Bently Nevada 3500/91-01-01 Ethernet Global Data Communication Gateway Module

Function Features

• Dual-speed Ethernet Communication: It offers dual Ethernet options of 10Base-T/100Base-TX or 100Base-FX, adapting to different industrial network environment requirements and realizing high-speed and stable transmission of machinery monitoring data.
• Efficient Data Exchange Mechanism: It adopts producer-consumer data exchange mode. Producers can output rack, module, channel status, floating-point data values and set values, while consumers can receive commands such as group reset and alarm suppression to realize bidirectional efficient interaction between data and commands.
• Hazardous Environment Adaptability: It has obtained CSA, ATEX, IECEx certifications and can operate stably in various hazardous industrial environments, meeting the strict safety requirements of special industrial fields.
• Hot-swappable Design: It supports hot-plug implementation. When the module malfunctions or needs maintenance, it can be replaced quickly during the operation of the entire monitoring system without affecting the normal operation of the system.
• Intuitive Working Status Display: The front panel is equipped with OK and TX/RX indicator lights. Operators can directly observe whether the module is running normally and the data transmission status through the indicator lights, facilitating timely discovery of abnormal communication problems.
• Seamless System Integration: It can be perfectly integrated into the 3500 series rack system and can be connected with EGD protocol-compatible external controllers, which is convenient for enterprises to integrate it into existing industrial control systems without large-scale transformation.

Application Scenarios

• Oil and Gas Extraction and Transportation: It is deployed in oilfield pumping units, natural gas compressors and long-distance pipeline transmission equipment. It transmits the vibration, temperature and pressure data monitored by the 3500 rack to the central control room in real time, ensuring the safe operation of key equipment in harsh field environments.
• Thermal and Nuclear Power Plants: It is used to connect the monitoring systems of generators, steam turbines and other rotating machinery. It aggregates data such as rotor vibration and bearing temperature and transmits them to the power plant’s centralized control system to avoid power supply interruptions caused by equipment failures.
• Chemical Production Plants: It is applied to reaction kettles, centrifuges and other equipment in chemical production lines. It realizes the transmission of equipment operation status data and links with the emergency shutdown system. When dangerous parameters are detected, it can timely feed back signals to trigger protective measures.
• Metallurgical Industry: It is installed in blast furnace blowers, rolling mill motors and other key equipment in steel plants. It transmits real-time monitoring data to the production scheduling system, helping operators adjust process parameters in time and improving the stability of metallurgical production processes.
• Heavy Machinery Manufacturing: It is integrated into the test bench of large engines and construction machinery. It collects and transmits the vibration and operation data of the machinery during the test process, providing accurate data support for product performance testing and fault analysis.