1.Observe the appearance and identification of the sensor.
In general, the appearance and marking of a tensile pressure sensor will be clearly marked as whether the sensor measures tension or pressure. Therefore, we can determine the type of measurement by looking at the appearance and identification of the sensor.
2.It is selected according to the range of the sensor.
Depending on the range of a tensile pressure sensor, the type of force it measures will vary. In general, tension transducers have a larger measuring range, while pressure transducers have a smaller measuring range. Therefore, we can choose the appropriate range according to the actual needs, and thus decide whether to choose a tension sensor or a pressure sensor.
3.Select according to the usage environment and conditions.
In practice, the environment and conditions under which a tensile pressure sensor is exposed also affect the type of measurement it is subjected to. For example, in the case of measuring the pressure of a gas cylinder, we need to choose a pressure sensor; In cases where the lifting weight needs to be measured, we need to choose a tension sensor. Therefore, we can choose the appropriate sensor type according to the actual use environment and conditions.
4.Refer to relevant standards and norms.
In practical applications, some industries or fields will formulate relevant standards and specifications to clearly stipulate and require the use of tensile pressure sensors. We can refer to these standards and specifications to understand the scope and requirements of different types of sensors, so as to choose the right sensor type.
In summary, we can determine whether to choose a tension or pressure sensor by observing the appearance and marking, selecting according to the range, selecting according to the environment and conditions of use, and referring to the relevant standards and specifications. In practical applications, we need to consider the most appropriate sensor type according to the specific situation to ensure the accuracy and reliability of the measurement.
In addition to the above methods, there are some other methods that can help us determine the output type of tension pressure sensor. For example:
5.Judged by the type of output signal.
The type of signal output will vary from sensor to sensor. In general, a tension sensor outputs a resistance signal, while a pressure sensor outputs an inductive signal. Therefore, we can judge the type of measurement of the sensor by looking at the type of output signal.
6.Judged based on actual measurement results.
In practice, we can judge the type of measurement of the sensor by the actual measurement results. For example, in some experiments, we can use a tension sensor and a pressure sensor to compare the difference between the output and the actual value to determine whether the measurement type meets the actual needs.