Microcomputer controlled electronic universal testing machine for automotive parts

NegotiableUpdate on 04/08

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The microcomputer controlled electronic universal testing machine for automotive parts is mainly used for testing and researching mechanical performance indicators such as tension, compression, and bending of various metals, automotive parts, non-metallic and composite materials. The precise automatic control and data acquisition system enables fully digital adjustment of the data acquisition and control process. It has multiple control modes such as automatic load holding, stress and strain control, cyclic control, and self programming control. Conduct tests and provide testing data in accordance with international standards such as GB, ISO, ASTM, DIN, etc. Automatically test the maximum bearing capacity, strength, elongation deformation, elongation rate, elastic modulus, etc. of the material

Product Details

　Microcomputer controlled electronic universal testing machine for automotive partsMainly used for testing and researching mechanical performance indicators such as tension, compression, and bending of various metals, automotive components, non-metallic and composite materials. The precise automatic control and data acquisition system enables fully digital adjustment of the data acquisition and control process. It has multiple control modes such as automatic load holding, stress and strain control, cyclic control, and self programming control. Conduct tests and provide testing data in accordance with international standards such as GB, ISO, ASTM, DIN, etc. Automatically complete test parameters such as maximum bearing capacity, strength, elongation deformation, elongation, elastic modulus, etc. of materials.

　Microcomputer controlled electronic universal testing machine for automotive partsThe host adopts a portal frame structure, with an overall stamped shell, and a clean and elegant appearance. Precision ball screws only withstand tensile forces, effectively extending their lifespan and rigidity stability Precision screw pair loading method, double nut back tightening to eliminate clearance, ensuring high rigidity and high dynamic performance of the system

Common test types:

Tensile test: testing the tensile strength, fracture strength, etc. of materials.

Compression test: testing the compressive strength and deformation rate of materials.

Bending test: testing the bending strength and modulus of materials.

Shear test: testing the shear strength of materials.

Peel test: Test the peel strength of the adhesive.

Tear test: Testing the tear resistance of a film or elastic material.

（1） Measurement parameters

1. Maximum test force: 50 kN;

2. Accuracy level: 0.5 level;

3. Test force measurement range: 0.4% to 99.99% FS;

4. Test force indication error: ± 0.5%;

5. Test force resolution: up to 1/500000, no grading throughout the entire process, and the resolution remains unchanged throughout the entire process;

6. Displacement indication error: within ± 0.5% of the indication;

7. Displacement resolution: 0.04 μ m.

8. Deformation measurement range: 0.2% to 99.99% FS (full range); (If equipped with an extensometer)

9. Deformation indication error: within ± 0.5% of the indication; (If equipped with an extensometer)

10. Deformation resolution: up to 1/500000, no grading throughout the entire process, and the resolution remains unchanged throughout the entire process; (If equipped with an extensometer)