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Microcomputer Controlled Electro-hydraulic Servo Universal Testing Machine (HY-WAW-Series)
Category: Universal Testing Machine
Microcomputer Controlled Electro-hydraulic Servo Universal Testing Machine (HY-WAW-Series)
WAW-Series type microcomputer-controlled electro-hydraulic servo universal testing machine adopts a cylinder-mounted host, which is mainly used for metal and non-metal tensile,compression and bending tests. It is suitable for metallurgy, construction, light industry, aviation, aerospace, materials, colleges and universities, research institutes and other fields. The test operation and data processing meet the requirements of GB228-2002 ''Room temperature material metal tensile test method''.
4.2 Software description
1.Use software tools search and add related testing standard;
2.Choose the testing standard;
3.Choose the testing function
4.Set up the sample details, then test;
5.After testing you can open the test report and print;
6.The test report can be exported excel and word version;
III. Main performance and technical indicators
Test machine level --------1
Load sensor ---------High accuracy load cell
WAW-Series type microcomputer-controlled electro-hydraulic servo universal testing machine adopts a cylinder-mounted host, which is mainly used for metal and non-metal tensile,compression and bending tests. It is suitable for metallurgy, construction, light industry, aviation, aerospace, materials, colleges and universities, research institutes and other fields. The test operation and data processing meet the requirements of GB228-2002 ''Room temperature material metal tensile test method''.
Standard
ASTMA370, ASTME4, ASTME8, ASTME9, ASTMA615，ISO6892, ISO7438, ISO7500-1, ISO 15630 ISO 6934, EN10002-4, GB/T228-2002, GB 16491-2008, HGT3844-2008 QBT 11130-1991, GB13-22-1991, HGT 3849- 2008,GB6349-1986, GB/T 1040.2-2006, ASTM C165, EN826, EN1606, EN1607, EN12430 etc.
II. Program description
1. Host
The main engine adopts an under-cylinder main engine, the tensile space is located above the main engine, and the compression and bending test spaceis located between the lower beam of the main engine and the workbench. which is more stable and accurate than the two-column structure in the market.
2. Transmission system
2. Transmission system
The lifting and lowering of the lower crossbeam adopts a motor driven by a reducer, a chain transmission mechanism, and a screw pair to realize the adjustment of the tension and compression space.
3. Hydraulic system
The hydraulic oil in the oil tank is driven by the motor to drive the high-pressure pump into the oil circuit, flows through the one-way valve, high pressure oil filter, differential pressure valve group, and servo valve, and enters the oil cylinder. The computer sends a control signal to the servo valve to control the opening and direction of the servo valve, thereby controlling the flow into the cylinder, and realizing the control of constant velocity test force and constant velocity displacement.
4. Control system
4.1 Function introduction
- Support for tensile, compression, shear, bending and other tests;
- Support open editing test, editing standard and editing procedure, and support export and import test, standard and procedure;
- Support customization of test parameters;
- Adopt open EXCEL report form, support user-defined report format;
- It is flexible and convenient to query and print test results, support printing multiple samples, custom sorting and printing items;
- The program comes with powerful test analysis functions;
- The program supports hierarchical management of two levels (administrator, tester) user management authority;
4.2 Software description
- The main interface integrates multiple functions. The main program interface includes: system menu area, tool bar area, value display panel, speed display panel, test parameter area, test process area, multi-graph curve area, result processing area, and test information area .
- Curve drawing: The software system provides abundant test curve display. Such as forcedisplacement curve, force-deformation curve, stress-displacement curve, stress-deformation curve, force-time curve, deformation-time curve
1.Use software tools search and add related testing standard;
2.Choose the testing standard;
3.Choose the testing function
4.Set up the sample details, then test;
5.After testing you can open the test report and print;
6.The test report can be exported excel and word version;
III. Main performance and technical indicators
Test machine level --------1
Load sensor ---------High accuracy load cell
| Model | HY-WAW-300D | HY-WAW-600D | HY-WAW-1000D |
| maximum test force | 300kN | 600kN | 1000kN |
| Test force measurement range | 6KN-300kN | 12KN-600kN | 20KN-1000kN |
| Test force indication accuracy | ±1% | ±1% | ±1% |
| Displacement measurement resolution | 0.01mm | 0.01mm | 0.01mm |
| Deformation measurement accuracy | ±0.5% | ±0.5% | ±0.5% |
| Piston maximummoving speed | 50mm/min | 50mm/min | 50mm/min |
| Maximum tensile test space | 580mm | 580mm | 670mm |
| Maximum compression test space | 500mm | 500mm | 600mm |
| Flat specimen clamping thickness | 0-30mm | 0-40mm | 0-50mm |
| Round SpecimenHolder Diameter | Φ4-φ32mm | Φ6-φ40mm | Φ13-φ50 |
| Platen size | Φ160mm | Φ160mm | Φ200mm |
| Bending test stand spacing | 450 mm | 450 mm | 450 mm |
| stick width | 140mm | 140mm | 140mm |
| Pivot diameter | φ30mm | φ30mm | Φ40mm |
| Piston stroke | 200mm | 200mm | 250mm |
| Clamping method | Hydraulic clamping | Hydraulic clamping | Hydraulic clamping |
| Dimensions | Host:750×600×1950mm； Oil Source:1100×650×870mm |
Host:780×620×2050mm； Oil Source:1100×650×870mm |
Host:910×780×2350mm； Oil Source:1100×650×870mm |
| Total Weight | 1500 kg | 1600 kg | 2600 kg |
| Noted: Can be customized as customer requirements |
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