of microprocessor unit becomes more advanced and much further, the development and cost effectivity of permanent magnet manufacturing technology for servo motor and high power and high performance semiconductor power devices is improved continuously. Therefore, AC servo motor and AC servo control system have become the basic techniques for accomplishing automation control technology in current industry field. Delta servo system is an omnibearing integrated servo system which is based on Delta's strength in industrial and electronic technology and developed for different customers' requirements of various application machine tools. All ASDA series servo drives are provided with a superior digital signal processor (DSP) which represents a high-speed performance of the control circuit loop. Besides, the other features of Delta ASDA series, including gain tuning, smooth motor operation and software analysis / monitor function, also provide high-speed and high-precision motion control for a wide range of industrial automation applications.
High Precision and Reliable PerformanceEquipped with optical encoders (incremental or absolute), our servo motors guarantee exceptional accuracy and responsiveness in position, speed, and torque control. The system delivers up to 1 kHz response frequency, enabling fast and stable motion, while maintaining a noise level below 60 dB. This makes them perfect for sensitive automation and CNC applications demanding high precision.
Built for Durability and FlexibilityWith an IP65 rating for the motor body and aluminum alloy housing, these servo systems withstand harsh industrial conditions. Flange mounting allows easy incorporation into diverse machinery layouts. The wide operating temperature range (-10C to 40C) and storage resilience (-20C to 80C) mean you can rely on consistent operation and longevity under varied environments.
Simplified Integration and ControlSupporting digital communication protocols such as RS485, CANopen, and Modbus, integration is straightforward across modern industrial control systems. With single-phase or three-phase compatibility, output ranges from 50 W to 5 kW, and standard industrial connectors, installation and operation are designed with maximum user convenience in mind.
FAQ's of Servo Systems - AC Servo Motors and Drives:
Q: How do I select the right servo motor and drive combination for my application?
A: To choose the appropriate model, consider your application's required output power, speed, and control mode (position, speed, or torque). Check your system's input voltage and compatibility with digital communication protocols like RS485 or CANopen. Assess whether you need an incremental or absolute encoder and if a holding brake is necessary for your operation.
Q: What are the main benefits of using these AC Servo Motors and Drives in industrial automation?
A: These servo systems offer high precision, efficiency above 90%, and rapid response, allowing for accurate motion control in demanding environments. Their robust construction, IP65 protection, and reliable voltage safeguards ensure uninterrupted, low-vibration operation, translating to reduced downtime and increased productivity.
Q: When is it advisable to choose a model with a holding brake?
A: A model with a holding brake is advisable when your application requires the motor shaft to maintain position during power loss or frequent stoppages-common in vertical axes, robotics arms, or packaging equipment for added safety and precision.
Q: Where can these servo systems be installed and what are the mounting options?
A: These AC Servo Motors and Drives are designed for installation in various industrial machinery, including automation lines, CNC machines, and robotics. The flange mounting design facilitates easy inclusion into different equipment setups, providing strong and stable installation.
Q: What is the process for integrating these servo drives into an automation control system?
A: Begin by physically installing the servo motor using the provided flange mounting. Connect power and signal cables using the standard industrial connectors. Set up communication with your PLC or controller via RS485, CANopen, or Modbus, and configure the drive parameters using the LED digital display. Perform initial testing and tuning to ensure optimal performance.
Q: How does the digital display on the drive assist in operation and maintenance?
A: The LED digital display provides real-time monitoring of key parameters, fault codes, and operational status, facilitating quick diagnostics and streamlined drive configuration, which helps in routine maintenance and troubleshooting.
Q: What advantage does the IP65 rating of the motor body provide?
A: The IP65 protection ensures that the motor body is dust-tight and resistant to low-pressure water jets, making these servo systems suitable for challenging industrial environments where exposure to dust or splashing fluids is common.