Bently Nevada 3500/92 136180-01 Communication Gateway Module

Function Features

• Dual Communication Mode Integration: It combines Ethernet and multi-serial communication capabilities. The Ethernet port realizes stable connection with 3500 rack configuration software and data acquisition software via RJ45, while serial ports meet the needs of different serial communication scenarios with external devices, expanding the scope of equipment connection.
• Configurable Modbus Register Function: It is equipped with a configurable Modbus register tool, which can replace the original primary value Modbus register function. Users can flexibly set register parameters according to actual application requirements to improve the compatibility of the module with different external control systems.
• Comprehensive Data Aggregation and Transmission: It can collect various types of data from each module of the 3500 monitoring rack, including proportional values, equipment operating statuses and alarm information. It processes and integrates these data and transmits them efficiently to upper-level systems to ensure the real-time performance of data for monitoring and analysis.
• Remote Monitoring Support: It enables remote Ethernet communication with the 3500 rack configuration software. Relevant staff can remotely access the vibration monitoring data and equipment operating status of the 3500 system without on-site operation, which is convenient for data trend analysis and remote debugging.
• Strong Environmental Adaptability: It can operate stably in extreme temperature ranges and high-humidity environments. Its structural design can resist the interference of harsh industrial site factors, ensuring continuous and uninterrupted data transmission and communication functions.

Application Scenarios

• Power Industry: It is applied to thermal power, hydropower and nuclear power plants. It connects the 3500 monitoring system of key equipment such as steam turbines, generators and boiler feed pumps to the centralized control system. It transmits real-time data such as equipment vibration and speed to support predictive maintenance and avoid unplanned power outages.
• Oil and Gas Industry: It is used in oil extraction sites, long-distance oil and gas pipelines and refineries. It is connected to the monitoring system of compressors, pipeline pumps and other equipment. It integrates and transmits data such as equipment wear and leakage status to the SCADA system to ensure the safety of the entire oil and gas production and transportation chain.
• Chemical Industry: It is installed in chemical production workshops to match the 3500 monitoring system of reaction kettles, heat exchangers and chemical pumps. It integrates temperature, pressure and vibration data during the production process and transmits them to the process control system to trigger timely alarms when parameters are abnormal and prevent dangerous accidents.
• General Manufacturing Industry: It is integrated into the automation production lines of papermaking, cement and automobile manufacturing. It connects the monitoring equipment of papermaking machines, cement mill motors and assembly line machine tools to the asset management system. It provides data support for equipment maintenance scheduling and improves the operational efficiency of the production line.
• Metallurgical Industry: It is used in steel and non-ferrous metal smelters. It is connected to the monitoring system of blast furnace blowers, rolling mill motors and conveyor equipment. It aggregates and transmits the operating data of the equipment to the production scheduling system, helping to adjust the smelting process in time and reduce equipment failure losses.