OSE Shop 2011/OSE Mill Shed 2011 - Revision history

Margaret Ida: /* Documentation-Assembly Sheets */

2011-10-04T03:25:34Z

Documentation-Assembly Sheets

← Older revision		Revision as of 03:25, 4 October 2011
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	# Use water level and tape measure to determine site slopes		# Use water level and tape measure to determine site slopes
	# Scrape and fill to even out floor space.		# Scrape and fill to even out floor space.
	**If filling, tamp the fill to compact and level it.		*If filling, tamp the fill to compact and level it.

	'''Prepare Pre-built roof for moving'''		'''Prepare Pre-built roof for moving'''

Margaret Ida: /* Mind Map */

2011-09-22T05:40:18Z

Mind Map

← Older revision		Revision as of 05:40, 22 September 2011
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	The planning for this part of the project was done with a FreeMind mind map.		The planning for this part of the project was done with a FreeMind mind map.

	[[File:Build the Mill Shed.png\|500px\|thumb]]		[[File:Build the Mill Shed.png\|500px\|thumb\|center]]

	== Documentation-Assembly Sheets ==		== Documentation-Assembly Sheets ==

Margaret Ida at 05:10, 17 August 2011

2011-08-17T05:10:19Z

← Older revision		Revision as of 05:10, 17 August 2011
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	*If you are going to collect and recycle sawdust, a vacuum collector will be needed if you don’t pave the floor.		*If you are going to collect and recycle sawdust, a vacuum collector will be needed if you don’t pave the floor.
	*In this NW Missouri climate, at least North and West weather protection should be considered.		*In this NW Missouri climate, at least North and West weather protection should be considered.

			== Materials and Time Report ==
			Dollar costs for this project were minimal since we recycled a previously built roofing unit.
			Purchases specific to this project included:
			4 Posts 4" x 4" x 12'
			8 bags of QuickCrete
			4 Stringers 2" x 6" x 16'
			Approximately 150 3" deck screws
			4 StrongTie brackets

			Time used for this project:
			A volunteer service crew of about 10 from the local Church of Jesus Christ of Latter-Day Saints completely cleared the site of a large pile of scrap wood and a variety of farm debris in about one hour = 10 man-hours.
			Moving the roof used a crew of 7 on-site workers (not all of them all of the time)and was accomplished in about 5-1/2 hours = about 20 man-hours.
			Digging the post holes with manual post-hole diggers took about 2 man-hours.
			At this writing, the concrete has not yet been set nor the roof raising completed.

Margaret Ida: /* Documentation-Assembly Sheets */

2011-08-17T04:49:53Z

Documentation-Assembly Sheets

← Older revision		Revision as of 04:49, 17 August 2011
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	# Clear vegetation		# Clear vegetation

	'''Survey Mill Shop Site'''		'''Survey and Level Mill Shop Site'''
	# Use water level and tape measure to determine site slopes		# Use water level and tape measure to determine site slopes
			# Scrape and fill to even out floor space.
			**If filling, tamp the fill to compact and level it.

	'''Prepare Pre-built roof for moving'''		'''Prepare Pre-built roof for moving'''
Line 48:		Line 50:
	# With an auger or a post hole digger, dig out marked sites for post holes to 4 feet deep x 12” diameter on the low side of the roof.		# With an auger or a post hole digger, dig out marked sites for post holes to 4 feet deep x 12” diameter on the low side of the roof.
	# Deposit removed dirt in depressions within the shop site.		# Deposit removed dirt in depressions within the shop site.
	# (Tamp down loose deposited dirt.)		# Tamp down loose deposited dirt for a firm floor.

Margaret Ida: /* Documentation-Assembly Sheets */

2011-08-17T04:45:11Z

Documentation-Assembly Sheets

Margaret Ida: /* Documentation-Assembly Sheets */

2011-08-17T04:43:02Z

Documentation-Assembly Sheets

← Older revision		Revision as of 04:43, 17 August 2011
Line 56:		Line 56:
	# Put 2” of concrete in base of one post hole		# Put 2” of concrete in base of one post hole
	# Put 4x4 post into hole and fill around it with concrete until slightly over full		# Put 4x4 post into hole and fill around it with concrete until slightly over full
	: Eliminate air pockets in the concrete as much as possible by vibrating the shovel or tamping		:: Eliminate air pockets in the concrete as much as possible by vibrating the shovel or tamping
	# Check perpendicular with level on two adjacent sides		# Check perpendicular with level on two adjacent sides
	# Brace post in place with furring strips and stakes		# Brace post in place with furring strips and stakes
Line 62:		Line 62:
	'''Prepare the Posts'''		'''Prepare the Posts'''
	# Measure and cut pole heights to provide for rain run-off in the best direction.		# Measure and cut pole heights to provide for rain run-off in the best direction.
	: Low side poles should be 1 foot lower than high side poles		:: Low side poles should be 1 foot lower than high side poles
	: The tops of the poles on the low side and the tops of poles on high side of the building should be level with each other.		:: The tops of the poles on the low side and the tops of poles on high side of the building should be level with each other.
	# Near the top of the posts, screw 16’ pieces of 2x6 across the inside faces of the high side posts and the low side posts (for stability during roof raising).		# Near the top of the posts, screw 16’ pieces of 2x6 across the inside faces of the high side posts and the low side posts (for stability during roof raising).
	# Screw scrap piece of wood 5-1/2” below top of each post on inside faces of all four posts.		# Screw scrap piece of wood 5-1/2” below top of each post on inside faces of all four posts.

Margaret Ida: /* Documentation-Assembly Sheets */

2011-08-17T04:41:44Z

Documentation-Assembly Sheets

← Older revision		Revision as of 04:41, 17 August 2011
Line 56:		Line 56:
	# Put 2” of concrete in base of one post hole		# Put 2” of concrete in base of one post hole
	# Put 4x4 post into hole and fill around it with concrete until slightly over full		# Put 4x4 post into hole and fill around it with concrete until slightly over full
	* Eliminate air pockets in the concrete as much as possible by vibrating the shovel or tamping		: Eliminate air pockets in the concrete as much as possible by vibrating the shovel or tamping
	# Check perpendicular with level on two adjacent sides		# Check perpendicular with level on two adjacent sides
	# Brace post in place with furring strips and stakes		# Brace post in place with furring strips and stakes
Line 62:		Line 62:
	'''Prepare the Posts'''		'''Prepare the Posts'''
	# Measure and cut pole heights to provide for rain run-off in the best direction.		# Measure and cut pole heights to provide for rain run-off in the best direction.
	* Low side poles should be 1 foot lower than high side poles		: Low side poles should be 1 foot lower than high side poles
	* The tops of the poles on the low side and the tops of poles on high side of the building should be level with each other.		: The tops of the poles on the low side and the tops of poles on high side of the building should be level with each other.
	# Near the top of the posts, screw 16’ pieces of 2x6 across the inside faces of the high side posts and the low side posts (for stability during roof raising).		# Near the top of the posts, screw 16’ pieces of 2x6 across the inside faces of the high side posts and the low side posts (for stability during roof raising).
	# Screw scrap piece of wood 5-1/2” below top of each post on inside faces of all four posts.		# Screw scrap piece of wood 5-1/2” below top of each post on inside faces of all four posts.

Margaret Ida: /* Documentation-Assembly Sheets */

2011-08-17T04:39:49Z

Documentation-Assembly Sheets

← Older revision		Revision as of 04:39, 17 August 2011
Line 56:		Line 56:
	# Put 2” of concrete in base of one post hole		# Put 2” of concrete in base of one post hole
	# Put 4x4 post into hole and fill around it with concrete until slightly over full		# Put 4x4 post into hole and fill around it with concrete until slightly over full
	** Eliminate air pockets in the concrete as much as possible by vibrating the shovel or tamping		* Eliminate air pockets in the concrete as much as possible by vibrating the shovel or tamping
	# Check perpendicular with level on two adjacent sides		# Check perpendicular with level on two adjacent sides
	# Brace post in place with furring strips and stakes		# Brace post in place with furring strips and stakes
Line 62:		Line 62:
	'''Prepare the Posts'''		'''Prepare the Posts'''
	# Measure and cut pole heights to provide for rain run-off in the best direction.		# Measure and cut pole heights to provide for rain run-off in the best direction.
	** Low side poles should be 1 foot lower than high side poles		* Low side poles should be 1 foot lower than high side poles
	** The tops of the poles on the low side and the tops of poles on high side of the building should be level with each other.		* The tops of the poles on the low side and the tops of poles on high side of the building should be level with each other.
	# Near the top of the posts, screw 16’ pieces of 2x6 across the inside faces of the high side posts and the low side posts (for stability during roof raising).		# Near the top of the posts, screw 16’ pieces of 2x6 across the inside faces of the high side posts and the low side posts (for stability during roof raising).
	# Screw scrap piece of wood 5-1/2” below top of each post on inside faces of all four posts.		# Screw scrap piece of wood 5-1/2” below top of each post on inside faces of all four posts.

Margaret Ida: /* Documentation-Assembly Sheets */

2011-08-17T04:38:21Z

Documentation-Assembly Sheets

← Older revision		Revision as of 04:38, 17 August 2011
Line 56:		Line 56:
	# Put 2” of concrete in base of one post hole		# Put 2” of concrete in base of one post hole
	# Put 4x4 post into hole and fill around it with concrete until slightly over full		# Put 4x4 post into hole and fill around it with concrete until slightly over full
	## Eliminate air pockets in the concrete as much as possible by vibrating the shovel or tamping		** Eliminate air pockets in the concrete as much as possible by vibrating the shovel or tamping
	# Check perpendicular with level on two adjacent sides		# Check perpendicular with level on two adjacent sides
	# Brace post in place with furring strips and stakes		# Brace post in place with furring strips and stakes
Line 62:		Line 62:
	'''Prepare the Posts'''		'''Prepare the Posts'''
	# Measure and cut pole heights to provide for rain run-off in the best direction.		# Measure and cut pole heights to provide for rain run-off in the best direction.
	Low side poles should be 1 foot lower than high side poles		** Low side poles should be 1 foot lower than high side poles
	The tops of the poles on the low side and the tops of poles on high side of the building should be level with each other.		** The tops of the poles on the low side and the tops of poles on high side of the building should be level with each other.
	# Near the top of the posts, screw 16’ pieces of 2x6 across the inside faces of the high side posts and the low side posts (for stability during roof raising).		# Near the top of the posts, screw 16’ pieces of 2x6 across the inside faces of the high side posts and the low side posts (for stability during roof raising).
	# Screw scrap piece of wood 5-1/2” below top of each post on inside faces of all four posts.		# Screw scrap piece of wood 5-1/2” below top of each post on inside faces of all four posts.

Margaret Ida: /* Documentation-Assembly Sheets */

2011-08-17T04:36:38Z

Documentation-Assembly Sheets

← Older revision		Revision as of 04:45, 17 August 2011
Line 56:		Line 56:
	# Put 2” of concrete in base of one post hole		# Put 2” of concrete in base of one post hole
	# Put 4x4 post into hole and fill around it with concrete until slightly over full		# Put 4x4 post into hole and fill around it with concrete until slightly over full
	:: Eliminate air pockets in the concrete as much as possible by vibrating the shovel or tamping		##Eliminate air pockets in the concrete as much as possible by vibrating the shovel or tamping
	# Check perpendicular with level on two adjacent sides		# Check perpendicular with level on two adjacent sides
	# Brace post in place with furring strips and stakes		# Brace post in place with furring strips and stakes
Line 62:		Line 62:
	'''Prepare the Posts'''		'''Prepare the Posts'''
	# Measure and cut pole heights to provide for rain run-off in the best direction.		# Measure and cut pole heights to provide for rain run-off in the best direction.
	:: Low side poles should be 1 foot lower than high side poles		## Low side poles should be 1 foot lower than high side poles
	:: The tops of the poles on the low side and the tops of poles on high side of the building should be level with each other.		## The tops of the poles on the low side and the tops of poles on high side of the building should be level with each other.
	# Near the top of the posts, screw 16’ pieces of 2x6 across the inside faces of the high side posts and the low side posts (for stability during roof raising).		# Near the top of the posts, screw 16’ pieces of 2x6 across the inside faces of the high side posts and the low side posts (for stability during roof raising).
	# Screw scrap piece of wood 5-1/2” below top of each post on inside faces of all four posts.		# Screw scrap piece of wood 5-1/2” below top of each post on inside faces of all four posts.
Line 95:		Line 95:

	'''Finishing Details'''		'''Finishing Details'''
	I would suggest looking at the drip-line of the roof and making arrangements to catch or at least channel storm run-off.		*I would suggest looking at the drip-line of the roof and making arrangements to catch or at least channel storm run-off.
	I would also suggest at least a leveled floor/work area.		*I would also suggest at least a leveled floor/work area.
	If you are going to collect and recycle sawdust, a vacuum collector will be needed if you don’t pave the floor.		*If you are going to collect and recycle sawdust, a vacuum collector will be needed if you don’t pave the floor.
	In this NW Missouri climate, at least North and West weather protection should be considered.		*In this NW Missouri climate, at least North and West weather protection should be considered.

← Older revision		Revision as of 04:36, 17 August 2011
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	'''Prepare Pre-built roof for moving'''		'''Prepare Pre-built roof for moving'''
	# Remove metal roof panels: Remove and stack wooden edge weights.		# Remove metal roof panels: Remove and stack wooden edge weights.
	## Remove screws holding metal panels in place.		## Remove screws holding metal panels in place.
	## Remove and stack metal panels near reassembly area		## Remove and stack metal panels near reassembly area
	# Remove eaves assemblies.		# Remove eaves assemblies.
	## Remove screws holding designated eaves to main frame.		## Remove screws holding designated eaves to main frame.
	## Relocate removed assemblies near reassembly area		## Relocate removed assemblies near reassembly area

	'''Move Pre-built roof from present location'''		'''Move Pre-built roof from present location'''
Line 56:		Line 56:
	# Put 2” of concrete in base of one post hole		# Put 2” of concrete in base of one post hole
	# Put 4x4 post into hole and fill around it with concrete until slightly over full		# Put 4x4 post into hole and fill around it with concrete until slightly over full
	##Eliminate air pockets in the concrete as much as possible by vibrating the shovel or tamping		## Eliminate air pockets in the concrete as much as possible by vibrating the shovel or tamping
	# Check perpendicular with level on two adjacent sides		# Check perpendicular with level on two adjacent sides
	# Brace post in place with furring strips and stakes		# Brace post in place with furring strips and stakes