FC-TSAI-1620M Honeywell Analog input module

FC-TSAI-1620M is a 16-channel analog input module launched by Honeywell, specially designed for industrial automation control systems. The module uses advanced circuit design and materials to ensure high accuracy and stability, thereby being able to meet the needs of various industrial automation control systems.

The FC-TSAI-1620M module features a reliable and robust safety management system, as well as advanced control capabilities to ensure the protection of personnel and equipment. In addition, the module is compatible with Honeywell's Security Manager platform, which provides users with the convenience of configuring the platform without the need to rebuild. After the point and hardware configuration is completed, the user can start operation immediately. If necessary, one computer can be used as both server and operation station.

In terms of functionality, the FC-TSAI-1620M module has a real-time database that provides data for a large number of customer applications, including operating stations and applications. Its open connection technology simplifies integration with information systems, including ODBC driver, Visual Basic writing, OPC client, OPC data display client and OPC DA server functions. These technologies facilitate read and write access to the database.

In the application field, the FC-TSAI-1620M module is widely used in automated control systems in steel, chemical and other industries to collect physical quantities such as temperature, pressure, and flow. In addition, this module also has hardware redundancy configuration function, which is an important means to improve DCS reliability.

As for the input/output lag time of the FC-TSAI-1620M module, this usually depends on a variety of factors, including the input circuit filtering time, the lag time of the output circuit, and the lag time caused by the scanning working method. Among them, the CPU filter circuit of the input module is used to filter out the interference noise introduced by the input terminal and eliminate the adverse effects caused by the jitter generated when the external input contacts act.