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Standards:
This machine meets international standards such as ASTM, DIN, ISO, GB, and others.
Main Technical Specifications:
Model
WAW-1000Y
Max Load Capacity (kN)
1000
Host Machine Structure
Four Column & Two Lead Screw
Load Amplification
Auto Range
Range of Testing Force
2%-100% of max load
Load Accuracy
±0.5%
Load Resolution
1/100000
Accuracy of Deformation
Error less than ±0.5%
Displacement Accuracy
Error less than ±0.5%
Max Tensile Space (mm)
800
Max Compression Space (mm)
700
Effective Test Width (mm)
660
Piston Stroke (mm)
250
Clamping Diameter of Round Specimen (mm)
Φ13–Φ60
Clamping Thickness of Flat Specimen (mm)
0–45
Piston Speed (mm/min)
100
Jaw Clamping Method
Hydraulic Clamping
Seal Method
Gap Seal
Control Mode
Displacement Control, Load Control, Deformation Control
Dimensions (L*W*H)
Dimension of Host Machine (mm)
1225 × 750 × 2640
Dimension of Control Cabinet (mm)
1100 × 640 × 1000
Oil Pump Motor Power (kW)
1.5kW
Power Supply
3-phase, 380V, 50Hz
Net Weight (KG)
4000
1000kn Scientific Research Institution Usage Hydraulic Tension Testing Instrument/ Equipment/ Machine
Model NO.: WAW-1000Y
Display: Computer-Controlled and Displayed
Control: Computer-Controlled
Weight: 4000kg
Power Source: AC 380V
Oil Cylinder Position: Bottom-Mounted
Power: Hydraulic
Control Method: Automatic Computer Control
Usage: Tensile Testing Machine
Brand Name: Sida/Star
Measurement Range: 2% to 100% of Full Scale
Capacity: 1000kN
Grade: 0.5
Software: English Software and Control System
Model: WAW-1000Y
Features: Plug-and-Play, Easy to Operate
Trademark: SIDA/Star
Transport Packaging: Standard Export Plywood Packing
Origin: Jinan, China
1000kN Scientific Research Institution Usage Hydraulic Tension Testing Instrument/Equipment/Machine
The 1000kN hydraulic tension testing machine is designed with a cylinder-down configuration and a six-column frame structure. It is primarily used for tensile, compression, bending, and shear tests on both metallic and non-metallic materials. This equipment is widely applied in fields such as metallurgy, construction, light industry, aviation, aerospace, material science, universities, and research institutions. The testing process and data processing comply with the standard tensile test methods for metal materials at room temperature.