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TOKYO HATSUJYO MANUFACTURING Disc Springs
Disc Springs products in the Automation Components category from TOKYO HATSUJYO MANUFACTURING. The product can be selected based on many product specifications such as Outer Dia. D, Inner Dia. d, Applied Load, Load P3 (at 0.75h), Material. TOKYO HATSUJYO MANUFACTURING offers products around 1 items and the product specifications can easily be compared. Search and select detailed specifications of parts for your machine with free CAD downloads. TOKYO HATSUJYO MANUFACTURING products are available to order through MISUMI online 24 hours a day. Free shipping, no minimum order.
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Disc Spring Light Load Iwata Denko【10-50 Pieces Per Package】
TOKYO HATSUJYO MANUFACTURING
Wide range of uses and can be used efficiently for multiple purposes; withstands long usage if used within range of allowable stress. Provides shock moderation and superior cushioning effects when stacked.
Outer Dia. D(Ø) Inner Dia. d(Ø) Applied Load Load P3 (at 0.75h)(N) Material Plate Thickness t(mm) Free Height Ho(mm) Load P1 (at 0.25h)(N) Total Deflection h(mm) Deflection δ Load P1 (at 0.50h)(N) 10 ～ 40 5.2 ～ 20.4 For Light Load 209.86 ～ 3157.74 Special Steel 0.4 ～ 1.6 0.7 ～ 2.75 88.26 ～ 1304.28 0.3 ～ 1.15 0.75h (mm) 155.93 ～ 2324.18 From: ₹ 28.63 Days to Ship: 5 Day(s) or more 
5 Day(s) or more
| Brand |
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| Product Series |
| From |
| Days to Ship |
| Outer Dia. D(Ø) |
| Inner Dia. d(Ø) |
| Applied Load |
| Load P3 (at 0.75h)(N) |
| Material |
| Plate Thickness t(mm) |
| Free Height Ho(mm) |
| Load P1 (at 0.25h)(N) |
| Total Deflection h(mm) |
| Deflection δ |
| Load P1 (at 0.50h)(N) |
You can add up to 6 items per a category to the compare list.  | |
| Brand | TOKYO HATSUJYO MANUFACTURING |
| Product Series | Disc Spring Light Load Iwata Denko【10-50 Pieces Per Package】 |
| From | ₹ 1,431.20- |
| Days to Ship | 5 Day(s) or more |
| Outer Dia. D(Ø) | 10 ～ 40 |
| Inner Dia. d(Ø) | 5.2 ～ 20.4 |
| Applied Load | For Light Load |
| Load P3 (at 0.75h)(N) | 209.86 ～ 3157.74 |
| Material | Special Steel |
| Plate Thickness t(mm) | 0.4 ～ 1.6 |
| Free Height Ho(mm) | 0.7 ～ 2.75 |
| Load P1 (at 0.25h)(N) | 88.26 ～ 1304.28 |
| Total Deflection h(mm) | 0.3 ～ 1.15 |
| Deflection δ | 0.75h (mm) |
| Load P1 (at 0.50h)(N) | 155.93 ～ 2324.18 |
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Specification/Dimensions
-
Outer Dia. D(Ø)
-
Inner Dia. d(Ø)
-
Applied Load
- For Heavy Load
- For Light Load
-
Load P3 (at 0.75h)(N)
- 1,109
- 1,180
- 1,315
- 1,322
- 1,380
- 1,476
- 1,590
- 1,600
- 1,664
- 1,681
- 1,810
- 1,870
- 2,278
- 2,474
- 2,542
- 3,174
- 3,290
- 3,370
- 3,680
- 3,770
- 4,130
- 4,146
- 4,490
- 4,522
- 5,110
- 5,460
- 5,657
- 6,410
- 6,697
- 8,040
- 10,409
- 13,400
- 61
- 102
- 107.8
- 133
- 136
- 179
- 186.2
- 205.9
- 209.86
- 232
- 234
- 239
- 245
- 256
- 264.6
- 274
- 282
- 294
- 316
- 323.6
- 333
- 358
- 360
- 372.4
- 373
- 411.9
- 459
- 495
- 509.6
- 568.8
- 572
- 588
- 614
- 630
- 637
- 648
- 657.1
- 666.4
- 691
- 715.4
- 751
- 766
- 769
- 774.2
- 794.3
- 812
- 896
- 921
- 929
- 931
- 981
- 1019.2
- 1020
- 1029.7
- 1040
- 1120
- 1127.8
- 1140
- 1146.6
- 1180
- 1274.9
- 1340
- 1372
- 1380
- 1520
- 1528.8
- 1550
- 1590
- 1720
- 1724.8
- 1734.6
- 1810
- 1870
- 1912.3
- 1931.9
- 1950
- 2352
- 2557.8
- 2626.4
- 2843.9
- 2922.4
- 3060
- 3157.74
- 3283
- 3290
- 3488.8
- 3680
- 3690
- 3770
- 3873.6
- 4018
- 4130
- 4282.6
- 4490
- 4540
- 4674.6
- 4730
- 5110
- 5197.5
- 5460
- 5850.6
- 6000
- 6046.6
- 6487.6
- 6501.8
- 6928.6
- 7160
- 7260
- 7610
- 7680
- 7698.2
- 8040
- 9437.4
- 10231.2
- 10760.4
- 11300
- 11376
- 12500
- 12700
- 12700.8
- 13494.6
- 13900
- 15200
- 16500
- 18482.8
- 18600
- 20545
- 22600
- 28253.4
- 30213.4
- 32800
- 33588
- 34500
- 34800
- 36300
- 37500
- 39356.8
- 39800
- 39900
- 42100
- 43178.8
- 43500
- 43757
- 43800
- 43900
- 47600
- 48100
- 51500
- 53300
- 55000
- 56400
- 76763.4
- 77322
- 81900
- 85975
- 93300
- 94700
- 96000
- 96900
- 111000
- 112984.2
- 117000
- 138000
- 154000
- 203000
- 229000
- 274000
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Material
- S65~70C (Black Oxide)
- SUS304-CSP
- SUP-10
- Spring Steel
- Special Steel
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Plate Thickness t(mm)
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Free Height Ho(mm)
- 0.4
- 0.45
- 0.5
- 0.55
- 0.6
- 0.65
- 0.7
- 0.75
- 0.85
- 0.9
- 1
- 1.05
- 1.1
- 1.2
- 1.25
- 1.3
- 1.35
- 1.4
- 1.45
- 1.5
- 1.55
- 1.6
- 1.7
- 1.75
- 1.8
- 1.85
- 1.87
- 1.88
- 2.05
- 2.1
- 2.15
- 2.2
- 2.25
- 2.3
- 2.45
- 2.5
- 2.6
- 2.65
- 2.7
- 2.75
- 2.8
- 3.05
- 3.1
- 3.15
- 3.2
- 3.25
- 3.3
- 3.4
- 3.5
- 3.6
- 3.8
- 4.1
- 4.2
- 4.25
- 4.3
- 4.41
- 4.5
- 4.65
- 4.9
- 5.1
- 5.3
- 5.6
- 6
- 6.3
- 6.7
- 7
- 7.75
- 8.2
- 8.5
- 8.6
- 8.9
- 9
- 9.3
- 9.4
- 9.6
- 10
- 10.3
- 10.4
- 10.5
- 10.6
- 10.8
- 11.1
- 11.2
- 11.5
- 12
- 12.2
- 12.8
- 13.5
- 13.6
- 13.8
- 14
- 16.2
- 19
- 19.6
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Load P1 (at 0.25h)(N)
- 29.1
- 55
- 55.7
- 87.5
- 88.26
- 101
- 128
- 136
- 141
- 145
- 161
- 188
- 266
- 291
- 326
- 337
- 342
- 402
- 409
- 415
- 496
- 507
- 511
- 593
- 603
- 692
- 698
- 750
- 771
- 894
- 1300
- 1304.28
- 1360
- 1370
- 1520
- 1640
- 1730
- 1960
- 2030
- 2090
- 2320
- 2400
- 2890
- 3080
- 3160
- 3540
- 3870
- 4610
- 4790
- 4800
- 4820
- 5920
- 5980
- 6290
- 6390
- 8130
- 9580
- 12400
- 13300
- 15600
- 16200
- 16500
- 17500
- 17600
- 18300
- 18500
- 18900
- 21400
- 21600
- 22100
- 22300
- 33200
- 33500
- 33700
- 34800
- 41300
- 42000
- 49600
- 53900
- 54800
- 71700
- 89900
-
Total Deflection h(mm)
-
Deflection δ
-
Load P1 (at 0.50h)(N)
- 48.4
- 103
- 155.93
- 164
- 170
- 230
- 238
- 252
- 258
- 280
- 345
- 459
- 522
- 582
- 605
- 620
- 690
- 749
- 797
- 844
- 886
- 948
- 952
- 1120
- 1210
- 1280
- 1340
- 1390
- 1430
- 2324.18
- 2440
- 2460
- 2540
- 2560
- 2640
- 3030
- 3070
- 3550
- 3740
- 3770
- 3820
- 4230
- 5380
- 5540
- 5660
- 5820
- 6240
- 8380
- 8660
- 9060
- 9110
- 10300
- 10500
- 11200
- 11400
- 15300
- 15600
- 23800
- 24800
- 25600
- 26400
- 27300
- 30200
- 30300
- 30900
- 31900
- 32500
- 33100
- 35800
- 36500
- 38700
- 39400
- 39900
- 60100
- 64300
- 65400
- 65500
- 65900
- 78300
- 79800
- 90500
- 95200
- 105000
- 139000
- 164000
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Related Categories to Disc Springs
FAQ Disc Springs
- Question: What are disc springs used for?
- Answer: Disc spring washers are used to absorb the vibration and shock loads in bolt assemblies that are suitable for industries that use high-vibration machinery. It depends on how you put the disc spring washers on.
1. Parallel - When tightening the bolt and nut, The disc spring washer will help distribute the compression force equally from the bolt to the flange. Make good seals to prevent leakage.
2. Stacking - this method provides a spring constant and prevents deflecting force. Make it act like a shock absorber that helps to decrease the bolt's loose from vibration.
3. Combined This method combined the advantages of Parallel and Stacking together. - Question: What is the material of disc springs?
- Answer: Here are some common materials for disc springs or Belleville spring washer consist of
1. Carbon steel: Carbon steel is the most common material for disc springs. It is relatively inexpensive and easy to work with. However, carbon steel has a relatively low fatigue limit, so it is not suitable for applications where the spring will be subjected to a lot of repeated loading and unloading.
2. Stainless steel: Stainless steel is a more corrosion-resistant material than carbon steel. It is also more fatigue resistant, so it is suitable for applications where the spring will be subjected to a lot of repeated loading and unloading. However, stainless steel is more expensive than carbon steel.
3. Chrome vanadium steel: Chrome vanadium steel is a high-strength material that is often used in applications where the spring will be subjected to high loads. It is also more fatigue resistant than carbon steel or stainless steel. However, chrome vanadium steel is more expensive than these other materials.
4. Beryllium copper: Beryllium copper is a very strong and fatigue-resistant material. It is also corrosion-resistant and has a high spring rate. However, beryllium copper is a very expensive material. - Question: How do I choose a disc spring?
- Answer: 1. Choose a Disc Spring that has the right dimensions, which include the Outer diameter, Inner diameter, Thickness and Height.
2. Choose a Disc Spring that matches the temperature in the operation area - which has 4 ranges: normal temperature, >150°C, >300°C and >600°C.
3. Choose a Disc Spring that is resistant to chemicals and corrosion.
4. Choose a Disc Spring that is matched to the Load of the application. - Question: What is the difference between a wave washer and a disc spring?
- Answer: Wave washers and disc springs are both types of spring washers that are used to provide a preload in bolted assemblies. However, there are some key differences between the two types of washers.
• Wave washers are typically made from a single piece of metal that has been shaped into a wave pattern. The wave pattern creates a series of peaks and valleys that provide a progressive preload as the bolt is tightened. Wave washers are typically used in applications where a high preload is required, such as in heavy-duty machinery.
• Disc springs are typically made from a stack of thin discs that have been sandwiched together. The discs are shaped into a conical frustum, which creates a spring-like action when the bolt is tightened. Disc springs are typically used in applications where a repeatable preload is required, such as in pressure control valves, shock absorbers and clutches.
In general, wave washers are a good choice for applications where a high preload is required, while disc springs are a good choice for applications where a repeatable preload is required.
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