Equipment name: Microprocessor controlled electronic servo fatigue testing machine

Equipment model: FMTD1000

Equipment Overview:

The FMTD1000 series microcomputer controlled electronic servo fatigue testing machine is mainly used to test the static and dynamic mechanical properties of small material specimens and components, as well as elastomers. It can perform fatigue tests such as tension, compression, and bending, as well as high cycle fatigue, low cycle fatigue, crack propagation, fracture toughness, and other tests. Realize various waveform outputs such as sine wave, triangular wave, square wave, etc., equipped with high-temperature furnaces, high and low temperature boxes, and corrosion boxes to achieve mechanical testing in different environments.

Performance characteristics:

The host is a closed T-shaped frame structure with high frame stiffness, no reverse clearance, and good stability;

The T-shaped platform has high strength and strong scalability, and can be equipped with test fixtures to achieve static and dynamic fatigue mechanical testing of various standard specimens. It can also directly install various components and structural components to achieve dynamic and static mechanical testing;

The electronic actuator is mounted on top, with a compact structure, small volume, no need for lubricating oil or hydraulic oil, clean environment, no noise, and maintenance free;

The up and down movement of the crossbeam adopts electric adjustment to meet the mechanical testing of different types of specimens.

Technical parameters:

Model: FMTD1203/FMTD1503/FMTD1104/FMTD1204

Maximum load: dynamic (kN)/± 2/± 5/± 10/± 20

Static (kN): 2/5/10/20

Measurement accuracy: Force better than ± 0.5% of the indicated value

Deformation better than ± 0.5% of the indicated value

The relative displacement accuracy is better than 0.5% FS

Dynamic test: Test frequency (Hz) 0.01-10

Experimental waveforms include sine wave, triangular wave, square wave, trapezoidal wave, oblique wave, random wave, etc

Electric cylinder stroke (mm): 100 (± 50)

Control method: closed-loop control of force, displacement, and deformation; Smooth and undisturbed switching between control modes