Spring lateral stiffness testing machine

Spring lateral stiffness testing machineGeneral functions:

1) According to different spring design requirements, by inputting known parameters, the experiment can be automatically conducted, and after the experiment is completed, it will

Move back to the initial position of the experiment. If batch testing is conducted, it will better display the *'s * nature, which will benefit users

All automation during the experimental process, except for replacing the spring, can be achieved by inputting the test parameters at once

Operation, with very high testing efficiency;

2)Spring lateral stiffness testing machineCapable of completing functions such as sensor parameter calibration, zero point clearing, parameter storage and loading; Control equipment

Provide protection functions such as automatic shutdown or alarm for various test parameters exceeding the limit or setting;

3) Under the Windows XP operating system platform, the user interface is entirely in Chinese, with a user-friendly human-machine interface and a testing machine

All operations are completed through a computer keyboard and mouse, and the computer screen displays the test force, displacement, and horizontal direction

The speed of beam movement, the working status of the testing machine, and the ability to operate with shortcut keys. Real time data collection, data

Calculate and process data, and provide functions such as data storage, query, and printing, which can display and draw experimental forces in real time

A deformable curve that can be zoomed in or out of, locally zoomed in on, and allows users to zoom in

Drag the mouse within the area to achieve the translation of the magnified curve.

3. Lateral stiffness and lateral free bending deformation testing function:

1) Apply the prescribed axial static force to the spring and measure the deformation and direction of the spring in the X and Y axes,

Calculate the bending direction, offset, and angle of the measurement platform;

2) Apply the prescribed axial static force to the spring and measure the force that the platform can return to its initial center position,

I.e. bending force;

3) The same size of axial static force is applied to the spring, continuously exerting lateral force on the spring, and the measurement is specified

Calculate the lateral force under lateral displacement, determine the lateral stiffness of the spring, and plot the lateral stiffness of the spring - variation

Shape curve.