Product details

Origin:USA

Brand:bently

Product ID:72850-02-05-XX-01-03-00-01-15

product description 

Two-Plane Radial Vibration Monitor

The operation of a biplane radial vibration monitor in an industrial environment mainly depends 

on the following key aspects:

Sensor selection: First of all, you need to choose the right sensor for the specific application. 

Two-plane radial vibration monitors usually use acceleration sensors to measure the vibration of 

equipment. The acceleration sensor can sensitively detect the vibration of the device in the radial 

direction and convert it into an electrical signal.

Signal processing: The electrical signal output by the sensor needs to be processed by the signal 

processing circuit. Signal processing circuit usually includes amplification, filtering, analog-to-digital 

conversion and other steps to extract useful vibration information. This information includes the 

amplitude, frequency, and phase of the vibration.

Data acquisition and transmission: The processed vibration data is collected and transmitted to the 

host computer or data storage device through the data acquisition module. The data acquisition module 

can be an independent hardware device, or it can be integrated in the biplane radial vibration monitor. 

The data transmission mode is usually wired or wireless. Select an appropriate transmission mode 

according to the actual application scenario.

Display and alarm: In industrial environments, the two-plane radial vibration monitor usually has a display 

unit for real-time display of the vibration of the device. The display unit can be a digital display, a chart 

display or a graphical interface, which is convenient for users to view and understand. At the same time, 

when abnormal vibration is detected, the monitor can trigger the alarm mechanism to inform the operator 

to take corresponding measures in time.

Remote monitoring and data analysis: In modern industrial environments, dual-plane radial vibration 

monitors can also be connected with remote monitoring systems to achieve remote monitoring and data 

analysis. Through the remote monitoring system, the operator can understand the operating status and 

vibration of the equipment in real time, analyze the historical data, predict potential faults or anomalies, 

and take measures to avoid losses in advance.

To sum up, the operation of the biplane radial vibration monitor in the industrial environment requires the 

cooperation and cooperation of many links. Through reasonable sensor selection, signal processing, 

data acquisition and transmission, display and alarm, as well as remote monitoring and data analysis, 

the real-time monitoring and effective management of equipment vibration can be realized to ensure the 

smooth progress of industrial production.