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Multi Turn Wave Springs with Shim End Carbon steel

Product Description

Multi Wave Springs Wave Compression Springs with shim ends calculation

Description:

  1. A wave spring, also known as coiled wave spring or scrowave spring, is a spring made up of pre-hardened flat wire in a process called on-edge coiling (also known as edge-winding). During this process, waves are added to give it a spring effect.
  2. Multi turn wave springs with shim end should be used for all applications requiring tight load deflection specifications where axial space is critical.

The basic function of multi turn wave springs with shim end is to give a force to the nut after the nut is tightened, and increase the friction force between the nut and the bolt, that is, to prevent the loosening of the tightening bolt caused by the vibration of the equipment in operation, and the increased a protective measure.

The material of the multi turn wave springs with shim end is 65MN spring steel, heat treatment hardness HRC44-51HRC, surface treatment. In addition, the snap spring of the spring washer is an elastic washer or snap lock washer that prevents the bolt from loosening. The working principle of this lock washer is very simple. It consists of two spacers. The outer side is the radial relief surface, and the inner side is the helical tooth surface. When assembled and used, the surfaces of the inner helical teeth are opposite, and the outer radial relief surface is engaged with the contact surfaces of both ends, ensuring that the bolts are loosened when the connector vibrates, and the inner helical teeth surfaces of the two washers are relatively misaligned, achieving 100% locking effect.

Conditions for the influence of elastic potential energy of multi turn wave springs with shim end

With the increasing use of various mechanical equipment, the development speed of various shopping malls is getting faster and faster, and the development of the parts industry has gradually emerged. As an indispensable part of mechanical equipment, wave springs are widely used , brings a lot of convenience to life and production, but also encounters various problems in the process of use, such as what causes themulti turn wave springs with shim end to fail?

  1. There are quality problems in the manufacturing process of multi turn wave springs with shim end. Even though some strengthening treatments have been carried out in the production process, the shortcomings of the manufacturing materials have shortened the life of the springs a lot, resulting in the early occurrence of materials. elastic fatigue, which in turn leads to spring failure.
  2. If the environmental conditions for the use of the parts are not good, the elastic failure will also occur. Because the operation at room temperature can exert good elasticity and conductivity, but with the increase of the operating environment temperature, it will gradually exceed the limit. Failure of multi turn wave springs with shim end.

Lisheng is a professional China multi turn wave springs with shim end company. We have rich experience in production, and we have products produced from various raw materials such as carbon steel, stainless steel, Inconel superalloy, copper alloy, and titanium alloy. Please contact us if you are interested in our products.

Specification:

Part No. Operates in
Bore Diameter
Lears Shaft
Diameter
Load Work Height Free Height Waves Turns Thinkness Radial Wall Spring Rate
mm mm (N) mm mm mm mm N/MM
LM28-H1 28 22 130 4.57 7.24 3.5 3 0.46 2.39 48.69
LM28-L1 28 22 50 3.76 7.24 3.5 3 0.3 2.39 14.37
LM28-M1 28 22 80 4.39 7.24 3.5 3 0.38 2.39 28.07
LM28-H2 28 22 130 6.07 9.65 3.5 4 0.46 2.39 36.31
LM28-L2 28 22 50 5 9.65 3.5 4 0.3 2.39 10.75
LM28-M2 28 22 80 5.84 9.65 3.5 4 0.38 2.39 21
LM28-H3 28 22 130 7.59 12.07 3.5 5 0.46 2.39 29.02
LM28-L3 28 22 50 6.27 12.07 3.5 5 0.3 2.39 8.62
LM28-M3 28 22 80 7.32 12.07 3.5 5 0.38 2.39 16.84
LM28-H4 28 22 130 9.12 14.48 3.5 6 0.46 2.39 24.25
LM28-L4 28 22 50 7.52 14.48 3.5 6 0.3 2.39 7.18
LM28-M4 28 22 80 8.79 14.48 3.5 6 0.38 2.39 14.06
LM28-H5 28 22 130 10.64 16.89 3.5 7 0.46 2.39 20.8
LM28-L5 28 22 50 8.79 16.89 3.5 7 0.3 2.39 6.17
LM28-M5 28 22 80 10.24 16.89 3.5 7