Do you know the operating procedures of the single-column electronic tensile tes

The single-column tensile testing machine is mainly used for testing the mechanical properties of various materials such as fatigue resistance, tension, compression, bending, shearing, and peeling. It can also be used for materials such as cloth and rubber.

 

Operating procedures for single-column electronic tensile testing machine:

 

1. After checking all aspects are normal, then connect the power supply and start the demonstration. After entering the interface, use the up and down keys to select the type and method of the test you want, and then select the tensile test to set the data, and set the necessary data for each test one by one. Including the basic speed of the test, the return speed and various data of the material. Generally, a series of introductions will be made on the entire interface and each button in the manual.

2. Then adjust the jaws of the tensile testing machine to a suitable position. When selecting a menu, press the number key before the pre-selected menu, and the selected corresponding menu will be displayed after "Please select" below the menu. The corresponding number key is displayed, and the key at this time enters the submenu or the function to be performed in the menu. Press the "Back" key to return to the previous menu.

 

3. If you encounter the data that needs to be measured, you can use the corresponding tools. Generally, the measuring tools and machinery used in material testing are quite strict. For example, when measuring the displacement between the jaws, a vernier caliper is usually used. For measurement, the results of this ruler are more detailed and accurate than other testing tools. Therefore, the test data obtained are more accurate. If the data needs to be changed during the measurement process, it is enough to modify the corresponding data. Save it after the modification is complete.

 

4. Generally, the tensile testing machine can continue to carry out multiple tests. The data obtained in this way are less affected by environmental factors, so the data generally obtained are relatively accurate. At the end of a round of tests, the test parameters are still the first time. If the set parameters need to be changed, it is enough to modify the corresponding parameters according to the order at the beginning. Generally, after the test is over, the computer can analyze and process the test data according to the test data and then display it in the form of a table or a curve. . In order to obtain intuitive statistics and data for the results of the test.