Functional characteristics and working conditions of tensile strength test machine

Tensile strength testing machine is a mechanical afterburner test for mechanical properties such as tensile, compression, bending, shearing, peeling, etc. It is an indispensable testing equipment such as material development, physical properties test, teaching research, quality control, feed inspection, and random inspection of production lines. How much do you know about tensile strength testing machine? The following editor will introduce to you the functional characteristics and working conditions of tensile strength testing machine.

1. Functional characteristics of tensile strength test machine

1) Use high-precision, fully digital speed control system and precision reducer to drive precision lead screw pairs for testing, achieving large-scale adjustment of test speed, low noise during the test process and stable operation.

2) Touch key operation mode, LCD display in real time. The display interface can display the test method selection interface, test parameter selection interface, test operation and result display interface and curve display interface, which is convenient and fast.

3) It can realize the fast and slow lifting adjustment of the cross beam during sample clamping, and has functions such as overload protection.

4) Optional microcomputer interface, which can be connected to external microcomputer to achieve control of the test process and storage and printing of data.

2. Working conditions of tensile strength test machine

1. The relative humidity should not be too high within the appropriate range of room temperature;

2. Install correctly on a solid foundation or workbench;

3. In a vibration-free environment;

4. No corrosive media around;

5. The fluctuation range of the power supply voltage should not exceed the rated voltage;

6. The power supply of the test machine should be reliable grounded; the fluctuation of the frequency should not exceed the rated frequency.

Mechanical equipment is essentially the same. Only by mastering the correct method can the entire experimental process be smoother and the experimental data are more accurate. The above is a related introduction to the functional characteristics and working conditions of the tensile strength test machine. I hope it can help you.