Power Spring PS-102
Specification Overview
Materials：Including SUS301, SAE1080, SK5 and precision steel strips, with customization available to suit your application.
Thickness : 0.04 - 1.0mm
Width : 2.5 - 90mm
Features:
The steel strip is wound around a central arbor, starting from a naturally relaxed state. It offers a gentle torque curve, making it ideal for short travel distances and continuous release. The design allows for simple assembly and convenient operation.
Applications: Used in devices that required fewer spring turns to operate, such as car window regulators, toys, rowing machines (fitness equipment), clocks, and others.
Materials：Including SUS301, SAE1080, SK5 and precision steel strips, with customization available to suit your application.
Thickness : 0.04 - 1.0mm
Width : 2.5 - 90mm
Features:
The steel strip is wound around a central arbor, starting from a naturally relaxed state. It offers a gentle torque curve, making it ideal for short travel distances and continuous release. The design allows for simple assembly and convenient operation.
Applications: Used in devices that required fewer spring turns to operate, such as car window regulators, toys, rowing machines (fitness equipment), clocks, and others.
Model :
PS-102
- 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
[Power Spring] / [Customized Power Spring]Power springs are made of rectangular section material, Power springs are wound flat, and have either special retaining holes or bends on both ends. As the length-to-thickness ratio (L/t) increases, the spiral space between coils increases rapidly. To reduce the space required and maintain a reasonable amount of deflection (turns), power springs are retained in some type of housing or case in application.
Feature of Spring
[Power Spring]
1. Material
2. T=Material thickness
3. W=Width
4. Da=Shaft diameter(recommended)
5. R=inside diameter of holder
6. N=Number of coils
Application
[Power Spring]
Power spring are mainly used in clock, spring motors for toys. timers, as well as in retractor mechanisms for electrical cords, compressor pipes and seat belts.
Power Diagram
[Power Spring]
