3500/91M 190798-01 EGD (Ethernet Global Data) communication gateway module

3500/91M 190798-01 is an EGD (Ethernet Global Data) communication gateway module manufactured by Bently Nevada for industrial automation and process control. Here are some of the key parameters and features of the product:

Data transmission and communication: The ability to digitally transfer monitoring data (e.g., vibration, temperature, pressure, etc.) from the Bently 3500 system to process control systems, historical data systems, plant computers, and other related systems.
Support for multiple industry standard protocols: allows redundant communication in the same system or simultaneous communication with multiple systems using different protocols.
High reliability and stability: The high reliability design ensures stable operation in harsh industrial environments without interfering with the normal operation or mechanical protection functions of the 3500 system.
Flexibility and scalability: Allows for a variety of wired and wireless topologies, provides flexible communication methods, and can be expanded according to system requirements.
Remote monitoring and management: Support remote monitoring and management functions, remote access and control through network connection, improve the working efficiency and response speed of operators.
Security: Pay attention to security during data transmission and storage to ensure that data is not illegally accessed or tampered with.

In addition, the Ethernet standard supported by the module is IEEE802.3, including 10BASE-T and 100BASE-TX (twisted pair), and supports EGD (version 2.01) and Ethernet UDP/IP protocols. The module is designed so that it can be easily integrated into existing industrial automation systems, supporting the upgrade and expansion of the system.

The module is suitable for a variety of industrial fields, including but not limited to petrochemicals, power, steel, paper, food and beverage, metallurgy, environmental protection and building automation

3500/65

Industrial robots: In automated production lines, servo motors can be used to precisely control the joint movements of robots, providing high dynamic response and precise position control.

CNC machine tools: Servo motors are used in the field of machine tools to control the position and speed of the tool, ensuring the efficiency and accuracy of the machining process.

Semiconductor equipment: In the semiconductor manufacturing process, servo motors are used to precisely control the handling and positioning of wafers to ensure the accuracy of the production process.

Medical equipment: In medical equipment, servo motors are used to control surgical robots, imaging equipment and experimental instruments, etc., to provide stable and reliable motion performance.

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