Bently Nevada 3300/12

Details

Description

The Bently Nevada 3300/12 is a vibration monitoring module manufactured by Bentley Nevada. 

Features and specifications

The Bently Nevada 3300/12 can be applied in numerous fields across multiple industries:

It is widely used for monitoring the vibration status of mechanical equipment in industries such as industrial automation, aerospace, and transportation, which is of great significance for the early detection of mechanical failures. For example, it can detect problems like bearing imbalance, faults, misalignment, and shaft cracks.

Functional Features of the Bentley Nevada 3300/12:

High Flexibility

As a monitoring module that is part of the Bentley Nevada 3300 monitoring system, it adopts a modular design based on standard building blocks instead of a complex modular design. The size of the entire framework can be expanded on-site according to actual needs. This design is quite economical, practical, and user-friendly, enabling users to build and adjust it according to specific monitoring requirements.

Provides Multiple Monitoring Solutions

By programming jumper blocks on-site, users can select alternative monitoring solutions that are suitable for the monitoring requirements of different equipment and operating conditions.

Reliable and High-Precision Data

The Bentley Nevada 3300/12 can continuously measure and monitor the operating state parameters of different machines, providing reliable and accurate information for evaluating machine operating conditions and fault diagnosis. The design of this module complies with the API670/API678 standards, and the Bentley Nevada 3300/12 can be connected to a computer to allow users to further process and analyze the monitoring data.

cooperation situation

In order to monitor parameters such as the vibration amplitude, frequency, and velocity of mechanical equipment in the vertical, horizontal, and lateral directions (to measure these parameters more accurately).

Communication and Interfaces

It utilizes various communication protocols and interfaces and can transmit real-time information to other devices and systems to achieve centralized management and control.

Working Characteristics

It has the characteristics of high reliability, high stability, and easier maintenance. It can work for a long time under different harsh working conditions without affecting the reliability and accuracy of the monitoring data.