Bently Nevada 3500/91M Ethernet Global Data Communication Gateway Module

Function Features

• EGD Protocol Compatibility: It supports the EGD protocol, which allows for smooth integration with EGD-compatible control systems. This compatibility ensures that the 3500 rack system can establish stable communication links with a wide range of industrial controllers.
• Targeted Slot Installation: It adopts a fixed slot installation design. The separation of the main module and I/O module slots ensures clear functional partitioning, reduces mutual interference, and lays a foundation for stable operation of the module.
• Real-time Data Transmission: The Ethernet network path it provides can achieve response times that meet controller application requirements. It can transmit equipment monitoring data such as vibration and temperature in real time, ensuring that control systems can timely obtain equipment operation status.
• Comprehensive Data Aggregation: It can collect all monitoring values and status information of the 3500 rack, including data from various monitoring modules and channel status. It integrates scattered data to facilitate unified management and processing by external control systems.
• Consistent System Adaptability: It maintains consistent power supply and size specifications with other modules in the 3500 series. It can be perfectly integrated into the 3500 system without conflicts with other modules in the rack, ensuring the integrity of the entire monitoring system.

Application Scenarios

• Power Generation Industry: It is deployed in thermal power, hydropower and other power plants. It connects the 3500 monitoring system of key equipment such as generators and steam turbines with the power plant’s centralized control system. It transmits real-time data such as rotor vibration and bearing temperature to avoid equipment failure leading to power generation interruptions.
• Oil and Gas Field Development: It is installed in oilfield pumping units, natural gas compressors and long-distance pipeline transmission equipment. It sends field equipment monitoring data to the remote control center, helping staff timely detect abnormal conditions such as equipment leakage and wear.
• Chemical Production Plants: It is applied to the 3500 monitoring system of reaction kettles, centrifuges and other core equipment in chemical plants. It transmits data such as pressure and temperature in the production process to the safety control system, and cooperates to trigger early warnings when parameters are abnormal.
• Metallurgical Production Sites: It is used in steel and non-ferrous metal smelters. It connects the monitoring systems of blast furnace blowers, rolling mill motors and other equipment with the production scheduling system. It transmits equipment operation data to support staff in adjusting production processes in a timely manner.
• Automated Manufacturing Lines: It is integrated into automated production lines in the manufacturing industry. It links the 3500 monitoring system with the production line’s control system. It transmits operation data of assembly lines, machine tools and other equipment to realize centralized monitoring and improve the efficiency of production line operation and maintenance.