ABB PPD115A02 3BHE017628R0002 Sistema de comunicación (FOCS) módulo

Supports direct connection with ABB AC800M, S800L, and other series of PLCs as well as third-party control systems (such as Siemens S7 series and Rockwell ControlLogix series) without additional adapter modules. It provides standard DIN rail mounting interfaces, enabling compact layout with other I/O modules and power modules, simplifying control cabinet wiring. At the same time, it supports customizing communication parameters (baud rate, data bits, parity bits, etc.) through software configuration tools (ABB Control Builder M) to adapt to the communication requirements of different systems.

• Power Plant DCS System Communication: Serving as the communication hub between the power plant’s Distributed Control System (DCS) and on-site equipment, it connects on-site devices such as boiler water level sensors, steam turbine speed monitors, and generator voltage transformers. It transmits real-time operating data (temperature, pressure, speed, voltage) to the DCS control cabinet via optical fiber transmission, and distributes DCS control commands to actuators (control valves, pump sets) at the same time. The redundant design ensures uninterrupted communication in the power plant’s high-electromagnetic interference environment (such as during the operation of generators and transformers), guaranteeing stable power generation of the unit.

• Wind Turbine Tower Equipment Networking: Used in wind farm wind turbine control systems, it connects the control cabinet at the bottom of the tower with wind speed sensors, pitch systems, and yaw systems in the nacelle via optical fiber. It solves the impact of strong vibration and high humidity at wind power sites on communication, realizes remote upload of wind turbine operating data to the wind farm central control center, and receives start-stop and power adjustment commands from the central control center.

• Chemical Plant Process Control: In oil refining and chemical synthesis plants, it connects devices such as reactor temperature/pressure sensors, flow meters, and toxic gas detectors. It converts on-site data through protocols and transmits it to the ABB AC800M PLC, which adjusts parameters such as valve opening and pump speed based on the data. Its ability to withstand harsh environments adapts to the high-temperature and corrosive gas environment of chemical workshops, and its safety compliance meets the requirements of the chemical industry for data transmission safety (such as preventing delayed reporting of toxic gas leakage data).

• Oil and Gas Pipeline Monitoring: Used in monitoring stations along long-distance oil and gas transmission pipelines, it connects pipeline pressure sensors, leak detectors, and valve actuators via optical fiber, transmits monitoring data to the remote dispatching center, and receives valve opening and closing commands from the dispatching center. The long-distance transmission characteristics of optical fiber adapt to the communication needs of distributed monitoring points along the pipeline, ensuring the safe and controllable oil and gas transmission process.

• Steel Mill Rolling Mill Control System: In hot rolling and cold rolling production lines of steel mills, it connects rolling mill motor speed sensors, steel plate thickness detectors, and hydraulic system pressure sensors, transmits real-time production data to the rolling mill control system, and distributes the control system’s roll gap adjustment and speed control commands to actuators. Its high-speed data transmission capability meets the real-time control requirements when the rolling mill operates at high speed (rolling speed up to 10m/s), avoiding steel plate thickness deviations caused by communication latency.

• Non-Ferrous Metal Smelting Equipment Networking: Used in the control systems of electrolytic cells and smelting furnaces for copper and aluminum smelting, it connects electrolytic cell voltage/current monitors and smelting furnace temperature sensors, and transmits data to the central control room via anti-interference optical fiber communication. It solves the interference of strong current (electrolytic cell power supply) in the smelting workshop on communication signals, ensures precise control of smelting process parameters, and improves product purity.

• Automotive Welding Workshop Equipment Linkage: In the welding production lines of automobile factories, it connects robot welding controllers, station sensors, and conveyor chain drive systems, and realizes data synchronization between various devices via the EtherNet/IP protocol. This ensures the precise coordination between robot welding actions, conveyor chain operation, and workpiece positioning. Its modular design facilitates the rapid access of new equipment during production line transformation and upgrading, reducing downtime for modification.

• Clean Workshop Communication in Electronic Manufacturing: Used in clean workshops for semiconductor and electronic component production, it connects high-precision equipment such as lithography machines, chip mounters, and testing equipment. It realizes data interaction between the equipment and the MES (Manufacturing Execution System) via electrical communication interfaces, uploads production progress and equipment status data, and receives production task commands from the MES. The IP54 protection level adapts to the dust-free and low-vibration environment of clean workshops, meeting the communication requirements for high-precision production of electronic components.

• Urban Water Supply/Sewage Treatment Monitoring: In urban water plants and sewage treatment plants, it connects water pump pressure sensors, water quality detectors, and sedimentation tank level gauges, transmits data to the water plant’s SCADA system, and distributes the system’s water pump start-stop and valve opening-closing commands to on-site equipment. The dual-power input ensures uninterrupted communication when the municipal power supply fluctuates, guaranteeing the continuous operation of urban water supply and sewage treatment.

• Tunnel Traffic Monitoring System: Used in the monitoring systems of highway and railway tunnels, it connects CO concentration detectors, visibility meters, emergency lighting controllers, and fan control cabinets in the tunnels, transmits monitoring data to the tunnel management center via optical fiber, and receives fan start-stop and lighting control commands from the management center. Su capacidad para soportar entornos hostiles se adapta al entorno húmedo y polvoriento en los túneles, lo que garantiza el funcionamiento seguro del tráfico en los túneles.