The 16 – channel design allows the unit to collect analog signals from 16 sensors at the same time without mutual interference between channels. This multi – channel parallel processing capability greatly improves the efficiency of analog signal acquisition in industrial sites, and can meet the needs of multi – parameter monitoring of large – scale equipment or production lines.
The unit is equipped with high – precision signal processing circuits, which can filter and standardize the collected analog signals. It effectively reduces the interference of external electromagnetic signals on the original signals, ensuring that the converted signals can be stably transmitted to the upper – level control module. This stability prevents signal distortion caused by transmission interference and ensures the accuracy of control instructions.
It is tailor – made for the INFI 90 DCS. It can achieve plug – and – play matching with FEC, NK TU and other supporting modules without additional adapter components. This high compatibility simplifies the system configuration process, reduces the difficulty of equipment matching during the construction of the automation system, and also ensures the overall operational stability of the control system.
It is made of high – quality industrial – grade electronic components and undergoes strict quality testing during the production process. It can resist the influence of voltage fluctuations and slight temperature changes in industrial environments. The stable electrical performance and structural design ensure long – term continuous and reliable operation, reducing the frequency of maintenance and replacement in industrial applications.
It is installed in oil drilling platforms, natural gas processing plants and long – distance pipeline control systems. It collects analog signals from pressure sensors and flow meters on oil and gas pipelines, and transmits the processed signals to the central DCS. The system adjusts the opening of valves and the speed of delivery pumps according to these signals to ensure the safety and efficiency of oil and gas extraction and transportation processes.
In thermal power plants, it is used in boiler and steam turbine control systems to collect analog signals from temperature sensors and pressure sensors in key parts. It transmits the data of steam temperature, boiler pressure and other parameters to the upper – level control module, which provides a basis for adjusting coal feeding amount and air supply volume, so as to maintain the stable operation of the generator set and improve power generation efficiency.
It is deployed in chemical production workshops, especially in the control systems of reaction kettles, distillation towers and other key equipment. It collects analog signals such as the concentration of chemical raw materials, reaction temperature and internal pressure of the equipment. The control system adjusts the feeding speed and heating power according to the processed signals to avoid safety risks such as overpressure and overheating in the chemical reaction process.
In urban sewage treatment plants and industrial wastewater treatment systems, it is connected with liquid level sensors, flow sensors and concentration sensors. It collects signals such as the liquid level of sedimentation tanks, the flow of sewage and the concentration of pollutants, and transmits them to the control system. The system controls the start and stop of sewage pumps and the dosage of disinfectants according to the signals, ensuring that the treated water meets the discharge standards.
It is applied in automatic production lines such as beverage filling and food processing. It collects analog signals such as the pressure of filling pipelines and the temperature of food cooking equipment. It ensures that the filling volume of beverages is uniform and the food processing temperature is up to standard through signal transmission and system control. Its stable performance meets the strict requirements of the industry for production process consistency and product quality stability.
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