3500/94M | Bently Nevada | Thermal VGA Display Monitor

Bently Nevada is a global leader in industrial asset condition monitoring and protection, specializing in vibration, pressure, and speed measurement solutions for critical machinery. Founded in 1956 by Don E. Bently, the company pioneered eddy-current proximity probes, revolutionizing rotor dynamics monitoring. Acquired by GE in 2002, Bently Nevada operates in over 50 countries, serving industries such as oil & gas, power generation, and mining. Its product portfolio includes sensors, monitoring systems like the 3500 Series, diagnostic instruments, and predictive maintenance software such as System 1. With over 25,000 customers worldwide, the company combines more than 60 years of expertise with cloud-connected solutions to enhance asset reliability and operational safety.

The Bently Nevada 3500/94M is a VGA display module designed for the 3500 machinery monitoring system, providing a high-resolution graphical interface for real-time data visualization and system configuration. This module supports advanced monitoring capabilities, allowing operators to view critical machine parameters such as vibration, speed, temperature, and other process variables in a user-friendly format. It integrates seamlessly with the 3500 system framework, enabling remote or local display options while maintaining the system's high reliability and fault-tolerant design. The 3500/94M is particularly useful in industrial applications where detailed visual feedback is essential for predictive maintenance and operational safety.

As part of the 3500 series, the 3500/94M enhances system flexibility by supporting multiple simultaneous display connections without interrupting core protection functions. It is compatible with various monitoring modules, including vibration, position, and speed sensors, and can be configured using Bently Nevada’s proprietary software. This module is widely used in industries such as power generation, oil and gas, and heavy machinery, where continuous monitoring of rotating and reciprocating equipment is critical for preventing failures and optimizing performance.

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