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    • Precision Belleville Springs >
      • .236 to .394
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      • 1.100
      • 1.240 to 1.340
      • 1.400 to 1.770
      • 1.970
      • 2.200 to 2.360
      • 2.480 to 2.800
      • 3.150 to 3.540
      • 3.940 to 4.410
      • 4.920
      • 5.510 to 7.090
      • 7.870
      • 8.860 to 9.840
    • AI Springs >
      • AI .187 to .950
      • AI 1.000 to 1.750
      • AI 2.000 to 2.500
    • SP Belleville Springs >
      • SP .197 to .945
      • SP 1.142 to 3.031
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      • Metric for K
      • Inch for K
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      • Metric for FL
      • Inch for FL
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  • Spring Design
    • Tolerances >
      • for Thickness
      • Overall Height
      • Hardness Range
      • OD + ID Guide Clearance
      • OD + ID Tolerance
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    • Load Calculations >
      • Nomenclature
      • Load in Lbs
      • True Radius Factor
      • Corner Radius Factor
      • True Cone Height Factor
      • Flattening at Edge Factor
      • Precise Load Computing
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        • Fan Disc Second Patent
        • JPL Selects Fan Disc
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    • Load and Stress Calculations
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    • Tightening Torque Values
    • Typical Disc Spring Apps
  • Site Map

TYPICAL disc spring applications

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The proper use of disc springs as a modern design element permits substantial economies by size reduction and maximum utilization of energy and space as seen in the examples below.

​Click on the images below to enlarge. 
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Bolt Assembly - disc spring assembly to absorb shock load
Picture
Helicopter Clutch Side View
Picture
Tensioning Cable Support Assemblies
Picture
Helicopter Clutch Top View
Picture
Disc Brake
Picture
Fail-safe Brake
Picture
Disc Spring Stack in Stripper Assembly
Picture
Piping Hold-Down Assembly
Additional typical disc spring applications are:
  • Power transmission components such as clutches, brakes, transmissions
  • Valves, piping and drilling tools.
  • Screwed or bolted sections.
  • Bearing preload.
  • Hoists, cranes and heavy engineering applications.

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FAN DISC CORPORATION
​8127 Clybourn Avenue
Sun Valley CA 91352
Tel (818) 767-1886
Fax (818) 767-7415
​www.fandisc.com
info@fandisc.com
Picture
​ISO 9001:2015 Certified
Copyright ©2020-2023 Fan Disc Corporation • Privacy Policy • Site Map
  • Home
  • Spring Selection
    • Precision Belleville Springs >
      • .236 to .394
      • .472 to .492
      • .551 to .591
      • .630 to .709
      • .787 to .886
      • .906 to .984
      • 1.100
      • 1.240 to 1.340
      • 1.400 to 1.770
      • 1.970
      • 2.200 to 2.360
      • 2.480 to 2.800
      • 3.150 to 3.540
      • 3.940 to 4.410
      • 4.920
      • 5.510 to 7.090
      • 7.870
      • 8.860 to 9.840
    • AI Springs >
      • AI .187 to .950
      • AI 1.000 to 1.750
      • AI 2.000 to 2.500
    • SP Belleville Springs >
      • SP .197 to .945
      • SP 1.142 to 3.031
    • CONTACT Disc Springs >
      • CONTACT Narrow
      • CONTACT Regular
      • CONTACT Wide
    • K Disc Springs >
      • Metric for K
      • Inch for K
    • FL Disc Springs >
      • Metric for FL
      • Inch for FL
  • Special Springs
  • Spring Design
    • Tolerances >
      • for Thickness
      • Overall Height
      • Hardness Range
      • OD + ID Guide Clearance
      • OD + ID Tolerance
      • Load Tolerance
    • Load Calculations >
      • Nomenclature
      • Load in Lbs
      • True Radius Factor
      • Corner Radius Factor
      • True Cone Height Factor
      • Flattening at Edge Factor
      • Precise Load Computing
    • About >
      • Contact Us
      • News Releases >
        • Fan Disc Second Patent
        • JPL Selects Fan Disc
        • Fan Disc Wins Patent
    • Load and Stress Calculations
    • Dynamic Loading
    • Materials Properties
    • Tightening Torque Values
    • Typical Disc Spring Apps
  • Site Map