Description
Parameter Specifications
- Input Channels: It has 8 analog input channels, enabling it to collect multiple analog signals simultaneously.
- Input Signal Range: Supports a wide range of input signals, including 4 – 20mA, 0 – 5V, and 0 – 10V.
- Resolution: The resolution reaches 16 bits, which can accurately capture small signal changes.
- Sampling Rate: The sampling rate can reach up to 500 samples per second, ensuring rapid response to input signals.
- Communication Interface: It is equipped with RS485 and Ethernet interfaces, supporting Modbus RTU and Modbus TCP protocols.
Applications
- Industrial Automation: It is widely used in industrial automation systems to monitor parameters such as temperature, pressure, and flow rate.
- Building Automation: In smart buildings, it can be used to collect data from environmental sensors to achieve intelligent control of temperature, lighting, and ventilation.
- Energy Management: It plays an important role in energy management systems, monitoring power consumption and other parameters of equipment.
Weight and Dimensions
- Weight: Approximately 0.5 kg, which is relatively light and easy to install and carry.
- Dimensions: The size is 120mm×80mm×50mm (L×W×H), with a compact design that saves space.
Features
- High Precision: With a 16 – bit resolution and high – precision analog input, it can provide accurate data acquisition.
- Wide Compatibility: Supports multiple standard analog signals and communication protocols, having strong compatibility with various devices.
- Easy Configuration: It has a user – friendly configuration interface, allowing users to quickly set up parameters according to their needs.
Stability and Reliability
- Industrial – Grade Design: Adopts industrial – grade components and strict manufacturing processes, which can operate stably in harsh industrial environments.
- Redundant Design: Some key components and circuits adopt redundant design to improve reliability and reduce the risk of failure.
- EMC Performance: It has excellent electromagnetic compatibility, effectively resisting electromagnetic interference in the field.
Practical Case
A large – scale chemical plant uses AI830 to monitor the temperature and pressure of reactors. By connecting to temperature and pressure sensors through 8 analog input channels, AI830 collects real – time data and transmits it to the central control system via the Ethernet interface. The control system can then adjust the operating parameters of the reactors in a timely manner according to the received data. Thanks to the high precision, stability, and reliability of AI830, the plant has significantly improved the safety and efficiency of its production process.
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