The cable assembly uses high-quality conductive cores and shielded insulation layers. These materials effectively reduce electromagnetic interference from surrounding industrial equipment and prevent signal attenuation during transmission. It ensures that control signals and data between the FBM143 module and other components are transmitted accurately and stably, avoiding control errors caused by signal distortion.
It is tailor-made for the FBM143 subsystem module, with connection interfaces that perfectly match the module’s pin definitions. The two 16-pin and two 32-pin connection designs fit the module’s signal output and input ports exactly, enabling plug-and-play installation and eliminating compatibility issues that often arise with universal cable assemblies.
It adopts industrial-grade structural design and materials. The cable and terminal joints are firmly crimped and fixed to resist vibration and impact during industrial operation. The outer layer of the cable is made of wear-resistant material that can withstand long-term friction with control cabinet components, ensuring a long service life even in high-intensity industrial operating environments.
The product has a simple and compact structure. It can be quickly installed or disassembled without complex tools during system maintenance. Its standardized design allows maintenance personnel to quickly identify and replace faulty assemblies, minimizing downtime for the entire control system. Remanufactured versions of the product also maintain the same installation dimensions and performance as new ones, providing cost-effective options for system maintenance.
It is widely used in oil drilling platforms and natural gas processing plants. It connects the FBM143 module in the I/A Series DCS to on-site pressure, flow, and temperature sensors. It ensures that real-time data from oil and gas extraction and transportation processes is accurately transmitted to the control center, providing a basis for adjusting pipeline valve openings and pump speeds to ensure safe and efficient operation.
In chemical production workshops, it is installed in the control systems of reaction kettles, distillation towers, and other key equipment. It transmits signals between the FBM143 module and on-site sensing devices that monitor chemical reaction temperature, pressure, and raw material concentration. It guarantees that the control system can promptly receive and process process data, thereby adjusting feeding and heating parameters to avoid dangerous conditions such as overpressure and overheating.
In thermal power and nuclear power plants, it is integrated into the boiler and steam turbine control systems. It connects the FBM143 module to sensors that detect steam temperature, pressure, and water level. It ensures the stable transmission of operational data, allowing the control system to precisely regulate coal feeding amounts and water supply rates, maintaining the stable output of generator sets and improving power generation efficiency.
It is applied in automated production lines such as beverage filling and food processing. It links the I/A Series control module to temperature and pressure sensors on mixing tanks and filling equipment. It ensures that parameters such as mixing temperature and filling pressure are accurately transmitted to the control system, maintaining consistency in product quality and meeting the strict hygiene and process standards of the food and beverage industry.
In papermaking production lines, it is used in the control systems of pulp cooking and paper forming equipment. It connects the FBM143 module to sensors that monitor pulp concentration, roller pressure, and drying temperature. It enables the control system to adjust process parameters in real time through stable signal transmission, ensuring the uniformity of paper thickness and texture and improving the overall production quality of paper products.
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