Electronic Fatigue Tester Rubber Metal Material Compression Bending Fatigue Testing Machine Mechanical Properties Test Device
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Electronic Fatigue Tester Rubber Metal Material Compression Bending Fatigue Testing Machine Mechanical Properties Test Device
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warranty :1 Year
Main unit dimensions :Approximately 610mm * 400mm * 1600mm
Accuracy :/
Brand Name :LONROY
Protection Class :Ip56
Accuracy Class :High Accuracy
Application :Auto Testing
Total weight :Approximately 350kg
power :---
Voltage :220 V
Type :Testing Machine
Place of Origin :Guangdong, China
customized support :OEM, ODM, OBM
MOQ :1
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Electronic Fatigue Tester Rubber Metal Material Compression Bending Fatigue Testing Machine Mechanical Properties Test Device
Machine Description
Theelectronic fatigue testing machine is mainly used to test various rubber and plastic materials, biomedical materials, as well as small metal materials and parts.
The static and dynamic mechanical properties of the component. It can achieve static tests such as tension, compression, and bending, as well as high cycle fatigue, low cycle fatigue, crack propagation, fracture mechanics, and other tests. It can load various waveforms such as sine wave, triangular wave, square wave, trapezoidal wave, etc. Configuring high-temperature furnaces, high and low temperature chambers, and corrosion chambers can achieve mechanical performance testing in different environments.
VElectronic Fatigue Tester Rubber Metal Material Compression Bending Fatigue Testing Machine Mechanical Properties Test Device
Technical Specification
Maximum test force
5kN
Effective measurement range of experimental force
1% -100% FS
Experimental force resolution
1/250000 of full scale (no gear division, constant resolution throughout the process)
Accuracy of test force indication
Within ± 0.5%
Displacement measurement range
0-100 (± 50mm)
Displacement measurement resolution
0.001mm
Relative error of displacement measurement indication
Within ± 0.5%
Electric cylinder stroke
100mm
Test frequency
0.01-5Hz (Test frequency is inversely proportional to amplitude)
