• Constant Force Spring CFS-002
  • Constant Force Spring CFS-002

Constant Force Spring CFS-002

Specification Overview

Materials:Including SUS301 and precision steel strips, with customization available to suit your application.

Thickness : 0.04 - 1.0mm

Width : 2.5 - 90mm

Features:Constant force、Safety design、Wide range of applications

Applications:Suitable for products that operate in a linear motion. The force remains consistent during the extension process, and also remains consistent during the retraction process. Overall, the extension force is slightly greater than the retraction force, by approximately 10–20%.

…etc
Model : CFS-002


  • Material : Type 301 stainless steel is typically used for most applications. High-carbon steel and other materials may be required.
  • A wide variety of materials are available for use depending on your application.
  • Thickness : 0.04 - 1.0mm
  • Width : 2.5 - 90mm


Introduction
[Constant Force Spring] / [Customized Constant Force Spring]

Constant force springs are a special variety of extension spring.  They consist of a spiral of strip material with built-incurvature.  When the strip is extended the inherent stress resists the loading force, just as in a common extension spring, but at a nearly constant rate.

In use, the constant force spring is usually mounted with a drum and the free end attached to the loading force.  This relationship can be reversed, however, with the free end mounted stationary and the constant force spring itself providing the working force, as with carbon brushes in electrical apparatus.

Feature of Spring
[Constant Force Spring application]

constant force springs


1.Material

2.T=Material thickness

3.W=Width

4.Total length

5.I.D=Inside diameter

6.O.D=Outside diameter

7.In/Ext=Initial extension

8.Wo/Ext=working extension

9.A=End configuration centerline hole to end

10.B=End configuration hole diameter

11.Load


Application
[Constant Force Spring]



Power Diagram
[Constant Force Spring]


constant-force-spring-power-diagram.jpg



Torque Graph


21.jpg


Application:https://www.youtube.com/shorts/HnH3vqvjgiw