Horizontal microcomputer controlled spring torsion test machine

one,Microcomputer horizontal spring torsion test machineIntroduction:
The microcomputer controlled spring torsion testing machine is mainly used to detect torque of torsion springs and elastic components. The tested parts are installed between fixtures with adjustable spaces to adapt to tests of different torsional mechanical properties of the tested parts. The test machine adopts computer-controlled operation and can conduct angular torque tests; the display displays the angle-torque curve of the part being tested; displays the angle, torque, curve, torque peak holding, and the working status of the test machine in real time; store test data, print test reports, etc.

two,Microcomputer horizontal spring torsion test machineFunctional Features:
1. Chinese testing software suitable for the WINDOWS platform to realize test data acquisition and processing.
2. Wizard-style installation and user-friendly interface. .3 It can collect test data in real time, process calculations, display and print result reports in real time.
3. The program has real-time control, data collection, automatic calibration, automatic storage, drawing actual measured curves, and manual and effective data revision, mathematical analysis

4. Automatically generate test reports and other functions, and can define the report content according to user needs.

5. During testing, torque, torque angle, and real-time torque-angle curves are displayed in real time with the test process.
6. You can set a batch of samples at one time and test continuously, and the test settings can be stored in the computer.
7. Using a window-style operating system with graphics as the interface, you can set the display screen and control operation panel.
8. Curve traversal

9. The torque and angle measurement channels can be manually or automatically cleared at any time as needed.

1. Relative humidity is ≤80% within the room temperature range of 10°C to 35°C;

2. On a solid foundation or workbench;

3. In an environment without vibration and surrounding corrosion; 4. The fluctuation range of the power supply voltage should not exceed ±10% of the rated voltage.

(The above parameters are for reference only, and the detailed parameters are mainly real equipment)