Frame foot force fatigue testing machine

Model: WTH-JC-3040

Frame vertical horizontal force fatigue tester is a special test equipment used to test the fatigue performance of automobile frame in vertical and horizontal direction. The testing machine is one of the important test equipment in the field of automotive engineering. It can evaluate the fatigue life and performance of the frame structure by simulating the vertical and horizontal forces subjected to the actual road driving.

The frame vertical horizontal force fatigue testing machine is mainly composed of test bench, hydraulic system, sensor, control system and so on. The force provided by the hydraulic system is used to simulate the various forces received by the car during the driving process, and the mechanical parameters in the test process are monitored by the sensor in real time. The control system can accurately control the test process according to the pre-set test scheme to ensure the reliability and accuracy of the test process.

In the frame vertical horizontal force fatigue test, first of all need to set the test parameters according to the test requirements, such as load size, frequency, test time and so on. The frame to be tested is then mounted on the test bench, and vertical and horizontal forces are applied through the hydraulic system to simulate the forces experienced by the vehicle during driving. During the test, the sensor monitors the deformation and stress of the frame in real time, and records the test data for subsequent analysis.

Frame vertical horizontal force fatigue testing machine can be widely used in automobile manufacturers, research and development institutions and third-party testing institutions. Through the fatigue test of the frame, the durability of the frame can be evaluated during long-term use, which provides an important reference for improving the design of the frame and improving the safety of the vehicle.

In general, the frame vertical horizontal force fatigue testing machine is a very important test equipment in the field of automotive engineering, which can effectively evaluate the performance and life of the frame structure in the stress fatigue environment, and provide support and guarantee for the design and manufacture of automobiles.