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Phone: +86 16626708626Description
Description:
DSAI130 is a high-performance analog input module designed for seamless integration into industrial automation architectures. It is connected to various analog sensors such as thermocouples, pressure sensors, and flow meters through multiple input channels. This module has a built-in signal conditioning circuit that can amplify, filter, and linearize the input analog signal to ensure that the signal is in the optimal format for conversion.
DSAI130
The DSAI130 is equipped with a high-resolution analog-to-digital converter (ADC) that can accurately convert conditioned analog signals into digital data for easy processing by the control system. In addition, the module also integrates electrical isolation function to protect the control system from electrical noise and voltage surges from on-site sensors, ensuring reliable and accurate signal transmission.
DSAI130 communicates with control systems or other higher-level devices through supported communication protocols such as Profibus or Ethernet/IP. In automation systems, it serves as a critical link between physical field sensors and control logic, enabling real-time monitoring and precise control of industrial processes. Its built-in diagnostic function can continuously monitor the status of each input channel, detect any faults, abnormal signal levels, or conversion errors, and report to the control system. This enables operators to quickly identify and solve problems, minimizing downtime and ensuring smooth industrial operations.
DSAI130
Technical specifications:
Model DSAI130
Brand ABB
Type Analog Input Module
Contact Us
Mobile:+86 16626708626
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Email: 3772179818@qq.com
DSAI130
Main features and advantages:
Its high-resolution analog-to-digital conversion capability ensures that the control system receives highly accurate data from sensors, thereby achieving precise process control. This helps improve product quality, reduce material waste, and increase production efficiency. Electrical isolation and advanced signal conditioning functions can protect control systems from electrical interference and signal distortion, extend the service life of connected equipment, and reduce maintenance costs.
This module is easy to integrate with existing control systems and supports multiple communication protocols, simplifying the automation setup process and reducing engineering workload. The built-in diagnostic function of DSAI130 not only shortens troubleshooting time, but also enables predictive maintenance, allowing companies to plan maintenance activities in advance and avoid expensive unplanned downtime. Its sturdy design and wide operating temperature range make it suitable for harsh industrial environments, ensuring long-term stable operation and low failure rates. Overall, DSAI130 enables industrial enterprises to optimize automation processes, improve system reliability, and achieve higher operational efficiency.
DSAI130
Application areas:
The DSAI130 analog input module is widely used in multiple industries. In the pharmaceutical industry, it is used to accurately monitor and control key process parameters such as temperature and pressure during drug manufacturing, ensuring product quality and meeting strict regulatory standards. In the field of water treatment, this module can accurately measure water flow rate, chemical liquid level in the treatment tank, and pH value of water, thereby achieving efficient water purification process.
In the metal processing industry, DSAI130 monitors variables such as furnace temperature, hydraulic system pressure, and machine position, which helps with precise machining operations and improves product accuracy. In addition, in the field of renewable energy, it is used to measure the voltage and current of solar panels or wind turbines, optimize energy generation and grid integration.
DSAI130
Related products:
DSAI140: With more input channels and higher resolution, it is suitable for large-scale automation projects that require a large amount of analog data acquisition.
DSAI120: It has basic analog input function and is suitable for small industrial devices with low monitoring requirements.
DSAI131: A variant with enhanced anti-interference performance, designed specifically for environments with strong electrical noise and interference.
DSAI130-A: A module with different communication interfaces that provides more flexibility when integrated with specific control systems or network architectures.
DSAI132: With a faster sampling rate, it is suitable for applications that require real-time and fast analog signal processing, such as high-speed production lines.
DSAI130-S: A version optimized for space constrained environments, featuring a more compact form factor while maintaining the core functionality of the standard DSAI130.
Installation and maintenance:
Before installing the DSAI130 analog input module, it is essential to verify the compatibility of the input signal range, resolution, and communication protocol with the connected field sensors and control systems. Ensure that the power supply meets the module requirements to prevent potential damage. When choosing the installation location, factors such as good ventilation, avoidance of electromagnetic interference, and ease of future maintenance should be considered.
During installation, please carefully connect the input cable of the sensor to the corresponding terminal of the module according to the wiring diagram provided in the technical documentation. After installation, perform calibration procedures to ensure accurate signal conversion. This may involve using known reference signals and adjusting module settings accordingly.
For ongoing maintenance, please regularly monitor the diagnostic indicator lights of the module to detect any potential issues as early as possible. Regularly check whether the cable connections are secure and whether there are signs of wear or damage, as loose or faulty connections may cause signal errors. In dusty industrial environments, regularly clean the exterior of the module to remove dust and debris. Update the module firmware to the latest version to obtain the latest features, performance improvements, and security patches.
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