Electrical Power in the Workshop: Difference between revisions

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Design plans are now set up with one main (entry) panel, located in the utility room created as part of the supply building, and four subpanels in the workshop building.  
Design plans are now set up with one main (entry) panel, located in the utility room created as part of the supply building, and four subpanels in the workshop building.  
One subpanel will serve the CAD Room independently. The other three subpanels each will provide a couple of lighting circuits, 17 regular 110 V outlets for power tools, and one heavy duty 220 V outlets.


Conduit will be required to carry the heavy supply lines for the sub panels.
Conduit will be required to carry the heavy supply lines for the sub panels.
[[File:Electrical_Panel_Layout.png|thumb|600 px|center|]]
[[File:Electrical_Panel_Layout.png|thumb|600 px|center|]]
One subpanel will serve the CAD Room independently. The other three subpanels each will provide a couple of lighting circuits, 17 regular 110 V outlets for power tools, and one heavy duty 220 V outlets.
[[File:Electrical Outlets Layout.png|thumb|600 px|center|]]

Latest revision as of 17:21, 19 September 2011

The Workshop will use a significant amount of electrical power.

Power Sources

Power Distribution

Design plans are now set up with one main (entry) panel, located in the utility room created as part of the supply building, and four subpanels in the workshop building.

Conduit will be required to carry the heavy supply lines for the sub panels.

Electrical Panel Layout.png

One subpanel will serve the CAD Room independently. The other three subpanels each will provide a couple of lighting circuits, 17 regular 110 V outlets for power tools, and one heavy duty 220 V outlets.

Electrical Outlets Layout.png