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Stainless Steel Compression Springs Ultralight Load Spring With ISO/TS16949 :2009

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Stainless Steel Compression Springs Ultralight Load Spring With ISO/TS16949 :2009

China Stainless Steel Compression Springs Ultralight Load Spring With ISO/TS16949 :2009 supplier
Stainless Steel Compression Springs Ultralight Load Spring With ISO/TS16949 :2009 supplier Stainless Steel Compression Springs Ultralight Load Spring With ISO/TS16949 :2009 supplier Stainless Steel Compression Springs Ultralight Load Spring With ISO/TS16949 :2009 supplier

Large Image :  Stainless Steel Compression Springs Ultralight Load Spring With ISO/TS16949 :2009

Product Details:

Place of Origin: Japan
Brand Name: TRY SPRING
Certification: ISO/TS16949:2009
Model Number: CP0.9*18*60

Payment & Shipping Terms:

Minimum Order Quantity: 50 units
Price: Negotiation
Packaging Details: Carton
Delivery Time: Within 24 hours after receive your payment
Payment Terms: T/T, or L/C at sight, or Western Union
Supply Ability: 10,000+ pcs
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Detailed Product Description
Surface Treament: Surface Finish Application: Mould / Valve / Elevator / High-speed Rail / Electric Appliance
Number Of Total Coils: 10.5 Turns Number Of Active Coils: 8.5 Turns
The Coefficient Of Springs: 0.151 N/mm Color: Natural Clolr

Industrial Compression Springs Ultralight Load Spring With ISO/TS16949 :2009
 


TRYSpring Description:

  • TRY Spring is especially designed for the stamping mold / plastic mold ; TRY spring can have a powerful motivation in a small space to compare with the round wire coil spring . DAI spring has the type of lightest load spring , light load spring, medium load spring , heavy load spring , super heavy load spring , hyper heavy load spring , and the hight deflection spring . TRY springs are easy for choosing because they are coating by their own different color.

  • The SUS304WPB material has the performance of high stress , high amplitude and the excellent heat resistance , the durability is improved compare with the shot peening process.

 
 TRY Spring Detailed Performance
 

Stainless Steel Compression Springs Ultralight Load Spring With ISO/TS16949 :2009

 

 
 

DAI Spring Choosing Method

 

 

Take the exactly 4 data for Working Load, Spring Outside Diameter, Using Time, and the Deflection before choose our DAI spring .

 

For example:

1. Working Load                     13.61 N

2. Spring Outside Diameter       18.0 mm

3. Using Time                            4,000,000-time Use

4. Deflection                            60 mm

 

Look at the below Load Curve by 1,000,000-time Use, focus on the vertical axis of Load ( kgf ) by 100kgf, find the crossing point from the horizontal axis of Outside Diameter by 25mm, we can know the load grade information.

Based on the Load Curve, by 1,000,000-time Use, when the deflection is 25mm, the below RED 25-100 spring was selected:

 

wire diameter(mm) Outside Diameter(mm) inside Diameter(mm) Free Length(mm) constant(N/mm)
0.9 18.0 16.2 60 0.151
         

 

DAI Spring Using Precautions

 

When you use DAI Spring, please observe the following instructions.

 

  • Use Over Maximum Deflection (4000,000-time Condition) (Use Near Closing Position)

     

    As illustrated in the drawing on the right hand, use over 300,000-time condition will be become the use around solid length. Around the solid length, since the number of active coils will become gradually coherent, the spring constant will become higher, and as illustrated, the load characteristic rises and becomes high stress, which would cause damage to products. Please refrain from using over 300,000-time condition.

     

     

     

  • Use without Initial Deflection

     

    Use with any space will give impact and cause damage to spring. Be sure to use with the initial deflection of 1mm or more.

 

  • Use by Nipping Scrap or Foreign Articles

     

    As illustrated in the drawing on the right side, when any foreign articles is caught in spring, such part will not work as number of active coils, and the number of active coils will substantially become reduced, which would cause higher spring constant and damage to spring. Also, the solid length will become longer.

     

     

     

     

  • Use Where the Parallelism of Mounted Surface Is Not Good

 

Bad parallelism of mounted surface would cause twisting or damage to spring. Be sure to check the parallelism.

 

  • Do not use without spring guide

     

    Use without spring guide would cause twisting or damage to spring. Be sure to use spring guide such as shaft or outside diameter guide.

     

  • Using Temperature

     

           When the using environmental temperature becomes higher, substantial function loss will occur. Be careful about using environmental temperature.

 

Contact Details
Shanghai DaiDo SP co.,ltd

Contact Person: Ms. Suzy, Cao

Tel: 86-21-57747016-825

Fax: 86-21-57745228

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