model | WAW-1000C |
Z large test force | 1000KN |
Accuracy grade of testing machine | Level 1 / 0.5 |
Force measuring range | 2%-100%FS/0.4%-100%FS |
Test force accuracy | ≤ indication ± 1% / ≤ indication ± 0.5% |
Deformation measurement accuracy | Within 2% - 100% of the full scale of the extensometer, it is better than ± 1% / ± 0.5% of the indicated value |
Z large tensile test space | 800mm |
Z large compression test space | 800mm |
Clamping thickness of flat specimen | 0-40mm |
Clamping diameter of round specimen | 26-60mm |
Working piston stroke | 250mm |
Dimensions of upper and lower pressing plates | 204×204mm |
Bending test roller spacing | 100- 700mm |
Spacing between two pillars | 550mm |
Total motor power | ≈2.1kw |
Overall dimension of main body (L * w * h) | 940*850*2500mm |
Oil source size (L * w * h) | 1140*785*950mm |
Rated working voltage | Three phase four wire. (three phase 380V plus zero line n) |
Working noise | ≤75dB |
working temperature | 10-40℃ |
Total weight (gross weight) | ≈3000kg |
The main machine of waw-c microcomputer controlled electro-hydraulic servo universal testing machine adopts Shimadzu technology of Japan. The oil cylinder of the main machine is of the lower type, with worm gear and worm drive. The stretching space is located above the main machine, and the compression and bending test space is located between the lower crossbeam and the workbench under the main machine. The test space is adjusted by the movement of the lower crossbeam. The lifting and lowering of the lower crossbeam is driven by the motor through the reducer, the chain drive mechanism and the screw pair. The oil cylinder is manufactured by traditional technology and precision grinding, with small clearance, good sealing performance and stable performance. It is superior to the oil cylinder with seal ring structure, and is not easy to be damaged and leak oil. The test data is more accurate. Function: mainly used for tensile, compression and bending tests of metal and non-metal. It is applicable to metallurgy, construction, light industry, aviation, aerospace, materials, colleges and universities, scientific research institutions and other fields. The test operation and data processing comply with the requirements of gb228-2010 tensile test method for materials at room temperature.
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