Time:2024-04-19 Views:1
Tuning fork level switch Wholesale Share the setting method of tuning fork level switch
The tuning fork level switch is a common non-contact level sensor, which can determine the height and existence of the material by detecting the vibration of the material in the container. The sensor has the advantages of easy to use, stable and reliable, high precision, and has been widely used in industrial production. The following describes the setting method of tuning fork level switch wholesale sharing tuning fork level switch.
To determine the installation position, it is generally installed on the wall of the container, and the appropriate height from the bottom. According to actual needs, it can also be installed on the top or side of the container, but the accuracy and error of the measurement need to be taken into account.
In the installed position, the vibration fork part of the tuning fork level switch is fixed on the container wall, and then the electrical connection is set. Connect one end of the switch to the power line and the other end to the input port of the control system. It should be noted that the electrical connection must be set in strict accordance with the requirements of the switch manual to avoid failure or accidents.
After the electrical connection is complete, you need to set the switch parameters. Some basic parameters include operating voltage, sensitivity, delay time, etc. The Settings of these parameters need to be adjusted according to the specific application requirements and environmental conditions. For example, when measuring the liquid level in the storage tank, the sensitivity and delay time of the switch need to be set according to the type of liquid, temperature, viscosity and other factors to ensure the accuracy and stability of the measurement.
After setting and adjusting parameters, you need to perform performance testing and debugging. Add the material into the container, observe the working status of the switch, and handle or adjust it in time if there is any abnormal situation. During the test, it is also necessary to check the accuracy of the measurement data and control signals, and calibrate or readjust if there is an error.
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