Turbine Fabrication

From Open Source Ecology
Revision as of 03:00, 14 February 2008 by WikiSysop (talk | contribs)
Jump to navigation Jump to search

The turbine fabrication procedure starts with a 1.5” shaft. Sourcing: part # 8920K312 at McMaster Carr. Cost: $15 Turbine shaft.jpg Turbine fab1.jpg

The turbine fabrication is almost wholly symmetrical for the two sides, except for the provisions for exhaust. The side with the exhaust has two features that the other side does not have: a main working gas seal and the exhaust manifold. Look at the picture of the exhaust end:

Turbine dimensions.jpg

Both sides have bearings, spacers, seals, and clamping collar. Find a bearing to fit the shaft and slide it on 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. Turbine fab2.jpg

Find end pipe section to house the bearing, seal, and spacer. Sourcing: ____ . Cost: Turbine fab3.jpg

Find 5/16” plate steel for end side of turbine. Sourcing: ____ . Cost: Turbine fab4.jpg

Start with a 1.5” shaft. Sourcing: ____ . Cost: Turbine fab5.jpg

Start with a 1.5” shaft. Sourcing: ____ . Cost: Turbine fab6.jpg

Start with a 1.5” shaft. Sourcing: ____ . Cost: Turbine fab7.jpg

Start with a 1.5” shaft. Sourcing: ____ . Cost: Turbine fab8.jpg

Start with a 1.5” shaft. Sourcing: ____ . Cost: Turbine fab9.jpg

Start with a 1.5” shaft. Sourcing: ____ . Cost: File:Turbine fab10.jpg