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WAW-1000D tensile testing machine
Product Overview: The main body of the WAW-1000D tensile testing machine adopts an oil cylinder bottom mounted main body structure, mainly used for me
Product details
Product Overview:
WAW-1000Dtypetensile testing machineThe main engine adopts a bottom mounted oil cylinder structure, mainly used for mechanical performance tests such as tensile, compressive, and bending of metal materials, non-metal materials, product parts, components, structural components, and standard parts.
WAW-1000D microcomputer controlled electro-hydraulic servohydraulic pressureUniversal testing machineIf an additional environmental device is installed, it can also perform material tensile, compressive, and bending tests in that environment. For example: high temperature tensile, low temperature tensile, compression and other tests.
Suitable for steel, metallurgy, building materials, quality inspection centers, water conservancy and hydropower, highway bridges, research institutes, mechanical engineering in colleges and universities, and other factories, mines, enterprises, and testing and research institutions.
Manufacturing and inspection standards for products
1. GB2611《testing machineGeneral Technical Requirements
2. JJG139 "Tensile, compressive, and universaltesting machine》
Applicable test method standards
The experimental operation and data processing meet the requirements of hundreds of standards such as GB/T228 "Tensile Test Method for Metallic Materials at Room Temperature", GB/T7314 "Compression Test Method for Metallic Materials at Room Temperature", GB/T232 "Bending Test Method for Metallic Materials", etc. And data processing methods that meet different standards can be configured according to customer needs.
Main performance and technical indicators
|
Serial Number |
Project Name |
Parameters |
|
1 |
Maximum test forcekN |
1000 |
|
2 |
Relative error of test force indication |
≤ indication value±1% |
|
3 |
Test force measurement range |
The maximum test force2%~100% |
|
4 |
Constant velocity stress control range(N/mm2·S-1) |
2~60 |
|
5 |
Constant strain control range |
0.00025/s~0.0025/s |
|
6 |
Constant velocity displacement control range(mm/min) |
0.5~50 |
|
7 |
Clamping Method |
hydraulic clamping |
|
8 |
Circular specimen clamping diameter rangemm |
Φ13～Φ60 |
|
9 |
Thickness range of flat specimen clampingmm |
040 |
|
10 |
Flat specimen clamping widthmm |
110 |
|
11 |
Maximum tensile test spacemm |
550 |
|
12 |
Maximum compression test spacemm |
550 |
|
13 |
External dimensions of control cabinetmm |
1200620850 |
|
14 |
Overall dimensions of the hostmm |
1000×660×2400 |
|
15 |
Motor PowerkW |
2.5 |
|
16 |
Host qualitykg |
3000 |
|
17 |
Clear spacing between columns(mm) |
580 |
|
18 |
Size of upper and lower pressure platesmm |
202*202 |
|
19 |
Distance between curved support rodsmm |
300 |
|
20 |
Width of bent support rodmm |
140 |
|
21 |
Allowable bending degreemm |
100 |
|
22 |
Maximum piston strokemm |
200 |
|
23 |
Maximum moving speed of pistonmm/min |
make an appointment80 |
|
24 |
Adjust the speed of the experimental spacemm/min |
make an appointment150 |
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