Measurement object:
Mainly used for testing the mechanical properties of metal materials such as tension, compression, and bending. With the addition of simple accessories, it can be used to test cement, concrete, bricks, tiles, rubber, and their products. It can accurately determine the mechanical properties of materials such as tensile strength, yield strength, specified non proportional tensile strength, elongation, elastic modulus, etc.
Technical Specifications:
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Maximum test force
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1000KN
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Testing machine level
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Level 0.5
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Test force measurement range
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1%-100%
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Number of columns
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6 pillars
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Experimental power resolution
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1/300000 of full scale
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Relative error of test force indication
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±0.5%
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Displacement measurement resolution
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0.013mm
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Relative error of displacement indication
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±0.5%
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Relative error of deformation indication
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±0.5%
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Range of loading rate
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120N/S-12KN/S
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Maximum distance between stretching clamps
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760mm
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Maximum compression space
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630mm
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Circular specimen clamping range
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φ15-φ30 φ30-φ45 φ45-φ50mm
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Plate sample clamping range
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2-30mm
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Size of upper and lower pressure plates
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φ 200mm
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Effective distance between two pillars
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600mm
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Maximum stroke of piston
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250mm
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Maximum speed of piston movement
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100mm/min
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Overall dimensions of the host
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1060×660×2450
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Oil source external dimensions
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960×630×900
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host weight
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About 2800kg
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Total power
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6KW(380V)+1.5KW(220V)
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power supply
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Three phase five wire system, 50HZ
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Machine Introduction:
1. The specially designed ultra thick jaw seat fully accommodates the jaw inside the jaw seat when clamping the sample, 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. It has multiple control modes such as constant stress, constant strain, constant displacement, tensile control, program editor, etc., and various control modes can be smoothly switched freely during the experimental process.
4. The measurement and control software is based on the Chinese Windows XP operating system platform, with fast running speed, gentle interface, menu prompts, mouse operation, multiple sample information input modes, and can meet the testing needs of different materials. For samples with the same conditions, batch generation can be automatically generated with one input, and condition templates can also be created.
5. After the experiment is automatically completed, the sample information, test data, test curves, etc. are automatically stored.
6. Automatically switch to the appropriate range based on the magnitude of the test force or material deformation to ensure the accuracy of the test data measurement.
7. The loading status and test curve of the test data (test force, displacement, deformation) are dynamically displayed on the screen in real-time during the test process.
8. According to actual needs, relevant corresponding points of the test results can be found on stress-strain, force displacement, force time, displacement time curves, etc.
9. Users can edit standard text report formats or EXCEL text report forms according to their actual needs.
10. Automatic overload protection shutdown when the load exceeds 2% -5% of the full range.
11. All relevant historical records can be automatically queried based on sample conditions, test dates, and test data.
12. The software reserves a database interface, which facilitates local networking between laboratories and facilitates experimental data management.