What are the advantages of the electric box of the digital bearing vibration measuring instrument?
What are the advantages of the electric box of the digital bearing vibration measuring instrument?
With the advent of industrial digitalization and the information age, modern management models are more based on modern equipment, and traditional equipment that meets a single detection task will be required to be continuously upgraded to meet new needs.
In the bearing vibration measurement industry, two types of old-fashioned vibration measuring instruments (BVT speed type vibration measuring instrument, S0910 acceleration type vibration measuring instrument) are still used most in various types of enterprises. These two types of equipment are easy to operate and have stable measurement data. It satisfies the control of product quality by the bearing factory, but it has certain requirements for operators, especially for the judgment of abnormal noise of bearings, there are many uncertainties, and the measured data can only be displayed in real time through the pointer on the meter head , there is no storage and analysis function for the collected data, and more depends on the control of the specific factory standard and the experience of the operator on the sound signal.
In this environment, the electric box of the digital bearing vibration measuring instrument came into being. By comparing with the traditional type 2 vibration measuring electric box, its specific advantages are shown:
1. Function expansion.
The electric box of the digital bearing vibration measuring instrument integrates the hardware circuits of the two measurement modes of BVT speed type and S0910 acceleration type at the same time. Two different measurement tasks can be performed.
2. Accurate analysis
The electric box of the digital bearing vibration measuring instrument realizes the judgment of the quality of the bearing through the bearing vibration signal analysis software installed in the industrial computer. The analysis of the abnormal sound of the bearing is no longer simply relying on the experience of the operator, but more on the The results of digital signal analysis and processing are imported into the parameters of the measured model bearing (outer diameter, inner diameter, contact angle, number of steel balls, etc.), and the fault parameters of this model are calculated as the basis for discrimination, so the analysis and location of faults are more accurate.
3. Data storage
According to the needs of production, the measured data is stored in real time, the database of the measurement model is established, and the data and analysis results of each measurement are stored in it for easy reference and analysis.
4. Quality control
By uploading or exporting the data in the database, the quality of the product can be analyzed for a period of time, and the control of output and quality can be realized by adjusting the corresponding testing standards.
