Compression Springs - Stainless steel - Range D

Technical drawing - Compression spring - Range D
Series D is designed for use in testing. If you are uncertain what length you need, here you can find a spring you can cut to the desired length. This range of springs are also available in piano wire, which is approximately 10% stronger than the equivalent spring in stainless steel. Please note that we are unable to define a maximum force, as it depends upon the length.

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d - Wire diameter (in)
De - External diameter (in)
Di - Internal diameter (in)
L0 - Unloaded length (in)

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Wire diameter (in)
De
External diameter (in)
Di
Internal diameter (in)
L0
Unloaded length (in)
Range SKU Stock Tech Drawing Read More 3D CAD
Stainless steel 302 0.0157 0.0945 0.0630 39.3701 D 29000 29000
Stainless steel 302 0.0157 0.1417 0.1102 39.3701 D 29010 29010
Stainless steel 302 0.0197 0.1457 0.1063 39.3701 D 29020 29020
Stainless steel 302 0.0197 0.1772 0.1378 39.3701 D 29030 29030
Stainless steel 302 0.0248 0.1823 0.1327 39.3701 D 29040 29040
Stainless steel 302 0.0248 0.2217 0.1720 39.3701 D 29050 29050
Stainless steel 302 0.0256 0.2362 0.1850 11.8110 D 16RF 16RF
Stainless steel 302 0.0295 0.2756 0.2165 11.8110 D 17RF 17RF
Stainless steel 302 0.0315 0.2283 0.1654 39.3701 D 29060 29060
Stainless steel 302 0.0315 0.2795 0.2165 39.3701 D 29070 29070
  1. 29000
    In stock: 10
    Material Stainless steel 302
    d - Wire diameter (in) 0.0157
    De - External diameter (in) 0.0945
    Di - Internal diameter (in) 0.0630
    L0 - Unloaded length (in) 39.3701
    Range D
  2. 29010
    In stock: 3
    Material Stainless steel 302
    d - Wire diameter (in) 0.0157
    De - External diameter (in) 0.1417
    Di - Internal diameter (in) 0.1102
    L0 - Unloaded length (in) 39.3701
    Range D
  3. 29020
    In stock: 13
    Material Stainless steel 302
    d - Wire diameter (in) 0.0197
    De - External diameter (in) 0.1457
    Di - Internal diameter (in) 0.1063
    L0 - Unloaded length (in) 39.3701
    Range D
  4. 29030
    In stock: 14
    Material Stainless steel 302
    d - Wire diameter (in) 0.0197
    De - External diameter (in) 0.1772
    Di - Internal diameter (in) 0.1378
    L0 - Unloaded length (in) 39.3701
    Range D
  5. 29040
    In stock: 24
    Material Stainless steel 302
    d - Wire diameter (in) 0.0248
    De - External diameter (in) 0.1823
    Di - Internal diameter (in) 0.1327
    L0 - Unloaded length (in) 39.3701
    Range D
  6. 29050
    In stock: 7
    Material Stainless steel 302
    d - Wire diameter (in) 0.0248
    De - External diameter (in) 0.2217
    Di - Internal diameter (in) 0.1720
    L0 - Unloaded length (in) 39.3701
    Range D
  7. 16RF
    In stock: 307
    Material Stainless steel 302
    d - Wire diameter (in) 0.0256
    De - External diameter (in) 0.2362
    Di - Internal diameter (in) 0.1850
    L0 - Unloaded length (in) 11.8110
    Range D
  8. 17RF
    In stock: 186
    Material Stainless steel 302
    d - Wire diameter (in) 0.0295
    De - External diameter (in) 0.2756
    Di - Internal diameter (in) 0.2165
    L0 - Unloaded length (in) 11.8110
    Range D
  9. 29060
    In stock: 17
    Material Stainless steel 302
    d - Wire diameter (in) 0.0315
    De - External diameter (in) 0.2283
    Di - Internal diameter (in) 0.1654
    L0 - Unloaded length (in) 39.3701
    Range D
  10. 29070
    In stock: 10
    Material Stainless steel 302
    d - Wire diameter (in) 0.0315
    De - External diameter (in) 0.2795
    Di - Internal diameter (in) 0.2165
    L0 - Unloaded length (in) 39.3701
    Range D
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Material

DIN 17224 AISI 302 WERKSTOFF NO. 1.4310
Working temperature between -200 ºC and +250 ºC.
Produced in stainless steel for use in all environment. The stainless steel is rust-resistant.

Spring constant

There are no spring constants for this range of springs. These springs are designed to test and try where the springs can be shortened to achieve the desired length. The spring constant depends on the length, so we are unable to provide a general spring constant.

Winding direction

Normally right-handed

Misc.

If the springs are compressed to Ln, the spring will set itself. It will then not return to its original length, L0.

Always dimension a spring so that it delivers the desired travel and force with as little exertion as possible. This prolongs the service life of the spring. Applying maximum load to the spring will shorten its service life and cause it to become permanently distorted.

These springs are intended for tests and experiments. You can cut them to the required length. The ends of the compression springs should be closed after the desired length is found.

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