Pile Driver Calculations: Difference between revisions
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=Basics= | =Basics= | ||
*Need 45000 in lb or | *Need 45000 in lb or 510 kg m force for basic helical pile driver | ||
*Use a standard 5" sprocket with 3" hex | *Use a standard 5" sprocket with 3" hex shaft - but 10x the meat in plastic. | ||
*Sprockets can be CNC cut out of 1/2" steel at low cost | |||
*Then belt is the only 'expensive' part for 1/2" 'meat' belt that is 5" wide. | |||
*Calculations show 45000 in lb strength of such a belt, with 2x safety factor. | |||
=More= | =More= | ||
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[https://docs.google.com/presentation/d/1OSpEB7Ay0ycfBouK2Hs2xbtpJUj7juyv9Lx1eBb16Uc/edit#slide=id.g5c3be0ce2d_1_28 edit] | [https://docs.google.com/presentation/d/1OSpEB7Ay0ycfBouK2Hs2xbtpJUj7juyv9Lx1eBb16Uc/edit#slide=id.g5c3be0ce2d_1_28 edit] | ||
=Files= | |||
*[[File:5"sleeve.fcstd]]. [[File:5"sleeve.stl]] | |||
**[[File:15"sleeve.fcstd]]. [[File:15"sleeve.stl]] | |||
*[[File:5"belt.fcstd]]. [[File:5"belt.stl]] | |||
Latest revision as of 22:17, 4 September 2020
Basics
- Need 45000 in lb or 510 kg m force for basic helical pile driver
- Use a standard 5" sprocket with 3" hex shaft - but 10x the meat in plastic.
- Sprockets can be CNC cut out of 1/2" steel at low cost
- Then belt is the only 'expensive' part for 1/2" 'meat' belt that is 5" wide.
- Calculations show 45000 in lb strength of such a belt, with 2x safety factor.
More