WE Digital Display Hydraulic Universal Testing Machine

WE series digital display hydraulic universal testing machine is mainly used for tensile, compression, bending and other mechanical performance tests of metal materials. After adding simple accessories, it can test cement, concrete, brick, tile, rubber and its products.

Product description:
WE series digital display hydraulic universal testing machine is mainly used for tensile, compression, bending and other mechanical performance tests of metal materials. After adding simple accessories, it can test cement, concrete, bricks, tiles, rubber and their products.
This machine is composed of a double-column double-screw cylinder under-mounted main engine and a piano-type oil source control cabinet. The tensile space is located above the host, and the compression and bending tests are located below the host, that is, between the middle beam and the workbench. The adjustment of the test space is realized by moving the middle beam, and the lifting and lowering of the middle beam is driven by a chain. Manually adjust the oil intake of the oil delivery valve to realize the tensile, compression, and bending tests of the material. After the test is completed, the test results such as the maximum force and tensile strength of the material are automatically obtained.

Performance characteristics:
1. The special ultra-thick jaw seat enables the jaws to be completely contained in the jaw seat body when the jaws are holding the sample, making the sample clamping more reliable, and preventing the possibility of horn-shaped deformation and damage due to the shallow jaw seat. Improve the service life of the equipment.
2. A wear-resistant liner is added between the jaw seat and the jaw clamping plate to prevent the oxide scale from falling into the metal during the stretching process, which may cause scratches on the inclined surface of the jaw seat, making the clamping process smoother and more profitable. reliable.
3. The measurement and control system has a fast running speed, a gentle interface, and a variety of sample information input modes, which can meet the test of different materials. For samples with the same conditions, enter multiple input at a time and automatically generate them.
4. The test force shows that the resolution remains unchanged throughout the whole process to ensure the accuracy of the experimental data measurement.
5. The test data (test force, loading rate) and test curve are displayed on the screen dynamically and in real time along with the test process.
6. After the experiment is over, the experimental data will be automatically analyzed, stored and printed automatically.
7. When the load exceeds 2%-100% of the slow range, the automatic overload protection stops.
8. Relevant historical records can be automatically queried for the decomposition test date.
9. The software reserves a data interface, which is convenient for local networking between the laboratory and convenient for test data management.

Technical parameter: