1. Problems with the range of tensile force.
Because the range of tensile force we select varies during use, the choice of sensor and its structure will also differ, potentially leading to overload during operation. Therefore, before conducting the test, it is necessary to estimate the tensile force that the sensor can withstand. This will allow us to select a sensor with an appropriate measurement range.
2. Problems encountered during the test run.
When using a tensile testing machine, the test stroke must be selected based on the performance and requirements of the material to be tested. Therefore, before the experiment, it is necessary to estimate the basic structure of the material. Based on experience or historical data, the stroke can be roughly determined.
3. Problems with the standard configuration.
Three intelligent configurations are available: a main unit, a microcomputer, and a printer. The computer can perform data analysis. If the selected configurations do not meet the requirements or encounter problems during the configuration process, sensor overload may occur.
4. Output results.
The test results can be customized, and the output of force, elongation, tensile strength, constant force elongation, constant elongation force, yield strength, elastic modulus, and test force can be customized.
In summary, before selecting a tensile testing machine sensor, the range should be fully considered. During the use of the sensor, the stroke and configuration should be taken into account. Analyzing and adjusting the sensor results can effectively prevent overloading of the tensile testing machine sensor.
