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11-001 (21) Phase 3: housewrap, interior paint, fixtures, finishes Exterior doors and doors to unconditioned spaces made substantially airtight with weatherstripping Attic access panels equipped with durable insulation(such as rigid foamboard)at least R10 and made substantially airtight with on weatherstripping Achieve per-module blower door test result of 0.20 CFM50 or less per square foot of enclosure at modular plant(enclosure includes ceiling,walls, and floors) / Fully sealed continuous drainage plane(housewrap) behind exterior cladding that laps over flashing and is sealed at all penetrations Wall-to-wall carpet not installed within 2.5 feet of toilets,tubs,or showers //XR. Seal all external cracks,joints, penetrations,edges,and entry points with caulking. Where openings cannot be caulked or sealed, n, install rodent-and corrosion-proof screens. Protect exposed foundation nsulation with moisture-resistant, pest-proof cover Install EPA Water Sense certified bathroom faucets in all bathrooms �F,,'' Install EPA Water Sense certified showerheads that use}75 gpm or less in all bathrooms Install toilets that use 1.1 gpf or less in all bathrooms ��t� Install hard flooring throughout each module's floors � Interior paints, coatings,and primers VOC(Volatile Organic Compound)content of 50 g/L or less for flats and 150 g/L or less for non- flats Phase 4: job-site Exterior wall sill plates sealed to foundation with caulk/foam in addition to foam gasket Joints between modules and sill plate or foundation sealed with foam at perimeter Separate all wood from concrete(including posts,stair stringers,and plates)with non-porous materials(such as foam, rubber, metal,or plastic) Marriage joints between modules fully sealed with foam at insulated walls,ceilings,and floors Gap between the unit separation wall and structural framing sealed at insulated walls,ceilings,and floors Wall sheathing sealed with tape where modules meet Housewrap and roofing overlapped(and taped where appropriate)to maintain drainage plane where modules meet Achieve whole-building blower door test of 2.5 ACH50(Air Changes per Hour)or less on-site after modules are set and joints sealed AV Electrical wires,light fixtures,outlets,switches;and other electrical boxes sealed where they penetrate insulated walls,ceilings,and 14 ®r AV floors � �����, t�.;, . Bath room kitchen,and dryer exhaust du led�where they penetrate in ted walls,ceilings,and floors Continuously operating,quiet,energy effic(efitWhUlation fans installed Connections and routing of ductwork completed without kinks or sharp bends No excessive coiled or looped flexduct ' Flexible ducts in unconditioned space not installed in cavities smaller than outer duct diameter j Flexible ducts in conditioned space not installed in cavities smaller than inner duct diameter Flexible ducts supported at intervals as recommended by Ininufacturer(at least every 5 feet) :. Phase 2: insulation, wall sheathing, roof sheathing l Main attics insulated with R38 fiberglass bans plus Rliaredlsttts-on top v First floor attics insulated with 7 polyisocyanurate foam b0it+d(R42)-cut to fit betweer���and foamed in place A11q Cantilevered floors insulated with R30 fiberglass 1386p1 rK td sheathing Attic insulation installed in contact with ceiling drywal t� . Install wind baffles in attic in every bay that extends `.* ± " M _ a�tfc insulation or insulation in contact with subfloor � Install flo ✓1 Exterior walls insulated with K f fibergla ss b pith . P GY' oundation wall insulated with Walls facing f sheathing all insulation in contadwithfnte, install exterior w Continuous exterior wall sheathing is continuous, Framing members and insulation products h ng Install air barrier on backs side of walls fadn8 thy, Continuous rigid insulation installed to at'least RSs 0h In Continuous rigid insulation installed to at least RS, k : r Continuous rigid insulation installed to at least Exterior sheathing sealed continuously t1-o Exterior sheathing sealed continuouslyt9 �: induding� All seams sealed in exterior sheathing, the roof deck and integrate O f f�i�....: ..: Step and kick-out flashing at all roof-wall ante S lane above ` shingle-style with drainage P bons Install boot/collar flashing at all roof penetra: u'waiente to at least 2 feet Self-sealing bituminous membrane or e4 exteri F up roof deck from the interior plane of the 4: Modular Plant Checklists for ENERGY STAR and LEED Soldier On Veterans Housing Phase 1: framing, rough mechanicals/plumbing/electrical, drywall Install interior air barrier behind tubs/showers on outside walls(muse cement board or equivalent moisture resistant material) Block off and seal joists in cantilevered floors above wall top plate Block off and seal joists in floors over basements above wall top pl t G Exterior wall bottom plates sealed to subfloor with caulk/foam All walls have continuous top plates or blocking at the ceil,i�i level Drywall sealed continuously to exterior wall top plates 3" Drywall sealed continuously to interior wall top plates(both sides) e- Window and door openings fully flashed-apply pan flashing over rough sill framing including corners, install side flashing that extends over pan flashing, and install top flashing that extends over s'. flashing All windows,doors,and skylights have a U-value of 0.29 or less i� G Rough opening around windows and exterior doors sealed with caulk or foam Ventilation timer control device installed ' ' Kitchen exhaust ducts a minimum of 6" metal duct or equivalent Clothes dryers vented directly to outdoors 110 G� Class 1 vapor barrier NOT installed on interior side of walls facing foundation-use unfaced fiberglas �s paper-faced fiberglass Building materials with visible signs of water damage or mold NOT' tailed or allowed to remain Install R4 pipe insulation on all domestic hot water(DHW) lines Install no tropical wood (including luan) unless it is FSC(Forest Stewardship Council)certified Sealers VOC content of 250 g/L for waterproofing, 275 g/L or less for sanding, and 200 g/L or less for all others v� Upon installation of kitchen, bathroom,and dryer exhaust ducts,seal vents to prevent contaminants from entering ducts. Keep sealed until modules are delivered to site, re-sealing as needed Install radon vent pipe with minimal bends that terminates above the roof. 49 Ensure that dropped ceiling/sofft areas have sealed rigid air barriers on the same plane as full-height ceilin! For insulated ceilings with attic above,full-height insulation extends to the inside face of exterior wall /, Plumbing vents, radon vents, hose bibs, and other pipes sealed where they penetrate insulated walls, ceilings, and floors 4° Marriage joints between modules fully sealed with foam at insulated walls,ceilings,and floors Gap between the unit separation wall and structural framing sealed at insulated walls,ceilings,and floors Wall sheathing sealed with tape where modules meet - Housewrap and roofing overlapped (and taped where appropriate)to maintain drainage plane where modules meet Achieve whole-building blower door test of 2.5 ACH50(Air Changes per Hour)or less on-site after modules are set and joints sealed Cantilevered floors insulated with R30 fiberglass batts plu 5 foamboard sheathing WM Attic insulation installed in contact with ceiling drywall Install wind baffles in attic in every bay that exte above the height of the attic insulation bfloor y Install floor insulation in contact with su Exterior walls insulated with Ofiberglass b!gs plus R6 sheathing Walls facing foundation wall insulated with ROfiberglass batts plus R6 sheathing Install exterior wall insulation in contact with interior drywall and in contact with exterior sheathing Continuous exterior wall sheathing Is continuous at adjoining porch roofs k/ Framing members and insulation products having high moisture content NOT enclosed install air barrier on back side of walls facing the basement W/ Continuous rigid insulation installed to at least R5 on all exterior walls Continuous rigid insulation installed to at least RS on exterior wall where first floor attics are located Continuous rigid insulation installed to at least R5 on ajkwalls to basements AllP Exterior sheathing sealed continuously to sill plate op- Exterior sheathing sealed continuously to upper floor top ore All seams sealed in exterior sheathing, including corners Step and kick-out flashing at all roof-wall intersections, extending at least 8 inches up the wall above the roof n deck and integrated shingle-style with drainage plane above Install boot/collar flashing at all roof penetrations Self-sealing bituminous membrane or equivalent over sheathing at eaves-extends from the edge of the roof line to at least 2 feet up roof deck from the interior plane of the exterior wall Phase 3: housewrap, interior paint, fixtures, finishes Exterior doors and doors to unconditioned spaces made substantially airtight with weatherstripping Attic access panels equipped with durable insulation (such as rigid foamboard) at least R10 and made ` 0/1� substantially airtight with weatherstripping T fl Achieve per-module blower door test result of 0.20 CFM50 or less per square foot of enclosure at modular plant (enclosure includes ceiling, walls, and floors) 1� Fully sealed continuous drainage plane (housewrap) behind exterior cladding that laps over flashing and is seale at all penetrations Wall-to-wall carpet not installed within 2.5 feet of toilets,tubs,or showers Seal all exteenal cracks,joints, penetrations, edges,and entry points with caulking. Where openings cannot be caulked or sealed, install rodent- and corrosion-proof screens. Protect exposed foundation insulation with moisture-resistant, pest-proof cover f 1 � Install EPA Water Sense certified bathroom faucets in all bathrooms l� Install EPA Water Sense certified showerheads that use.J.75 gpm or less in all bathrooms Install toilets that use 1.1 gpf or less in all bathrooms !� Install hard flooring throughout each module's floors Interior paints, coatings, and primers VOC (Volatile Organic Compound) content of 50 g/L or less for flats and 150 g/L or less for non-flats Phase 4: job-site Exterior wall sill plates sealed to foundation with caulk/foam in addition to foam gasket Joints between modules and sill plate or foundation sealed with foam at perimeter Separate all wood from concrete (including posts, stair stringers, and plates) with non-porous materials (such as foam, rubber, metal, or plastic) V Modular Plant Checklists for ENERGY STAR and LEED Soldier On Veterans Housing Phase 1: framing, rough mechanicals/plumbing/electrical, drywall Install interior air barrier behind tubs/showers on outside walls(must be cement board or equivalent moisture resistant material) Block off and seal joists in cantilevered floors above wall top plate > ofl IBlock off and seal joists in floors over basements above wall top plat S i Exterior wall bottom plates sealed to subfloor with caulk/foam All walls have continuous top plates or blocking at the cei ' level Drywall sealed continuously to exterior wall top plates Drywall sealed continuously to interior wall top plates(both sides) Window and door openings fully flashed-apply pan flashing over rough sill framing including corners, install sided flashing that extends over pan flashing,and install top flashing that%tends over side flashing All windows,doors, and skylights have a U-value of 0.29 or less Rough opening around windows and exterior doors sealed with caulk or foam Ventilation timer control device installed Kitchen exhaust ducts a minimum of 6" metal duct or equivalent Clothes dryers vented directly to outdoors A,* Class 1 vapor barrier NOT installed on interior side of walls facing foundation- use unfaced fiberglass or paper , faced fiberglass Building materials with visible signs of water damage or mold NOT installed or allowed to remain Install R4 pipe insulation on all domestic hot water(DHW) lines Install no tropical wood(including luan) unless it is FSC(Forest Stewardship Council)certified Sealers VOC content of 250 g/L for waterproofing, 275 g/L or less for sanding,and 200 g/L or less for all others f�T� Upon installation of kitchen, bathroom,and dryer exhaust duds,seal vents to prevent contaminants from entering duds. Keep sealed until modules are delivered to site, re-sealing as needed k Install radon vent pipe with minimal bends that terminates above the roof. A111t Ensure that dropped ceiling/sofft areas have sealed rigid air barriers on the same plane as full-height ceiling For insulated ceilings with attic above,full-height insulation extends to the inside face of exterior wall Plumbing vents, radon vents, hose bibs, and other pipes sealed where they penetrate insulated walls, ceilings, and floors Electrical wires, light fixtures, outlets, switches, and other electrical boxes sealed where they penetrate insulated walls,ceilings, and floors Bathroom, kitchen,and dryer exhaust ducts sealed where they penetrate in ulated walls,ceilings, and floors Continuously operating,quiet,energy efficient ventilation fans installed Connections and routing of ductwork completed without kinks or sharp bends No excessive coiled or looped flexduct / Flexible ducts in unconditioned space not installed in cavities smaller than outer duct diameter Flexible ducts in conditioned space not installed in cavities smaller than inner duct diameter Flexible ducts supported at intervals as recommended by manufacturer(at least every 5 feet) Phase 2: insulation, wall sheathing, roof sheathing Main attics insulated with R38 fiberglass batts plus R11 crossed batts on top First floor attics insulated with 7" polyisocyanurate foam board (R42)-cut to fit between joists and foamed in /��� Marriage joints between modules fully sealed with foam at insulated walls,ceilings,and floors Gap between the unit separation wall and structural framing sealed at insulated walls,ceilings,and floors Wall sheathing sealed with tape where modules meet Housewrap and roofing overlapped(and taped where appropriate)to maintain drainage plane where modules meet Achieve whole-building blower door test of 2.5 ACH50(Air Changes per Hour)or less on-site after modules are set and joints sealed Ca t;ie.ered floors insulated with R30 fiberglass batts plus RS foamboard sheathing /►M :t -;;'Jation installed in contact with ceiling drywall !nstail wind baffles in attic in every bay that extends above the height of the attic insulation !� Install floor insulation in contac ,with subfloor A/i?9 exterior walls insulated with R; fiberglass b plus R6 sheathing Lvalls facing foundation wall insulated with 8 fiberglass batts plus R6 she (� in contact with interior drywall and in contact with exterior sheathing t� n�.tall exterior wall insulation Ccrsinuous exterior wall sheathing is continuous at adjoining porch roofs dle, members and insulation products having high moisture conter)t NOT enclosed =!! a,, harrier on back side of walls facing the basement G ' C-rt nuous rigid insulation installed to at least RS on all exterior walls ­•inucus rigid insulation installed to at least RS on exterior wall where first floor attics are located C�rtinuous rigid insulation installed to at least R5 on all walls to basements r c sheathing sealed continuously to sill plate TI, hl ^eathing sealed continuously to upper floor top plate sealed in exterior sheathing, including corners 0 47 r ck-out flashing at all roof-wall intersections, extending at least 8 inches up the wall above the roof and Irtegrated shingle-style with drainage plane above St311 boot/collar flashing at all roof penetrations S?If-sealing bituminous membrane or equivalent over sheathing at eaves- extends from the edge of the ^of !i^`i/ at least 2 feet up roof deck from the interior plane of the exterior wall Phase 3: housewrap, interior paint, fixtures, finishes ,=r cr doors and doors to unconditioned spaces made substantially airtight with weatherstripping ;_cess panels equipped with durable insulation (such as rigid foamboard) at least R10 and made � 2 .,i,stantially airtight with weatherstripping f� -'sieve per-module blower door test result of 0.20 CFMSO or less per square foot of enclosure at modular plant�� _--!osure includes ceiling, walls, and floors) sealed continuous drainage plane (housewrap) behind exterior cladding that laps over flashing and is sealed I,i ;)enetrations �!J t_ ,fall carpet not installed within 2.S feet of toilets, tubs, or showers a ! exterr31 cracks, joints, penetrations, edges, and entry points with caulking. Where openings carrot be caulked or sealed, install rodent- and corrosion-proof screens. Protect exposed foundation insulation . i;" >� roisture-resistant, pest-proof cover rstall EDA Water Sense certified bathroom faucets in all bathrooms rs*,all EPA Water Sense certified showerheads that use 1.75 gpm or less in all bathrooms tc ets that use 1.1 gpf or less in all bathrooms rsta!I hard flooring throughout each module's floors _ oaints, coatings, and primers VOC (Volatile Organic Compound) content of SO g/L or less for flats and rr less for non-flats Phase 4: job-site ;gall sill plates sealed to foundation with caulk foam in addition to foam gasket _ :.eer modules and sill plate or foundation sealed with foam at perimeter a'i wood from concrete (including posts, stair stringers, and plates) with non-porous mater,a',s `er metal, Or plastic) 6a:5 Modular Plant Checklists for ENERGY STAR and LEED Soldier On Veterans Housing Phase 1: framing, rough mechanicals/plumbing/electrical, drywall install interior air barrier behind tubs/showers on outside walls(must be cement board or equivalent moisture\ 4 ­e� szant material) �✓vJ/ i 51;ck off and seal joists in cantilevered floors above wall top plate 5i.}rk c f and seal joists in floors over basements above wall top plate, ,xterior wall bottom plates sealed to subfloor with caulk/foam I ,valls have continuous top plates or blocking at the celli Rg level Drywall sealed continuously to exterior wall top plates Drywall sealed continuously to interior wall top plates (both sides) and door openings fully flashed - apply pan lflashing over rough sill framing including corners, insta!I side\ as�ing that extends over pan flashing, and install top flashing that extends over side flashing �i ;,inflows, doors, and skylights have a U-value of 0.29 or less Rcu h opening around windows and exterior doors sealed with caulk or foam io -- ntilauon timer control device installed /Aq Ki-chen exhaust ducts a minimum of 6" metal du t or equivalent Clcthes dryers vented directly to outdoors apor barrier NOT installed on interior side of walls facing foundation - use unfaced fiberglass or paper- r f cerglass j,.il',Iink materials with visible signs of water damage or mold NOT installed or allowed to remain ,ail R.: pipe i, sulation on all domestic hot water(DHW) lines nstaii no tropical wood (including luan) unless it is FSC (Forest Stewardship Council) certified Sealers VOC content of 250 g/L for waterproofing, 275 g/L or less for sanding, and 200 g/L or less for all others On S� Upen installation of kitchen, bathroom, and dryer exhaust ducts, seal vents to prevent contaminants from \ �k ducts. Keep sealed until modules are delivered to site, re-sealing as needed 11 n-,tall radon vent pipe with minimal bends that terminates above the roof. o,) .511 e // FrsL:re that dropped ceiling/soffit areas have sealed rigid air barriers on the same plane as full-height ceilin-s /Y =cr :nsuiated ceilings with attic above, full-height insulation extends to the inside face of exterior wall A "lambing vents, radon vents, hose bibs, and other pipes sealed where they penetrate insulated walls, ceiling and floors ctr�cal vvires, light fixtures, outlets, switches, and other electrical boxes sealed where they penetrate insulated>>> ::,, ceilings, and floors 5athroom, kitchen, and dryer exhaust ducts sealed where they penetrate insulated walls, ceilings, and floors Cc nrnuously operating, quiet, energy efficient ventilation fans installed 4/Iq �c nnections and routing of ductwork completed without kinks or sharp bends q;: -xcessive coiled or looped flexduct =!e,- bie ducts in unconditioned space not installed in cavities smaller than outer duct diameter //Q =l-xible ducts in conditioned space not installed in cavities smaller than inner duct diameter A/ r'uc*s supported at intervals as recommended by manufacturer(at least every 5 feet) Phase 2: insulation, wall sheathing, roof sheathing nsTJla!ecI v.,ith R38 fiberglass baits plus R11 crossed batts on top � / _ _ � ics insulated with 7" polyisocyanurate foam board (R42) - cut to fit between joists and foame,, in 1 Jq Marriage joints between modules fully sealed with foam at insulated walls,ceilings,and floors Gap between the unit separation wall and structural framing sealed at insulated walls,ceilings,and floors Wail sheathing sealed with tape where modules meet Housewrap and roofing overlapped (and taped where appropriate)to maintain drainage plane where modules meet Achieve whole-building blower door test of 2.5 ACH50 (Air Changes per Hour)or less on-site after modules are set and joints sealed �ha � Cantilevered floors insulated with R30 fiberglass batts plus g,5 foamboard sheathing Attic insulation installed in contact with ceiling drywall 011 Ail- Install wind baffles in attic in every bay that exten ,above the height of the attic insulation Install floor insulation in conta with subfloor Exterior walls insulated with fiberglass bap plus R6 sheathing i Walls facing foundation wall insulated with a #iberglass batts plus R6 sheathing Install exterior wall insulation in contact with interior drywall and in contact wi h exterior sheathing Continuous exterior wall sheathing is continuous at adjoining porch roofs . Framing members and insulation products having high moisture content NOT enclosed `✓ Install air barrier on back side of walls facing the basement / Continuous rigid insulation installed to at least R5 on all exterior walls Continuous rigid insulation installed to at least RS on exterior wall where first floor attics are located owl?q Continuous rigid insulation installed to at least R5 on all walls to basements W/W Exterior sheathing sealed continuously to sill plate �t Exterior sheathing sealed continuously to upper floor top plate All seams sealed in exterior sheathing, including corners Step and kick-out flashing at all roof-wall intersections, extending at least 8 inches up the wall above the roofs°1,� deck and integrated shingle-style with drainage plane above Install boot/collar flashing at all roof penetrations Self-sealing bituminous membrane or equivalent over sheathing at eaves-extends from the edge of the roof line d)4- to at least 2 feet up roof deck from the interior plane of the exterior wall Phase 3: housewrap, interior paint, fixtures, finishes _ Exterior doors and doors to unconditioned spaces made substantially airtight with weatherstripping Attic access panels equipped with durable insulation (such as rigid foamboard) at least R10 and made pn substantially airtight with weatherstripping > S Achieve per-module blower door test result of 0.20 CFMSO or less per square foot of enclosure at modular plant (enclosure Includes ceiling,walls, and floors) /13 Fully sealed continuous drainage plane (housewrap) behind exterior cladding that laps over flashing and is sealed at all penetrations Wall-to-wall carpet not installed within 2.5 feet of toilets, tubs, or showers /s//'t Seal all external cracks,joints, penetrations, edges, and entry points with caulking. Where openings cannot be caulked or sealed, install rodent-and corrosion-proof screens. Protect exposed foundation insulation with / � - moisture-resistant,pest-proof cover Install EPA Water Sense certified bathroom faucets in all bathrooms A Install EPA Water Sense certified showerheads that use S gpm or less in all bathrooms Install toilets that use 1.1 gpf or less in all bathrooms Install hard flooring throughout each module's floors Interior paints, coatings, and primers VOC (Volatile Organic Compound) content of SO g/L or less for flats and 150 g/L or less for non-flats Phase 4: job-site Exterior wall sill plates sealed to foundation with caulk/foam in addition to foam gasket Joints between modules and sill plate or foundation sealed with foam at perimeter Separate all wood from concrete (including posts, stair stringers, and plates) with non-porous materials (such as foam, rubber, metal, or plastic) Modular Plant Checklists for ENERGY STAR and LEED Soldier On Veterans Housing Phase is framing, rough mechanicals/plumbing/electrical, drywall Install interior air barrier behind tubs/showers on outside walls(must be cement board or equivalent moisture resistant material) Block off and seal joists in cantilevered floors above wall top plate On Block off and seal joists in floors over basements above wall top plat Exterior wall bottom plates sealed to subfloor with caulk/foam All walls have continuous top plates or blocking at the ceiling level v Drywall sealed continuously to exterior wall top plates Drywall sealed continuously to interior wail top plates(both sides) Window and door openings fully flashed-apply pan flashing over rough sill framing including corners, install side flashing that extends over pan flashing, and install top flashing that extends over side flashing All windows,doors,and skylights have a U-value of 0.29 or less Rough opening around windows and exterior 'Ors sealed with caulk or foam Ventilation timer control device installed C Kitchen exhaust ducts a minimum of 6" metal duct or equivalent Clothes dryers vented directly to outdoors N/Iq � Class 1 vapor barrier NOT installed on interior side of walls facing foundation- use unfaced fiberglass or paper- r� faced fiberglass G Building materials with visible signs of water damage or mold NOT' talled or allowed to remain Install R4 pipe insulation on all domestic hot water(DNW) lines Install no tropical wood(including loan) unless it is FSC(Forest Stewardship Council)certified k0p Z F Sealers VOC content of 250 g/L for waterproofing, 275 g/L or less for sanding,and 200 g/L or less for all others 01) !de Upon installation of kitchen, bathroom,and dryer exhaust ducts,seal vents to prevent contaminants from entering ducts. Keep sealed until modules are delivered to site, re-sealing as needed Install radon vent pipe with minimal bends that terminates above the roof. W44 Ensure that dropped ceiling/sofft areas have sealed rigid air barriers on the same plane as full-height ceilii For insulated ceilings with attic above,full-height insulation extends to the inside face of exterior wall Plumbing vehts, radon vents, hose bibs, and other pipes sealed where they penetrate insulated walls, ceilings, and floors Electrical wires, light fixtures,outlets, switches,and other electrical boxes sealed where they penetrate insulated walls,ceilings,and floors Bathroom,kitchen,and dryer exhaust ducts sealed where they penetrate ins lated walls,ceilings, and floors Continuously operating, quiet,energy efficient ventilation fans installed ,0 Connections and routing of ductwork completed without kinks or sharp bends No excessive coiled or looped flexduct Flexible ducts in unconditioned space not installed in cavities smaller than outer duct diameter Flexible ducts in conditioned space not installed in cavities smaller than inner duct diameter Flexible ducts supported at intervals as recommended by manufacturer(at least every 5 feet) Can i evere oors insula eathing A c insulation installed in contact with c i InsM whtu Dailies in attic in every bay that extends abcryP rha hci�ah+ ^�+t,^ ^*• ^ �Liifa+l.., Marriage joints between modules fully sealed with foam at insulated walls,ceilings,and floors Gap between the unit separation wall and structural framing sealed at insulated walls,ceilings,and floors Wall sheathing sealed with tape where modules meet _ Housewrap and roofing overlapped(and taped where appropriate)to maintain drainage plane where modules meet Achieve whole-building blower door test of 2.5 ACH50(Air Changes per Hour)or less on-site after modules are set and joints sealed :r.r' Cantilevered floors insulated with R30 fiberglass batts plu 5 foamboard sheathing Attic insulation installed in contact with ceiling drywall Install wind baffles in attic in every bay that exten above the height of the attic insulation Install floor insulation in conta��•t With subfloor , Exterior walls insulated with F, fiberglass bags plus R6 sheathing 1✓ Walls facing foundation wall insulated with R aA'fiberglass batts plus R6 sheathing Install exterior wall insulation in contact with interior drywall and in contact with exterior sheathing Continuous exterior wall sheathing is continuous at adjoining porch roofs P", Framing members and insulation products having high moisture content NOT enclosed ✓ Install air barrier on back side of walls facing the basement AIIA jy Continuous rigid insulation installed to at least R5 on all exterior walls ✓ fill,Continuous rigid insulation installed to at least R5 on exterior wall where first floor attics are located Continuous rigid insulation installed to at least R5 on al ails to basements //)� Exterior sheathing sealed continuously to sill plate � Exterior sheathing sealed continuously to upper floor top plate ✓ All seams sealed in exterior sheathing, including corners 0 Step and kick-out flashing at all roof-wall intersections, extending at least 8 inches up the wall above the roof deck and integrated shingle-style with drainage plane above �Q, Install boot/collar flashing at all roof penetrations 5 i Self-sealing bituminous membrane or equivalent over sheathing at eaves-extends from the edge of the roof line to at least 2 feet up roof deck from the interior plane of the exterior wall Phase 3: housewrap, interior paint, fixtures, finishes Exterior doors and doors to unconditioned spaces made substantially airtight ht with weatherstripping Attic access panels equipped with durable insulation(such as rigid foamboard) at least R10 and made substantially airtight with weatherstripping > Achieve per-module blower door test result of 0.20 CFM50 or less per square foot of enclosure at modular plant (enclosure includes ceiling, walls, and floors) /iz Fully sealed continuous drainage plane (housewrap) behind exterior cladding that laps over flashing and is sealed •�}� at all penetrations !/ Wall-to-wall carpet not installed within 2.5 feet of toilets, tubs, or showers pd�� Seal all external cracks,joints, penetrations, edges, and entry points with caulking. Where openings cannot be �} caulked or sealed, install rodent-and corrosion-proof screens. Protect exposed foundation insulation with o 1'c- moisture-resistant, pest-proof cover S� Install EPA Water Sense certified bathroom faucets in all bathrooms Install EPA Water Sense certified showerheads that use . 5 gpm or less in all bathrooms Install toilets that use 1.1 gpf or less in all bathrooms ( Install hard flooring throughout each module's floors c� Interior paints, coatings, and primers VOC(Volatile Organic Compound) content of 50 g/L or less for flats and 150 ✓ g/L or less for non-flats Phase 4: job-site Exterior wall sill plates sealed to foundation with caulk/foam in addition to foam gasket Joints between modules and sill plate or foundation sealed with foam at perimeter Separate all wood from concrete (including posts, stair stringers,and plates)with non-porous materials (such as foam, rubber, metal, or plastic) Modular Plant Checklists for ENERGY STAR and LEED Soldier On Veterans Housing Phase 1: framing, rough mechanicals/plumbing/electrical, drywall Install interior air barrier behind tubs/showers on outside walls(must be cement board or equivalent moisture Jor resistant material) Block off and seal joists in cantilevered floors above wall top plate e- Block off and seal joists in floors over basements above wall top plat v� Exterior wall bottom plates sealed to subfloor with caulk/foam All walls have continuous top plates or blocking at the ceiligglevel Drywall sealed continuously to exterior wall top plates (V 6 Drywall sealed continuously to interior wall top plates(both sides) � Window and door openings fully flashed-apply pan flashing over rough sill framing including corners, install side flashing that extends over pan flashing, and install top flashing that gxtends over side flashing All windows,doors, and skylights have a U-value of 0.29 or less Rough opening around windows and exterior doors sealed with caulk or foam Ventilation timer control device installed JO Kitchen exhaust ducts a minimum of 6" metal duct or equivalent Clothes dryers vented directly to outdoors A///9 Class 1 vapor barrier NOT installed on interior side of walls facing foundation- use unfaced fiberglass or paper faced fiberglass Building materials with visible signs of water damage or mold NOT i tailed or allowed to remain Install R4 pipe insulation on all domestic hot water(DHW) lines Install no tropical wood (including luan)unless it is FSC(Forest Stewardship Council)certified 4 i Sealers VOC content of 250 g/L for waterproofing, 275 g/L or less for sanding,and 200 g/L or less for all others Upon installation of kitchen,bathroom,and dryer exhaust ducts,seal vents to prevent contaminants from entering duds. Keep sealed until modules are delivered to site, re-sealing as needed Install radon vent pipe with minimal bends that terminates above the roof. //,� / Ensure that dropped ceiling/sofft areas have sealed rigid air barriers on the same plane as full-height ceili ' /Y For insulated ceilings with attic above,full-height insulation extends to the inside face of exterior wall Plumbing vents, radon vents,hose bibs,and other pipes sealed where they penetrate insulated walls, ceilings, and floors Electrical wires, light fixtures,outlets,switches, and other electrical boxes sealed where they penetrate insulated walls,ceilings, and floors Bathroom, kitchen,and dryer exhaust ducts sealed where they penetrate in lated walls,ceilings, and floors Continuously operating,quiet,energy efficient ventilation fans installed Connections and routing of ductwork completed without kinks or sharp bends No excessive coiled or looped flexduct Flexible ducts in unconditioned space not installed in cavities smaller than outer duct diameter ✓vf Flexible ducts in conditioned space not installed in cavities smaller than inner duct diameter Flexible ducts supported at intervals as recommended by manufacturer(at least every 5 feet) Phase 2: insulation, wall sheathing, roof sheathing Main attics insulated with R38 fiberglass batts plus R11 crossed batts on top First floor attics insulated with 7" polyisocyanurate foam board (R42)-cut to fit between joists and foamed in Marriage joints between modules fully sealed with foam at insulated walls,ceilings,and floors Gap between the unit separation wall and structural framing sealed at insulated walls,ceilings,and floors Wail sheathing sealed with tape where modules meet Housewrap and roofing overlapped(and taped where appropriate)to maintain drainage plane where modules meet Achieve whole-building blower door test of 2.5 ACH50(Air Changes per Hour)or less on-site after modules are set and joints sealed 1 1 , Ca eve red floors insulated with R30 fiberglass batts plus R5 foamboard sheathing rsulation installed in contact with ceiling drywall nsta!I wind baffles in attic in every bay that extend bove the height of the attic insulation VT lnstail floor insulation in contact with subfloor � Ex-erior walls insulated with Fofiberglass bbagis plus R6 sheathing r/ v,,aiis facing foundation wall insulated with RXfiberglass batts plus R6 sheathing nr,,.all exterior wall insulation in contact with interior drywall and in contact wi. xterior sheathing n-,ruous exterior wall sheathing is continuous at adjoining porch roofs l All e nbers and insulation products having high moistur c""o//ntent NOT enclosed -a!! a r barrier on back side of walls facing the basement /v all C�r:tinuous rigid insulation installed to at least RS on all exterior walls --tlinueus rigid insulation installed to at least R5 on exterior wall where first floor attics are located /11,4 Cantinuous rigid insulation installed to at least R5 on all walls to basements —Ori - r er sheathing sealed continuously to sill plate ;heathing sealed continuously to upper floor top pl t ur~.s sealed 'n exterior sheathing, including corners I ck-out flashing at all roof-wall intersections, extending at least 8 inches up the wall above the roof v SI aid integrated shingle-style with drainage plane above ~ s ai! boot/collar'flashing at all roof penetrations Qn S Self-sealing bituminous membrane or equivalent over sheathing at eaves- extends from the edge of the roof line at least 2 feet up roof deck from the interior plane of the exterior wall Phase 3: housewrap, interior paint, fixtures, finishes I- *erier doors and doors to unconditioned spaces made substantially airtight with weatherstripping .,c access panels equipped with durable insulation (such as rigid foamboard) at least R10 and made �„�, _."stantially airtight with weatherstripping -cnieve per-module blower door test result of 0.20 CFMSO or less per square foot of enclosure at modular plant e�c!osure includes ceiling, walls, and floors) "u!!.' sealed continuous drainage plane (housewrap) behind exterior cladding that laps over flashing and is sealed aii penetrations ""// all-to wall carpet not installed within 2.S feet of toilets, tubs, or showers /Y%' all exterral cracks,joints, penetrations, edges, and entry points with caulking. Where openings cannot be on caulked or sealed, install rodent- and corrosion-proof screens. Protect exposed foundation insulation Abl ro sture-resistant, pest-proof cover -s;a ! Ea,; Water Sense certified bathroom faucets in all bathrooms stall EPA Water Sense certified showerheads that use 7S gpm or less in all bathrooms ; ets that use 1.1 gpf or less in all bathrooms ­ail hard flooring throughout each module's floors ' taints, coatings, and primers VOC (Volatile Organic Compound) content of 50 g/L or less for flats and 15 ✓ cr less for non-flats Phase 4: job-site , ;:all sill plates sealed to foundation with caulk/foam in addition to foam gasket ­,.een modules and sill plate or foundation sealed with foam at perimeter _ ail wcod from concrete (including posts, stair stringers, and plates) with non-porous mater,a's suc" Er me*,a1, c, plastic) Modular Plant Checklists for ENERGY STAR and LEED Soldier On Veterans Housing Phase 1: framing, rough mechanicals/plumbing/electrical, drywall install interior air barrier behind tubs/showers on outside walls (must be cement board or equivalent moisture -;_--s scant material) 5i Eck off and seal joists in cantilevered floors above wall top plate n Sf dock off and seal joists in floors over basements above wall top platy ' Exterior wall bottom plates sealed to subfloor with caulk/foam ';I v;alls have continuous top plates or blocking at the ceiling level Drywall sealed continuously to exterior wall top plates Drywall sealed continuously to interior wall top plates (both sides) 7:c:•. ano door openings fully flashed - apply pan flashing over rough sill framing including corners, install side ` gashing that extends over pan flashing, and install top flashing that extends over side flashing % :r indows, doors, and skylights have a U-value of 0.29 or less Raueh opening around windows and exterior doors sealed with caulk or foam _ntilation timer control device installed Kitchen exhaust ducts a minimum of 6" metal duct or equivalent Clothes dryers vented directly to outdoors ;s apor barrier NOT installed on interior side of walls facing foundation- use unfaced fiberglass or paper- ec; fiberglass _,y 5t.ilding materials with visible signs of water damage or mold NOT installed or allowed to remain p .n:tail R" pipe i, sulation on all domestic hot water(DHW) lines eAV ,nstall no tropical wood (including Juan) unless it is FSC (Forest Stewardship Council) certified Sealers VOC content of 250 g/L for waterproofing, 275 g/L or less for sanding, and 200 g/L or less for all others a�f Upon installation of kitchen, bathroom, and dryer exhaust ducts, seal vents to prevent contaminants from ;�rtering ducts. Keep sealed until modules are delivered to site, re-sealing as needed install radon vent pipe with minimal bends that terminates above the roof. All' Ensure that dropped ceiling/sofft areas have sealed rigid air barriers on the same plane as full-height ceili lvljR =cr insulated ceilings with attic above,full-height insulation extends to the inside face of exterior wall e Plumbing vents, radon vents, hose bibs, and other pipes sealed where they penetrate insulated walls, ceilings, and floors E'r,ctr cal wires, light fixtures, outlets, switches, and other electrical boxes sealed where they penetrate insulated ceilings, and floors Satnroom, kitchen, and dryer exhaust ducts sealed where they penetrate ins I ted walls, ceilings, and floors G Continuously operating, quiet, energy efficient ventilation fans installed Cc nrections and routing of ductwork completed without kinks or sharp bends -x-essive coiled or looped flexduct -x:bie ducts in unconditioned space not installed in cavities smaller than outer duct diameter 1.-xibie ducts in conditioned space not installed in cavities smaller than inner duct diameter h'? duo's supported at intervals as recommended by manufacturer (a*. least every 5 feet) Phase 2: insulation, wall sheathing, roof sheathing ` nsulared with R38 fiberglass batts plus R11 crossed batts on top -ics insulated with 7" polyisocyanurate foam board (R42) - cut to fit between joists and foame: in Marriage joints between modules fully sealed with foam at insulated walls,ceilings,and floors Gap between the unit separation wall and structural framing sealed at insulated walls,ceilings,and floors Wail sheathing sealed with tape where modules meet - Housewrap and roofing overlapped(and taped where appropriate)to maintain drainage plane where modules meet Achieve whole-building blower door test of 2.5 ACH50(Air Changes per Hour)or less on-site after modules are set and joints sealed Cantilevered floors insulated with R30 fiberglass batts plus R5 foamboard sheathing 49 Attic insulation installed in contact with ceiling drywall 11q, Install wind baffles in attic in every bay that extend above the height of the attic insulation /� 1 Install floor insulation in contact with l� subfloor ���- Exterior walls insulated with R�,9Tfi erglass batts_gl s R6 sheathing Walls facing foundation wall insulated with Rberglass batts plus R6 sheathing Install exterior wall insulation in contact with interior drywall and in contact wip exterior sheathing Continuous exterior wall sheathing is continuous at adjoining porch roofs Framing members and insulation products having high moist ure_,gpntent NOT enclosed Install air barrier on back side of walls facing the basement Continuous rigid insulation installed to at least R5 on all exterior walls Continuous rigid insulation installed to at least R5 on exterior wall where first flo attics are located Continuous rigid insulation installed to at least R5 on aIJ walls to basements Exterior sheathing sealed continuously to sill plate Exterior sheathing sealed continuously to upper floor top plat All seams sealed in exterior sheathing, including corners Step and kick-out flashing at all roof-wall intersections, extending at least 8 inches up the wall above the roof cc) deck and integrated shingle-style with drainage plane above S� Install boot/collar flashing at all roof penetrations Self-sealing bituminous membrane or equivalent over sheathing at eaves-extends from the edge of the roof line>/►,,I/� to at least 2 feet up roof deck from the interior plane of the exterior wall Phase 3: housewrap, interior paint, fixtures, finishes Exterior doors and doors to unconditioned spaces made substantially airtight with weatherstripping Attic access panels equipped with durable insulation (such as rigid foamboard) at least R10 and made substantially airtight with weatherstripping Achieve per-module blower door test result of 0.20 CFM50 or less per square foot of enclosure at modular plant (enclosure includes ceiling,walls, and floors) /3� , Fully sealed continuous drainage plane (housewrap)behind exterior cladding that laps over flashing and is sealed at all penetrations Wall-to-wall carpet not installed within 2.5 feet of toilets,tubs,or showers Q✓�� Seal all external cracks,joints, penetrations, edges, and entry points with caulking. Where openings cannot be caulked or sealed, install rodent-and corrosion-proof screens. Protect exposed foundation insulation with Q moisture-resistant, pest-proof cover �l Install EPA Water Sense certified bathroom faucets in all bathrooms Install EPA Water Sense certified showerheads that use 1.7Upm or less in all bathrooms Install toilets that use 1.1 gpf or less in all bathrooms Install hard flooring throughout each module's floors Interior paints, coatings, and primers VOC(Volatile Organic Compound) content of 50 g/L or less for flats and 150 g/L or less for non-flats > Phase 4: job-site Exterior wall sill plates sealed to foundation with caulk/foam in addition to foam gasket Joints between modules and sill plate or foundation sealed with foam at perimeter Separate all wood from concrete(including posts, stair stringers, and plates)with non-porous materials(such as foam, rubber, metal, or plastic) Modular Plant Checklists for ENERGY STAR and LEED Soldier On Veterans Housing Phase 1: framing, rough mechanicals/plumbing/electrical, drywall Install interior air barrier behind tubs/showers on outside walls (must be cement board or equivalent moisture resistant material) Block off and seal joists in cantilevered floors above wall top plate Of) Block off and seal joists in floors over basements above wall top plate SI Exterior wall bottom plates sealed to subfloor with caulk/foam ' All walls have continuous top plates or blocking at the ceiling I el Drywall sealed continuously to exterior wall top plates Drywall sealed continuously to interior wall top plates (both sides) 6W" Window and door openings fully flashed-apply pan flashing over rough sill framing including cornr� install side flashing that extends over pan flashing, and install top flashing that `�ctends over side flashing 6j2 " All windows,doors,and skylights have a U-value of 0.29 or less OW Rough opening around windows and exterior ors sealed with caulk or foam Ventilation timer control device installed Kitchen exhaust ducts a minimum of 6" metal duct or equivalent Clothes dryers vented directly to outdoors 1VItq Class 1 vapor barrier NOT installed on interior side of walls facing foundation-use unfaced fiberglass or paper- faced fiberglass Building materials with visible signs of water damage or mold NOT installed or allowed to remain Install R4 pipe insulation on all domestic hot water(DHW) lines 01 ,,/� Install no tropical wood (including luan) unless it is FSC(Forest Stewardship Council)certified" Sealers VOC content of 250 g/L for waterproofing, 275 g/L or less for sanding,and 200 g/L or less for all others Upon installation of kitchen, bathroom,and dryer exhaust ducts,seal vents to prevent contaminants from entering ducts. Keep sealed until modules are delivered to site, re-sealing as needed Install radon vent pipe with minimal bends that terminates above the roof. A/JP Ensure that dropped ceiling/sofft areas have sealed rigid air barriers on the same plane as full-height ceiliDgs For insulated ceilings with attic above,full-height insulation extends to the inside face of exterior wall Plumbing vents, radon vents, hose bibs, and other pipes sealed where they penetrate insulated walls,ceilings, v and floors Electrical wires, light fixtures,outlets, switches, and other electrical boxes sealed where they penetrate insulated walls,ceilings,and floors Bathroom, kitchen,and dryer exhaust ducts sealed where they penetrate insujgted walls, ceilings, and floors Continuously operating,quiet, energy efficient ventilation fans installed Connections and routing of ductwork completed without kinks or sharp bends No excessive coiled or looped flexduct A//O Flexible ducts in unconditioned space not installed in cavities smaller than outer duct diameter Flexible ducts in conditioned space not installed in cavities smaller than inner duct diameter Flexible ducts supported at intervals as recommended by manufacturer(at least every 5 feet) Phase 2: insulation, wall sheathing, roof sheathing Main attics insulated with R38 fiberglass batts plus R11 crossed batts on top ��A First floor attics insulated with 7" polyisocyanurate foam board (R42)-cut to fit between joists and foamed in Marriage joints between modules fully sealed with foam at insulated walls,ceilings,and floors Gap between the unit separation wall and structural framing sealed at insulated walls,ceilings,and floors Wall sheathing sealed with tape where modules meet Housewrap and roofing overlapped(and taped where appropriate)to maintain drainage plane where modules meet 1 Achieve whole-building blower door test of 2.5 ACH50(Air Changes per Hour)or less on-site after modules are ,Y set and joints sealed Cantilevered floors insulated with R30 fiberglass batts plus RS foa board sheathing die Attic insulation installed in contact with ceiling drywall ��� ,/, Install wind baffles in attic in every bay that exten above the height of the attic insulation r P Install floor insulation in contact w' h subfloor �� Exterior walls insulated with Rerglass b;;§1 'erglass us R6 sheathing Walls facing foundation wall insulated with R batts plus R6 sheathing Install exterior wall insulation in contact with interior drywall and in contact vijph exterior sheathing Continuous exterior wall sheathing is continuous at adjoining porch roofs Framing members and insulation products having high moisture.Lontent NOT enclosed ✓ Install air barrier on back side of walls facing the basement 0 Al Continuous rigid insulation installed to at least R5 on all exterior walls 111 Continuous rigid insulation installed to at least R5 on exterior wall where first fl or attics are located Continuous rigid insulation installed to at least R5 on aU walls to basements Exterior sheathing sealed continuously to sill plate 01 ,L411 Exterior sheathing sealed continuously to upper floor top pl All seams sealed in exterior sheathing, including corners Step and kick-out flashing at all roof-wall intersections, extending at least 8 inches up the wall above the roof deck and integrated shingle-style with drainage plane above Install boot/collar flashing at all roof penetrations Self-sealing bituminous membrane or equivalent over sheathing at eaves-extends from the edge of the roof line to at least 2 feet up roof deck from the interior plane of the exterior wall Phase 3: housewrap, interior paint, fixtures, finishes Exterior doors and doors to unconditioned spaces made substantially airtight with weatherstripping Attic access panels equipped with durable insulation (such as rigid foamboard) at least R10 and made J21�� substantially airtight with weatherstripping Achieve per-module blower door test result of 0.20 CFM50 or less per square foot of enclosure at modular plant (enclosure includes ceiling,walls, and floors) Fully sealed continuous drainage plane (housewrap) behind exterior cladding that laps over flashing and is sealed at all penetrations Wall-to-wall carpet not installed within 2.5 feet of toilets,tubs, or showers h11A Seal all external cracks,joints, penetrations,edges, and entry points with caulking. Where openings cannot be caulked or sealed, install rodent-and corrosion-proof screens. Protect exposed foundation insulation with moisture-resistant, pest-proof cover Install EPA Water Sense certified bathroom faucets in all bathrooms Install EPA Water Sense certified showerheads that use,475 gpm or less in all bathrooms Install toilets that use 1.1 gpf or less in all bathrooms Install hard flooring throughout each module's floors Interior paints, coatings, and primers VOC(Volatile Organic Compound) content of 50 g/L or less for flats and 150 g/L or less for non-flats Phase 4: job-site Exterior wall sill plates sealed to foundation with caulk/foam in addition to foam gasket Joints between modules and sill plate or foundation sealed with foam at perimeter Separate all wood from concrete (including posts, stair stringers,and plates) with non-porous materials(such as foam, rubber, metal, or plastic) Modular Plant Checklists for ENERGY STAR and LEED Soldier On Veterans Housing Phase 1: framing, rough mechanicals/plumbing/electrical, drywall Install interior air barrier behind tubs/showers on outside walls(must be cement board or equivalent moisture resistant material) Block off and seal joists in cantilevered floors above wall top plate Block off and seal joists in floors over basements above wall top pla S Exterior wall bottom plates sealed to subfloor with caulk/foam All walls have continuous top plates or blocking at the ceiling level Drywall sealed continuously to exterior wall top plates W , Drywall sealed continuously to interior wall top plates(both sides) Window and door openings fully flashed-apply pan flashing over rough sill framing including corners, install side flashing that extends over pan flashing,and install top flashing that extends over side flashing All windows,doors,and skylights have a U-value of 0.29 or less OX Rough opening around windows and exterior d/o�s sealed with caulk or foam Ventilation timer control device installed �" Kitchen exhaust ducts a minimum of 6" metal duct or equivalent Clothes dryers vented directly to outdoors X/ft Class 1 vapor barrier NOT installed on interior side of walls facing foundation- use unfaced fiberglass or paper- faced fiberglass Building materials with visible signs of water damage or mold NOT ir t Iled or allowed to remain Install R4 pipe insulation on all domestic hot water(DHW) lines Install no tropical wood(including luan) unless it is FSC(Forest Stewardship Council)certified � Sealers VOC content of 250 g/L for waterproofing, 275 g/L or less for sanding,and 200 g/L or less for all others �n S Upon installation of kitchen, bathroom,and dryer exhaust ducts, seal vents to prevent contaminants from entering ducts. Keep sealed until modules are delivered to site, re-sealing as needed f Install radon vent pipe with minimal bends that terminates above the roof. 111// Ensure that dropped ceiling/sofft areas have sealed rigid air barriers on the same plane as full-height ceilings For insulated ceilings with attic above,full-height insulation extends to the inside face of exterior wall ' Plumbing vents, radon vents, hose bibs,and other pipes sealed where they penetrate insulated walls,ceilings, and floors > Electrical wires, light fixtures,outlets, switches, and other electrical boxes sealed where they penetrate insulated walls,ceilings,and floors Ai­ Bathroom, kitchen,and dryer exhaust ducts sealed where they penetrate ins d walls,ceilings, and floors Continuously operating, quiet,energy efficient ventilation fans installed Connections and routing of ductwork complepVd without kinks or sharp bends i/ No excessive coiled or looped flexduct A(/# Flexible ducts in unconditioned space not installed in cavities smaller than outer duct diameter Flexible ducts in conditioned space not installed in cavities smaller than inner duct diameter Flexible ducts supported at intervals as recommended by manufacturer(at least every 5 feet) Phase 2: insulation, wall sheathing, roof sheathing A/ Main attics insulated with R38 fiberglass batts plus R11 crossed batts on top / First floor attics insulated with 7" polyisocyanurate foam board (R42)-cut to fit between joists and foamed in // i \ T Marriage joints between modules fully sealed with foam at insulated walls,ceilings,and floors Gap between the unit separation wall and structural framing sealed at insulated walls,ceilings,and floors Wall sheathing sealed with tape where modules meet Housewrap and roofing overlapped(and taped where appropriate)to maintain drainage plane where modules meet Achieve whole-building blower door test of 2.5 ACH50(Air Changes per Hour)or less on-site after modules are set and joints sealed V r plus.R5 foamboard sheathing 'iie.ered floors insulated with R30 fiberglass batts g P ,rs,ulation installed in contact with ceiling drywall n�tall wind baffles in attic in every bay that extends above the height of the attic insulation install floor insulation in contact pith subfloor Exterior walls insulated with f�fiberglass ba s plus R6 sheathing vvai s facing foundation wall insulated with Sfiberglass batts plus R6 sheathing,/ n •t;0 exterior wall insulation in contact with interior drywall and in contact with exterior sheathing �J Ccn;inueus exterior wall sheathing is continuous at adjoining porch roofs // embers and insulation products having high moisture cl ntent NOT enclosed =! a r harrier on back side of walls facing the basement C,rt;nuous rigid insulation installed to at least RS on all exterior walls ucus rigid insulation installed to at least RS on exterior wall where first�go�r attics are located C,,rtinuous rigid insulation installed to at least RS on all ails to basements r cr sheathing sealed continuously to sill plate er s-eathing sealed continuously to upper floor top pla s sealed in exterior sheathing, including corners -r an,'. 'K, ck-out flashing at all roof-wall intersections, extending at least 8 inches up the wall above the roof Q� -k and integrated shingle-style with drainage plane above a'. boct/collar"flashing at all roof penetrations S:-If-sealing bituminous membrane or equivalent over sheathing at eaves - extends from the edge of the rcof !1,,- t, at ieast 2 feet up roof deck from the interior plane of the exterior wall Phase 3: housewrap, interior paint, fixtures, finishes 1 Fr,cr doors and doors to unconditioned spaces made substantially airtight with weatherstripping ess panels equipped with durable insulation (such as rigid foamboard) at least R10 and made -ta .t a'ly airtight with weatherstripping ,- eve oer-module blower door test result of 0.20 CFM50 or less per square foot of enclosure at modular plan�n = csure includes ceiling, walls, and floors) sealed continuous drainage plane (housewrap) behind exterior cladding that laps over flashing and is sealed- aenetrations i-to arall carpet not installed within 2.S feet of toilets, tubs, or showers ai: exterr3l cracks, joints, penetrations, edges, and entry points with caulking. Where openings cannot b 'aulked or sealed, install rodent- and corrosion-proof screens. Protect exposed foundation insulation v.;` r;,isture-resistant, pest-proof cover �stai! EPA Water Sense certified bathroom faucets in all bathrooms -s:ail EPA Water Sense certified showerheads that use 1.75 gpm or less in all bathrooms _1114 ;c: eu that use 1.1 gpf or less in all bathrooms �sta ! nard flooring throughout each module's floors ;rots, coatings, and primers VOC (Volatile Organic Compound) content of 50 g/L or less`or flats and i5t l _ or 'less for non-flats !% Phase 4: job-site �- .,:all sill plates sealed to foundation with caulk/foam in addition to foam gasket ;;een modules and sill plate or foundation sealed with foam at perimeter wood from concrete (including posts, stair stringers, and plates) with non-porous mater;a'( s"- [er metal, or plastic) Modular Plant Checklists for ENERGY STAR and LEED Soldier On Veterans Housing Phase 1: framing, rough mechanicals/plumbing/electrical, drywall install interior air barrier behind tubs/showers on outside walls (must be cement board or equivalent moisture .64„/h >,stant material) A suck off and seal joists in cantilevered floors above wall top plate Q� 514e- 5; .,ck cif and seal joists in floors over basements above wall top plat, Fx,erior wall bottom plates sealed to subfloor with caulk/foam �,� ,val's have continuous top plates or blocking at the ceiling lev I Drywall sealed continuously to exterior wall top plates Dr.vwall sealed continuously to interior wall top plates (both sides) c.: and door openings fully flashed - apply pan flashing over rough sill framing including corners, insta'i side `'asking that extends over pan flashing, and install top flashing that extends over side flashing I> --i ,,.mdcv�s, doors, and skylights have a U-value of 0.29 or less Pcu�n opening around windows and exterior doors sealed with caulk or foam r/ -- ._-ntilation timer control device installed WlA- Ki.chen exhaust ducts a minimum of 6" metal dd�or equivalent AAA rl^-nes dryers vented directly to outdoors a or barrier NOT installed on interior side of walls facing foundation - use unfaced fiberglass or paper- -lass f oerglass 5 .iidin� materials with visible signs of water damage or mold NOT installed or allowed to remain ,-,,tail R ; pipe insulation on all domestic hot water (DHVV) lines Aby ,n,;tali no tropical wood (including Juan) unless it is FSC (Forest Stewardship Council) certified Sealers VOC content of 250 g/L for waterproofing, 275 g/L or less for sanding, and 200 g/L or less for all etners Upon installation of kitchen, bathroom, and dryer exhaust ducts, seal vents to prevent contaminants from -=­­­g ducts. Keep sealed until modules are delivered to site, re-sealing as needed 11'' n-.tall radon vent pipe with minimal bends that terminates above the roof. Q�1 Slr� ErSUre that dropped ceiling/sofft areas have sealed rigid air barriers on the same plane as full-height ceilings Ali?, =cr nsulated ceilings with attic above, full-height insulation extends to the inside face of exterior wall /►��� Di ,mbing vents, radon vents, hose bibs, and other pipes sealed where they penetrate insulated walls, ceilings, aro floors ;_'­,-tncal wires, light fixtures, outlets, switches, and other electrical boxes sealed where they penetrate insulated ceilings, and floors / 5athroom, kitchen, and dryer exhaust ducts sealed where they penetrate insulated walls, ceilings, and floors Cc n}* nueusly operating, quiet, energy efficient ventilation fans installed /Ill fj `c rrect!ens and routing of ductwork completed without kinks or sharp bends �.cess ve coiled or looped flexduct ieY.ble ducts in unconditioned space not installed in cavities smaller than outer duct diameter =leYible ducts in conditioned space not installed in cavities smaller than inner duct diameter d.ic's supported at intervals as recommended b;, manufacturer (at least every 5 feet) Phase 2: insulation, wall sheathing, roof sheathing / nsula*.ed with R38 fiberglass batts plus R11 crossed batts on top _ "ics insulated with 7" polyisocyanurate foam board (R42) - cut to fit between joists and foamer. in N f� Marriage joints between modules fully sealed with foam at insulated walls,ceilings,and floors Gap between the unit separation wall and structural framing sealed at insulated walls,ceilings,and floors Wail sheathing sealed with tape where modules meet _ Housewrap and roofing overlapped (and taped where appropriate)to maintain drainage plane where modules meet Achieve whole-building blower door test of 2.5 ACH50(Air Changes per Hour)or less on-site after modules are set and joints sealed M t 1. Cantilevered floors insulated with R30 fiberglass batts plus R5 foamboard sheathing Attic insulation installed in contact with ceiling drywall /,lie Install wind baffles in attic in every bay that extends above the height of the attic insulation AI Install floor insulation in contact�witP subfloor /✓10} v Exterior walls insulated with 1: �15aerglass bI�s R6 sheathing Walls facing foundation wall insulated with R ergla ss batts plus R6 sheathing Install exterior wall insulation in contact with interior drywall and in contact w' exterior sheathing Continuous exterior wall sheathing is continuous at adjoining porch roofs Framing members and insulation products having high moisture � nt NOT enclosed J Install air barrier on back side of walls facing the basement Continuous rigid insulation installed to at least R5 on all exterior walls Continuous rigid insulation installed to at least R5 on exterior wall where first flo r attics are located Continuous rigid insulation installed to at least R5 on all walls to basements Exterior sheathing sealed continuously to sill plate Exterior sheathing sealed continuously to upper floor top platg All seams sealed in exterior sheathing, including corners Step and kick-out flashing at all roof-wall intersections, extending at least 8 inches up the wall above the roof �n deck and integrated shingle-style with drainage plane above Install boot/collar flashing at all roof penetrations Self-sealing bituminous membrane or equivalent over sheathing at eaves-extends from the edge of the roof line to at least 2 feet up roof deck from the interior plane of the exterior wall �1��� Phase 3: housewrap, interior paint, fixtures, finishes gip, Exterior doors and doors to unconditioned spaces made substantially airtight with weatherstripping Attic access panels equipped with durable insulation (such as rigid foamboard) at least R10 and made substantially airtight with weatherstripping Achieve per-module blower door test result of 0.20 CFM50 or less per square foot of enclosure at modular plant (enclosure includes ceiling,walls, and floors) lf7 , Fully sealed continuous drainage plane (housewrap) behind exterior cladding that laps over flashing and is sealed at all penetrations Wall-to-wall carpet not installed within 2.5 feet of toilets,tubs, or showers Afltd Seal all external cracks,joints, penetrations, edges,and entry points with caulking. Where openings cannot be caulked or sealed, install rodent-and corrosion-proof screens. Protect exposed foundation insulation with �f? moisture-resistant, pest-proof cover Install EPA Water Sense certified bathroom faucets in all bathrooms Install EPA Water Sense certified showerheads that use JW,5 gpm or less in all bathrooms Install toilets that use 1.1 gpf or less in all bathrooms jK Install hard flooring throughout each module's floors A Interior paints,coatings,and primers VOC(Volatile Organic Compound)content of 50 g/L or less for flats and 150 g/L or less for non-flats Phase 4: job-site Exterior wall sill plates sealed to foundation with caulk/foam in addition to foam gasket Joints between modules and sill plate or foundation sealed with foam at perimeter Separate all wood from concrete (including posts, stair stringers,and plates)with non-porous materials(such as foam, rubber, metal, or plastic) pp G P� Modular Plant Checklists for ENERGY STAR and LEED _ Soldier On Veterans Housing Phase 1: framing, rough mechanicals/plumbing/electrical, drywall Install interior air barrier behind tubs/showers on outside walls(must be cement board or equivalent moisture Or resistant material) Block off and seal joists in cantilevered floors above wall top plate Block off and seal joists in floors over basements above wall top plat Exterior wall bottom plates sealed to subfloor with caulk/foam All walls have continuous top plates or blocking at the ceiling level Drywall sealed continuously to exterior wall top plates Drywall sealed continuously to interior wall top plates (both sides) Window and door openings fully flashed-apply pan flashing over rough sill framing including coders, install side flashing that extends over pan flashing, and install top flashing that extends over side flashing All windows,doors,and skylights have a U-value of 0.29 or less Rough opening around windows and exterior&ors sealed with caulk or foam Ventilation timer control device installed OP, Kitchen exhaust ducts a minimum of 6" metal duct or equivalent Clothes dryers vented directly to outdoors MIA' Class 1 vapor barrier NOT installed on interior side of walls facing foundation -use unfaced fiberglass or paper-� faced fiberglass Building materials with visible signs of water damage or mold NOT installed or allowed to remain Install R4 pipe insulation on all domestic hot water(DHW) lines iJ Install no tropical wood (including Juan) unless it is FSC(Forest Stewardship Council)certified Sealers VOC content of 250 g/L for waterproofing, 275 g/L or less for sanding, and 200 g/L or less for all others (111 slk� Upon installation of kitchen, bathroom, and dryer exhaust ducts,seal vents to prevent contaminants from entering ducts. Keep sealed until modules are delivered to site, re-sealing as needed Install radon vent pipe with minimal bends that terminates above the roof. Ensure that dropped ceiling/sofft areas have sealed rigid air barriers on the same plane as full-height ceili s A/9 For insulated ceilings with attic above, full-height insulation extends to the inside face of exterior wall PF Plumbing vents, radon vents, hose bibs, and other pipes sealed where they penetrate insulated walls, ceilings, and floors Electrical wires, light fixtures, outlets, switches, and other electrical boxes sealed where they penetrate insulated walls,ceilings, and floors Bathroom, kitchen, and dryer exhaust ducts sealed where they penetrate ins&ted walls,ceilings,and floors Continuously operating,quiet,energy efficient ventilation fans installed 44-1�* Connections and routing of ductwork completed without kinks or sharp bends No excessive coiled or looped flexduct ///A Flexible ducts in unconditioned space not installed in cavities smaller than outer duct diameter A Flexible ducts in conditioned space not installed in cavities smaller than inner duct diameter > ✓►'//P Flexible ducts supported at intervals as recommended by manufacturer(at least every 5 feet) Phase 2: insulation, wall sheathing, roof sheathing Main attics insulated with R38 fiberglass batts plus R11 crossed batts on top /V First floor attics insulated with 7" polyisocyanurate foam board (R42)-cut to fit between joists and foamed in i Marriage joints between modules fully sealed with foam at insulated walls,ceilings,and floors Gap between the unit separation wall and structural framing sealed at insulated walls,ceilings,and floors Wall sheathing sealed with tape where modules meet Housewrap and roofing overlapped(and taped where appropriate)to maintain drainage plane where modules meet Achieve whole-building blower door test of 2.5 ACH50 (Air Changes per Hour)or less on-site after modules are set and joints sealed i Gantlievered"Odors ins wttfi fiberglass Batts Alas RS foamboard sheath ./C , �r�" UUI Attic insulation installed M�ntad:X%ceiling drywall"' _ NO } Install wind baffles in attldKeveD� sy that extends above the height of the attic insulation Install floor insulation in contact tP subfloor /i/t/A Exterior walls insulated erglass ba plus sheathing Walls facing'foundation 0 Insu�ted with R fiberglass batts plus R6 sheathing Install exterior wall insulation in contact with interior ary'wall and in contact w exterior sheathing Continuous exterior wall sheathing is continuous at adjoining porch roofs Framing members and insulation products having high moistur ontent NOT enclosed Install air barrier on back side of walls facing the basement Continuous rigid insulation installed to at least R5 on all exterior walls Continuous rigid Insulation installed to at least R5 on exterior wail where first floQr attics are located Continuous rigid insulation installed to at least RS on all walls to basements Exterior sheathing sealed continuously to sill plate Exterior sheathing sealed continuously to upper floor top platQ All seams sealed in exterior sheathing, including corners Step and kick-out flashing at all roof-wall intersections,extending at least 8 inches up the wall above the roof deck and integrated shingle-style with drainage plane above � Install boot/collar flashing at all roof penetrations SSA Self-sealing bituminous membrane or equivalent over sheathing at eaves-extends from the edge of the roof line to at least 2 feet up roof deck from the interior plane of the exterior wall P`6e3: housewrap, interior paint, fixtures, finishes Exterior doors and doors to unconditioned spaces made substantially airtight with weatherstripping Attic access panels equipped with durable insulation(such as rigid foamboard)at least R10 and made substantially airtight with weatherstripping / Achieve per-module blower door test result of 0.20 CFMSO or less per square foot of enclosure at modular plant ,/ (enclosure includes ceiling,walls, and floors) Fully sealed continuous drainage plane (housewrap) behind exterior cladding that laps over flashing and Is sealed ' at all penetrations ,.i �. Wall-to-wall carpet not Installed within 2.5 feet of toilets,tubs,or showers AIIA Seal all external cracks,joints, penetrations,edges, and entry points with caulking. Where openings cannot be caulked or sealed, install rodent-and corrosion-proof screens. Protect exposed foundation insulation with >/9"Ir -- moisture-resistant, pest-proof cover ✓ /// Install EPA Water Sense certified bathroom faucets in all bathrooms Install EPA Water Sense certified showerheads that use 11 "M gpm or less In all bathrooms Install toilets that use 1.1 gpf or less in all bathrooms Install hard flooring throughout each module's floors Interior paints, coatings,and primers VOC(Volatile Organic Compound)content of 50 g/L or less for flats and 150 g/L or less for non-flats Phase 4: job-site Exterior wall sill plates sealed to foundation with caulk/foam in addition to foam gasket Joints between modules and sill plate or foundation sealed with foam at perimeter Separate all wood from concrete(Including posts,stair stringers,and plates)with non-porous materials(such as foam,rubber,metal,or plastic) II II r ,"`Oh CWSU fO and TEED test s,Housing • g� ��';��; � ,� nica���plumbin x dr��w�tI i ,, a i a barrier tubs/showers on*aWde walls(must be cement or Igr+t moisture ::> BI off seal joists In cantilevered floors above wall top plate ,k�- r�l; soft sealoists in fioor6 over basements above wall top plate Exte oc ;bottom plates sealed to subfloor with caulk/foam All wall continuous top plates or blocking at the cellir1glevel Drywall," continuously to exterior wall top plates Drywalli d continuously to interior. Wall top plates(both sides) 1,4 Al.- Windovf i door openings fully flashed-apply pan flashing over slU framing lr4uding com.grs, install side ` flashing;.. extends over pan flashing,and install top flashing ends over side flashing All win doors,and skylights have a U-value of 0.29 or less ' Rough wing around windows and exterior ors sealed with caulk or foam VentilatbOtimer control device installed / Kinrrye%s,x' t ducts a minimum of 6" metal duct or equivalent CIO'thes gn ted directly to outdoors N/f} Class 'VUffor'barrfer NOT installed on interior side of walls facing foundation-use unfaced fiberglass=or paper- Bi►llt terlq($with visible signs of water damage or mold NOT in '"yled cxaUowed to remain Install R4 pipOnsulation on all domestic hot water(DHW) lines Instau,3,6 ical wood(including luan) unless it is FSC(Forest StewaWshipfcil)certified S Ile ealers VOC content of 250 g/L for waterproofing, 275 g/L or less fo ndLq&and 2M g/L or less for all others ons) Upon installation of kitchen,bathroom,and dryer exhaust ducts,seat Yentstovrevetj contaminants from > 5 entering ducts. Keep sealed until modules are delivered to site,re-Valingasaaeeded Install radon vent pipe with minimal bends that terminates above the'roof. 411A Ensure that dropped ceiling/sofft areas have sealed rigid air barriers'on the same plane as full-height ceilings For insulated ceilings with attic above,full-height insulation exteo4s to thelnsWe face of exterior waU Plumbing vents, radon vents, hose bibs,and other pipes sealed where theypeaetrdte Insulated walls,ceilings ,�and floors Electrical wires, light fixtures,outlets,switches, and other electrical boxes sealed where they penetrate Insulated walls,ceilings,and floors Bathroom, kitchen,and dryer exhaust ducts sealed where they penetrate insu_)atedwalls,ceilings,and floors ' Continuously operating,quiet,energy efficient ventilation fans installed Connections and routing of ductwork completed without kinks or sharp bends No excessive coiled or looped flexduct WIA Fled ibie ducts in unconditioned space not installed in cavities smaller tihanpMr-duct diameter Flexible ducts in conditioned space not installed in cavities smaller thanJoeer duct diameter Flexible ducts supported at intervals as recommended by manufacturer(A least every 5 feet) fiLL Phase 2 insulation, wall sheathing, roof sheathill Main attics insulated with R38 fiberglass batts plus R11 crossed batts 6AW First floor attics insulated with 7" polyisocyanurate foam board(1142)_oat-to fit between joists and foamed in Marriage joints between modules fully sealed with foam at insulated walls,ceilings,and floors Gap between the unit separation wall and structural framing sealed at insulated walls,ceilings,and floors Wall sheathing sealed with tape where modules meet _ Housewrap and roofing overlapped(and taped where appropriate)to maintain drainage plane where modules meet Achieve whole-building blower door test of 2.5 ACH50(Air Changes per Hour)or less on-site after modules are set and joints sealed Cantilevered floors insulated with R30 fiberglass batts plus R5 fnamboard sheathing Attic Insulation installed in contact with ceiling drywall Install wind.baffles in attic In every bay that extends above the height of the attic insulation Install floor insulation in contact ith subfloor AIIA Exterior walls insulated with lA�berglass batts plus R6 sheathing Walls facing foundation wall insulated with RR' berglass batts plus R6 sheathing Install exterior wall insulation in contact,with interior drywall and in contact w' exterior sheathing Continuous exterior wall sheathing is continuous at adjoining porch roofs Framing members and insulation products having high moisture content NOT enclosed Install air barrier on back side of walls facing the basement Continuous rigid insulation installed to at least R5 on all exterior walls /7 Continuous rigid Insulation installed to at least RS on exterior wall where first floor attics are located Continuous rigid insulation installed to at least RS on all walls to basements Y Exterior sheathing sealed continuously to sill plate �} Exterior sheathing sealed continuously to upper floor top plate r/ y, All seams sealed in exterior sheathing, Including corners Step and kick-out flashing at all roof-wall intersections, extending at least 8 inches up the wall above the roof deck and integrated shingle-style with drainage plane above D Install boot/collar flashing at all roof penetrations S n Self-sealing bituminous membrane or equivalent over sheathing at eaves-extends from the edge of the roof line\N 1 to at least 2 feet up roof deck from the interior plane of the exterior wall / Phase 3: housewrap, interior paint, fixtures, finishes Exterior doors and doors to unconditioned spaces made substantially airtight with weatherstripping e5 Attic access panels equipped with durable insulation (such as rigid foamboard) at least R10 and made substantially airtight with weatherstripping Achieve per-module blower door test result of 0.20 CFM50 or less per square foot of enclosure at modular plant (enclosure includes ceiling,walls, and floors) Fully sealed continuous drainage plane(housewrap) behind exterior cladding that laps over flashing and is sealed ' at all penetrations Wall-to-wall carpet not installed within 2.5 feet of toilets,tubs, or showers A/Ar Seal all external cracks,joints, penetrations,edges,and entry points with caulking. Where openings cannot be caulked or sealed, install rodent-and corrosion-proof screens. Protect exposed foundation insulation with moisture-resistant, pest-proof cover SI Install EPA Water Sense certified bathroom faucets in all bathrooms Install EPA Water Sense certified showerheads that use 1,745 gpm or less in all bathrooms Install toilets that use 1.1 gpf or less in all bathrooms giP Install hard flooring throughout each module's floors tom' Interior paints,coatings,and primers VOC(Volatile Organic Compound)content of 50 g/L or less for flats and 150 g/L or less for non-flats Phase 4: job-site Exterior wall sill plates sealed to foundation with caulk/foam in addition to foam gasket Joints between modules and sill plate or foundation sealed with foam at perimeter Separate all wood from concrete(including pdsts,stair stringers,and plates)with non-porous materials(such as foam, rubber, metal, or plastic) i II II it I II i i II i Mffodular Plant,Checklists for ENERGY STAR and LEED Sol'dler On Veterans Housing Phase 1: framing, rough mechanicals/plumbing/electrical, drywall Install'interior air barrier behind tubs/showers on outside walls(must be cement board or equivalent moisture 7/ j resistant material] Block off and.seal joists in cantilevered floors above wall top plate Block off and seal joists in'floors over basements above wall top pia e Exteriorwall'bottom plates sealed to subfloor with caulk/foam All wells have continuous top plates or blocking at the ceiling level X Drywall'seale'd continuously to exterior wall top plates Drywall sealed continuously to interior wall top plates(both sides) Window and door openings fully flashed-apply pan flashing over rough sill framing including corners, install side flashing that extends over pan flashing, and install top flashing that g tends over side flashing All windows,doors, and skylights have a U-value of 0.29 or less O'° _x Rough opening around windows and exterior doors sealed with caulk or foam lot Ventilation timer control device installed Kitchen exhaust ducts a minimum of 6" metal uct or equivalent Clothes dryers vented directly to outdoors'' Class 1'vapor barrier NOT installed on interior side of walls facing foundation- use unfaced fiberglass or paper- faced fiberglass *Sullding materials with visible signs of water damage or mold NOT Inst lied or allowed to remain -� Install'114 pipe insulation on all domestic hot water(DHW) lines Install'no tropical wood (including Juan) unless if is FSC(Forest Stewardship Council)certified ; �G Sealers,VOC content of 250 g/L for waterproofing, 275 g/L or less for sanding,and 200 g/L or less for all others Upon installation of kitchen, bathroom, and dryer exhaust ducts,seal vents to prevent contaminants from entering ducts: Keep sealed until modules are delivered to site, re-sealing as needed Installradon vent pipe with minimal bends that terminates above the roof. /# ,-Ensure that dropped ceiling/sofft areas have sealed rigid air barriers on the same plane as full-height ceilin s For insulated ceilings with attic above,full-height insulation extends to the inside face of exterior wall Plumbing vents, radon vents, hose bibs,and other pipes sealed where they penetrate insulated walls, ceilings, and;floors Electrical wires,light fixtures,outlets, switches, and other electrical boxes sealed where they penetrate insulated G ' walls;-ceilings,and floors Bathroom,kitchen,and dryer exhaust ducts sealed where they penetrate ins lated walls, ceilings, and floors Continuously operating, quiet, energy efficient ventilation fans installed Connections and routing of ductwork completed without kinks or sharp bends No excessive coiled or looped flexduct Allp Flexible ducts in unconditioned space not installed in cavities smaller than outer duct diameter Flexible ducts in conditioned space not installed in cavities smaller than inner duct diameter > Flexible ducts supported at Intervals as recommended by manufacturer(at least every 5 feet) Phase 2: insulation, wall sheathing, roof sheathing (( J Main attics insulated with R38 fiberglass batts plus R11 crossed batts on top WI P First floor attics insulated with 7" polyisocyanurate foam board (1142)-cut to fit between joists and foamed in i i III III it I I I it 1-16d COMMON NAIL @5"OC AS PER TABLE[R602.3(1)1[2304.9.11 AND 112"0 TREADED ROD WITH WASHER 1WFCM TABLE 3.1)INSTALLED BY AND NUT EVERY 4'-0"OC MAX AND INSTALLATION CREW V-0"FROM CORNERS INSTALLED BY INSTALLATION CREW MODULE TO MODULE CONNECTION AT MATING WALL SCALE: 1 1/2"=l'-O" 1 114"X 20 ga STEEL STRAP AT 16"OC WITH 6-8d NAILS PER SIDE TO CONNECT UPPER TO LOWER MODULES IN WIND ZONES ABOVE 110 MPH[WFCM TABLE A-3.61 1-16d COMMON NAIL @5"OC AS PER TABLE[R602.3(1)][2304.9.11 AND[WFCM TABLE 3.111NSTALLED BY INSTALLATION CREW SIDING NOT INTALLED AT FACTORY AND SHALL BE INSTALLED ON SITE BY OTHERS MODULE TO MODULE CONNECTION AT EXTERIOR WALL SCALE: 1 1/2"=l'-O" SHEET 5 I� I I i I I l I i I I �,, ii 1 114-X 20ga STEEL STRAP CONFORMING TO THE REQUIREMENTS OF ASTM A 653 GRADE 33 STRAP @ 24`OC MAX 9-Bd NAILS FASTENED BY SET CREW INTO BANDS[WFCM TABLE A-3.4B]UP TO 120 MPH WIND AND EXPOSURE C ON SITE 2-2X6 PRESSUURE TREATED SILT 9-Bd NAILS FASTENED BY PLATE MINIMUM BUILDER INTO DOUBLE SILL PLATE[WFCM TABLE A-3.4B]UP SEE ANCHOR BOLT DETAIL TO 120 MPH WIND AND SHEET F-2 EXPOSURE C BUILDER INSTALLED SILL SEAL SILL PLATE ATTACHMENT ABOVE 110 MPH WIND LOAD SCALE: 1 1/2" = 1'-0" CONTINIOUS RIDGE VENT SHIPPED LOOSE ROOF PEAK 1 1/4"X 20 ga THICK TENSION STRAP AT EVERY TRUSS WITH 8-8d NAILS PER SIDE(WFCM TABLE A-3.6A]UP TO 120 mph WIND EXPOSURE C STRAP SHALL EXTEND PAST SHIPLOOSE ROOF PEAK 2X4 SPF#1/2 STRAP @ 4'-0"OC WITH 6-10 d NAILS PER SIDE Li I Li ROOF ATTACHMENT a@ MATE WALL SCALE: 1 112" = 1'-0" SHEET 4 I I I i i I' i II II I 5'X 7"X 1/4'THK STEEL TOP AND BOTTOM PLATE WELDED TO COLUMN 4-3/8'0 HOLES FOR ON SITJLAG SCREWS(LAG SCREWS AT BPLATE MAY BE OMITTED IF COLUMN IS SURROUNDED BCONCRETE SLAB)SEE SECT (R4071 IN 3"0 COLUMN SEE SECTION (R4071 IT IS THE RESPONIBILITY OF THE ON SITE DESIGN PROFESSIONAL TO DETERMINE COLUMN REQUIREMENTS COLUMN PLATE DETAIL SCALE: 1 1/2" =1'-0" ALL ANCHOR BOLTS TO BE FASTEN WITH A NUT AND WASHER(USE 2'X2'X3/16'PLATE FOR SEISMIC ZONES D1 AND D2)ALL NUTS AND PLATES SHALL BE FLUSHED WITH TOP OF SILL PLATE 4-1/2'0 ANCHOR BOLTS PER 2"MIN POURED CONCRETE PIER SLAB 16"X 16'POURED CONCRETE OR 6 MIL POLYETHLENE VAPOR MASONRY BLOCK PIER DESIGNED BARRIER AS PER SECTION IN ACCORDANCE WITH THE (R406.3.21 RESIDENTAL CODE UNDISTURBED SOIL ORBEDROCK CRAWL SPACE DETAIL SCALE: 3/4" =1'-0" SHEET 3 II1 I I it it Ili �I' I I 1/2"0 TREADED ROD WITH WASHER AND NUT EVERY 4'-W OC MAX AND V-W FROM CORNERS INSTALLED BY INSTALLATION CREW MODULE TO MODULE ATTACHMENT 2-16d COMMON NAIL @16- OC SPACED V FROM THE TOP AND BOTTOM EDGES AS PER TA13LE[R602.3(1))OR[ 2304.9.11 3-104 COMMON NAIL PER JOIST(NON LOAD BEARING) MINIMUM 2X6 PRESSURE TREATED SILL PLATE SEE FOUNDATION SCHEMATICS 1-16d COMMON NAIL FOR DESIGN REQUIREMENTS X16'OC AS PER TABLE[R802.3(1))OR[ MODULAR STRUCTURE 2304.9.11 INSTALLED ON SITE BY OTHERS BY INSTALLATION CREW SILL PLATE ATTACHMENT TRUSS HINGE MAXIMUM HEIGHT BASED ON TRANSPORTATION REGULATIONS MAXIMUM WIDTH BASED ON / TRANSPORTATION REGULATIONS EAVE IN TRANSPORTATION READY _ POSITION STRAPPING TO ATTACH EAVE TO ROOF STRUCTURE ATTACH SHEATHING TO ROOF WITH STAPLES OR NAILS WITH THE SAME SIXE AND SPACING AS THE REST OF THE ROOF SHEATHING ROOF SHEATHING Li 2X6 SUB FACSIA BLOCK CUT FROM 2X10 BLOCK SPACING TO FOLLOW ROOF TRUSS SPACING.FASTEN TO STUDS WITH 2 -16d NAILS PER BLOCK 112'X 3'PLYWOOD STRIP FASTEN TO 2X10 BLOCK WITH 4-16 GA STAPLES 1 11a 314'LONG PER BLOCK FLIP EAVE ATTACHMENT SHEET 2 i I it I I �I I i i �I �I I I SHEET 4 SHEET 2 SHEETS SHEETS SHEET 2 SHEET 2 AND 4 SHEET 3 "• i TYPICAL TWO STORY CROSS SECTION SHEET 1 i TWO STORY INSTALLATION DETAILS-WEB ROOF INDEX CROSS SECTION 1 SAVE AND MODULE TO MODULE ATTACHMENT 2 FOUNDATION DETAILS 3 ROOF AND HIGH WIND DETAIL 4 MODULE TO MODULE CONNECTIONS 5 BILL LAKE MODULAR HOMES 188 FLANDERS ROAD SPRAKERS NY 12166 i II i i �i - � BILL LAKE CONSTRUCTION CORPORATION ELECTRICAL 1. BILL LAKE HOMES CONSTRUCTION CORP. WILL PROVIDE THE DISTRIBUTION PANEL IN THE FACTORY PER HOUSE PLAN. FOR ALL BASEMENT MODELS,THE DISTRIBUTION PANEL WILL BE TEMPORARILY HUNG FROM THE END OF UNIT FOR FIELD INSTALLATION ON BACK BASEMENT WALL. NO CONDUIT STUBS OR OUTSIDE HOLES ARE PROVIDED DUE TO MANY POSSIBLE SERVICE ENTRANCE DROPS AND SIZES. 2. BUILDER IS RESPONSIBLE FOR SUPPLYING AND INSTALLING THE METER BASE, SERVICE MAST OR RISER, SERVICE ENTRANCES CABLE FOR METER TO PANEL(OR CONDUCTORS IN CONDUIT) ECT. BUILDER MUST ALSO INSTALL#6 BARE COPPER GROUND WIRE(#4 FOR 200 AMP PANELS) IN THE PANEL AND BRING THIS WIRE INTO THE CRAWL SPACE OR BASEMENT AND THEN OUTSIDE TO GROUNDING ROD SUPPLIED BY BUILDER, OR TO THE WATER SUPPLY LINE. INSTALLATION SHOULD BE CHECKED WITH LOCAL AUTHORITIES TO COMPLY WITH NATIONAL ELECTRICAL CODE AND LOCAL CODES. 3. MOUNT EXTERIOR WALL BRACKET LIGHTS SUPPLIED BY BILL LAKE HOMES CONSTRUCTION CORP.AT FRONT AND REAR ENTRIES. WIRING BOXES FOR EXTERIOR LIGHTS HAVE BEEN FACTORY INSTALLED. 4. RECHECK ALL ELECTRICAL DEVICES,APPLIANCES AND CIRCUITS. 5. CIRCUIT PROTECTION RECEPTACLES ARE MARKED ON THE RECEPTACLE. FOR SPECIFIC OUTLET CIRCUIT CONNECTION, CONSULT WITH BILL LAKE HOMES CONSTRUCTION CORP. PERSONNEL SINCE EACH MODEL HAS SPECIAL SCHEMATIC. CAUTION: NO BASEMENT WIRING IS PROVIDED EXCEPT FOR ONE STAIRWELL LIGHT.ALL LABOR AND MATERIALS ARE TO BE SUPPLIED BY BUILDER FOR BASEMENT OUTLETS. 6. RANGE HOOD IS COMPLETELY INSTALLED IN THE HOUSE.ALL HOODS ARE DUCTLESS TYPE REQUIRING NO VENTS. NO WIRING PROVIDED IF RANGE HOOD IS NOT FACTORY INSTALLED. 7. DRYER OPTIONS: CRAWL SPACE MODELS AND SOME BASEMENT MODELS HAVE AN INTEGRAL 220 VOLT AND TWO 110 VOLT OUTLETS PROVIDED IN THE LAUNDRY LOCATION.WASHER AND DRYER OUTLETS ARE NOT PROVIDED IN BASEMENT AND MUST BE INSTALLED IN THE FIELD. NO DRYER PIGTAILS OR FLEX GAS PIPE IS PROVIDED. BUILDER WILL BE RESPONSIBLE FOR SUPPLYING AND INSTALLING ALL DRYER VENTS TO THE OUTSIDE. 8. RANGE: 220 VOLT OUTLET FOR RANGES ARE INSTALLED ON ALL MODELS,WHETHER A RANGE IS ORDERED OR NOT. i I I I II II BILL LAKE CONSTRUCTION CORPORATION 5.CHECK FLOOR PLAN, PLUMBING SCHEMATIC AND FOUNDATION PRINTS FOR SUPPLY DROP LOCATION AND PLUMBING RUNS. 6.BILL LAKE HOMES CONSTRUCTION CORP. PRESSURE TESTS ALL WATER SUPPLY SYSTEMS INSTALLED., PRIOR TO SHIPMENT. DUE TO POSSIBLE TRANSPORTATION DAMAGE,THESE LINES SHOULD BE RETESTED AFTER UNIT IS ERECTED. BILL LAKE HOMES CONSTRUCTION CORP.,WILL NOT BE RESPONSIBLE FOR ANY DAMAGE OCCURRING FROM TRANSPORTATION OFF HARD SURFACE OR ERECTION. 7.IT IS RECOMMENDED THAT THE WATER SUPPLY SYSTEM BE CHLORINATED AFTER ALL CONNECTIONS ARE MADE IN THE FIELD TO STERILIZE THE SYSTEM DWV 1.PRIOR TO ORDERING, DETERMINE TYPE AND SIZE OF SEWER LINES REQUIRED BY LOCAL CODES AND INFORM BILL LAKE HOMES CONSTRUCTION CORP. OF ALL SPECIAL CONDITIONS. 2.BILL LAKE HOMES CONSTRUCTION CORP., COMPLETES ALL DWV SYSTEM CONNECTIONS TO MAIN BATH, 1/2 BATH (IF APPLICABLE)TO KITCHEN AND WASHER (CRAWL SPACE MODELS). 3.STANDARD INSTALLATIONS ARE PVC-DWV SCHEDULE 40 PLASTIC LINES OF VARIOUS SIZES(SEE PLUMBING DRAWING)STUBBED TO 4"BELOW FLOOR LINE FOR GLUED SLIP FIELD CONNECTION. 4.SCHEMATIC AND FOUNDATION PRINTS FOR DWV DROP LOCATION BILL LAKE HOMES CONSTRUCTION CORP,TESTS ALL DWV SYSTEMS INSTALLED PRIOR TO SHIPMENT. DUE TO POSSIBLE TRANSPORTATION DAMAGE,THESE LINES SHOULD BE RETESTED AFTER UNIT IS ERECTED. BILL LAKE HOMES CONSTRUCTION CORP.WILL NOT BE RESPONSIBLE FOR ANY DAMAGE OCCURRING FROM TRANSPORTATION OFF HARD SURFACE OR ERECTION. PLUMBING BASEMENT VARIATIONS AND EXCEPTIONS FROM CRAWL SPACE SYSTEM BELOW FLOOR CONNECTIONS FOR WATER SUPPLY AND SHUTOFF VALVES,THE CONNECTIONS OF STACKS TO BUILDING DRAIN IS THE BUILDER'S RESPONSIBILITY. VARIATIONS TO INCLUDE BASEMENT LAUNDRY FACILITIES, FLOOR DRAIN(S)OR SUMP(S),WATER SOFTENERS AND BASEMENT BATHS ARE BUILDER'S OPTION. DESIGN, INSTALLATION LABOR AND MATERIALS ARE ENTIRELY BUILDER'S RESPONSIBILITY. FOR THESE INSTALLATIONS, BILL LAKE HOMES CONSTRUCTION CORP. CANNOT ALTER ITS STANDARD PLUMBING INSTALLATION TO PROVIDE VENT DROPS FOR BASEMENT LAUNDRY FACILITIES OR SIMILAR DESIGNS DUE TO THE INDIVIDUALIZED NATURE OF THESE DESIGNS.THIS IS ESPECIALLY TRUE OF SOFTENER REQUIREMENTS WHICH ARE NOT SUPPLIED AS OPTIONS NOTE: A. IF WATER HEATERS ARE PROVIDED BUT NOT INSTALLED IN THE BASEMENT. ELECTRICAL CONNECTIONS AND PLUMBING CONNECTIONS FOR THESE MUST BE MADE IN THE FIELD. B. IMPORTANT: ON BASEMENT MODELS NO MAIN LEVEL LAUNDRY OUTLET BOX IS PROVIDED, NOR ARE THERE ANY WATER SUPPLY LINE DROPS PROVIDED ANYWHERE, BECAUSE OF MANY POSSIBLE LAUNDRY LOCATIONS IN THE BASEMENT. i �, i �, BILL LAKE CONSTRUCTION CORPORATION BASEMENT: BASEMENT HOUSE HAS PANEL BOX AND BREAKERS ATTACHED TO END OF HOUSE, 1/2 HOUSE IS ALREADY WIRED TO BREAKERS, OTHER HALF MUST BE INSTALLED AFTER S.P. IS LOCATED IN CONVENIENT CELLAR WALL.WIRING CABLES DROPPED UNDER FLOOR OF SUFFICIENT LENGTH TO INSTALL PANEL IN BASEMENT,WHERE SHOWN ON BASEMENT PLANS. BREAKERS ARE NOT SUPPLIED FOR ANY BASEMENT CIRCUITS,THE PRE WIRED PANEL BOX, AS FOR CRAWL SPACE HOUSE, IS OPTIONAL ON BASEMENT MODEL. PLUMBING CONNECTIONS 1. PLUMBING CONNECTIONS A. ALL WASTE,VENTS AND WATER PIPES ARE STUBBED OUT WITHIN FLOOR SYSTEM. THESE MUST BE CONNECTED TOGETHER AND RUN TO THE WASTE AND WATER SERVICE BY THE CUSTOMER. VENTS ARE EXTENDED THRU THE ROOF EXCEPT WHERE CONDITIONS EXIST TO PROHIBIT THEIR EXTENSION, SUCH AS WHERE VENT OCCURS UNDER A HINGED OVERHANG OR IS PLACED TOO HIGH ON THE ROOF WHERE ROAD RESTRICTIONS PROHIBIT FIXED HIGH ROOF SLOPES USING ROOF EXTENSION PANELS.WHERE THESE RESTRICTIONS OCCUR,THE VENT EXTENSION WITH ROOF FLANGE IS STRAPPED WITHIN THE ATTIC AT THE APPROXIMATE LOCATION WITH A HOLE PRECUT IN THE ROOF.THESE EXTENSION VENT JOINTS MUST BE GLUED. ROOF CAP INSTALLED AND ADJACENT SHINGLES COMPLETED. B. ALL HOT WATER LINES WITHIN JOISTS ARE IDENTIFIED BY RED TAPE.ALL PLANT INSTALLED JOINTS AND CONNECTIONS ARE AIR TESTED FOR LEAKS. HOWEVER,ALL COMPRESSION AND TRAP NUTS SHOULD BE CHECKED BEFORE WATER IS TURNED ON,AS VIBRATION IN TRANSPORTATION AND ERECTION MAY LOOSEN THEM CREATING LEAKS. MAKE SURE TO BLEED HOT WATER HEATER AFTER FILLING IT WITH WATER OR THE TOP ELECTRIC ELEMENT WILL BURN OUT AS SOON AS ELECTRIC CURRENT IS APPLIED. HOT WATER HEATER ELEMENTS ARE NOT GUARANTEED. NOTE: ALL PLUMBING AND ELECTRICAL COMPONENTS HAVE BEEN INSTALLED TO CONFORMANCE WITH THE APPLICABLE PLUMBING OR ELECTRICAL CODE AS SPECIFIED BY THE NATIONAL ELECTRICAL CODE,AND THE NEW YORK STATE BUILDING CODE AND INSPECTED AND CERTIFIED BY T.R.ARNOLD,THIRD PARTY INSPECTOR. C. ALL FIELD WORK AND CONNECTIONS MUST BE FINISHED IN COMPLIANCE WITH THE LOCAL CODES ARID REGULATIONS. THIS WORK IS SUBJECT TO INSPECTION BY THE LOCAL INSPECTION AUTHORITIES. D. PLUMBING CONNECTIONS ARE MADE WITHIN CHASE AND/OR ACCESS AREAS AS NOTED ON PLANS.THESE CONNECTIONS OF WASTE,VENT AND WATER PIPE MUST BE FIELD TESTED AND INSPECTED BY LOCAL INSPECTION AUTHORITIES.AFTER INSPECTION AND APPROVAL, DRYWALL BOARD BE COMPLETED IN THOSE AREAS BY BUILDER. SUPPLY 1. PRIOR TO ORDERING, DETERMINE TYPE AND SIZE OF WATER SUPPLY LINES REQUIRED BY LOCAL CODE AND INFORM BILL LAKE HOMES CONSTRUCTION CORP. , OF SPECIAL CONDITIONS. 2.BILL LAKE HOMES CONSTRUCTION CORP. ,COMPLETES ALL PRESSURIZED SYSTEM CONNECTIONS TO MAIN BATH,TO 1/2 BATH(IF APPLICABLE),TO KITCHEN AND WASHER(CRAWL SPACE MODELS). 3.STANDARD INSTALLATIONS ARE 1/2°COPPER HOT AND COLD WATER LINES INSTALLED TO 4° BELOW FLOOR LINE FOR FIELD CONNECTIONS. 4.WATER HEATER SUPPLY LINE(CRAWL SPACE) IS 3/4"L COPPER STUBBED TO 4"BELOW FLOOR LINE FOR FIELD CONNECTION. i i I i i I I BILL LAKE CONSTRUCTION CORPORATION • . DOOR UNITS ARE SHIMMED AGAINST CRIPPLE STUDS FOR LEVEL AND SQUARE DOOR LAMB INSTALLATION. CAUTION: BE SURE THAT CASING TRIM AT DOOR HEADERS LINES UP WITH OLANT INSTALL LED DOOR TRIM.THIS IS A SPECIAL PROBLEM WHEN INSTALLING DOORWAYS IN CARPETED AREA SINCE 4. DOOR TRIM ARE SHIMMED AGAINST CRIPPLE STUDS-LEVEL AND SQUARE E DOOR JAMB INSTALLATION. CAUTION: BE SURE THAT CASING TRIM;AT DOOR HEADERS LINES UP WITH PLANT INSTALLED DOOR TRIM. THIS IS A SPECIAL PROBLEM WHEN INSTALLING DOORWAYS IN CARPETED AREAS SINCE PAD AND CARPET WILL FORCE DOORWAY HIGHER THAN DOORS OVER VINYL AREAS, IN THESE CASES, FORCE LAMBS TIGHTLY AGAINST CARPET TO ACCOUNT FOR HEADER DIFFERENCES. NEVER CHANGE THE REVEAL AT HEADERS TO COMPENSATE FOR THESE DIFFERENCES. 5. FINISH DRYWALL CRACKS BY RAKING 1/16°GROOVE OUT OF ALL CRACKS,APPLY DRYWALL JOINT COMPOUND AND IN SOME INSTANCES, DRYWALL TAPE.TOPCOAT CRACKS AND FEATHER EDGES AT LEAST 4°EITHER SIDE OF CRACK.AFTER DRYING, SAND AND PAINT TO MATCH WALL TEXTURE. CAUTION: SPECIAL PAINT IS SPRAYED AND ROLLED ON WALLS DURING PLANT FINISHING.THIS CREATES A UNIQUE PATTERN WALL PAINT FINISH.TOUCH UP CAREFULLY. CORNER CRACKS CAN, IN SOME INSTANCES, BE CORRECTED WITH THE APPLICATION OF CAULKING AND REPAINT NOTE:SUFFICIENT PAINT FROM THE DYE LOT USED IN THE PLANT FINISHING IS SHIPPED WITH THE HOUSE. IF THIS PAINT IS ALLOWED TO FREEZE MATCHING PAINT WILL BE DIFFICULT.AGE AND ACCUMULATED AIRBORNE DIRT OIL PAINT WILL MAKE MATCHING OF PAINT DIFFICULT FOR CORRECT APPEARANCE. THEREFORE BE SURE TO RETAIN ALL PAINT LEFT FROM FINISHING OPERATIONS. 6. SOME MODELS REQUIRE WOOD TRIM BOXING AT OPENINGS OF CEILING AND WALLS,THE TRIM IS PAINTED. AFTER INSULATION, CAULK NAIL HEADS WITH LATEX CAULK;THEN TOUCHUP.ARCHES ARE TO HAVE JAMBS SET AND CASES. 7. BASEMENT AND SPLIT MODELS REQUIRE SITE INSTALLATION OF STAIRS.THESE STAIRS ARE NORMALLY BUILT ON SITE TO FIT THE DIMENSIONS OF CELLAR. 8. ALL DOORS AND WINDOWS SHOULD BE CHECKED TO BE SURE THAT THEY OPEN AND CLOSE CORRECTLY. ELECTRICAL CONNECTIONS GENERAL CONNECTIONS: A. THERE ARE NO CONNECTIONS BETWEEN MODULAR SECTIONS TO BE MADE. CRAWL SPACE HOUSE HAS PANEL BOX WITH BREAKERS INSTALLED AND PRE WIRED WITH CLOSE NIPPLE THRU OUTSIDE WALL FOR CONNECTION OF METER CABINET. .CRAWL SPACE: B. BONDING CABLE IS SUPPLIED BUT SERVICE ENTRANCE CABLE IS NOT. HOT WATER TANK WIRING IS NOT CONNECTED WITHIN PANEL BOX TO PREVENT ELEMENT FROM BURNING OUT SHOULD POWER BE APPLIED PRIOR TO FILLING TANK WITH WATER AND BLEEDING ALL WATER LINES. ROT WATER HEATER ELEMENTS ARE NOT GUARANTEED. I II I II Ii I li BILL LAKE CONSTRUCTION CORPORATION B. INSTALL ONE LAYER 15#FELT PAPER OVER RIDGE. C. INSTALL REMAINING ROWS OF ASPHALT SHINGLES ON EACH SIDE OF PEAK,THEN THE RIDGE VENT MUST BE INSTALLED. SIDING IS TO APPLIED IN THE FOLLOWING MANNER DEPENDING ON WHETHER IT IS VERTICAL OR HORIZONTAL. REMOVE SHIPPING MATERIALS INSTALLED WITH DOUBLE HEAD NAIL. NAIL STARTER RAIL(SUPPLIED) ONTO SILL PLATE AS SHOWN.SLIDE SIDING ALONG BOTTOM EDGE OF FACTORY INSTALLED SIDING AND STARTER STRIP. INSTALL STARTER RAIL STRIP AND SUB CORNERS ON ENDS OF HOUSE AND COMPLETE SIDING BY CONVENTIONAL METHOD.CORNERS SNAP OVER THE SUB CORNERS. GABLE SIDING SIDING ON GABLE ENDS TO INSTALLED FROM THE BOTTOM UP. LINE UP THE STARTER STRIP WITH THE FRONT AND REAR AND COMPLETE BY CONVENTIONAL METHOD. SEE DETAILS INSULATION IMPORTANT-AFTER THE MODULES ARE SET • INSULATION SHOULD BE STUFFED INTO SPACE BETWEEN FLOOR OF BUILT UP BEAM, • IN THE CRACK BETWEEN MODULES AT ALL DOORWAY OPENINGS OF THE COMMON WALL, (3) IN TUE CRACK BETWEEN MODULES AT BOTH GABLE AND WALLS, • IN THE CRACK BETWEEN CEILING RIM JOINTS AT THE COMMON WALL. THIS IS NECESSARY TO PREVENT AIR BLOWING FROM THE ATTIC BETWEEN THE UNITS AND INTO LIVING AREAS OF THE MODULES.ADHESIVE WILL ALSO BE APPLIED TO SEAL THESE JOINTS • AIR INFILTRATION BARRIER WILL BE APPLIED IN AREAS LEFT OFF AT FACTORY INTERIOR TRIM SHOULD FOLLOW THIS SEQUENCE AFTER INSULATION AND ADHESIVE SEAL HAS BEEN COMPLETE AT ALL CENTER DOORWAY CRACKS BETWEEN MODULES AND(JAMB, HEADER,THRESHOLD) AND MODULES ARE STRUCTURALLY TIED TOGETHER AT FLOOR AND CEILING. • DRAW CENTER WALL SECTIONS OF EACH CUBE TOGETHER WITH "C"CLAMPS OR GLUING' DAMNS. TIE DOORWAY CRIPPLE STUDS TOGETHER USING 3/4"PERFORATED BANDING TO ACHIEVE CORRECT WALL THICKNESS • FOLD CARPET BACK FROM THRESHOLD OF COMMON WALL DOORWAYS AND BUILD THRESHOLD TO LEVEL OF MODULE FLOOR DECKS.THIS MAY REQUIRE SLIGHT LACKING OF CENTER BEAM OF THE MODULE AND SHIMS OVER PIERS TO LEVEL OUT DECKS.THEREFORE, BE SURE THAT DECKS ARE LEVEL BEFORE BOLTING OF UNITS IS COMPLETED.TO BUILD IN THE SMALL CRACK, USE STRIPS OF FELT PAPER,ADHESIVE, SHIM-SHINGLES OR PLYWOOD STRIPS AS APPROPRIATE TO GET PROPER LEVEL, • . IF CARPETING IS ON BOTH SIDES OF DOORWAY-IT SHOULD BE STRETCHED WITH"KNEE KICKER"AND TACKED TO FLOOR WITH SMALL NAILS 6"FROM DOORWAY THRESHOLD. OVERLAP THE PIECES OF CARPET.AND USING SHARP CARPET KNIFE OR RAZOR KNIFE.WITH A STRAIGHT EDGE, CUT THROUGH BOTH SEGMENTS OF CARPET AT ONCE TO GIVE A NEAT BUTT JOINT IN THE CENTER OF THRESHOLD.CUT PROPER LENGTH OF CARPET SEAMING TAPE AND USING SEAMING IRON-TAPE CARPET TOGETHER FROM UNDERSIDE. DO NOT REMOVE NAILS UNTIL TAPE HAS BEEN ALLOWED TO COOL AND SET-LEAVE THIS OPERATION UNTIL FINAL CLEANUP. �I i BILL LAKE CONSTRUCTION CORPORATION C. SET AND FASTEN GABLE INSERT PANELS. D. INSTALL BALANCE OF ROOF SHINGLES, RIDGE CAPS AND RIDG,VENTS(SUPPLIED). 2. OVERHANG BOX FINISHING(TO BE COMPLETED AFTER UNIT IS SET). 3. UNBOLT FRAME(OR CARRIER) FROM HOME. 4. ATTACH SLING TO CRANE AND LOWER OVER"A"HALF. PLACE STRAPS(OR BANDS)TO MATCH UNIT AND ATTACH TO SPREADER. CAUTION, BEFORE LIFTING SLING,CHECK FOR CLEARANCE OF STRAPS. IF STRAPS WILL TOUCH VINYL SIDING OR ANY PART OF HORN THAT CAN BE DAMAGED, BLOCK STRAPS AWAY FROM HOUSE AT APPROPRIATE LOCATIONS WITH 2 X 4'S. CAUTION: BE SURE STRAPS ARE NOT TWISTED AND THAT ALL STRAPS ARE NOT CROSSED 5. TIGHTEN RIGGING AND BANDING AND LIFT UNIT SLIGHTLY; CHECK ALL BANDS AND RIGGING FOR EVEN TENSION. IF POSSIBLE, TRY TO ACHIEVE SLIGHT TILT OF FLOOR FROM OUTSIDE WALL UP TO CENTER WALL DURING SETTING.THIS WILL EASE FINAL PLACEMENT ON CENTERPOINT MARKS OF FOUNDATION AND LINE UP UNIT AT OUTSIDE WALL. 6. TO SET HOME EXACTLY SQUARE ON FOUNDATION,ARK THE CENTER LINE OF EACH END WALL ON SILL PLATE AND PLACE HALF"A"TO THESE ALIGNMENT MARKS. 7. PLACE BASEMENT LALLY COLUMN JACKS WITH 1/2 OF THE SUPPORT BEAM TO BE UNDER THE CENTER BEAM OF EACH HALF OF HOUSE. 8. UNHOOK SLING AND REMOVE STRAPS THROUGH WEDGE CUTS IN SILL PLATES. 9. NEXT, SPOT"B"HALF OF HOUSE AT SAME LOCATION WHERE"A"WAS SPOTTED. 10. ATTACH SLING TO CRANE AND LOWER OVER"B" HALF. NOW, PLACE STRAPS(OR BANDS)TO MATCH SLING UNDER HOME AND ATTACH TO SLING. CAUTION: BEFORE LIFTING SLING,CHECK FOR CLEARANCES OF STRAPS.IF STRAPS WILL TOUCH VINYL SIDING OR ANY PART OF THE HOUSE THAT CAN BE DAMAGE, BLOCK STRAPS AWAY FROM HOUSE AT APPROPRIATE LOCATIONS WITH 2 X 41S. 11. AFTER BOTH HALVES ARE SET INTO THE PROPER POSITION AND ALIGNED,THE RESULTING CENTER BEAM CAN BE DRILLED AND BOLTED. 12. PRIOR TO INSTALLING SAFE IT,NAIL,OVERHANG INTO WALL. SECTION OF HOUSE TO SECURE. 13. RANCH/SPLIT A. AFTER HOUSE HAS BEEN SET OF FOUNDATION, DRAW SECTIONS TOGETHER AND BOLT THRU CENTER BOX SILLS USING 1/2 X 8"MACHINE BOLTS(SUPPLIED).THESE BOLTS TO BE STAGGERED APPROXIMATELY 4/0 0.0. DO NOT DRAW TIGHT UNTIL ALL OPENINGS HAVE BEEN ALIGNED. B. SECURE FLOOR SYSTEM TO SILL PLATES USING 16D COMMON NAILS(SUPPLIED)SEE DETAIL 14. AFTER UNITS HAVE BEEN SET TOGETHER A. SET GABLE END PANELS INTO PLACE.THE ROOF MAY NEED TO BE SLIGHTLY LIFTED TO ALLOW GABLE PANEL TO BE SET. i i I I I I III III i BILL LAKE CONSTRUCTION CORPORATION 8. THE FOUNDATION DIMENSIONS ARE 112"SMALLER THAN THE ACTUAL UNIT. THIS IS TO ALLOW FOR ANY OUT OF SQUARE ADJUSTMENTS THAT MUST BE MADE. IT IS SUGGESTED THAT THE SILL PLATES BE LAID ON THE FOUNDATION SQUARE AND TO THE ACTUAL DIMENSIONS OF THE UNIT. 9. REMOVE SMALL WEDGES IN SILLPLATE WITH SAW APPROXIMATELY 12"WIDE ON SMALL SIDE. THE NUMBER OF WEDGE CUTS WILL DEPEND ON THE TYPE OF SLING AND NUMBER OF STRAPS ON SLING.THE REASON FOR THE WEDGE CUTS IN SILL PLATE IS SO THAT STRAPS CAN BE REMOVED AS EACH HALF IS SET. 9. TYPE OF SLING TO BE USED IS CONTRACTOR'S AND INSTALLATION CREWS OPTION. LIFTING RIG(CRADLE)INSTRUCTIONS THE CRADLE USED TO ERECT EACH MODULAR UNIT SHOULD BE CONSTRUCTED SO THAT IT IS CAPABLE OF TELESCOPING TO CONFORM TO BOTH WIDTH AND LENGTH OF THE MODULAR UNITS BEING SET. STRAPS OR CABLES SHOULD BE USED TO UNDER SLING THE MODULAR UNIT TO THE CRADLE. STRAPS SHOULD BE PLUMB FROM THE NOTCH ON THE BOX SILL OF THE MODULAR UNIT TO THE POINT OF CONNECTION ONTO THE CRADLE, OUTWARD PRESSURE SHOULD BE APPLIED TO BOTH SIDES OF EACH STRAP AS THE CRANE BEGINS TO PICK UP THE MODULAR UNIT TO PREVENT SIDING DAMAGE AND INSURE THAT THE MODULAR UNIT REMAINS CENTERED ON THE STRAPS. DURING THE CRANING OPERATION, IT IS ESSENTIAL THAT THE BOTTOM OF EACH MODULAR UNIT REMAIN LEVEL TO AVOID LATERAL STRESS ON EXTERIOR WALLS WHICH CAN DAMAGE THE MODULAR UNIT AND PREVENT PROPER ALIGNMENT WHEN THE SECTIONS ARE PUT TOGETHER. UNIT"A"SHOULD BE SET ON THE CENTER LINE BUT RAISED(OR TILTED)AT THE CENTER POINT. JACKS SHOULD BE PLACED AS CLOSE TO THE BEAM COLUMNS OR PIERS TO RAISE THE CENTER PORTION AND NEAR EACH SIDE OF THE FOUNDATION. RUN A LINE FROM FRONT TO BACK TO GET PROPER HEIGHT ON COLUMNS. SET-UP INSTRUCTIONS MODULE TO MODULE ASSEMBLY 1. HINGED ROOF ERECTION: A.WHILE HOUSE SECTIONS ARE STILL RESTING ON TRANSPORT TRAILERS, RAISE HINGED ROOF SECTIONS.AS ROOF IS RAISING, PULL KNEE WALL OUT. CAUTION:DO NOT RAISE ROOF ABOVE PLANE OF FIXED ROOF SECTIONAS THIS COULD DAMAGE HINGED TRUSS PLATES AND PLYWOOD SHEATHING)) B. ONCE HINGED ROOF SECTION IS FULLY EXTENDED AND KNEE WALL IS RESTING FIRMLY ON THE END VERTICAL OF THE TRUSS, MAKE CONNECTIONS AT TOP AND BASE OF KNEE WALL WITH LBD NAILS ON 8"CENTERS. IN ADDITION, NAIL PLYWOOD OVERLAP FROM LIFT-UP PORTION OF ROOF TO FIXED PORTION AT 24"O.C. CAUTION: FAILURE TO NAIL PLYWOOD TO FIXED PORTION OF TRUSS WILL RESULT IN A WAKENED ROOF CONDITION AND CREATE ADANGEROUS AND UNSIGHTLY RIDGE ACROSS ROOFII �I I� i BILL LAKE CONSTRUCTION CORPORATION 2. THE UNLOADING AREA(GENERALLY THE FRONT OF THE HOUSE)MUST ALSO BE LEVEL AND COMPACTED OR UNDISTURBED SOIL WITH ADEQUATE CLEARANCE FOR THE CRANE AND ALL MODULE UNITS. IT MUST ALSO PROVIDE THE INSTALLATION CREW AMPLE ROOM TO WORK IN SAFETY. 3. ALL ACCESS ROADS TO THE JOB SITE MUST ALSO BE COMPACTED OR UNDISTURBED SOIL, BE SMOOTHLY GRADED,AND HAVE A CLEARANCE HEIGHT OF 15'AND ALLOW MANEUVERING OF THE CRANE AND TRANSPORTER WITHOUT RIGHT ANGLE OR SHARP TURNS TO PREVENT DAMAGE TO THE HOUSE OR 4. BASEMENT FLOORS NEED NOT BE POURED PRIOR TO SETTING THE HOUSE BUT IF THEY ARE NOT POURED, CONCRETE SUPPORT FOOTINGS MUST BE INSTALLED,THE BASEMENT MUST BE DRAINED AND A SATISFACTORY SURFace provided for lifting jack. ERECTION INSTRUCTIONS CRANE SETTING 1. LEVEL SITE TO GRADE,THIS WILL ALLOW HALVES TO BE SPOTTED AT A LOCATION THAT IS SUFFICIENT TO CRANE THE HOME ON THE FOUNDATION WITHOUT BEING REPOSITIONED. 2. INDIVIDUAL MODULE WEIGHTS VARY DEPENDING ON LENGTH AND AMOUNT OF FINISHING MATERIAL PACKED IN A UNIT. GENERALLY,A 46' UNIT WEIGHS FROM 8 TO 10 TONS THUS A 35 TON CRANE IS RECOMMENDED AS A MINIMUM FOR SETTING MODULES(NOTE TO DETERMINE LIFTING REQUIREMENTS BUILDER SHALL COORDINATE WITH CRANE COMPANY AS TO THERE RECOMMENDED REQUIREMENTS). A 35 TON CRANE HAS A MAXIMUM SAFE DISTANCE FROM THE BOOM FOOT(20' BOOM)TO THE LIFT POINT CENTER OF THE SPREADER BAR OF 30 FEET(MEASURED HORIZONTALLY);60 TON MAXIMUM DISTANCE 1S 45'.THIS MAKES BACKFILLING AND CLOSE TRANSPORTER PLACEMENT IMPORTANT. 3. UNDER IDEAL CONDITIONS WITH A 35 TON CRANE, POSITION CRANE NEAR FRONT CENTER OF FOUNDATION AT APPROXIMATELY 90 DEGREE TO FOUNDATION. PLACE TRANSPORTERS AT APPROXIMATELY 45 DEGREES TO CRANE, ONE EACH SIDE, MARRIAGE WALLS TOWARDS CRANE,AND START WITH BACK MODULE FIRST. THIS WILL AVOID HAVING BOOM OR SPREADER FRAME OVER UNIT NOT YET SET,AND NOT HAVING TO LIFT OVER ANY UNIT. 4. REMOVE PROTECTIVE WEATHERPROOFING AND WOOD STRIPS FROM CENTER WALL AND OVERHANGS, (WEATHER PERMITTING), BEING SURE TO PULL ALL PROJECTING NAILS WHICH MAY KEEP UNITS APART. 5. DO NOT REMOVE ANY DEAD MAN SUPPORTS. 6. "A"SIDE OF HOME IS THE KITCHEN, BATH SIDE(WET HALF). "B"SIDE OF HOUSE IS THE LIVING ROOM SIDE. CENTER BEARING WALL MAY BE A SPLIT BEARING WALL, EACH HALF HAS A"3"BEARING WALL THAT BUTT TO EACH OTHER. TWO STORY FIRST FLOOR MATE WALLS WILL BE 2 X 4 CONSTRUCT ION. 7. SILL PLATE OR MUD SILL:2 X 6 PRESSURE TREATED SILL PLATES ARE NOT SHIPPED. THESE MUST BE FASTENED WITH ANCHOR STRAPS OR FOUNDATION BOLTS SET BY BUILDER. PLATES MUST BE PUT DOWN OVER SUPPLIED SILL SEAL MATERIAL. IT IS THE BUILDER RESPONSIBILITY TO LEVEL SILL PLATES BEFORE ARRIVAL OF UNITS IF THIS IS NOT COMPLETE THE INSTALLATION CREW SHALL BACK CHARGE THE BUILDER FOR EXTRA TIME TO RESOLVE THIS PROBLEM ALSO THE BUILDER IS RESPONSIBLE FOR ANY EXTRA CRANE TIME INCURRED BECAUSE OF ANY IN CORRECT SITE CONDITIONS CAUTION: MAKE SURE THAT NUTS ARE COUNTERSUNK AND ANCHOR BOLTS DO NOT EXTEND MORE THAN 1-112" ABOVE TOP OF FOUNDATION SO THAT PROTRUDING ENDS DO NOT INTERFERE WITH MODULE BOX i III i BILL LAKE CONSTRUCTION CORPORATION SITE INSTALLATION AND ERECTION PROCEDURES THE INFORMATION CONTAINED IN THIS SECTION IS INTENDED TO OUTLINE STEPS NECESSARY TO COMPLETE THE FIELD INSTALLATION OF BILL LAKE HOMES CONSTRUCTION CORP. HOMES. FIELD INSTALLATION WORK WILL VARY WITH INDIVIDUAL, MODELS, BUT ADVANCE PLANNING FOR THE ARRIVAL OF MODULE TRANSPORTER UNITS WILL ALLOW FOR THE INSTALLATION BEING COMPLETED IN A MINIMUM OF TIME. INITIALLY,THE INSTALLER MUST REVIEW THE CONSTRUCTION DRAWINGS FOR EACH BUILDING INVOLVED. CONNECTION DETAILS AND SYSTEM INTERCONNECTION REQUIREMENTS WILL BE SHOWN ON THE CONSTRUCTION DRAWINGS AND ARE TO BE USED IN CONJUNCTION WITH RELATED INFORMATION OUTLINED IN THESE PROCEDURES. THE EXACT SEQUENCE IN WHICH THE FINISHING WORK IS TO BE ACCOMPLISHED WILL VARY BY CHOICE OF BUILDER, SITE CONDITIONS,WEATHER AND AVAILABILITY OF UTILITIES FOR HEAT AND POWER TOOLS. IN GENERAL,THE FIRST EFFORT SHOULD BE WEATHERPROOF THE UNITS AS SOON AS POSSIBLE. THE SECOND EFFORT SHOULD BE TO TURN ON ELECTRICAL POWER AND THEN TO HOOK UP HEAT WITHIN THE UNIT. ELECTRICAL HOOKUP CAN BE MADE AS SOON AS THE TWO JUNCTION BOX CONNECTIONS HAVE BEEN MADE, PLUMBING HOOKUPS CAN ALSO BE MADE ALMOST IMMEDIATELY AFTER STRUCTURAL CONNECTIONS ARE COMPLETED. HEAT CAN BE TURNED ON AS SOON AS THE HOOK UPS ARE COMPLETED. BASEMENT AND GARAGE FLOORS SHOULD BE POURED PRIOR TO DELIVERY OF THE UNITS TO ALLOW EARLY COMPLETION OF BASEMENT STAIRS AND EASIER UNIT AND GARAGE ERECTION. UNPOURED FLOORS INCREASE REACHING DISTANCES,AND MAKE SETTING OPERATIONS MORE DANGEROUS AND DIFFICULT. UNPOURED GARAGE FLOORS MAKE THE SETTING OF TWO CAR GARAGE HEADERS MOST DIFFICULT FOR BUILDERS BECAUSE OF THE HEIGHT THAT THE HEAVY BEAM MUST BE CARRIED UP LADDERS.THEREFORE, FOUNDATION WORK SHOULD BE COMPLETED AS EARLY AS POSSIBLE. SITE PREPARATION FOR DELIVERY AND ERECTION DELIVERY INCLUDED TOW TRACTOR, TRAILER, FLAG CAR,TRANSPORT PERMITS AND CARGO INSURANCE. RATES FOR EACH HAUL WILL BE PREDETERMINED. IT DOES NOT INCLUDE TOW COSTS AT SITE. EACH TRAILER IS ALLOTTED ONE HOUR UNLOADING TIME AT THE SITE,AFTER WHICH, WAITING TIME WILL BE CHARGED TO THE PURCHASER. 1.THE BUILDER MUST PROVIDE ADEQUATE ACCESS TO THE SITE AND A SATISFACTORY UNLOADING AREA. A. ENTRANCE TO SITE AND UNLOADING AREA MUST NOT SLOPE MORE THAN 12"IN 201 . THE ACCESS AND DELIVERY AREA MUST BE COMPACTED OR UNDISTURBED SOIL AND SMOOTHLY GRADED. B. TREES, SHRUBS AND WIRES MUST BE REMOVED TO ALLOW ACCESS FOR THE TRAILERS AND MODULES. C. TOWING COSTS ARE THE CUSTOMER'S RESPONSIBILITY. r S. r. ._ e , v e 0 t C • G t 1 I i I � .. o.... ' P. O 4 M � +� I I MANUFACTURER'S DATA PLATE MANUFACTURER BILL LAKE HOME CONSTRUCTION CORP. FACTORY INSTALLED EQUIPMENT ADDRESS 188 FLANDERS RD. CITY,STATE,ZIP SPRAKERS,N.Y. 12166 EQUIPMENT MANUFACTURER MODEL NO. HEATING LISTED INDUSTRIALIZED BUILDING COOLING MODEL SOLDIER ON PROJECT CLUSTER B FIREPLACE OCCUPANCY CLASSIFICATION R-2 I CONST.TYPE VB MICROWAVE GE PVM9179DF MANUFACTURER'S SERIAL# 08-15 ABCDEFGHIJKL REFRIGERATOR DATE OF MANUFACTURE 07/30/15 PLAN APPROVAL NO 0035-15 WATER!IEATER DATE DATA PLATE ATTACHED 07/30/15 DISHWASHER PERMISSIBLE GAS TYPE(S) NW DISPOSAL ELECTRIC RATING 200 AMPS COOKTOP SUMMIT SPECIALTY APPL. CR2B120 TEST VOLTAGE/TIME 1080VOLTS/1 SECOND SHIPPING WEIGHT(S) '1VA1ER SUPPLY/TEST 100 PSI/15 MINUTES TRA LABEL NO.(S) 468793, 794, 795, 796, 797, 798, 799, 800 & ,DESIGN WIND SPEED& 469660, 661, 662, 663 FLOOR DESIGN LIVE LOAD 40 LB.PER S F EXPOSURE 100 MPH B ROOF DESIGN GROUND SNOW LOAD 55 LB.PER S.F. DESIGN DEAD LOAD 10 PSF STATE INSIGNIA NO.(S; MH-127728, 729, 730, 731, 732, 733, 734, 735.. 736, SEISMIC DESIGN 737, 7.38, 739, EXTERIOR WALL FIRE RATING CATEGORY SS=.22 S1=066 WINTER DESIGN TEMP INSIDE +71 F OUTSIDE -15 F FOLLOW PRECISELY ALL INSTRUCTIONS WITH THIS BUILDING. FOUNDATIONS,INSTALLATION AND WALL R-19 CEILING R-30 FLOOR R-30 0.0333 UTILITY CONNECTIONS ARE SUBJECT TO INSPECTION BY LOCAL AUTHORITIES. Uu VALUES 'ALL 00526 0.0333 ON SITE BY OTHERS STATE BUILDING INSPECTOR MUST WITNESS ALL ON SITE TESTING. THIS MANUFACTURED STRUCTURE HAS BEEN CONSTRUCTED IN CONFORMANCE WITH THE FOLLOWING CODES. 2014 NATIONAL ELECTRIC CODE INTERNATIONAL ENERGY CONSERVATION CODE WITH MASS. 2012 AMENDMENTS&MASS.STRETCH ENERGY CODE J 2009 INTERNATIONAL BUILDING CODE WITH MA. AMENDMENTS ON SITE SPRINKLER SYSTEM REQUIREMENTS System demand =198.50GPM @ 66.565 PSI Domestic Demand =30 GPM Safety margin =18.104 PSI (21.4%)