Digital hydraulic universal testing machineIt consists of a double column double screw oil cylinder bottom mounted main unit and a piano type oil source control cabinet. The stretching space is located above the host, and the compression and bending tests are located below the host, between the middle crossbeam and the workbench. The adjustment of the experimental space is achieved by moving the middle crossbeam, and the lifting of the middle crossbeam is driven by a chain. Manually adjust the oil inlet volume of the oil delivery valve to achieve material stretching, compression, bending and other tests. After the experiment is completed, the maximum force, tensile strength, and other test results of the material will be automatically calculated.Performance characteristics:
1. Specially designed ultra thick jaw seat is used to clamp the sample with the jaws, allowing the jaws toIt is contained within the jaw seat, making the sample clamping more reliable and eliminating the possibility of trumpet shaped deformation and damage due to shallow jaw seats, greatly improving the service life of the equipment.
2. A wear-resistant lining plate has been added between the jaw seat and the jaw clamping plate to prevent the phenomenon of oxide scale falling in during metal stretching, which may cause scratches on the inclined surface of the jaw seat, making the clamping process smoother and the addition more reliable.
3. The measurement and control system has fast running speed, gentle interface, and multiple sample information input modes, which can meet the testing needs of different materials. For samples with the same conditions, multiple inputs are automatically generated at once.
4. The experimental force display maintains the same resolution throughout the entire process to ensure the accuracy of experimental data measurement.
5. The test data (test force, loading rate) and test curve are dynamically displayed in real-time on the screen during the test process.
6. After the experiment, the experimental data will be automatically analyzed, stored, and printed.
7. When the load exceeds 2% -100% of the slow range, automatic overload protection shutdown occurs.
8. The decomposition test date can automatically query relevant historical records.
9. Software reserved data interface, convenient for laboratory interval local area networking, and easy for experimental data management.
IIDigital hydraulic universal testing machineTechnical specifications
Product Model |
WE-100B |
WE-300B |
WE-600B |
WE-1000B |
Host structure form |
Double column double screw oil cylinder downward structure |
Maximum test force |
100 kN |
300 kN |
600 kN |
1000 kN |
Testing machine level |
Level 1 |
Test force measurement range |
2%-100% |
|
test force indication
relative error
|
≤ ± 1% of the indicated value |
Maximum piston movement speed |
70(mm/min) |
Adjustment speed of crossbeam |
120(mm/min) |
Maximum stroke of piston |
250mm |
Control method |
Manual loading |
Effective stretching of space |
650mm |
Effectively compress space |
550mm |
column spacing |
540mm |
540mm |
540 |
650mm |
clamping method |
Manual clamping (optional hydraulic clamping) |
Circular specimen clamping diameter |
φ6-φ26mm |
φ6-φ26mm |
φ13-φ40mm |
φ13-φ40mm |
Flat specimen clamping thickness |
0-15mm |
0-15mm |
0-15mm |
0-30mm |
Flat specimen clamping width |
70mm |
70mm |
75mm |
75mm |
Size of upper and lower pressure plates |
φ 160/204 * 204mm (optional) |
Bending roller spacing |
600 mm |
Bending roller width |
140mm |
Safety protection device |
Mechanical limit protection and software overload protection |
Overall dimensions of the host (mm) |
810×560×2050 |
810×560×2050 |
830×580×2150 |
10600×660×2450 |
host power supply |
0.55KW |
0.55KW |
0.55KW |
0.75KW |
Dimensions of Oil Source Control Cabinet (mm) |
580×5500×1280 |
580×5500×1280 |
580×5500×1280 |
580×5500×1280 |
Control cabinet power supply |
1.5 KW |
1.5 |
1.5 |
1.5 |
Weight of the host machine |
1500kg |
1800kg |
2100kg |
2800kg |
It consists of a double column double screw oil cylinder bottom mounted main unit and a piano type oil source control cabinet. The stretching space is located above the host, and the compression and bending tests are located below the host, between the middle crossbeam and the workbench. The adjustment of the experimental space is achieved by moving the middle crossbeam, and the middle crossbeam is raised