Bently Nevada 3500/91 Ethernet Global Data Communication Gateway Module

Function Features

• Multi-protocol Compatibility: It supports EGD protocol to seamlessly integrate with EGD-compatible controllers. It also supports Modbus communication through Ethernet and serial ports, enabling smooth data exchange with a variety of mainstream industrial control systems.
• Comprehensive Input and Output Capabilities: Its sensor inputs are compatible with 2-wire and 3-wire accelerometers, velocity sensors, and proximity sensors. Its temperature inputs work with E, J, K, T-type thermocouples and 2-wire or 3-wire RTDs, covering diverse industrial sensing needs.
• Flexible Configuration and Management: Users can create configuration files via a PC and download them to the module through an Ethernet connection. The relay contacts can be configured according to the operating status of channels, and any variable data of any channel can be transmitted through the recorder output.
• Real-time Diagnosis and Alarm: It provides real-time diagnostic functions and allows users to set warning and alarm levels as needed. When abnormal conditions are detected, it triggers alarms promptly to help users take proactive maintenance measures and avoid unexpected downtime.
• Hot-swappable and Easy Maintenance: The modular hot-swappable design allows for quick replacement of the module during maintenance. The non-volatile memory can store configuration data permanently, and the data can be uploaded to a PC for modification, greatly simplifying maintenance operations.
• Independent Operation Capability: With the optional external display and keyboard, the module can operate as an independent component. Operators can directly view channel information and make minor configuration changes through the external display and keyboard on site.

Application Scenarios

• Oil and Gas Industry: It is used to monitor and transmit data such as pressure, temperature, and flow of pipeline systems and rotating equipment. It ensures the stable transmission of monitoring data of oil and gas extraction, transportation, and processing equipment, preventing safety accidents caused by equipment failures.
• Power Industry: It is deployed in power plants to connect with monitoring systems of generators, transformers, and other key equipment. It aggregates and transmits operational data to the central control system, facilitating centralized management and ensuring the reliable supply of electric power.
• Chemical and Pharmaceutical Industry: It is applied to production lines to monitor process parameters such as temperature and pressure of reaction kettles and conveying pipelines. It helps to maintain stable process conditions, improve product quality, and reduce production risks caused by parameter fluctuations.
• Mining and Metallurgical Industry: It is used in mining equipment and smelting furnaces to monitor the operating status of key mechanical components and environmental parameters. It provides real-time data support for equipment operation, ensuring the safety and efficiency of mining and smelting processes.
• General Manufacturing Industry: It is integrated into assembly lines, machine tools, and packaging machinery. It monitors the operating status of production equipment, realizes centralized management of production line assets, improves production efficiency, and reduces maintenance costs by implementing proactive maintenance.