Computer servo 3 points bend test machine lab testing equipment tensile Tensile strength test device.
Adopting the world's most advanced and reliable floor-standing host structure, imported full-digital AC servo speed control system and motor, imported load sensors, and fully digitally-designed measurement and control system, it can realize high-precision, wide-range measurement and three-closed-loop control.
The measurement and control system uses high-precision converters, imported high-quality electronic components, and is fully digitally designed. It conforms to the PCL2.1 specification and automatically allocates resources for plug and play. Integrated dual-channel precision amplifier with automatic zero detection. Built-in large-scale CPLD programmable logic chip, high-speed computing, real-time processing. CNC adjustment and calibration, providing SingAD software interface.
The software uses a modular design. There are various control methods such as displacement, force, deformation (or stress, strain), metal stretching, etc. You can also use the program editor that comes with the software to compile your own multi-step control program. The test data is automatically analyzed and processed according to the corresponding standards, and tensile strength, yield strength, elastic modulus, and non-proportional extensional strength RP0.2 can be obtained. The batch program in the software package can count and compare the results and curves of a batch of test pieces. The experimental data adopts database management and provides user-defined items to meet specific needs. Flexible report editing methods (including Word, Excel, and advanced customization) allow you to print out satisfactory reports.
TECHNICAL PARAMETER | |||||
Model | WAW-300 | WAW-600 | WAW-1000 | ||
Clamping method | Hydraulic clamping | ||||
Maximum test force | 300kN | 600kN | 1000kN | ||
Accuracy class | 0.5level | ||||
Test force measurement range | 1%-100%FS(Full range of files) | ||||
Test force shows the relative error | ±0.5% | ||||
Deformation (extensometer) measuring range | 1%~100%FS | ||||
Deformation of the relative error of indication | ±0.5% | ||||
Deformation resolution | The maximum deformation of 1/500000 | ||||
Test force loading rate range | 0.02%-2%FS/s | ||||
Piston stroke (mm) | 250mm | ||||
Effective distance between columns (mm) | 530 | 525 | 640 | ||
Tension jaws maximum spacing (mm) | 750 | 840 | 780 | ||
Maximum compression space (mm) | 650 | 760 | 650 | ||
Circle sample holding range (mm) | Φ10-Φ22,Φ22-Φ32 | Φ13-Φ26,Φ26-Φ40 | Φ13-Φ26,Φ26-Φ40,Φ40-Φ60 | ||
Flat sample holding thickness (mm) | 0-15 | 0-30 | 0-20,20-40 | ||
Platen size (mm) | Φ130 | Φ180 | 210×210 | ||
Optional bending aids | Bending roller spacing | 30-380 | 30-380 | 50-580 | |
Roller diameter | Φ30 | Φ30 | Φ50 | ||
Host dimensions (length. Width. Height mm) | 900×730×2265 | 900×730×2325 | 1075×850×2530 | ||
Oil Dimensions (length. Width. Height mm) | 1150×600×900 | ||||
power supply | Three-phase five-wire system (380V 50Hz) | ||||
weight(kg) | approximately2500 | approximately3000 | approximately4100 |
담당자 : | Jolly Wang |
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