3500/91M 1907872-01 EGD (Ethernet Global Data) communication gateway module

3500/91M 1907872-01 is an EGD (Ethernet Global Data) communication gateway module manufactured by Bently Nevada to provide comprehensive communication capabilities for monitoring values and status of 3500 racks. Here are some of the key features and parameters of the product:

Supported protocols: EGD (version 2.01), Ethernet UDP/IP.
Ethernet standards: IEEE 802.310BASE-T and 100BASE-TX (twisted pair) and IEEE 802.3u (Fiber optics) for 100BASE-FX.
Application scenario:
3500 series monitoring system.
3500 racks.
Environmental restrictions: Operating temperature range is -30°C to +65°C, storage temperature range is -40°C to +85°C.
Power stability: A stable and suitable power supply is required to avoid damage to the module due to voltage fluctuations.
Configuration: Before connecting to the network, ensure that IP addresses and network parameters are correctly configured to avoid network conflicts.
Software compatibility: Ensure that the software version used is compatible with the module to avoid communication problems.
Safe operation: Before any installation or maintenance operation, disconnect the power supply and follow the safe operation procedures.
Periodic maintenance: Perform regular checks and maintenance to ensure the long-term stable operation of the module.

The module is designed for stable operation in harsh industrial environments without interfering with the normal operation or mechanical protection functions of the 3500 system, while supporting remote monitoring and management functions, remote access and control via a network connection. It is widely used in oil and gas, power, chemical, metallurgy, mining, paper and water treatment and other industrial applications.

3500/65

Power industry: Used to monitor and diagnose the operating status of key equipment such as generators and turbines.
Oil and Gas: Monitor drilling platforms, pipelines and processing equipment to ensure safety and efficiency.
Chemical industry: Monitoring the operating status of reactors, pumps and other critical equipment in chemical plants.
Metallurgical industry: Used to monitor metal smelting and processing equipment to prevent overheating and wear.
Mining: Monitor equipment in mines to improve safety and efficiency.
Paper industry: used to monitor the running state of paper machinery and prevent failures.
Water treatment: Monitoring of pumps and filtration systems in water treatment plants to ensure water quality and system efficiency.