Overview:
This testing machine is a classic practical model produced by our company and also a mainstream model sold in the market.
This testing machine is composed ofEA model that combines a high stiffness host, electro-hydraulic servo power source, electronic measurement, and microcomputer control system.
This testing machine is designed according to the national standardGB/T 16826-2008Design and Manufacturing of Electro Hydraulic Servo Universal Testing Machine. The host adopts a high stiffness design, and each load-bearing component is analyzed and designed through finite element analysis and precision machining. The controller adopts a new generation of high-performance, intelligent all digital controller, and the control software adopts advanced measurement and control algorithm combination, which can accurately control the entire testing process and fully meet the requirements of domestic and international material testing methods. The oil source system adopts a load adaptive throttling speed control system. According to the required test force of the system, the servo adjusts the system pressure to reduce system heating and save energy.
This testing machine is precise, powerful, easy to operate, stable and reliable.
This testing machine is an important instrument and equipment for testing the physical properties, mechanical properties, process performance, structural seismic strength, and internal and external defects of various materials and their products in various environments and simulated states. Can complete tests such as stretching, compression, bending, and shearing.
This testing machine can be widely used for precision material research, material analysis, material development, and quality control in various industries such as universities, research institutes, testing institutions, aerospace, military, metallurgy, machinery manufacturing, transportation construction, and construction materials.
Main parameters
|
main model |
WAW-1000D |
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|
Maximum test force(kN) |
1000 |
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Range of force measurement |
1%~100%FS(Full scale) |
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Accuracy of force indication |
±1% |
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Force resolution |
±500000Code, no grading throughout the process, unchanged resolution |
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Deformation measurement range |
1%~100%FS(Full scale) |
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Accuracy of deformation indication |
±1% |
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Deformation analysis rate |
2 |
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Accuracy of displacement indication |
±1% |
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Stress controlled speed(Mpa/s) |
1~45 |
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Stress controlled speed(mm/s) |
0.001~0.5 |
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Displacement control speed(mm/s) |
0.02~3 |
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Adjustment method for the position of the lower crossbeam |
Chain wheel drive |
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experiment Space(mm) |
Stretching Space |
700 |
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Compress space |
650 |
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effective width |
500 |
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piston stroke |
250 |
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host Size(mm) |
Bottom mounted oil cylinder (dual space) |
800×620×2150 |
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Cylinder mounted (single space) |
980×640×3100 |
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Circular specimen clamping diameter(mm) |
Φ20~Φ50
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Flat specimen clamping thickness(mm) |
40 |
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Total power of the power supply(kW) |
2.5 |
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Weight(kg) |
3500 |
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