Product Description

Bently Nevada 135031-01 is a rear-mounted I/O module designed to interface the 3500/94 Main Module with local display devices. It converts backplane data into standard VGA video signals, allowing operators to monitor machinery parameters directly at the rack without requiring a remote workstation or network connection.

Key Features

• Provides 15-pin VGA output for direct connection to standard monitors or the Bently Nevada 3500/94 touchscreen

• Real-time visualization of critical system data including vibration levels, thrust position, and temperature trends

• Supports live System Event Lists and color-coded alarm/status indicators for immediate operator awareness

• Flicker-free, high-resolution video optimized for industrial environments with variable lighting

• Passive cooling for continuous operation in dusty, oily, or high-temperature areas

• Electrical isolation protects the 3500 rack from potential monitor-side faults

• Fully compatible with the 3500/94 VGA Display Interface Module

Applications

• Rack-side monitoring for turbine, compressor, or generator systems

• Local visualization of alarm and status conditions for maintenance teams

• Direct display integration for troubleshooting and on-site operational awareness

Comparison with Related Modules

• 125768-01: RS485 I/O module for multi-rack serial communication

• 135031-01: VGA interface for local display visualization

• 125720-01: Ethernet-based Modbus/TCP interface

Technical Specifications

FAQ

What is the primary purpose of Bently Nevada 135031-01?
It converts 3500 rack backplane data into VGA video signals for direct display on monitors or touchscreens.

Can it connect to a standard VGA monitor?
Yes, it supports standard 15-pin VGA monitors as well as the Bently Nevada 3500/94 touchscreen.

How does it handle alarms and status monitoring?
The module provides color-coded visual cues and real-time System Event Lists to highlight alerts and danger levels instantly.

Is it suitable for harsh industrial environments?
Yes, passive cooling and electrical isolation ensure reliable operation in dusty, oily, or high-temperature areas.