Prestressed Power Spring PPS-012
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:Pre-wound with internal pre-stress, delivering stable and high torque with quick response. Offers long service life, high reliability, easy assembly, and user-friendly operation.
Applications:Used in devices that require a higher number of spring turns to operate, such as fall arresters, air (or water) hose retractors, and automotive seat belts.
Model : PPS-010
Materials：Including SUS301 and precision steel strips, with customization available to suit your application.
Thickness : 0.04 - 1.0mm
Width : 2.5 - 90mm
Features:Pre-wound with internal pre-stress, delivering stable and high torque with quick response. Offers long service life, high reliability, easy assembly, and user-friendly operation.
Applications:Used in devices that require a higher number of spring turns to operate, such as fall arresters, air (or water) hose retractors, and automotive seat belts.
Model : PPS-010
Model :
PPS-012
- 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
[Prestressed Power Spring] / [Customized Prestressed Power Spring]Prestressed Power springs are made of rectangular section material, 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), prestressed power springs are retained in some type of housing or case in application.
Feature of Spring
[Prestressed Power Spring]
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1. Material
2. T=Material thickness
3. W=Width
4. Da=Shaft diameter
5. Di=Inside diameter of holder
(Outside diameter of spring)
Application
[Prestressed Power Spring]
However, prestressed powers can store 25%~55% greater energy than power springs. It also has higher turns than power spring when their sizes are the same.
Power Diagram
[Prestressed Power Spring]
Torque Graph
● 20.572001 kg-cm Maximum Torque
Data Point 01 = 10.966, 8
Data Point 02 = 19.741, 35
Data Point 03 = -47.728, -35
Data Point 04 = 10.301, 8
K (Slope) Value = 0.3250 kg-cm/rev
kg-cm
KP25-000152
