Characteristics and function of special-shaped spring

When the special-shaped spring is loaded, it can produce large elastic deformation and transform mechanical energy or kinetic energy into deformation energy.After the external force is removed, the deformation of the special-shaped spring disappears and returns to its original state, and the deformation energy is converted into mechanical energy or kinetic energy.

  Shaped springs are mechanical parts that work with elasticity and are basically made of spring steel.Used to monitor the movement of parts, reduce shock or vibration, store energy, measure force, etc., widely used in machines and instruments, the variety is complex, made of steel wire, its shape is suitable for various purposes, can also be customized according to market needs.

  Characteristics and function of special-shaped spring

  A profiled spring assembly for linear spring is composed of four or more shaping tools vertically distributed around central axis of main shaft for guiding wire and pushing said central axis in extending direction along central axis direction perpendicular to main shaft. Said profiled spring and shaping tools impact wire fed from top of main shaft.

  Main function of profiled spring

  It is possible to control the movement of the machine, such as monitoring the profiled spring in the clutch device.Can absorb shock energy, such as cars, train cars under the shock absorption shaped spring.To store and transmit energy in the form of power, as in a clockwork.For force measuring elements, such as dynamometers, the ratio of force to deformation is called stiffness.The greater the stiffness, the stiffer the profiled spring.

  Shaped springs are common mechanical parts.Most devices and products have their components, which are a very versatile and practical part.When the spring is used horizontally, the guide pin and spring will wear and crack when the spring is used horizontally.When the flatness of the installation surface is poor, the parallelism of the mating surface will cause spring deformation and local high pressure cracks.Parallelism is poor, use more than 300,000 times, the spring will deform, it will crack.Improve parallelism of mounting surfaces under the condition that the number of uses does not exceed 300,000.Use without preload causes the spring to vibrate up and down due to the gap, causing it to deform.If there is a preload, it will be more stable than the pressure generated by the larger compression amount, resulting in damage, which gradually closes, because the fixed number of metal shaped springs becomes higher, resulting in a higher load curve, which will generate high stress and crack.The clearance between the counterbore and the counterbore is too small, and the friction between the external expansion and the counterbore will cause 66.png force concentration cracking due to spring compression. The better counterbore diameter is 1.5mm outer diameter of the spring.