Bently Nevada 3500/94M 184826-01 VGA Display Monitor Module

• Front Panel Ports: 24VDC power output port, VGA signal output port and touch command input port
• Communication Ports: Equipped with RS232 port for touch controller data transmission and high – speed network ports for monitoring status and data
• Display Connection Distance: The display monitor can be installed up to 6.1 meters away from the rack with standard cables, and the distance can be extended to 10 kilometers by using a matching keyboard video monitor extender

Function Features

• Comprehensive System Data Display: It can display a full range of data related to the 3500 machinery protection system. It includes system event lists, alarm event lists, all module and channel data, current alarm quick – view data, and also shows 1x filtered vibration measurements and proximity transducer gap values through default bar graph screens.
• Customizable Display Interface: Users can configure up to nine unique custom screens through the 3500 rack configuration software. These custom screens can be organized according to machine train groupings or specific monitoring needs, enabling targeted display of key data based on different application scenarios.
• Convenient Touch Operation and Configuration: All system information can be accessed directly through the touch screen, which eliminates the need for complex external operation devices and allows operators to quickly switch between different display interfaces and view detailed data. The configuration process through dedicated software is simple and can be adapted to different monitoring requirements efficiently.
• Multi – rack Centralized Viewing Support: With an optional display router box, the module can realize centralized viewing of data from up to four independent 3500 racks. The rack address and alarm status of each connected rack can be displayed in the upper right corner of the screen, facilitating centralized management of multi – group monitoring systems.
• Stable Performance in Harsh Environments: Its rugged and sealed structure can resist dust and moisture. It can also withstand mechanical vibration, which ensures continuous and stable operation in extreme temperature fluctuations and high – humidity industrial environments, and maintains consistent performance without being affected by harsh working conditions.

Application Scenarios

• Oil and Gas Industry: It is installed in oil refineries and natural gas processing plants to monitor the operating status of turbines and pipeline compressors. It displays parameters such as equipment vibration and bearing temperature in real time in high – temperature and high – dust environments, providing a basis for timely handling of abnormal equipment conditions and avoiding safety accidents such as medium leakage.
• Chemical Processing Industry: It is applied to monitor the operating parameters of distillation columns and reaction kettles. It can operate continuously for a long time in high – humidity and corrosive gas environments, ensuring that operators can timely grasp the changes of production process parameters and maintaining the stability of chemical production processes.
• Power Generation Industry: It is deployed in thermal power and hydropower plants to match the 3500 series system for monitoring generators and steam turbines. It intuitively presents parameters such as rotation speed and vibration, helping technicians detect potential faults early and arrange maintenance during planned shutdowns to avoid large – scale power outages.
• Automotive Manufacturing Industry: It is integrated into the control panels of robotic welding cells and assembly lines. It can maintain clear display and stable performance under continuous vibration in the production environment, and displays the operating status of machining tools and robots to ensure the stability of precision manufacturing processes.
• Heavy Equipment Manufacturing Industry: It is used to monitor the operating status of key equipment such as large – scale forging machines and stamping machines. It adapts to the harsh working conditions of the manufacturing workshop and provides real – time data support for the operation of heavy equipment, which reduces the risk of production line suspension caused by equipment failure.