Turbine Fabrication: Difference between revisions
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The turbine fabrication procedure starts with a 1.5” shaft. Sourcing: part # 8920K312 at | The turbine fabrication procedure starts with a 1.5” shaft. Sourcing: part # 8920K312 at [http://www.mcmaster.com/ McMaster Carr]. Cost: $15 | ||
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[[Image:Turbine_fab1.jpg]] | [[Image:Turbine_fab1.jpg]] | ||
Revision as of 02:48, 14 February 2008
The turbine fabrication procedure starts with a 1.5” shaft. Sourcing: part # 8920K312 at McMaster Carr. Cost: $15
Find a bearing to fit the shaft. Sourcing: ____ . Cost:
Also, find a spacer, with 1.5 inch ID and 1/8” wall. It is 1/4” long + width of seal (see seal design drawing). Sourcing: ______ Cost:
Also, find a seal to match the spacer. 1.75” ID and 3” OD.
Find end pipe section to house the bearing, seal, and spacer. Sourcing: ____ . Cost:
Find 5/16” plate steel for end side of turbine. Sourcing: ____ . Cost:
Start with a 1.5” shaft. Sourcing: ____ . Cost:
Start with a 1.5” shaft. Sourcing: ____ . Cost:
Start with a 1.5” shaft. Sourcing: ____ . Cost:
Start with a 1.5” shaft. Sourcing: ____ . Cost:
Start with a 1.5” shaft. Sourcing: ____ . Cost:
Start with a 1.5” shaft. Sourcing: ____ . Cost: File:Turbine fab10.jpg
