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Compression spring manufactured from spring steel with 14.5 coils and closed ends. This spring features an O.D. of 0.625", and an I.D. of 0.465".


Label | Value |
---|---|
Brand | Century Spring |
Display Name | 1787 |
Ends | Closed |
Finish | Zinc |
Free Length | 2.5 in |
Inside Diameter | 0.465 in |
Material | Spring Steel |
Outside Diameter | 0.625 in |
Part Type | Standard |
Rate | 29 lbs/in |
SKU | 1787CS |
Solid Length | 1.24 in |
Suggested Max Deflection | 0.94 in |
Suggested Max Load | 27 lbf |
Total Coils | 14.5 |
Wire Diameter | 0.08 in |
Label | Value |
---|---|
Brand | Century Spring |
Display Name | 1787 |
Ends | Closed |
Finish | Zinc |
Free Length | 63.5 mm |
Inside Diameter | 11.81 mm |
Material | Spring Steel |
Outside Diameter | 15.88 mm |
Part Type | Standard |
Rate | 5.08 N/mm |
SKU | 1787CS |
Solid Length | 31.5 mm |
Suggested Max Deflection | 23.88 mm |
Suggested Max Load | 120.1 N |
Total Coils | 14.5 |
Wire Diameter | 2.03 mm |
The 1787CS compression spring is a meticulously engineered component designed for a wide range of industrial applications requiring reliable performance and durability. Crafted from premium 0.08" diameter spring steel, the 1787 spring design exhibits reliable strength across its 14.5 active coils, withstanding repeated compression cycles with a maximum load of 27 lbf without succumbing to fatigue.
We manufacture the 1787 design to provide a compression spring that is 2.5" long at rest and provides a consistent rate of 29 lbs/in along its recommended maximum of 0.94" deflection. For best results, your application should fully accommodate the inner (0.465") and outer (0.625") diameters of this spring and be designed for its closed end configuration.
We manufacture the 1787 design to provide a compression spring that is 2.5" long at rest and provides a consistent rate of 29 lbs/in along its recommended maximum of 0.94" deflection. For best results, your application should fully accommodate the inner (0.465") and outer (0.625") diameters of this spring and be designed for its closed end configuration.