the home construction process
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THE HOME CONSTRUCTION PROCESS
THE HOME CONSTRUCTION PROCESS
By: Jillaine Thomson
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SITE PREPARATIONSITE PREPARATION
• Building Site Layout • Building Site Layout
PLOT PLAN• Shows survey marks with elevation and grading requirements• Used to set up the corners and perimeters of building using batter boards and line stakes• Furnishes the essential data for laying out the building
• Site Staking • Site Staking
1. Locate building lines2. Establish corner stakes3. Batter boards set up 3-4’ outside of marks
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THE FOUNDATIONTHE FOUNDATION
• Excavation • Excavation
Site excavated for foundation walls and footings
Soil usually removed using bulldozer or tractor with blade
Soil is saved for final grading
Site excavated for foundation walls and footings
Soil usually removed using bulldozer or tractor with blade
Soil is saved for final grading
• Footing Construction • Footing Construction
CONCRETE POURED INTO FORM BOARDS
FORM BOARDS CONSTRUCTEDOF 2” CONSTUCTION LUMBER
FOOTING THICKNESS =FOUNDATION WALL THICKNESS FOOTING WIDTH = TWICE THE WALL THICKNESS
BUILDING CODE MAY REQUIRE SOME REINFORCEDSTEEL IN THE FOOTING - COMMONLY TWO RUNS OF 1/2 STEEL REBAR.
• Footings with Vertical Rebar • Footings with Vertical Rebar
Footings located over soft or poorly drained soils or over non-uniform soils should have steel reinforcement bars placed along the length of the footing 2” from the bottom
Footings located over soft or poorly drained soils or over non-uniform soils should have steel reinforcement bars placed along the length of the footing 2” from the bottom
STEEL REBAR
• Finished Footing • Finished Footing
POURED CONCRETE FOOTINGWITH KEY AND STEEL REBAR
REBAR & KEY - hold concrete foundationwalls in position preventing them from moving and shifting.
FOOTINGS MAY USE EITHER A V-SHAPED KEY AND/ORREBAR TO STRENGTHEN THE FOUNDATION WALLS
FOOTING WITH V-SHAPED KEYUPON WHICH FOUNDATION
WALLS ARE POURED
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V-SHAPED KEY
SPREAD FOOTINGS
• Stepped Footing • Stepped Footing
STEEL BARS IN HORIZONTAL AND VERTICAL FOOTING WHERE STEPS ARE LOCATED
NECESSARY WHEN BUILDING ON HILLY TERRAIN.
• T - Foundation • T - Foundation
Most common type of foundation. Name is derived from shape of
foundation and footing.
Most common type of foundation. Name is derived from shape of
foundation and footing.
FOUNDATION WALL
• T - Foundation Forms • T - Foundation Forms
STEP ONE: WALL FORMS SUPPORTED BY 2 X 4S WHILE BEING POSITIONED ON FOOTING
STEP TWO:WALL FORMS BOLTED INTO PLACEAND THEN CONCRETE IS POURED INTO FORMS; WHEN CURED THE FORMS ARE REMOVED
• Foundation Forms with Rebar • Foundation Forms with Rebar
FORMS ARE IN PLACE WITH REBAR AND READY FOR CONCRETE TO BE POURED INTO FORMS
FORMS ARE IN PLACE WITH REBAR AND READY FOR CONCRETE TO BE POURED INTO FORMS
REBAR MAY BE PLACED IN WALL FORMS
• Drain Tile Placement • Drain Tile Placement
FOUNDATION DRAIN TILE SYSTEM COMPONENTS:DRAIN TILE (PERFORATED PIPE)
FILTERMEDIA (GRAVEL)GRAVEL COVERWATER OUTLET
FOUNDATION DRAIN TILE SYSTEM COMPONENTS:DRAIN TILE (PERFORATED PIPE)
FILTERMEDIA (GRAVEL)GRAVEL COVERWATER OUTLET
PERORATED PLASTICDRAIN TILE
EMBEDDED IN GRAVELTRENCH AROUND BASE
OF FOUNDATION
DRAIN TILE INSIDE FOOTING AND AROUND
FOOTING
DRAIN TILE AROUNDPERIMETER OF FOOTING
PURPOSE: DRAIN WATER AWAY FROM THE FOUNDATION
• Damp Proofing of Foundation Wall • Damp Proofing of Foundation Wall
SPRAY ON WATERPROOFING -ASPHALT, LATEX OR RUBBERPROTECTIVE COATING
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WATERPROOFING MEMBRANEOF POLYETHYLENE
Prevents Moisture From Passing Through Walls to Interior Spaces
• Steel Column and I-Beam Placement • Steel Column and I-Beam Placement
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STEEL I-BEAM SUPPORTSTHE FLOOR JOISTS
• Backfill and Grading Around Foundation • Backfill and Grading Around Foundation
BACKFILL ANDGRADING
• Foundation Type One: Pier and Post • Foundation Type One: Pier and Post
NO PERIMETER FOUNDATION OR FOUNDATION PAD.
FOUNDATION CAN BE BUILT QUICKLY AND CHEAPLY.
OFTEN EMPLOYED IN TROPICS AND FLOOD PRONE REGIONS.
NO PERIMETER FOUNDATION OR FOUNDATION PAD.
FOUNDATION CAN BE BUILT QUICKLY AND CHEAPLY.
OFTEN EMPLOYED IN TROPICS AND FLOOD PRONE REGIONS.
• Foundation Type Two: Poured Concrete • Foundation Type Two: Poured Concrete
FROST-PROTECTED SHALLOW FOUNDATION
FROST-PROTECTED SHALLOW FOUNDATION
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T-SHAPED FOUNDATION
SLAB ON GRADEFOUNDATION
(SHALLOW FOUNDATION)
• Foundation Type Three: Concrete Block • Foundation Type Three: Concrete Block
• Foundation Type Four: Wood • Foundation Type Four: Wood
A BELOW GRADE, PLYWOOD SHEATHED, PRESSURE-TREATED STUD WALL
PARTICULARLY ATTRACTIVE IN WARMER CLIMATES WHERE FREEZING OF GROUND IS INFREQUENT
A BELOW GRADE, PLYWOOD SHEATHED, PRESSURE-TREATED STUD WALL
PARTICULARLY ATTRACTIVE IN WARMER CLIMATES WHERE FREEZING OF GROUND IS INFREQUENT
PRESSURE TREATED WOOD
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FRAMING:FRAMING:
• Framing Type One: Platform • Framing Type One: Platform
Studs are interrupted at each floor level by the floor construction.
Advantages over balloon framing: studs are only one storey high so long pieces of lumber are not required; wall sections can be fabricated on the floor platforms in a horizontal position and then lifted into place.
Studs are interrupted at each floor level by the floor construction.
Advantages over balloon framing: studs are only one storey high so long pieces of lumber are not required; wall sections can be fabricated on the floor platforms in a horizontal position and then lifted into place.
• Framing Type Two: Balloon • Framing Type Two: Balloon
Uses a technique of hanging thefloors from the walls - wall studsrest directly on the sill plate andeach floor “hangs” on the studs.
Balloon framing offers the advantages of small potentialshrinkage and good verticalstability.
• Comparison: Platform and Balloon Framing • Comparison: Platform and Balloon Framing
PLATFORM FRAMING: The predominant form of house construction.
BALLOON FRAMING: Was once used extensively, but in recent years has diminished in importance.
PLATFORM FRAMING: The predominant form of house construction.
BALLOON FRAMING: Was once used extensively, but in recent years has diminished in importance.
• Framing Type Three: Post and Beam • Framing Type Three: Post and Beam
Uses posts, beams and planks as framing members that are larger and spaced farther apart than conventional framing members.
Provides greater freedom of design than conventional framing techniques.
Uses posts, beams and planks as framing members that are larger and spaced farther apart than conventional framing members.
Provides greater freedom of design than conventional framing techniques.
BEAM
POST
• Framing Option: Steel Framing • Framing Option: Steel Framing
MANY BUILDERS ARE ADOPTING RESIDENTIAL STEEL FRAMING BECAUSE OF ITS PRICE AND SUPPLY STABILITY.
MEMBERS WEIGH LESS THAN WOOD AND HAVE PRE-PUNCHED HOLES FOR PIPING AND ELECTRICAL WIRING.
STEEL CAN SPAN GREATER DISTANCES PROVIDING LARGER OPEN SPACES AND INCREASED DESIGN FLEXIBILITY.
STEEL WILL NOT ROT, SHRINK, SPLIT, SWELL OR BURN.
STEEL IS RECYCLABLE.
MANY BUILDERS ARE ADOPTING RESIDENTIAL STEEL FRAMING BECAUSE OF ITS PRICE AND SUPPLY STABILITY.
MEMBERS WEIGH LESS THAN WOOD AND HAVE PRE-PUNCHED HOLES FOR PIPING AND ELECTRICAL WIRING.
STEEL CAN SPAN GREATER DISTANCES PROVIDING LARGER OPEN SPACES AND INCREASED DESIGN FLEXIBILITY.
STEEL WILL NOT ROT, SHRINK, SPLIT, SWELL OR BURN.
STEEL IS RECYCLABLE.
FLOOR FRAMINGFLOOR FRAMING
1. VERTICAL MEMBERS = JOISTS
2. JOISTS RUN PERPENDICULAR TO THEIR SUPPORTS AND CARR THE STRUCTURAL LOAD.
3. ENDS OF JOISTS REST EITHER ON FOUNDATIONS (MAIN FLOOR) OR LOAD-BEARING WALLS (UPPER FLOOR).
1. VERTICAL MEMBERS = JOISTS
2. JOISTS RUN PERPENDICULAR TO THEIR SUPPORTS AND CARR THE STRUCTURAL LOAD.
3. ENDS OF JOISTS REST EITHER ON FOUNDATIONS (MAIN FLOOR) OR LOAD-BEARING WALLS (UPPER FLOOR).
• Anatomy of Floor Framing • Anatomy of Floor Framing
• Sill Plate or Sole Plate • Sill Plate or Sole Plate
SILL PLATE or SOLE PLATE• Fits over the anchor bolts sticking out of the concrete foundation.• Should be pressure treated or pesticide treated lumber.• Most are 2 x 8 lumber.• Secured all the way around the foundation.• Vertical members or rim joist attached to sill plate.
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RIM JOIST
FOUNDATION WALL
SILL PLATE OR SOLE PLATE(attached to anchor bolts)
• Rim (Band) Joist • Rim (Band) Joist
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RIM JOIST
SILL PLATE
FLOOR JOIST
FOUNDATIONWALL
RIM JOIST• A sill (horizontal members of construction) caps the end row of joists that support a floor ceiling.• Fastened to sill plate.
• Joists and Beams • Joists and Beams
FRAMING FOR FLOOR ON TOP OF FOUNDATION WALL
JOIST: providessupport for floor. SOLID BRIDGING
For longer joist spans; Cross bridging may be used to stiffenfloor and spread loadover a broader area.
BEAM: supportsjoists.
• Floor Truss Systems • Floor Truss Systems
Truss: rigid framework designed to support a load over a span. Engineered wood floor trusses are often used in place of floor joists in
residential structures. These trusses consist of a top chord, bottom chord and web. Provide openings for plumbing, HVAC and electrical.
Truss: rigid framework designed to support a load over a span. Engineered wood floor trusses are often used in place of floor joists in
residential structures. These trusses consist of a top chord, bottom chord and web. Provide openings for plumbing, HVAC and electrical.
TOP CHORDBOTTOM CHORD
WEB
• Stair and Chimney Openings • Stair and Chimney Openings
Opening in the floors for stairs and chimneys require double joist framing or ‘sistering’ around opening.
Opening in the floors for stairs and chimneys require double joist framing or ‘sistering’ around opening.
DOUBLEHEADER REGULAR
JOIST
HEADER
• Special Floor Framing Considerations • Special Floor Framing Considerations
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MECHANICAL/ELECTRICAL• Open flooring system can accommodate mechanical equipment such as ventilation ducts, water pipes, waste water pipes and electrical power lines.
• Sub floor Installation • Sub floor Installation
SUBFLOOR (5/8” OR 1/2” PREFERRED) IS ATTACHED TOTOP OF FLOOR JOISTS.
PLYWOOD OR OSB PANELS AREINSTALLED AT RIGHT ANGLE TOTHE JOISTS; MAY BE GLUED OR NAILED TO JOISTS.
• Cut out in sub floor for floor register • Cut out in sub floor for floor register
FLOOR REGISTER
SUBFLOOR
WALL FRAMINGWALL FRAMING
WALL IS USUALLY CONSTRUCTED FLAT ON SUBFLOOR AND THEN FRAME IS THEN LIFTED VERTICAL INTO THE CORRECT POSITION.
WALL FRAMING LUMBER IS USUALLY DOUGLAS FIR, SOUTHERN YELLOW PINE, HEMLOCK, SPRUCE OR LARCH.
VERTICAL FRAMING MEMBERS = STUDS
Current industry standard: 2 x 4 frame at 16” centers with double top plates, three stud corners, jack studs, cripples and double headers
Newest industry standard: 2 x 6 frame at 24” centers with single top plates, two stud corners, no jack studs, no cripples and single headers with the advantage of cheaper and faster to build, saves energy (60% deeper cavity and uses less wood) and easier installation of services because framing members are farther apart.
WALL IS USUALLY CONSTRUCTED FLAT ON SUBFLOOR AND THEN FRAME IS THEN LIFTED VERTICAL INTO THE CORRECT POSITION.
WALL FRAMING LUMBER IS USUALLY DOUGLAS FIR, SOUTHERN YELLOW PINE, HEMLOCK, SPRUCE OR LARCH.
VERTICAL FRAMING MEMBERS = STUDS
Current industry standard: 2 x 4 frame at 16” centers with double top plates, three stud corners, jack studs, cripples and double headers
Newest industry standard: 2 x 6 frame at 24” centers with single top plates, two stud corners, no jack studs, no cripples and single headers with the advantage of cheaper and faster to build, saves energy (60% deeper cavity and uses less wood) and easier installation of services because framing members are farther apart.
• Exterior Wall Framing • Exterior Wall Framing
METAL STRIP BRACING
REGULAR STUD
SOLE PLATE
ROUGH WINDOW OPENING
DOUBLE TOP PLATE
JOINING OF 8’ WIDE MODULES
• Exterior Corner Wall Framing • Exterior Corner Wall Framing
BLOCKING
SOLE PLATE
THE CORNER MUST PROVIDEADEQUATE SUPPORT FOR THE STRUCTURE
• Interior Partition Wall Framing • Interior Partition Wall Framing
SOLE PLATESTUDS 16” OCSTUD
SUBFLOOR
• CONSTRUCTED IN SAME WAY AS EXTERIOR WALLS.
DOUBLE TOP PLATE
• Building and Erecting Framing • Building and Erecting Framing
WALL FRAMING CONSTRUCTED ON SUBFLOOR
WALL FRAMING LIFTED INTOVERTICAL POSITION
• Blocking • Blocking
BLOCKING• Pieces of wood or other material that run between wall studs.• Provide support and attachment sites for mounted hardware such as cabinets, shelving, and towel bars.
BLOCKING
• Blocking for Kitchen and Bathroom • Blocking for Kitchen and Bathroom
BLOCKING FOR CABINETRY KITCHEN BLOCKING/PLATESFOR PLUMBING
BLOCKING FOR TOWEL AND GRAB BARS
• Blocking for Return Ductwork • Blocking for Return Ductwork
BLOCKINGFOR RETURNDUCTWORK
• Rough Opening for Doors • Rough Opening for Doors
DOUBLE TOP PLATE
CRIPPLE
HEADER - supports weight above opening
REGULAR STUD
DOOR OPENING
TRIMMER STUD (inside stud)
SOLE PLATE
6’10” - SOLE PLATE TO HEADER
8’ - 1 1/2” FULL HEIGHT
KING STUD (outside stud)
• Rough Opening for Windows • Rough Opening for Windows
HEADER - SOLID BLOCKING(HEADER LENGTH = ROUGH OPENINGWIDTH PLUS TWO TRIMMER WIDTHS
TRIMMER STUD -support header over opening in wall.
ROUGH OPENING FORWINDOW
CRIPPLE STUD (inner stud)
Openings for doors & windows are framed before wall is moved to verticalposition.
KING STUD (outer stud)
SILL
• Bathroom Wall Framing Considerations • Bathroom Wall Framing Considerations
FRAMING FOR WHIRLPOOLTUB
FRAMING FOR SHOWER
• Kitchen Wall Framing Considerations • Kitchen Wall Framing Considerations
SOFFIT or BULKHEAD TRAY CEILING
RANGE HOOD KITCHEN ISLAND
CEILING FRAMINGCEILING FRAMING
AFTER THE EXTERIOR AND INTERIOR WALLS ARE ERECTED, PLUMBED, BRACED AND SECOND TOP PLATES ADDED, CEILING JOISTS MAY BE PUT IN PLACE.
BASIC CONSTRUCTION OF CEILING IS SIMILAR TO FLOOR CONSTUCTION EXCEPT: A HEADER IS NOT REQUIRED AROUND THE PERIMETER; SMALLER SIZE LUMBER IS USED.
AFTER THE EXTERIOR AND INTERIOR WALLS ARE ERECTED, PLUMBED, BRACED AND SECOND TOP PLATES ADDED, CEILING JOISTS MAY BE PUT IN PLACE.
BASIC CONSTRUCTION OF CEILING IS SIMILAR TO FLOOR CONSTUCTION EXCEPT: A HEADER IS NOT REQUIRED AROUND THE PERIMETER; SMALLER SIZE LUMBER IS USED.
• Main Floor Ceiling Framing • Main Floor Ceiling Framing
CEILING JOIST - size will depend on load, wood species, span and joist spacing.
CEILING JOIST
SUBFLOOR
GIRDER OR STEEL I-BEAM- support for longer spans.
CROSS BRIDGING TO PREVENT WARPING OR TWISTING
SOLID JOIST FLOOR SYSTEM
• Anatomy of Ceiling Framing • Anatomy of Ceiling Framing
• Upper Floor Ceiling Framing • Upper Floor Ceiling Framing
Top floor ceilings that slope are usually attached directly to the roofframing, with insulation in between.
• Special Ceiling Framing Considerations • Special Ceiling Framing Considerations
CATHEDRAL CEILING COVE CEILING
BARREL CEILING VAULTED CEILING
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COFFERED CEILING
• Special Ceiling Framing Considerations • Special Ceiling Framing Considerations
TRAY CEILING SKYLIGHTS
FRAMING FOR DUCTWORK SOFFIT FRAMING FOR KITCHEN
EXTERIOR SHEATHING AFTER FRAMING
EXTERIOR SHEATHING AFTER FRAMING
• Exterior Sheathing • Exterior Sheathing
PLYWOOD OR OSB SHEATHINGNO INSULATING PROPERTIES
RIGID FORM INSULATION USED IN
PLACE OF PLYWOOD OR OSB PROVIDES INSULATING PROPERTIES AND MOISTURE
RESISTANCE
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HOUSEWRAP THIN LAYER OF POLYETHYLENE THATPROTECTS HOUSE FROM WIND, RAIN, MOISTURE AND AIR INFILTRATION YET STILL ALLOWS HOME TO “BREATHE”
ROOF FRAMINGROOF FRAMING
• Anatomy of a Common Rafter • Anatomy of a Common Rafter
• Roof Rafters • Roof Rafters
The rafter is a structural element of the roof that supports the sheathing. Rafters used frequently for remodeling, cathedral ceilings, full second floor
storage and spans up to 24’.
The rafter is a structural element of the roof that supports the sheathing. Rafters used frequently for remodeling, cathedral ceilings, full second floor
storage and spans up to 24’.
RIDGE BOARD COMMON RAFTERS -Perpendicular to the wall plateand extend from the ridge
TYPES OF ROOF RAFTERS
• Roof Truss Systems • Roof Truss Systems
The roof truss is an assembly of members that form a rigid framework of triangular shapes.
Permits wide, unsupported spans of 24 - 60’ with a minimum amount of material; used mostly in new construction.
Most commonly used for lower sloped roofs. There are numerous roof truss designs.
The roof truss is an assembly of members that form a rigid framework of triangular shapes.
Permits wide, unsupported spans of 24 - 60’ with a minimum amount of material; used mostly in new construction.
Most commonly used for lower sloped roofs. There are numerous roof truss designs.
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DIAGONAL BRACE LOWER CHORD
UPPERCHORD
• Lifting Trusses Into Place • Lifting Trusses Into Place
TRUSSES LIFTED INTO PLACE WITH CRANE - USUALLY ON LARGER
PROJECTS
TRUSSES LIFTED INTO PLACEBY HAND - USUALLY ON SMALLER
PROJECTS
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• Roof Truss Positioning • Roof Truss Positioning
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ROOF TRUSSES TEMPORARILY HELD IN PLACEUNTIL THEY CAN BE PERMANENTLY SECURED TO
THE WALLS
ROOF TRUSSES
INSULATION INSULATION
• Types of Interior Insulation • Types of Interior Insulation
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BATT INSULATION
BOARD INSULATION
• Types of Interior Insulation • Types of Interior Insulation
SPRAY FOAM INSULATION
LOOSE FILL INSULATION
DRYWALL DRYWALL
• Drywall Installation • Drywall Installation
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DRYWALL INSTALLATION
DRYWALL TAPING AND COUMPOUND
• Corner Bead • Corner Bead
CORNER BEAD
• Corners bead prevents the edges of the drywall from crumbling and help make a smooth seam.
• Installed after drywall is hung and before you tape the joints.
• Drywall Taping and Compounding • Drywall Taping and Compounding
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DRYWALL HAS BEEN TAPED AND SMOOTHED OUT WITH TAPING COMPOUND
DRYWALL TAPING
DRYWALL
MECHANICALS:MECHANICALS:
ELECTRICALELECTRICAL
• Electrical Power • Electrical Power
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Electricity is installed first to providePower for the construction crew’stools and lighting.
DISTRIBUTION PANEL
• Distribution Panel • Distribution Panel
ELECTRICAL WIRING LEADING FROMDISTRIBUTION PANEL THROUGHFLOOR JOIST TO THE ELECTRICAL SOURCES IN HOME
DISTRIBUTION PANEL
CIRCUIT BREAKERS
• Telephone Cable Service Panel • Telephone Cable Service Panel
SERVICE ENTRANCECABLE
• Lighting In Framing • Lighting In Framing
SWITCH BOX
ELECTRICAL WIRING
RECESSED LIGHTING IN CEILINGJOIST
• Electrical Rough-ins Before Finish Drywall • Electrical Rough-ins Before Finish Drywall
ELECTRICAL BOXES IN DRYWALLED CEILING FOR
SPOT LIGHTS
WIRING IN DRYWALL FOR SWITCHESAND WALL LIGHTS
PLUMBINGPLUMBING
• Plumbing Placed During Framing • Plumbing Placed During Framing
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HOT AND COLDWATER BRANCH LINES
WHITE PVC PIPE DRAINS WASTE WATER
OPENINGS MADE BY PIPES ARE CAULKED WITH PINK FOAM FIRESTOP
SOLE PLATEREINFORCED WITHMETAL WHERE PIPESPASS THROUGH IT
• Plumbing in Wall Framing • Plumbing in Wall Framing
BLOCKING FOR WATER LINES
HOT AND COLD WATER BRANCHLINES FOR BATHTUB - COPPERAND PLASTIC PIPE
PLASTIC DRAINAGE PIPING FROM BATHTUB
NOTE: Each branch line and fixtureMust have a shutoff valve
SHUT OFF VALVE ON OTHER SIDE OF DRYWALL
• Plumbing Rough-In for Bathroom • Plumbing Rough-In for Bathroom
ROUGH-IN FORTOILET
ROUGH-IN FORSHOWER
DRAINAGEPIPING
• Sump Pump • Sump Pump
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SUMP PUMP ANDSUMP PIT
SUMP PUMP• Pumps water from basement to outside of home• May drain water into the home’s drainage pipe system or may simply pump water outside.• Most often used when home’s basement is below water table or in areas where flooding is common.
• Waste Water Pipe to Sewer • Waste Water Pipe to Sewer
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PVC PIPE TAKES WASTEWATER OUT THROUGH THE BASEMENT WALL TO THE SEWER SYSTEM
HEATINGHEATING
Hot water heater and furnace Hot water heater and furnace
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GAS PIPE forfurnace hook-up
STACK - waste water vent runsVertically up through the roof toallow atmospheric pressure to enter system and prevent vacuum from building up as the waster water is discharged
FURNACE beforehook-up
COPPER WATER PIPESHot water heater will be Hooked up to these pipes
HOT WATER HEATER
Furnace being installed and sheet metal ventilation ductwill be attached to it
• HVAC Installed in Ceiling Joists • HVAC Installed in Ceiling Joists
• HVAC Ventilation Ducts • HVAC Ventilation Ducts
VENTILATIONVENTILATION
• Bathroom Ventilation Ducts and Fans • Bathroom Ventilation Ducts and Fans
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VENTILATION DUCT FROM BATHROOM TO OUTSIDE -CONNECTS TO FAN
CEILING JOIST
BATHROOMEXHAUST FAN
• Rough-in for Bathroom Ventilation Fan • Rough-in for Bathroom Ventilation Fan
HOUSING FOR VENTILATION FAN
DUCT TO OUTSIDE
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EXTERIOR FINISH:EXTERIOR FINISH:
• Window Installation • Window Installation
To ensure a protection against infiltrations, a flexible water-repellantflashing should be installed around the outside of the window opening
WINDOWS INSTALLED FROMEXTERIOR OF HOME
• Anatomy of a Window • Anatomy of a Window
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WINDOW SECTION
FRONT VIEW OF WINDOW
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• Exterior Door Installation • Exterior Door Installation
1. Ensure the rough opening is plumb and that the subsill is level; rough opening should be at least 1” wider and taller than the outside frame dimensions of the door system.
2. Apply two generous beads of butyl caulk along subsill an inch inside the front and rear edges of where the sill will be placed. Extend the caulk 2” up the sides of rough framing.
3. Place door in the opening. Put in bottom first with the top facing outward towards you, then tilt the door into place.
4. Center the door in the opening and shim the frame tightly in place at the very bottom of the rough opening.
1. Ensure the rough opening is plumb and that the subsill is level; rough opening should be at least 1” wider and taller than the outside frame dimensions of the door system.
2. Apply two generous beads of butyl caulk along subsill an inch inside the front and rear edges of where the sill will be placed. Extend the caulk 2” up the sides of rough framing.
3. Place door in the opening. Put in bottom first with the top facing outward towards you, then tilt the door into place.
4. Center the door in the opening and shim the frame tightly in place at the very bottom of the rough opening.
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• Exterior Door Details • Exterior Door Details
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SIDE LIGHTS
GLAZING
• Types of Exterior Siding • Types of Exterior Siding
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ENGINEERED WOOD OR COMPOSITE BOARD
WOOD CLAPBOARD CEDARSHINGLE OR “SHAKE”
STONE VENEER VINYL SIDING
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STUCCO
• Masonry • Masonry
BRICKS APPLED TOEXTERIOR OF HOME
RIGID INSULATION
BUILDING PAPER
MASONRY
SCAFFOLDING
BRICK AND BRICK VENEER EXTERIORS
• Anatomy of a Roof • Anatomy of a Roof
• Roof Sheathing • Roof Sheathing
PLYWOOD, PARTICLEBOARD, OSB OR WAFER BOARD SHEATHING APPLIED TO ROOF FRAMING
PLYWOOD, PARTICLEBOARD, OSB OR WAFER BOARD SHEATHING APPLIED TO ROOF FRAMING
• Roof Flashing and Drip Edge • Roof Flashing and Drip Edge
BASE FLASHING
STEP FLASHING
VENT PIPE FLASHING
VALLEY FLASHING
STEP FLASHING UNDER SIDING
CONTINUOUS FLASHING
DRIP EDGE UNDER FELT ALONGEAVES
DRIP EDGE OVER FELT ALONGRAKE
• Flashing is used to repel water from areas of potential leakage.• Drip edge prevents water from entering behind shingles and protects fascia or rake boards.
• Gutters and Downspouts • Gutters and Downspouts
Gutters collect water from the roof and direct it to the downspout. Sloped apx. 1” per 20’ Constructed of vinyl, aluminum or steel.
Gutters collect water from the roof and direct it to the downspout. Sloped apx. 1” per 20’ Constructed of vinyl, aluminum or steel.
SECTIONHANGER
LEAF SCREEN
INSIDE CORNER
END CAP
OUTSIDE CORNER
ELBOWS
STRAP
DOWNSPOUT
SPLASH BLOCK
• Gutters and Downspouts • Gutters and Downspouts
GUTTER
DOWNSPOUT
• Roof Shingles • Roof Shingles
STEPS IN ROOFING APPLICATION• Install ice and water guard.1. Install felt underlayments.2. Install flashings/soil boots.3. Install vents and ventilation4. Install shingles from left to right, starting at lowest left-hand corner.
• Types of Shingles • Types of Shingles
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are needed to see this picture.
QuickTime™ and a decompressor
are needed to see this picture.
ASPHALT or COMPOSITIONSHINGLES
WOOD ROOFING - SHINGLESOR SHAKES
METAL SHINGLES
CONCRETE SHINGLES SLATE SHINGLES
QuickTime™ and a decompressor
are needed to see this picture.
CLAY SHINGLES
• Roof Vent Caps - Attic Ventilation • Roof Vent Caps - Attic Ventilation
GABLE VENTS
CUPOLA
RIDGEVENT
• Attic ventilation reduces moisture condensation under the sheathing.• Ventilation helps cools the house interior during warm weather.