Product Introduction
The testing machine adopts a domestically customized AC servo motor as the power source; Adopting advanced chip integration technology and professionally designedPCIData collection amplification and control system, amplification of experimental force and deformationA/DThe conversion process has achieved full digital adjustment. This machine can perform mechanical property testing and analysis research on various metals, non metals, and composite materials. It is widely used in aerospace, petrochemicals, machinery manufacturing, wires, cables, textiles, fibers, plastics, rubber, ceramics, food, pharmaceutical packaging, aluminum-plastic pipes, plastic doors and windows, geotextiles, films, wood, paper, metal materials, and manufacturing industriesGBTheJISTheASTMTheDINTheISOAutomatically calculate the maximum test force value, fracture force value, yield strength, upper and lower yield strengths, tensile strength, compressive strength, elongation at break, tensile modulus of elasticity, bending modulus of elasticity and other test data according to the standard.
This series of testing machines adopts a spray painted outer cover, spray painted crossbeam, and precision ball screw; Advanced chip integration technology, professionally designed data acquisition, amplification, and control systems, amplification of testing force and deformationA/DThe conversion process has achieved full digital adjustment.
Standards usedGB:T228 ISO:6892 ASTM:A370
The speed of moving the crossbeam during the experiment can be automatically adjusted according to a pre-set program or manually adjusted;
Automatically switch to the appropriate range according to the load size to ensure the accuracy of measurement data; Zeroing of experimental force measurement
Calibration and storage, without any analog adjustment links, highly integrated control circuit;
Automatic calibration: The system can automatically calibrate the accuracy of the displayed values;
Automatic saving: After the experiment is completed, the experimental data and curves are automatically saved;
Process implementation: The experimental process, measurement, display, and analysis are all completed by a microcomputer;
Batch experiment: For samples with the same parameters, they can be sequentially completed after one setting;
Experimental software: Chinese and English operation interface, menu prompts, mouse operation.
Technical Specifications
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model |
AEM-05W |
AEM-1W |
AEM-2W |
AEM-3W |
AEM-5W |
AEM-10W |
AEM-20W |
AEM-30W |
AEM-50W |
AEM-60W |
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Maximum test force(KN) |
5 |
10 |
20 |
30 |
50 |
100 |
200 |
300 |
500 |
600 |
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structural form |
Longmen desktop structure |
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Operation method |
Microcomputer control (Chinese or English software operation) |
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Range of force measurement |
The maximum test force2%-100% |
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Accuracy of experimental force |
± better than the indicated value1% |
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Deformation display error |
± better than the indicated value1% |
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Minimum experimental force resolution |
1/200000 |
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横梁位移精度 |
± better than the indicated value1% |
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Deformation accuracy |
± better than the indicated value1% |
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speed regulation range |
0.01-300mm/min(500mm/min定制) |
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Test itinerary |
≥600 mm(Can be customized according to customer needs) |
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Test span |
380mm(Can be customized according to customer needs) |
400mm |
550mm |
600mm(Can be customized according to customer needs) 定制) |
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test space adjusting mechanism |
Customized AC servo motor, low-noise synchronous belt drive |
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protection function |
Overload protection, limit protection |
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power supply |
220V |
380V |
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working environment |
room temperature-45℃, humidity20%-80% |
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Fixture form |
According to customer requirements, configure appropriate fixtures. Special fixtures can be customized according to customers |
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