About the operation steps and functional characteristics of the electronic universal testing machine

The electronic universal testing machine is a new generation of dual-space microcomputer controlled electronic universal testing machine designed specifically for universities and research institutes. The design of the test machine host and auxiliary equipment draws on advanced technology from Japan's Shimadzu, with beautiful appearance, convenient operation, and stable and reliable performance. Let me introduce the operating steps and functional characteristics of the electronic universal testing machine.

1. Operation steps of electronic universal testing machine

1. Turn on the computer monitor power supply, turn on the controller power supply, and turn on the host power supply;

2. Click the SANS Power Test icon with the mouse, enter the online parameter interface, set the sensor, click the online button, and enter the SANS Power Test-DOOC interface;

3. Click the up and down buttons on the right or drag the speed ruler to move the crossbar up and down to the appropriate position;

4. Install the corresponding chuck according to the sample form;

5. Set the test plan and test parameters;

6. The initial value of the electronic universal test machine sensor is set to zero;

7. Install samples and sensors;

8. Click the Start Test button to start the test, and the test will automatically stop after the end of the test;

9. Install the next sample and repeat the steps

8, until all samples are tested;

10. Print test report of electronic universal testing machine;

11. Turn off the host, turn off the controller power supply, turn off the computer monitor power supply;

12. Clean up the test site.

2. Functional characteristics of electronic universal testing machine

1. Automatic shutdown: After the sample is broken, the moving beam will automatically stop;

2. Automatic calibration: The system can automatically realize calibration of display accuracy;

3. Process implementation: The test process, measurement, display, etc. are all realized by a microcontroller;

4. Limit protection: It has two levels of limit protection for program control and mechanical;

5. Overload protection: When the load exceeds 3-5% of each gear value, the machine will be automatically shut down.

The above are the operating steps and functional characteristics of the electronic universal testing machine shared by the editor. I hope it can help everyone!