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Disc springs 50CrV4 - 302 - 304 - 316

Disc springs

Tech Drawing - Disc springs
Go to technical information

We’ll usually dispatch your order the same day with expected delivery within 2-4 days. This applies to all stocked disc springs

This applies to all stocked disc springs

See quantity discounts and prices by clicking on the shopping cart next to the required product.

Use the range sliders below for quick and easy navigation.

What is a disc spring?
 

A disc spring provides great force for short travel and is therefore often used in constructions with a need for great force in minimal space. The disc spring has been designed as a conical spring washer that provides resistance when compressed, giving the spring its spring effect.

Get more power out of disc springs
 

If one disc spring is not enough for the desired force and travel, it is possible to combine/stack several disc springs.

If 2 identical disc springs are inserted into each other, this provides 2 x the force and 1 x the travel.
If 2 identical disc springs are placed against each other, this provides 1 x the force and 2 x the travel.

Therefore, by combining identical stacks, you can adjust the force and the travel according to the task.

Black disc springs
 

Black disc springs are phosphated and oiled. This offers some degree of protection, but does not provide definite rust protection.

Stainless steel disc springs
 

Our stainless steel disc springs are made of AISI 302, AISI 304 & AISI 316 material. We recommend using these in humid or wet environments.

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45-70092-description

Oiled spring steel

45-70015-description

Stainless steel 302

45-70023-description

Stainless steel 304

45-70184-description

Stainless steel 316
Shop By
Shopping Options
De - External diameter (in)
Di - Internal diameter (in)
t - Thickness (in)
L0 - Unloaded length (in)
L - Height in load F (in)
F - Force (lbs)
s - Max travel (in)
Material

Items 1-10 of 945

Set Descending Direction
View prices - Add to Cart Material De
External diameter (in)		 Di
Internal diameter (in)		 t
Thickness (in)		 L0
Unloaded length (in)		 L
Height in load F (in)		 F
Force (lbs)		 s
Max travel (in)		 SKU Stock Tech Drawing Read More 3D CAD
Stainless steel 304 0.2362 0.1260 0.0118 0.0177 0.0134 26.0778 0.0043 600-320-30-304 600-320-30-304
Stainless steel 302 0.2362 0.1260 0.0118 0.0177 0.0134 22.3572 0.0043 00600100RF 00600100RF
Stainless steel 316 0.2362 0.1260 0.0118 0.0177 0.0134 26.0778 0.0043 600-320-30-316 600-320-30-316
Oiled spring steel 0.2362 0.1260 0.0118 0.0177 0.0134 26.7523 0.0043 600-320-30 600-320-30
Stainless steel 316 0.3150 0.1260 0.0079 0.0157 0.0098 5.6202 0.0059 800-320-20-316 800-320-20-316
Stainless steel 304 0.3150 0.1260 0.0079 0.0157 0.0098 5.6202 0.0059 800-320-20-304 800-320-20-304
Oiled spring steel 0.3150 0.1260 0.0079 0.0157 0.0098 5.8450 0.0059 00800200 00800200
Oiled spring steel 0.3150 0.1260 0.0079 0.0157 0.0098 5.8450 0.0059 800-320-20 800-320-20
Stainless steel 316 0.3150 0.1260 0.0118 0.0217 0.0142 22.7057 0.0075 800-320-30-316 800-320-30-316
Oiled spring steel 0.3150 0.1260 0.0118 0.0217 0.0142 23.4476 0.0075 800-320-30 800-320-30
  1. 600-320-30-304
    In stock: 2,732
    600-320-30-304
    Material Stainless steel 304
    De - External diameter (in) 0.2362
    Di - Internal diameter (in) 0.1260
    t - Thickness (in) 0.0118
    L0 - Unloaded length (in) 0.0177
    L - Height in load F (in) 0.0134
    F - Force (lbs) 26.0778
    s - Max travel (in) 0.0043
  2. 00600100RF
    In stock: 2,625
    00600100RF
    Material Stainless steel 302
    De - External diameter (in) 0.2362
    Di - Internal diameter (in) 0.1260
    t - Thickness (in) 0.0118
    L0 - Unloaded length (in) 0.0177
    L - Height in load F (in) 0.0134
    F - Force (lbs) 22.3572
    s - Max travel (in) 0.0043
  3. 600-320-30-316
    In stock: 9,592
    600-320-30-316
    Material Stainless steel 316
    De - External diameter (in) 0.2362
    Di - Internal diameter (in) 0.1260
    t - Thickness (in) 0.0118
    L0 - Unloaded length (in) 0.0177
    L - Height in load F (in) 0.0134
    F - Force (lbs) 26.0778
    s - Max travel (in) 0.0043
  4. 600-320-30
    In stock: 18,600
    600-320-30
    Material Oiled spring steel
    De - External diameter (in) 0.2362
    Di - Internal diameter (in) 0.1260
    t - Thickness (in) 0.0118
    L0 - Unloaded length (in) 0.0177
    L - Height in load F (in) 0.0134
    F - Force (lbs) 26.7523
    s - Max travel (in) 0.0043
  5. 800-320-20-316
    In stock: 9,896
    800-320-20-316
    Material Stainless steel 316
    De - External diameter (in) 0.3150
    Di - Internal diameter (in) 0.1260
    t - Thickness (in) 0.0079
    L0 - Unloaded length (in) 0.0157
    L - Height in load F (in) 0.0098
    F - Force (lbs) 5.6202
    s - Max travel (in) 0.0059
  6. 800-320-20-304
    In stock: 3,755
    800-320-20-304
    Material Stainless steel 304
    De - External diameter (in) 0.3150
    Di - Internal diameter (in) 0.1260
    t - Thickness (in) 0.0079
    L0 - Unloaded length (in) 0.0157
    L - Height in load F (in) 0.0098
    F - Force (lbs) 5.6202
    s - Max travel (in) 0.0059
  7. 00800200
    In stock: 13,640
    00800200
    Material Oiled spring steel
    De - External diameter (in) 0.3150
    Di - Internal diameter (in) 0.1260
    t - Thickness (in) 0.0079
    L0 - Unloaded length (in) 0.0157
    L - Height in load F (in) 0.0098
    F - Force (lbs) 5.8450
    s - Max travel (in) 0.0059
  8. 800-320-20
    In stock: 19,961
    800-320-20
    Material Oiled spring steel
    De - External diameter (in) 0.3150
    Di - Internal diameter (in) 0.1260
    t - Thickness (in) 0.0079
    L0 - Unloaded length (in) 0.0157
    L - Height in load F (in) 0.0098
    F - Force (lbs) 5.8450
    s - Max travel (in) 0.0059
  9. 800-320-30-316
    In stock: 9,890
    800-320-30-316
    Material Stainless steel 316
    De - External diameter (in) 0.3150
    Di - Internal diameter (in) 0.1260
    t - Thickness (in) 0.0118
    L0 - Unloaded length (in) 0.0217
    L - Height in load F (in) 0.0142
    F - Force (lbs) 22.7057
    s - Max travel (in) 0.0075
  10. 800-320-30
    In stock: 19,955
    800-320-30
    Material Oiled spring steel
    De - External diameter (in) 0.3150
    Di - Internal diameter (in) 0.1260
    t - Thickness (in) 0.0118
    L0 - Unloaded length (in) 0.0217
    L - Height in load F (in) 0.0142
    F - Force (lbs) 23.4476
    s - Max travel (in) 0.0075
Page
per page
Oiled spring steel
 
Surface:
Phosphatised and oiled
Working temperature:
Between -4 ºF and +212 ºF
Classification:
Material thickness (t) less than 0.0492":
CK 67, CK 75 and CK 85 in accordance with DIN 17222
Material thickness (t) from 0.0492" and up:
50 CRV 4 in accordance with DIN 17222 and DIN 17221
Shaping:
Material thickness (t) less than 0.0492":
Punched, cold-moulded with bevelled edges
Material thickness (t) from 0.0492" to 0.2362":
Punched, could-moulded and turned diameters
Material thickness (t) from 0.2362":
Cold or hot-moulded, and all surfaces machined
Thicknesses of finished disc springs may measure less than the specified thickness as the specified thickness is before machining.
Stainless steel 302, 304 & 316
 
Working temperature:
Between -328 ºF and +392 ºF
Classification:
Stainless steel 302: W. Nr. 1.4310
Stainless steel 304: W. Nr. 1.4301
Stainless steel 316: W. No. 1.4401
Shaping:
Material thickness (t) less than 0.0492":
Punched, cold-moulded with bevelled edges
Material thickness (t) from 0.0492" to 0.2362":
Punched, could-moulded and turned diameters
Material thickness (t) from 0.2362":
Cold or hot-moulded, and all surfaces machinedbr />Thicknesses of finished disc springs may measure less than the specified thickness as the specified thickness is before machining.

All our disc springs are magnetic - including those in AISI 316. This is due to the way they are produced. If non-magnetic disc springs are desired, please contact us at: [email protected]

Oiled spring steel & Stainless steel 302 - 8 digits in item number (e.g. 00600100) & Stainless 302 (00600100RF)
 

Springs are dimensioned according to DIN 2093. The dimensions in the catalogue are unmachined measurements. Therefor measurements may differ from those in the catalogue tables. This applies to diameters and thickness.

The force is calculated theoretically. It is intended as a guide, with scope for large tolerances.

50 CrV4 & Stainless 304 & stainless 316 (all with stock numbers such as 1200-420-50 & 1200-420-50-304 & 1200-420-50-316)
 

The springs 50 CrV4 & Stainless 304 & stainless 316 are dimensioned according to DIN 16983, which gives the following tolerances.

The force is calculated theoretically. It is intended as a guide, with scope for large tolerances.

Size of dia. (in)
From
To
>0.1181
0.2362
>0.2362
0.3937
>0.3937
0.7087
>0.7087
1.1811
>1.1811
1.9685
>1.9685
3.1496
>3.1496
4.7244
>4.7244
7.0867
>7.0867
9.8425
>9.8425
12.402
>12.402
15.748
>15.748
19.685
Tolerance (in)
De
Di
Conc
0 / -0.0047
0.0047 / 0
0.0059
0 / -0.0059
0.0059 / 0
0.0071
0 / -0.0071
0.0071 / 0
0.0087
0 / -0.0083
0.0083 / 0
0.0102
0 / -0.0098
0.0098 / 0
0.0126
0 / -0.0118
0.0118 / 0
0.0236
0 / -0.0138
0.0138 / 0
0.0276
0 / -0.0157
0.0157 / 0
0.0315
0 / -0.0181
0.0181 / 0
0.0362
0 / -0.0205
0.0205 / 0
0.0409
0 / -0.0225
0.0225 / 0
0.0449
0 / -0.0248
0.0248 / 0
0.0496


Thickness t (in)
From
To
0.0079
0.0236
>0.0236
<0.0492
0.0492
0.1496
>0.1496
0.2362
>0.2362
0.6299
Tolerance on thickness t
in inches
+0.0008 / -0.0024
+0.0012 / -0.0035
+0.0016 / -0.0047
+0.0020 / -0.0059
+0.0039 / -0.0039


Thickness t(in)
From
To
0.0000
<0.0492
>0.0492
0.0787
>0.0787
0.1181
>0.1181
0.2362
>0.2362
0.6299
Tolerance at height L0(in)
inches
+0.0039 / -0.0020
+0.0059 / -0.0032
+0.0079 / -0.0039
+0.0118 / -0.0059
+0.0118 / -0.0118


Thickness t (mm)
From
To
0.0000
<0.0492
0.0492
0.1181
>0.1181
0.2362
>0.2362
0.6299
Tolerance of F at test length Ltest
Ltest = L0 - 0,75*s
+25,0% / -7,5%
+15,0% / -7,5%
+15,0% / -7,5%
+15,0% / -7,5%


If you want a PDF datasheet or a 3D CAD drawing of the spring in .step, .iges or .sat format, these can be downloaded for free by clicking on the 3D CAD symbol next to the item number in the table.

The service life of a spring is generally very difficult to define. A large number of parameters come into play, and it is therefore impossible to define a service life.

Parameters with a significant influence on service life include: Installation, installation method, number of movements, vibrations, shocks, torsion, length of travel, non-axial travel, temperature, wear against other surfaces, environment of use, any cleaning agents, lateral impacts, etc.

Applying the maximum load to the spring or exceeding it will shorten its service life and may cause it to become permanently distorted.


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