Performance characteristics of electronic universal testing machine and preparations before operation

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. Electronic universal testing machines are widely used in various metals, non-metals, composite materials, medicine, food, wood, copper, aluminum, plastic profiles, wires and cables, paper, film, rubber, textile, aerospace and other industries for testing tensile performance indicators. This time I will introduce to you the performance characteristics of the electronic universal testing machine and the preparations before operation.

1. Preparations before operation of electronic universal testing machine

1. Make sure all wiring is connected correctly.

2. Before conducting the test, the equipment should be preheated for at least 15 minutes to ensure the stability of the sensor components.

3. Adjust the beam limit device to ensure that the beam moves beyond the range and causes damage to the fixture or device.

4. The parameter settings of the equipment are consistent with the required test requirements.

2. Performance characteristics of electronic universal testing machine

1. The electronic universal testing machine adopts high-precision force transmission sensor, which has the advantages of high accuracy and good linearity.

2. The power system uses stepper motor + driver + ball screw + synchronous belt transmission, which runs smoothly and has no noise.

3. The data transmission method is USB transmission, which is convenient and fast.

4. The electronic universal testing machine testing software can realize multiple control modes to meet different testing requirements.

5. Safety and professional, with automatic protection of overload shutdown, upper and lower stroke limit protection shutdown, and automatic power outage protection for leakage.

6. Dual report editing, built-in EXCEL fully open report, for testers to choose their preferred report format.

7. Each length and force unit adopts interchangeable method

8. Automatically archive the test after the test, and automatically obtain the maximum strength, yield strength, tensile strength, elastic modulus, elongation, flexural modulus and other data according to the test requirements.