Main Applications
Servo hydraulic testing machine (600kn-2000kn) is mainly used for tensile, compression, bending and other mechanical properties test of metal materials. After adding simple accessories, it can test cement, concrete, brick, tile, rubber and its products.
hydraulic universal testing machine (600kn-2000kn) is composed of four-column double-lead screw cylinder undermounted high-strength main engine and lute-type oil source control cabinet. The oil pump adopts Italian mazurchi imported low-noise and high-performance gear pump.The stretching space is located above the main machine, and the compression and bending test is located below the main machine, namely between the middle beam and the work table.The adjustment of the test space is realized by moving the middle beam.Manually adjust the oil intake of the oil delivery valve to realize the test of stretching, compression and bending of the material.After the test, the results of FM, REH, REL, rpo.2, RP1, RM and elastic modulus E were taken automatically.
1. When clamping the specimen with the special super-thick jaw, the jaw is completely contained inside the jaw, which makes the specimen clamping more reliable, eliminates the possibility of horn shaped deformation and damage caused by shallow jaw, and greatly improves the service life of the equipment.
2. A wear-resisting lining plate is added between the clamp seat and clamp mouth clamp plate to prevent the oxide skin from falling in the process of metal stretching, resulting in scratches on the inclined surface of the clamp seat, making the clamping process smoother and the addition more reliable.
3. Wew-d microcomputer screen display hydraulic universal testing machine measurement and control software based on the Chinese windowsXP operating system platform, with fast speed, interface gentle, menu prompt, mouse operation, with a variety of sample information input mode, can meet the test of different materials.The sample with the same condition can be input once, and the condition template can be made.
4. The overall resolution of the test force display remains unchanged to ensure the accuracy of the test data measurement.
5. Real-time screen display of experimental data (test force, loading rate) and test curve along with the test process.
6. Automatically analyze, store and print the test data after the experiment.
7. Automatic overload protection stops when the load exceeds 2%-5% of the full range
8. Relevant historical records can be inquired automatically according to the test date
9. The software reserves the database interface, which is convenient for the local area network between laboratories and the management of experimental data.
Main Technical Performance Indicators
Max force（kN） | 1000 |
Measure Force Range | 2%-100% |
Test force relative error value | ＜ The value for ±1% |
Test force resolution | Max load 1/300000 |
Deformation relative error value | ＜ The value for ±1% |
Deformation of the resolution | The biggest deformation 1/300000 |
The largest tensile test space（mm） | 600 |
Compression space（mm） | 500 |
The piston stroke(mm) | 200 |
Column spacing（mm） | 585 |
Circular specimen clamping range（mm） | Φ6-Φ40 |
The specimen thickness clamping（mm） | 0-30 |
Flat specimen clamping width（mm） | 75 |
The pressure plate size（mm） | φ160mm |
Bend the fulcrum maximum distance between two points（mm） | 300 |
Bending roll width（mm） | 140 |
The clamping way | Hydraulic clamping |
The host dimension（mm） | 900*710*2300 |
The oil source console size（mm） | 1100*750*1000 |
Motor total power（kW） | 2 |
Weight（kg） | 2850 |
