This document contains notes and schedules for doors, windows, and framing on an existing floor plan of a house. It includes dimensions for existing rooms and structures. It provides requirements for doors and windows to withstand wind loads of 150 mph according to building codes. Notes specify materials and methods for framing, firestopping, decking, and other structural elements of the building. Window and door schedules list the sizes, styles, manufacturers and wind load ratings.
This document provides details for a new office space for the ski film company Warren Miller. The two-story building would serve as their new headquarters in Boulder, Colorado. It includes around 25 office desks, two conference rooms, a sound room, video editing space, and outdoor social space. Floor plans and sections show the layout of the building, including ramps to make each level accessible. Corten steel walls on the exterior were inspired by artist Richard Serra.
3 family residence offering 2 bedroom 2.5 bath apartments with private outdoor spaces. All apartments received full interior demolition, new partitions, finish floors, and fixtures. In complies with the Multiple Dwelling Laws of NYC maintaining the historic facade with rustic reclaimed wood to the new addition.
Work included Schematic Design, Design Development , Construction Documents, coordinating all consulting engineers, and participating in all required Department of Buildings procedures.
This document contains schematic drawings for a mixed-use development project located near the University of San Diego. The project has two buildings, one with ground-level retail and four levels of housing units. The second building has ground-level parking and five levels of housing units. Both buildings have roof patios. The drawings show the ground floor plan, building elevations, and sections detailing the layout and design.
The document contains a site plan and building elevations for a multi-family residential development with the following features:
- The site plan shows three residential buildings totaling 319 units, detached garage buildings, parking areas, landscaping, fencing, and site amenities including a pool, dog park, and pavilion.
- The building elevations depict three-story construction with varying exterior materials including brick veneer, cementitious siding and paneling, and vinyl windows. Amenity spaces like a clubhouse and fitness area are also indicated.
- Additional details provided include unit counts and parking requirements for the development. Existing trees on site and site features like retaining walls and transformers are labeled.
This document contains survey point elevation data and notes for a proposed landscape design. It includes over 70 elevation readings, as well as notes describing plans for new fencing, retaining walls, planting, play areas, and other landscape elements. The design aims to enhance the site with native garden beds, shade structures, a nature play area with logs and boulders, and connections to existing wet areas, subject to hydraulic approval.
The document provides design ideas and instructions for combining different types of mouldings in interior design. It includes examples of moulding combinations for casings, crowns, baseboards, chair rails, and architraves. Diagrams show the components and their placement in combinations. The goal is to inspire unique signature designs through creative moulding assembly.
This document appears to be a materials takeoff or bill of materials for the construction of three buildings. It lists various construction items, materials, quantities, and unit costs. The items include concrete, masonry, wood framing, roofing, doors, windows, finishes, partitions, electrical components, and mechanical equipment for each of the three buildings.
This document provides details for a new office space for the ski film company Warren Miller. The two-story building would serve as their new headquarters in Boulder, Colorado. It includes around 25 office desks, two conference rooms, a sound room, video editing space, and outdoor social space. Floor plans and sections show the layout of the building, including ramps to make each level accessible. Corten steel walls on the exterior were inspired by artist Richard Serra.
3 family residence offering 2 bedroom 2.5 bath apartments with private outdoor spaces. All apartments received full interior demolition, new partitions, finish floors, and fixtures. In complies with the Multiple Dwelling Laws of NYC maintaining the historic facade with rustic reclaimed wood to the new addition.
Work included Schematic Design, Design Development , Construction Documents, coordinating all consulting engineers, and participating in all required Department of Buildings procedures.
This document contains schematic drawings for a mixed-use development project located near the University of San Diego. The project has two buildings, one with ground-level retail and four levels of housing units. The second building has ground-level parking and five levels of housing units. Both buildings have roof patios. The drawings show the ground floor plan, building elevations, and sections detailing the layout and design.
The document contains a site plan and building elevations for a multi-family residential development with the following features:
- The site plan shows three residential buildings totaling 319 units, detached garage buildings, parking areas, landscaping, fencing, and site amenities including a pool, dog park, and pavilion.
- The building elevations depict three-story construction with varying exterior materials including brick veneer, cementitious siding and paneling, and vinyl windows. Amenity spaces like a clubhouse and fitness area are also indicated.
- Additional details provided include unit counts and parking requirements for the development. Existing trees on site and site features like retaining walls and transformers are labeled.
This document contains survey point elevation data and notes for a proposed landscape design. It includes over 70 elevation readings, as well as notes describing plans for new fencing, retaining walls, planting, play areas, and other landscape elements. The design aims to enhance the site with native garden beds, shade structures, a nature play area with logs and boulders, and connections to existing wet areas, subject to hydraulic approval.
The document provides design ideas and instructions for combining different types of mouldings in interior design. It includes examples of moulding combinations for casings, crowns, baseboards, chair rails, and architraves. Diagrams show the components and their placement in combinations. The goal is to inspire unique signature designs through creative moulding assembly.
This document appears to be a materials takeoff or bill of materials for the construction of three buildings. It lists various construction items, materials, quantities, and unit costs. The items include concrete, masonry, wood framing, roofing, doors, windows, finishes, partitions, electrical components, and mechanical equipment for each of the three buildings.
The document is a building section that details the materials and construction of the various elements of the structure from footing to roof. It shows a concrete foundation wall and slab, wood framed walls with batt insulation and vapor barrier, an asphalt shingle roof with plywood sheathing and rafters, and wood floors above a concrete slab on grade with a drainage system. Dimensions are provided for floor heights and overall building height.
This document provides construction details for the foundation, framing, insulation, and exterior of a house. It includes specifications for the perimeter drain, concrete footing and foundation wall, floor and roof framing, insulation methods for walls, attic, basement, and slabs. It also specifies exterior materials like siding, roofing, and trim elements. Notes cover insulation, framing, grading, caulking, and wood flooring installation requirements to comply with building codes.
This document is a ground floor plan for a dream house. It includes dimensions and details for the layout of the rooms, doors, windows, and other features of the ground floor. Key elements shown are the living room, kitchen, laundry, bedroom, bathroom, garage, and exterior deck. Notes provide specifications for materials, insulation values, fire safety requirements and other construction details.
This document provides details on the areas, architectural plans, and structural plans for a new residential building project. It lists the square footage of various areas of the building, including unfinished basement and garage areas, porches, terraces, and finished living areas totaling 4,463 square feet. It also lists the architectural and structural drawing sheets that are included, including foundation plans, framing plans, building elevations, sections, and structural details. The remainder of the document outlines 50+ general notes providing specifications and requirements for site work, foundations, framing, roofing, insulation, doors, windows, and safety glazing.
Phippen, Clifford & Theresa - PERMIT SET 2 - 30 Lantern Lane- Pembroke, MA 02...Shervin Radfar
This document contains plans for a residential home designed by Rockwood Design, Inc. It includes contact information for the designer, owner, and structural engineer. The first page provides an index of drawings, notes on dimensions, permits, and references the structural engineering analysis. Subsequent pages include schedules, notes, and details for the foundation, framing, concrete, and structural steel.
This document provides plans and instructions for building a basic 12x8 shed with a gable roof, doors, windows, and optional ramp. It includes an overview of the shed design, cutting lists of required materials, drawings and details of the framing and assembly steps. The 10-page guide outlines the step-by-step process for constructing the foundation, framing the floor, walls and roof, installing sheathing and roofing, and finishing with siding, fascia and trim. Optional additions like windows or changing the siding material are also discussed.
Wood shakes and shingles come in various grades, lengths, and thicknesses. The document provides details on estimating coverage and installing wood roofing materials over different types of sheathing. It also discusses interlayment and underlayment options to allow for proper ventilation and protection from moisture for wood shake and shingle roofs.
This document discusses different types of roof coverings. It describes flat roofs, pitched roofs, and various natural and artificial materials that can be used as roof coverings, including clay tiles, cement tiles, concrete tiles, fibre sheets, asbestos cement sheets, and aluminum sheets. Specific details are provided on the characteristics of different clay tile types like Allahabad tiles and half round country tiles. Installation methods are also outlined for some roof covering materials. Overall, the document provides an overview of common roof covering materials and their properties.
This document provides plans and instructions for building a basic 12' x 8' shed. It includes a list of materials, diagrams of the framing and assembly steps. The shed features a simple gable roof, double doors, windows, and can be used for storage or a workshop. Construction involves building a floor frame, walls, roof framing, and installing siding, roofing, doors and windows. The plans allow for customizable features like adding a wood ramp.
This document contains architectural drawings and notes for a building project located at 289 Tappan Street in Brookline, MA. It includes floor plans, elevations, and sections of the building showing wall types and materials. Notes provide information on construction requirements, dimensions, building codes, and specifications.
The document is a floor plan for renovations to an existing market building. It shows the layout of new and existing spaces including a new meat department, covered cart area, restrooms, and grease interceptor. Notes provide information on lighting requirements, fire safety measures like extinguishers and exit signs, door hardware heights and egress, and materials like the concrete sealer. A door schedule lists existing door sizes and types.
Americans have gotten bigger, leading to bleacher seat widths increasing from 18 to 20 inches. When developing outdoor event seating, planners must consider ADA and safety guidelines like closing areas under seats, railings on aisles, and enclosing structures. In the 1960s-1980s, many natural turf fields were converted to synthetic turf to reduce maintenance costs and allow flexible scheduling, but player injuries and new synthetic turfs replicating grass led to conversions back in the 1980s-1990s. Key elements of a great field include drainage and a backstop to keep balls in play, protect spectators, and safeguard others involved in the game.
Fabral provides installation guidelines for their 1-1/2" SSR metal roofing system. Key details include:
- Panels are factory caulked and have a minimum slope of 1:12.
- Proper substrate preparation and underlayment are required before installing panels.
- Panels are installed starting at the gable end and locked together along the length using overlapping ribs.
- Accessories like closures, flashings and trims are installed using sealants and fasteners to provide a weather tight seal.
- Proper storage, handling and installation techniques are outlined to ensure quality installation and performance of the system.
The document discusses the applicant's background and experience in architecture. It summarizes some of his past thesis and design projects, including a community center in the Bronx, a public park in Freeport, and his architectural thesis project "Parco Montanara" in Rome, Italy. It also lists some of the software skills he has applied to projects, such as Revit, AutoCAD, 3DS Max, Photoshop, Illustrator, and InDesign.
This document contains architectural plans for the Reitz Residence to be constructed on lots 16 and 17 in Morehead Township, Carteret County, North Carolina. It includes drawings for the site plan, foundation plan, framing plans, roof plans, elevations, sections, and finish plans. Notes provide details on construction materials and methods, required dimensions, and compliance with building codes.
This document provides a landscape design plan for a residential property. It includes:
1) A site plan showing the proposed landscaping elements such as garden beds, lawn areas, a fire pit, seating, and trees.
2) Planting notes describing soil preparation, mulching, fertilizing, and maintenance requirements.
3) Details for hardscaping elements including paving materials, retaining walls, and irrigation.
4) A list of plant species to be used in the design.
The document outlines 32 points of work that need to be completed by the landlord for tenant improvements to premises being leased by Mochi Shoes in Tirupati, India. This includes approvals for signage, façade changes, and lighting installations. It also specifies that the landlord must remove wiring, fixtures and debris from all floors, replace and repair windows, doors and bathroom fixtures, add electrical power and finish walls. The tenant requires the premises be free of any leaks or debris before starting fitout work.
This document provides design specifications and construction details for reinforced brick masonry retaining walls ranging from 3 to 20 feet in height. It includes standard wall details with alternate footing designs for constrained spaces. Wall designs are categorized by height ranges and include dimensions, reinforcement requirements, and safety factor calculations. Footings are also detailed to accommodate various subsurface conditions. Instructions are provided for special cases like surcharged walls. The document aims to provide convenient standardized wall designs for designers and builders to reference.
The document is a building section that details the materials and construction of the various elements of the structure from footing to roof. It shows a concrete foundation wall and slab, wood framed walls with batt insulation and vapor barrier, an asphalt shingle roof with plywood sheathing and rafters, and wood floors above a concrete slab on grade with a drainage system. Dimensions are provided for floor heights and overall building height.
This document provides construction details for the foundation, framing, insulation, and exterior of a house. It includes specifications for the perimeter drain, concrete footing and foundation wall, floor and roof framing, insulation methods for walls, attic, basement, and slabs. It also specifies exterior materials like siding, roofing, and trim elements. Notes cover insulation, framing, grading, caulking, and wood flooring installation requirements to comply with building codes.
This document is a ground floor plan for a dream house. It includes dimensions and details for the layout of the rooms, doors, windows, and other features of the ground floor. Key elements shown are the living room, kitchen, laundry, bedroom, bathroom, garage, and exterior deck. Notes provide specifications for materials, insulation values, fire safety requirements and other construction details.
This document provides details on the areas, architectural plans, and structural plans for a new residential building project. It lists the square footage of various areas of the building, including unfinished basement and garage areas, porches, terraces, and finished living areas totaling 4,463 square feet. It also lists the architectural and structural drawing sheets that are included, including foundation plans, framing plans, building elevations, sections, and structural details. The remainder of the document outlines 50+ general notes providing specifications and requirements for site work, foundations, framing, roofing, insulation, doors, windows, and safety glazing.
Phippen, Clifford & Theresa - PERMIT SET 2 - 30 Lantern Lane- Pembroke, MA 02...Shervin Radfar
This document contains plans for a residential home designed by Rockwood Design, Inc. It includes contact information for the designer, owner, and structural engineer. The first page provides an index of drawings, notes on dimensions, permits, and references the structural engineering analysis. Subsequent pages include schedules, notes, and details for the foundation, framing, concrete, and structural steel.
This document provides plans and instructions for building a basic 12x8 shed with a gable roof, doors, windows, and optional ramp. It includes an overview of the shed design, cutting lists of required materials, drawings and details of the framing and assembly steps. The 10-page guide outlines the step-by-step process for constructing the foundation, framing the floor, walls and roof, installing sheathing and roofing, and finishing with siding, fascia and trim. Optional additions like windows or changing the siding material are also discussed.
Wood shakes and shingles come in various grades, lengths, and thicknesses. The document provides details on estimating coverage and installing wood roofing materials over different types of sheathing. It also discusses interlayment and underlayment options to allow for proper ventilation and protection from moisture for wood shake and shingle roofs.
This document discusses different types of roof coverings. It describes flat roofs, pitched roofs, and various natural and artificial materials that can be used as roof coverings, including clay tiles, cement tiles, concrete tiles, fibre sheets, asbestos cement sheets, and aluminum sheets. Specific details are provided on the characteristics of different clay tile types like Allahabad tiles and half round country tiles. Installation methods are also outlined for some roof covering materials. Overall, the document provides an overview of common roof covering materials and their properties.
This document provides plans and instructions for building a basic 12' x 8' shed. It includes a list of materials, diagrams of the framing and assembly steps. The shed features a simple gable roof, double doors, windows, and can be used for storage or a workshop. Construction involves building a floor frame, walls, roof framing, and installing siding, roofing, doors and windows. The plans allow for customizable features like adding a wood ramp.
This document contains architectural drawings and notes for a building project located at 289 Tappan Street in Brookline, MA. It includes floor plans, elevations, and sections of the building showing wall types and materials. Notes provide information on construction requirements, dimensions, building codes, and specifications.
The document is a floor plan for renovations to an existing market building. It shows the layout of new and existing spaces including a new meat department, covered cart area, restrooms, and grease interceptor. Notes provide information on lighting requirements, fire safety measures like extinguishers and exit signs, door hardware heights and egress, and materials like the concrete sealer. A door schedule lists existing door sizes and types.
Americans have gotten bigger, leading to bleacher seat widths increasing from 18 to 20 inches. When developing outdoor event seating, planners must consider ADA and safety guidelines like closing areas under seats, railings on aisles, and enclosing structures. In the 1960s-1980s, many natural turf fields were converted to synthetic turf to reduce maintenance costs and allow flexible scheduling, but player injuries and new synthetic turfs replicating grass led to conversions back in the 1980s-1990s. Key elements of a great field include drainage and a backstop to keep balls in play, protect spectators, and safeguard others involved in the game.
Fabral provides installation guidelines for their 1-1/2" SSR metal roofing system. Key details include:
- Panels are factory caulked and have a minimum slope of 1:12.
- Proper substrate preparation and underlayment are required before installing panels.
- Panels are installed starting at the gable end and locked together along the length using overlapping ribs.
- Accessories like closures, flashings and trims are installed using sealants and fasteners to provide a weather tight seal.
- Proper storage, handling and installation techniques are outlined to ensure quality installation and performance of the system.
The document discusses the applicant's background and experience in architecture. It summarizes some of his past thesis and design projects, including a community center in the Bronx, a public park in Freeport, and his architectural thesis project "Parco Montanara" in Rome, Italy. It also lists some of the software skills he has applied to projects, such as Revit, AutoCAD, 3DS Max, Photoshop, Illustrator, and InDesign.
This document contains architectural plans for the Reitz Residence to be constructed on lots 16 and 17 in Morehead Township, Carteret County, North Carolina. It includes drawings for the site plan, foundation plan, framing plans, roof plans, elevations, sections, and finish plans. Notes provide details on construction materials and methods, required dimensions, and compliance with building codes.
This document provides a landscape design plan for a residential property. It includes:
1) A site plan showing the proposed landscaping elements such as garden beds, lawn areas, a fire pit, seating, and trees.
2) Planting notes describing soil preparation, mulching, fertilizing, and maintenance requirements.
3) Details for hardscaping elements including paving materials, retaining walls, and irrigation.
4) A list of plant species to be used in the design.
The document outlines 32 points of work that need to be completed by the landlord for tenant improvements to premises being leased by Mochi Shoes in Tirupati, India. This includes approvals for signage, façade changes, and lighting installations. It also specifies that the landlord must remove wiring, fixtures and debris from all floors, replace and repair windows, doors and bathroom fixtures, add electrical power and finish walls. The tenant requires the premises be free of any leaks or debris before starting fitout work.
This document provides design specifications and construction details for reinforced brick masonry retaining walls ranging from 3 to 20 feet in height. It includes standard wall details with alternate footing designs for constrained spaces. Wall designs are categorized by height ranges and include dimensions, reinforcement requirements, and safety factor calculations. Footings are also detailed to accommodate various subsurface conditions. Instructions are provided for special cases like surcharged walls. The document aims to provide convenient standardized wall designs for designers and builders to reference.
1. 6'-0"
10"
3'-7"
4"
3'-7"
4"
3'-7"
4"
3'-7"
1'-2"
6'-0"
12'-6"
3'-9" 10'-3"
61
2"
3'-9" 6" 3'-9"
3'-5"
3'-9"
6'-0"
1'-8"3'-9"
15'-11"
10'-0"
10'-3"
11'-0"
26'-01
2"
29'-2 7
16
"
3'-0"
7'-5"
6"X6" POST
4"X4"" POST
4'-6"
A/H
12"X12" POST
12"X12"" POST
6'-4"
9'-4"
STORAGE
DESK
3'X2' BOX
30" CASE 30" CASE
30" CASE
2'-0"
5'-6"
1'-1"
4'-2"
4"X4" POST
17'-0 7
16
"
2'-0"
5'-6"
1'-1"
4'-2"
26'-01
2"
1'-6"
30'-3 7
16"
2'-0"
5'-6"
1'-1"
4'-2"
17'-0 7
16"
40'-0
15'-1115
16
"
11'-11"
11'-11"
18'-0 7
16"
12'-8"
5'-4"
12'-3"
13'-23
4"
27'-313
16
"
9'-9"
5'-10"
2'-8"
6'-0"
13'-0"
KITCHEN
BEDROOM
BEDROOM
LIVING ROOM
BATHROOM
4'-4"
BALCONY
BALCONY
2'-0"
5'-6"
1'-1"
4'-2"
ELECTRICAL
BOX
40'-0
EXISTING FIRST FLOOR PLAN
SCALE:1/4"=1'-0"
--
INDICATES DOOR LOCATED IN (5) ZONE / CORNER ZONE
INDICATES WINDOW LOCATED IN (5) ZONE / CORNER ZONE
SEE WINDOW SCHEDULE FOR WINDLOAD REQUIREMENTS
SEE DOOR SCHEDULE FOR WINDLOAD REQUIREMENTS
(5) - WINDLOAD REQUIREMENT FOR DOORS
LOCATED IN THE (5) ZONE / CORNER ZONE.
SEE FLOOR PLAN FOR DOORLOCATIONS.
(5) - WINDLOAD REQUIREMENT FOR WINDOWS LOCATED
IN THE (5) ZONE / CORNER ZONE.
SEE FLOOR PLAN FOR WINDOW LOCATIONS.
1. ALL DOORS AND WINDOWS SHALL BE RATED TO WITHSTAND PRESSURES ASSOCIATED WITH 150 MPH WINDS IN
ACCORDANCE WITH ASCE 7-10. DOORS AND WINDOWS SHALL BE MANUFACTURED UNITS DESIGNED AND INSTALLED TO
ALLOW A MAXIMUM OF 0.5 CFM INFILTRATION PER LINEAL FOOT OF OPERABLE SASH CRACK AND A MAXIMUM 0.5 CFM PER
SF OF EXTERIOR DOOR AREA. UNITS SHALL BE GASKETED, WEATHER-STRIPPED OR OTHERWISE SEALED.
2. PROVIDE ONE EGRESS SIZED WINDOW IN EACH BEDROOM UNLESS THERE IS A SECOND EXIT SUCH AS A SLIDING GLASS
OR SIDE HINGED DOOR TO THE EXTERIOR. EGRESS WINDOWS SHALL HAVE A SILL HEIGHT OF NOT MORE THAN 44" ABOVE
FLOOR LEVEL AND MUST HAVE A MINIMUM NET CLEAR OPENING OF 20" WIDTH AND A NET CLEAR OPENING AREA OF NO
LESS THAN 5.7 SF.
3. ALL EXTERIOR DOORS SHALL BE SOLID CORE, 1- 3
4" THICK, WEATHER-PROOF TYPE. ALL INTERIOR DOORS SHALL BE 1- 3
8"
THICK. UNITS SHALL BE GLAZED OR RAISED PANEL BOTH SIDES. UNITS SHALL HAVE PATTERNS OR DIVIDED LITES UNLESS
OTHERWISE NOTED. UNITS SHALL BE OF THE SIZE AND TYPE INDICATED ON THE DRAWINGS WITH SURFACES PREPARED
TO ACCEPT PAINT OR OTHER FINISH AS SPECIFIED. DOORS SHALL MEET NWMA STANDARD TOLERANCES FOR EACH TYPE.
4. FURNISH AND INSTALL COMPLETE HARDWARE SETS; SCHLAGE, YALE OR EQUAL. ANSI GRADE 2 OR BETTER FOR HEAVY
RESIDENTIAL/MEDIUM COMMERCIAL USE. FINISH AND STYLE TO BE SELECTED BY THE OWNER. ALL EXTERIOR HARDWARE
TO BE SALT RESISTANT.
5. ALL SLIDING GLASS DOORS AND SHOWER ENCLOSURES SHALL HAVE TEMPERED GLASS.
6. WOOD OPERATING AND FIXED WINDOWS SHALL BE EQUIPPED WITH SALT RESISTANT HARDWARE AND REMOVABLE
SCREENS. ALL UNITS SHALL BE DOUBLE-GLAZED (UNLESS OTHERWISE NOTED ON THE DRAWINGS) WITH TRUE DIVIDED
LITES OR PATTERN INDICATED ON THE DRAWINGS.
7. WINDOW UNITS SHALL DISPLAY LABELS INDICATING COMPLIANCE WITH THE STATE OF FLORIDA MODEL ENERGY CODE,
SECTION 502.4. FIELD VERIFY ALL DIMENSIONS PRIOR TO FABRICATION.
8. PROVIDE CLEAR GLAZING, GASKETED OR OTHERWISE SEALED. PROVIDE SAFETY GLASS AS REQUIRED AND/OR SHOWN
ON THE DRAWINGS.
9. FASTEN DOOR AND WINDOW FRAMES IN ACCORDANCE WITH MANUFACTURER'S INSTALLATION INSTRUCTIONS AND/OR
PRODUCT APPROVAL DETAILS. PROVIDE SEPARATION BARRIER WITH DOOR AND WINDOW FRAMES THAT ARE INSTALLED
AGAINST NON-COMPATIBLE PRESSURE-TREATED WOOD FRAMING.
DOOR & WINDOW NOTES
1. EXCEPT WHERE NOTED OTHERWISE, ALL FRAMING LUMBER SHALL BE SOUTHERN PINE, MC 19%, NO. 2 DENSE,
AS GRADED BY THE SOUTHERN PINE INSPECTION BUREAU.
2. ALL TIMBER CONSTRUCTION SHALL CONFORM TO THE LATEST EDITION AFTC.
3. ALL WOOD SHALL BE PRESSURE TREATED WITH CHEMICALS TO PROTECT FROM INSECTS AND DECAY AS
REQUIRED. ALLOW TO DRY AFTER TREATMENT. PROVIDE CONNECTORS AND FASTENERS COMPATIBLE WITH
PRESSURE TREATED WOOD FRAMING. PROVIDE SEPARATION BARRIER SUCH AS BUILDING PAPER FOR
NON-COMPATIBLE COMPONENTS SUCH AS ALUMINUM WINDOW FRAMES.
4. ALL WOOD CONNECTIONS SHALL HAVE SIMPSON STRONG-TIE CO. OR EQUAL CONNECTORS. ALL CONNECTORS
SHALL BE INSTALLED WITH MANUFACTURER RECOMMENDED FASTENERS BEFORE LOADING.
5. CUTTING AND NOTCHING OF FLOOR JOISTS SHALL CONFORM TO THE FOLLOWING:
A. NOTCH DEPTH IN THE TOP OR BOTTOM OF THE JOISTS AND BEAMS SHALL NOT EXCEED ONE-SIXTH OF THE
DEPTH OF THE MEMBER AND SHALL NOT BE LOCATED IN THE MIDDLE ONE-THIRD OF THE SPAN. (INCLUDING
BIRDS MOUTH CUTS).
B. NOTCH DEPTH AT THE ENDS OF THE MEMBER SHALL NOT EXCEED ONE-FOURTH THE DEPTH OF THE
MEMBER.
C. THE TENSION SIDE OF BEAMS, JOISTS AND RAFTERS OF FOUR INCHES OR GREATER NOMINAL THICKNESS
SHALL NOT BE NOTCHED, EXCEPT AT ENDS OF MEMBERS.
D. HOLES BORED OR CUT INTO JOISTS SHALL NOT BE CLOSER THAN TWO INCHES TO THE TOP OF BOTTOM OF
THE JOISTS. THE DIAMETER OF THE HOLE SHALL NOT EXCEED ONE-THIRD THE MEMBER DEPTH.
6. PROVIDE SECOND FLOOR JOIST MEMBER, SAME SIZE, UNDER ALL WALLS.
7. HOLES BORED IN BEARING WALL STUDS SHALL NOT EXCEED ONE-THIRD OF STUD.
8. PROVIDE 1X4 PRESSURE TREATED FURRING AT 16" CC FOR ALL TRUSSES THAT WILL HAVE A FINISHED CEILING
BELOW UNLESS NOTED OTHERWISE.
9. PROVIDE BLOCKING BETWEEN ALL JOISTS 2 X 6 OR GREATER AT INTERVALS NOT TO EXCEED 8 FEET AND AT
ALL SUPPORTS.
10. PROVIDE SOLID BLOCKING AT MID HEIGHT ON CENTER BETWEEN STUDS. (MINIMUM) .
11. ALL WALL STUDS SHALL BE SPF NO. 2 DENSE GRADE OR BETTER.
12. SEE PLANS FOR WALL STUD SIZE AND SPACING.
13. ALL STUD BEARING WALLS SHALL BE PROVIDED WITH 2 CONTINUOUS TOP PLATES AND CONTINUOUS BOTTOM
PLATES WITH A MINIMUM OF ONE ROW OF HORIZONTAL BRIDGING AT MID-HEIGHT OF WALL UNLESS NOTED
OTHERWISE. SPLICES OF TOP PLATE SHALL OCCUR OVER STUD. SPLICES SHALL BE STAGGERED A MINIMUM OF
FOUR FEET.
14. HEADER BEAMS OVER ALL FRAMED OPENINGS SHALL BE AS SHOWN BELOW, UNLESS NOTED OTHERWISE.
(2) - 2 X 6 FOR INTERIOR OPENINGS UP TO 4'-0", (3) 2 X 6 FOR EXTERIOR OPENINGS UP TO 4'-0"
(2) - 2 X 8 FOR INTERIOR OPENINGS UP TO 6'-0", (3) 2 X 8 FOR EXTERIOR OPENINGS UP TO 6'-0"
(2) - 2 X 10 FOR INTERIOR OPENINGS UP TO 8'-0", (3) 2 X 10 FOR EXTERIOR OPENINGS UP TO 8'-0"
(2) - 2 X 12 FOR INTERIOR OPENINGS UP TO 10'-0", (3) 2 X 12 FOR EXTERIOR OPENINGS UP TO 10'-0"
15. EXTERIOR WALL STUDS SHALL BE STRAPPED TO ROOF TRUSSES OR RAFTERS WITH SIMPSON CONNECTORS
OR EQUAL. PROVIDE 3 STUDS (MIN.) FOR GIRDER TRUSS AND BEAM BEARING POINTS.
16. WHERE WOOD JOISTS/BEAMS ETC. FRAME INTO OTHER MEMBERS INSTALL SIMPSON "LUS" SERIES
GALVANIZED JOIST HANGERS.
17. FIRESTOPPING SHALL BE PROVIDED IN ALL WALLS AND PARTITIONS TO SEAL ALL CONCEALED DRAFT
OPENINGS BOTH HORIZONTAL AND VERTICAL AND TO FORM A FIRE BARRIER BETWEEN FLOORS AND BETWEEN
THE UPPER FLOOR AND THE ROOF SPACE.
18. FIRESTOPPING SHALL BE INSTALLED IN WOOD FRAME CONSTRUCTION IN THE FOLLOWING LOCATIONS:
A. IN CONCEALED SPACE OF STUD WALLS AND PARTITIONS INCLUDING FURRED SPACES AT CEILING AND
FLOOR LEVELS.
B. AT ALL INTERCONNECTIONS BETWEEN CONCEALED VERTICAL AND HORIZONTAL SPACES SUCH AS OCCUR
AT SOFFITS, DROP CEILINGS, COVER CEILINGS, ETC.
C. IN CONCEALED SPACES BETWEEN STAIR STRINGERS AT THE TOP AND BOTTOM OF THE RUN.
D. IN CONCEALED SPACES CREATED BY AN ASSEMBLY OF FLOOR JOISTS, FIRESTOPPING SHALL BE PROVIDED
OF THE FULL DEPTH OF THE JOISTS AT THE ENDS AND OVER THE SUPPORTS.
19. FIRESTOPPING SHALL CONSIST OF TWO (2) INCH NOMINAL LUMBER, OR TWO (2) THICKNESS OF ONE (1) INCH
NOMINAL LUMBER WITH BROKEN LAP JOISTS, OR ONE (1) THICKNESS OF THREE-FOURTHS (3/4) INCH PLYWOOD
WITH JOINTS BACKED BY THREE-FOURTHS (3/4) INCH PLYWOOD, OR OTHER APPROVED MATERIALS.
20. SOLID DECKING SHALL BE TONGUE & GROOVE, SOUTHERN PINE, SELECT GRADE OF 5
4 X 6", NOMINAL SIZE AND
PLACED IN A CONTINUOUS RANDOM LAY-UP. THE 5
4 X 6's SHALL BE TOE-NAILED THROUGH THE TONGUE AND
FACE-NAILED WITH TWO NAILS PER SUPPORT USING 16D COMMON NAILS.
21. PLYWOOD DECKING SHALL BE IN ACCORDANCE WITH RECOMMENDATIONS OF THE AMERICAN PLYWOOD
ASSOCIATION (APA). PLYWOOD SHEATHING SHALL BE APA STRUCTURAL I, IDENTIFIED WITH APA
GRADE-TRADEMARK AND SHALL MEET THE REQUIREMENTS OF US PRODUCT STANDARD PSI OR APA PRP-108. ALL
PLYWOOD WITH AN EDGE EXPOSED TO THE EXTERIOR SHALL BE EXTERIOR GRADE. FLOOR DECKING SHALL BE 3
4"
MINIMUM AND GLUED AND FASTENED TO FLOOR FRAMING. ROOF DECKING SHALL BE 5
8" MINIMUM AND NAILED
WITH 8D NAILS @ 6" IN THE FIELD AND 4" ALONG THE EDGES.
WOOD AND FRAMING NOTES
WINDOW SCHEDULE
Count TAG SIZE STYLE
WINDLOAD
REQUIREMENTS
(ASCE7-10)
MANUFACTURER &
MODEL NUMBER
WINDLOAD RATING &
APPROVAL NUMBER
2 A 3'-0"X5'-0" SINGLE HUNG
1 B 3'-0"X3'-0" SINGLE HUNG
DOOR SCHEDULE
TAG SIZE STYLE
WINDLOAD
REQUIREMMENTS
(ASCE7-10)
MANUFACTURER &
MODEL NUMBER
WINDLOAD RATING &
APPROVAL NUMBER
01 4-0"X6'-8" SWING
EXISTING SECOND FLOOR PLAN
SCALE:1/4"=1'-0"
A-2