Description

Bently  3500/94  VGA display monitor

Component composition: This product has three components, namely the 3500/94M VGA display module, the related I/O module and the VGA display monitor. The display monitor can be installed at a distance of up to 6.1m (20ft) from the rack via standard cables.

Functional features:
Comprehensive information display: It can display all 3500 mechanical protection system information, including system event list, alarm event list, all module and channel data, current alarm data (quick view), and nine custom display options.
Touchscreen interaction: Standard color VGA monitors are used in combination with touchscreen technology to display the data of the 3500 system, facilitating real-time interaction between users and the data. All information can be accessed through the touchscreen.

Configurable custom screens: Up to nine custom screens can be configured through the 3500 rack configuration software. By default, one bar chart screen shows all the vibration measurement values after 1x filtering, and the other shows the gap value of the proximity sensor. Custom screens can be grouped by groups, and users can organize system data onto any page of the custom screen.

Multi-rack viewing: The optional 3500/94M display router box allows viewing up to four independent 3500 racks on a single display, but each rack must be viewed separately. The address and alarm status of each rack will be displayed in the upper right corner of the screen. The display router box must be located within 6m (20ft) of each 3500 rack connected.

Other features:
Power consumption: Maximum power consumption is 4.6 watts.
Operating temperature: -22°F to 149°F (-20°C to 65°C).
Interface: It has an RS232 port (I/O) for touch controller data, and the front panel port provides 24V DC power output, VGA signal output and touch command input.

This monitor is applied in industries such as petroleum, gas, power generation, and manufacturing. In these fields, the monitoring of the condition of rotating machinery is of vital importance. It can provide operators with intuitive and detailed equipment operation data, helping to promptly identify potential problems and ensure the safe and stable operation of the equipment.