Helical Pier Fabrication: Difference between revisions
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|image = [[File: | |image = [[File:helicalpier.jpg|200px|alt=Example alt text]] | ||
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|caption = Short description | |caption = Short description | ||
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|header2 = | |header2 = | ||
|label2 = Product Ecology | |label2 = Product Ecology | ||
|data2 = | |data2 = Uses [[CNC Torch Table]] to cut the helix. Uses [[Welder]] to attach helix to shaft. Cuts shaft with [[CNC Multimachine]]. Uses [[3D Printing]] for wire arc additive manufacturing of joints. Uses [[Hot Dip Galvanizing]] for final coat (not included in the [[GVCS]]). Uses [[Universal Rotor]]-based helical pile driver with [[LifeTrac]] open source tractor, with [[Power Cube]] hydraulic takeoff. | ||
|header3 = | |header3 = | ||
|label3 = License | |label3 = License | ||
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|header4 = | |header4 = | ||
|label4 = Module 1 | |label4 = Module 1 | ||
|data4 = | |data4 = Helix is CNC cut with 5 axis CNC torch table to get a leading edge. | ||
|header5 = | |header5 = | ||
|label5 = Module 2 | |label5 = Module 2 | ||
|data5 = | |data5 = Shaft is standard 2" pipe, 0.19" wall. | ||
|header6 = | |header6 = | ||
|label6 = Key Specification | |label6 = Key Specification | ||
|data6 = | |data6 = | ||
|header7 = | |header7 = | ||
|label7 = Construction | |label7 = Construction | ||
|data7 = | |data7 = Connector is [[WAAM]] 3D-Printed. | ||
|header8 = | |header8 = | ||
|label8 = Productivity | |label8 = Productivity | ||
|data8 = | |data8 = Allows for 1 day-builds of entire foundation systems, with 5 minute auger time per pile. | ||
|header9 = Completion Status | |header9 = Completion Status | ||
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|data10 = | |data10 = Design phase as of 9/16/20. See also [[Status of Completion]]. | ||
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! scope=row | 9 | ! scope=row | 9 | ||
| [[Software]] || [[Open Source Helical Piers Software]] || 0 | | [[Software]] || [[Open Source Helical Piers Software]] || 0 | ||
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! scope=row | 10 | |||
| [[Design Guide]] || [[Open Source Helical Piers Design Guide]] || 0 | |||
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Latest revision as of 16:50, 19 September 2020
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Development
Build Procedure
Steps:
- Get shaft
- Make sectional screw flight helix
- Weld on helix
- Make connector/driver attachment
- Weld on connector/driver attachment
- Hot dip galvanize the weldment
Making sectional screw flighting
Links
- Hot Dip Galvanizing - includes quotes