Which is a good seller of electronic fatigue testing machines

Introduction to electronic fatigue testing machine:

This equipment is mainly suitable for dynamic performance, fatigue, and static mechanical performance testing of various materials and components. Compliant with GB/T 16947-2009 "Fatigue Test Specification for Spiral Springs", it can conduct fatigue life verification tests, reliability assessment tests, reliability and other required tests on metal or non-metal materials. Fatigue performance tests should be conducted on materials that withstand variable loads and have fatigue life requirements during user acceptance, new product identification, industry sampling, and certification processes. The testing method can be either fatigue life verification test or reliability assessment test. This testing machine uses a servo motor combined with a servo electric cylinder to provide power for the test, with high control accuracy and easy adjustment of amplitude. It can also use force control for fatigue life of springs, with low energy consumption and no noise pollution.

Characteristics of electronic fatigue testing machine:

1. The external design of the host is exquisite, and the overall shape and workmanship are exquisite;

2. Small size, occupying less space on site;

3. Desktop structure, in accordance with the principles of ergonomics, easy and convenient to operate;

4. Low energy consumption, low noise, no hydraulic oil source and sealing system, clean and environmentally friendly, low maintenance cost;

5. Adopting high-precision ball screw infinite adjustment test space to expand various test requirements.

Technical parameters of electronic fatigue testing machine:

1. Rated test force options: 1kN, 3kN, 5kN, 10kN;

2. Test force measurement range: 2% -100% FS;

3. Accuracy of test force indication: ± 0.5%;

4. Maximum displacement of actuator: ± 50mm; indication accuracy ± 0.5% FS;

5. Main test waveforms: sine wave, square wave, triangular wave, trapezoidal wave, etc;

6. Test frequency range: 0.1-15Hz;

7. Experimental space: height adjustable space ≥ 690mm (can be customized according to customer needs);

8. Configure a T-shaped workbench to facilitate the connection of various testing fixtures;

9. The servo actuator is mounted on top, and the actuator is an electronic servo system with exquisite appearance, easy operation, and excellent performance;

10. Real time display, playback, amplification, analysis, storage, and output functions of experimental data;

11. Rich optional fatigue test fixtures: tensile test fixtures, bending test fixtures, compression test fixtures, etc;

12. Fatigue professional testing software, with powerful functions, can set load, displacement, amplitude, and frequency according to needs, and draw S-N curves in real time;

13. The design of the measurement and control system meets strict testing machine product standards and is compatible with software systems, integrating functions such as sensor signal amplification, data acquisition, data display, curve drawing, and data processing;

14. The measurement and control system has a three loop control mode of stress control, strain control, and displacement control, and can smoothly switch between each section;