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Century Spring

S-915CS - 0.56" 302/304 Stainless Steel Compression Spring

Inventory Status
Estimated Lead Time

Compression spring manufactured from 302/304 stainless steel with 3.13 coils and closed ends. This spring features an O.D. of 0.859", and an I.D. of 0.751".

NOTE: The spring rate value for compression springs with 4 coils or less is a reference value.

Download CAD
Unit System
Specs (in standard)
Label Value
Brand Century Spring
Display Name S-915
Ends Closed
Finish None
Free Length 0.56 in
Inside Diameter 0.751 in
Material 302/304 Stainless Steel
Outside Diameter 0.859 in
Part Type Standard
Rate 18 lbs/in
SKU S-915CS
Solid Length 0.22 in
Suggested Max Deflection 0.34 in
Suggested Max Load 6.2 lbf
Total Coils 3.13
Wire Diameter 0.054 in
Specs (in metric)
Label Value
Brand Century Spring
Display Name S-915
Ends Closed
Finish None
Free Length 14.22 mm
Inside Diameter 19.08 mm
Material 302/304 Stainless Steel
Outside Diameter 21.82 mm
Part Type Standard
Rate 3.15 N/mm
SKU S-915CS
Solid Length 5.59 mm
Suggested Max Deflection 8.64 mm
Suggested Max Load 27.58 N
Total Coils 3.13
Wire Diameter 1.37 mm
The S-915 compression spring is engineered for optimal performance in demanding applications. Constructed from high-quality 302/304 stainless steel and designed with precision and durability in mind, this spring is an essential component for a variety of mechanical systems where reliable force and resilience are paramount.

The S-915CS compression spring is designed with a free length of 0.78" total of 6 coils, and a rate of 1.1 lbs/in providing a balanced combination of flexibility and strength. This spring coil, and its closed & ground end configuration allows for efficient energy storage and release, making it suitable for applications requiring precise motion control.

The S-915 spring design is ideal for use in industrial machinery, automotive systems, and various mechanical assemblies where reliable force application is crucial. Its robust construction and thoughtful design make it a dependable choice for engineers seeking a high-performance spring solution.

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