The module is capable of buffering, filtering and converting analog and digital signals. It can filter out noise in the signals collected from complex industrial environments, and convert analog signals into digital signals that can be recognized and processed by the upper – level processor. The 16 – bit signal resolution ensures that the signal conversion process does not lose precision, laying a foundation for the accurate control of industrial equipment.
It is equipped with two LED indicators, including a green IMOK LED and a red FAIL LED. The green light is on to indicate that the module is running normally, and the red light is on to indicate that the module has a fault. This design allows operators to quickly grasp the operating status of the module. In addition, it has channel – specific fault detection and reporting functions, which helps maintenance personnel locate and solve faults quickly and reduces downtime.
The special cutout design on its metal faceplate enables it to be directly mounted on the top of the DS200 DPS C board, without the need for complex custom brackets. It is highly compatible with GE’s Mark V Series control system and most GE exciters and drives. It can also be seamlessly integrated with other GE RX3i PLC modules, which is convenient for users to upgrade and expand the existing system.
It is equipped with an integrated programmable logic device that can realize the interface connection between the ADMA I/O and the DPS C processor bus. This flexible logic control mode enables the module to adapt to different signal transmission and control requirements, and can be flexibly matched with different upper – level control systems to improve the adaptability of the module in various industrial scenarios.
It is widely used in the control systems of wind, steam and gas turbines. It collects signals such as temperature, pressure and speed during the operation of turbines through analog input channels, and converts these signals into digital signals for the upper – level Speedtronic control system. The system adjusts the operating parameters of turbines according to the processed signals to ensure the stable and efficient operation of turbines and prevent equipment damage caused by abnormal parameters.
In oil refineries and oil and gas transmission systems, this module is used to connect on – site detection instruments. It collects and converts signals such as oil pressure, flow rate and compressor stall detection signals in the production and transmission process. The converted signals are transmitted to the central control system to help operators monitor the operation status of the pipeline and processing equipment in real time and adjust the operation strategy in time to ensure the safety of oil and gas production and transmission.
In thermal power plants and gas – fired power generation projects, it is matched with generators and related auxiliary equipment. It processes key signals such as generator load, steam pressure and fuel flow. It transmits the accurate converted signals to the power generation control system, which can optimize the fuel injection amount and power output, realize the stable operation of the power generation system, and ensure the continuous and stable supply of electric energy to the power grid.
It can be installed on various GE – branded industrial drives, such as those used in large – scale pump and fan systems in industrial workshops. It processes the speed and load signals of drives and realizes the precise control of drive operation through the interaction with the upper – level controller. This ensures that the speed and output power of pumps and fans match the production needs, and achieves the effect of energy saving and emission reduction while improving production efficiency.
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