Grab Spring K Series Top Coil Spring (2001-2212) with necessary characteristics
Komatsuzaki Co., Ltd.
About This Product
Super Spring (SuperSpring) is a standard spring that is designed to eliminate the troubles of design by selecting a spring with the required characteristics from this catalog and can easily obtain a variety and small amounts.
■ Characteristics
・ Dimensional tolerance is based on the second grade of JISB2704-2.
・ Pulled coil springs are the second grade of JISB2704-3.
・ The load tolerance is ± 10 % (but limited to items with 4 mm or more).
・ Stainless steel ... SUS304-WPB is used.
・ Iron-based ... I use SWP-B or Swosc.
・ From outer diameter 2.0 to 20.0/line diameter 0.2 to 2.0
■ Product specifications
The Super Spring K series complies with the Japan Spring Industry Association Standards (JSMA No.7-cylindrical compression coil spring) and (JSMA No.8-cylindrical tensile coil spring). This standard is a cylindrical tensile coil spring that is generally used in the cold, using a circular cross -sectional material, and specifies a spring with a diameter of 0.2 to 2.0 mm of the material.
■ Specifications of spring
JIS G4314 Stainless steel wire SUS 304-WPB
There are other part numbers.
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Product
Grab Spring K Series Top Coil Spring (2001-2212) with necessary characteristics
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Handling Company
Komatsuzaki Co., Ltd.
10 Models of Grab Spring K Series Top Coil Spring (2001-2212) with necessary characteristics
Items marked with have different values depending on the model number.
Click on the part number for more information about each product
| Product Image | Part Number | Price (excluding tax) | End shape | Free length mm | Freedom | Initial pollution | Initial tension n | Low -temperature grilled dull | Number in packs | Outer diameter | Outer diameter MM | Popular load N | Quotor | Spring constant N/mm | Total number of volumes | Use temperature limit | Win diameter mm | Winding direction |
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2001 |
Available upon quote | Reverse circle hook | 6.8 | As a reference value, do not give tolerance | As a reference value, do not give tolerance | 0.1764 | To improve performance, apply low -temperature grilling after spring molding | 20 | JIS B2704-3 Due to the tolerance of the coil diameter of the cold molded molded tensile crab | 2 | 0.882, ± 10 % (but limited to 4mm or more) | As a reference value, do not give tolerance | 0.147 | 15.5 | -30 ℃ ~+200 ° C | 0.2 | Right or left volume according to the convenience of the manufacturing machine |
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2002 |
Available upon quote | Reverse circle hook | 8.6 | As a reference value, do not give tolerance | As a reference value, do not give tolerance | 0.1764 | To improve performance, apply low -temperature grilling after spring molding | 20 | JIS B2704-3 Due to the tolerance of the coil diameter of the cold molded molded tensile crab | 2 | 0.882, ± 10 % (but limited to 4mm or more) | As a reference value, do not give tolerance | 0.0941 | 24.5 | -30 ℃ ~+200 ° C | 0.2 | Right or left volume according to the convenience of the manufacturing machine |
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2003 |
Available upon quote | Reverse circle hook | 11.6 | As a reference value, do not give tolerance | As a reference value, do not give tolerance | 0.1764 | To improve performance, apply low -temperature grilling after spring molding | 20 | JIS B2704-3 Due to the tolerance of the coil diameter of the cold molded molded tensile crab | 2 | 0.882, ± 10 % (but limited to 4mm or more) | As a reference value, do not give tolerance | 0.0588 | 39.5 | -30 ℃ ~+200 ° C | 0.2 | Right or left volume according to the convenience of the manufacturing machine |
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2004 |
Available upon quote | Reverse circle hook | 16.2 | As a reference value, do not give tolerance | As a reference value, do not give tolerance | 0.1764 | To improve performance, apply low -temperature grilling after spring molding | 20 | JIS B2704-3 Due to the tolerance of the coil diameter of the cold molded molded tensile crab | 2 | 0.882, ± 10 % (but limited to 4mm or more) | As a reference value, do not give tolerance | 0.0382 | 62.5 | -30 ℃ ~+200 ° C | 0.2 | Right or left volume according to the convenience of the manufacturing machine |
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2005 |
Available upon quote | Reverse circle hook | 7.9 | As a reference value, do not give tolerance | As a reference value, do not give tolerance | 0.1078 | To improve performance, apply low -temperature grilling after spring molding | 20 | JIS B2704-3 Due to the tolerance of the coil diameter of the cold molded molded tensile crab | 2.5 | 0.686, ± 10 % (but limited to 4mm or more) | As a reference value, do not give tolerance | 0.0706 | 15.5 | -30 ℃ ~+200 ° C | 0.2 | Right or left volume according to the convenience of the manufacturing machine |
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2006 |
Available upon quote | Reverse circle hook | 9.7 | As a reference value, do not give tolerance | As a reference value, do not give tolerance | 0.1078 | To improve performance, apply low -temperature grilling after spring molding | 20 | JIS B2704-3 Due to the tolerance of the coil diameter of the cold molded molded tensile crab | 2.5 | 0.686, ± 10 % (but limited to 4mm or more) | As a reference value, do not give tolerance | 0.0451 | 24.5 | -30 ℃ ~+200 ° C | 0.2 | Right or left volume according to the convenience of the manufacturing machine |
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2007 |
Available upon quote | Reverse circle hook | 12.7 | As a reference value, do not give tolerance | As a reference value, do not give tolerance | 0.1078 | To improve performance, apply low -temperature grilling after spring molding | 20 | JIS B2704-3 Due to the tolerance of the coil diameter of the cold molded molded tensile crab | 2.5 | 0.686, ± 10 % (but limited to 4mm or more) | As a reference value, do not give tolerance | 0.0284 | 39.5 | -30 ℃ ~+200 ° C | 0.2 | Right or left volume according to the convenience of the manufacturing machine |
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2008 |
Available upon quote | Reverse circle hook | 17.3 | As a reference value, do not give tolerance | As a reference value, do not give tolerance | 0.1078 | To improve performance, apply low -temperature grilling after spring molding | 20 | JIS B2704-3 Due to the tolerance of the coil diameter of the cold molded molded tensile crab | 2.5 | 0.686, ± 10 % (but limited to 4mm or more) | As a reference value, do not give tolerance | 0.0176 | 62.5 | -30 ℃ ~+200 ° C | 0.2 | Right or left volume according to the convenience of the manufacturing machine |
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2009 |
Available upon quote | Reverse circle hook | 8.3 | As a reference value, do not give tolerance | As a reference value, do not give tolerance | 0.196 | To improve performance, apply low -temperature grilling after spring molding | 20 | JIS B2704-3 Due to the tolerance of the coil diameter of the cold molded molded tensile crab | 2.5 | 1.029, ± 10 % (but limited to 4mm or more) | As a reference value, do not give tolerance | 0.1284 | 15.5 | -30 ℃ ~+200 ° C | 0.23 | Right or left volume according to the convenience of the manufacturing machine |
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2010 |
Available upon quote | Reverse circle hook | 10.4 | As a reference value, do not give tolerance | As a reference value, do not give tolerance | 0.196 | To improve performance, apply low -temperature grilling after spring molding | 20 | JIS B2704-3 Due to the tolerance of the coil diameter of the cold molded molded tensile crab | 2.5 | 1.029, ± 10 % (but limited to 4mm or more) | As a reference value, do not give tolerance | 0.0823 | 24.5 | -30 ℃ ~+200 ° C | 0.23 | Right or left volume according to the convenience of the manufacturing machine |
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About Company Handling This Product
- Japan
- Since 1924