The document contains plans and schedules for the construction of an office building including a reception area, boardroom, toilet, and kitchenette. It includes a site plan at a scale of 1:200, construction plan at 1:50, furniture plan at 1:50, and schedules for walls and floors, plumbing fixtures, and furniture. The plans show the layout of the spaces and basic dimensions. The schedules provide information on materials and suppliers for walls, floors, plumbing fixtures, and furniture to be used in the building.
This document discusses cavity wall construction. It describes how to maintain a clean cavity, properly bed wall ties, and treat openings. Four types of wall ties are shown. Cavity walls are more rain resistant and better insulated than single skins, but require good design and workmanship. Ties should be spaced regularly and bedded firmly in mortar at least 50mm into each leaf. The cavity must be kept clear of mortar droppings to prevent deterioration of the ties.
This visual dictionary provides definitions and pictures to explain various construction terms and components. It covers topics such as framing elements, roofing materials and shapes, masonry, plumbing, electrical, windows, and more. Pictures are included to illustrate key terms like types of vents, bonds, joints, and other construction features. The document acts as a guide to understanding common items and vocabulary used in residential building.
This document provides construction details for various elements of a multi-level residential building, including:
- Minimum floor void depths for drainage of 705mm, 460mm, and 315mm for Blocks B, C, and D, respectively.
- Lower ground floor construction of beam and block with a U-value of 0.13 W/m2K.
- External wall construction for the lower ground floor with a U-value of 0.18 W/m2K.
- Part ground and first floor separating floor construction with an airborne sound insulation of minimum 45dB and impact sound insulation of 62dB.
- Pitched clay tiled roof construction to achieve a U-value of 0.
This document provides details on the design features of a car body shell for a LHB coach. Some key points:
1. The body shell is made of lightweight yet strong materials like stainless steel and Corten steel. It consists of separate assemblies for the underframe, side walls, roof, and end walls joined by welding.
2. Dimensions meet RDSO specifications. The operational speed is 160 kmph and test speed is 180 kmph.
3. Assembly involves first clamping the underframe and adding components like door frames and side walls. Then the roof and end walls are added and all parts are tack welded together.
4. Final welding is done along joints from inside and
Base UFH Ltd is an industry leading company that provides customized underfloor heating solutions. They offer comprehensive system designs and on-site assessments to ensure successful project installations. Base UFH uses high quality, energy efficient products that can be quickly installed in various building types, including new builds and renovations. They strive to offer excellent customer service and technical support throughout all project stages.
Murano Composite Panel is a Premium Grooved Acoustic Wood Panel. It has a natural wood veneer finish incorporated with the Acoustic insulation to for a complete acoustic wood panel.Suitable for both walls and Ceilings.
FunderMax offers two façade systems, Modulo and Scaleo, that provide panels, mounting systems, and accessories from a single source. Both systems can be installed on wood or aluminum substructures. Modulo allows for a closed, modern look with invisible brackets and narrow joints, while Scaleo provides a traditional lap siding appearance. The façade panels are made of durable, weather-resistant HPL and come in a variety of stock colors and designs.
The document provides details on the construction of a temporary bus shelter structure using a skeletal steel frame. It includes orthographic drawings showing the floor plan, elevations, and exploded axonometric view of the structure. The construction process is broken down step-by-step explaining how the steel framing, flooring, roof, and other components are assembled using various connection methods like welding and bolting. Dimensions and specifications are provided for the different steel beams, joists, and brackets used in constructing the skeletal frame of the temporary bus shelter.
This document discusses cavity wall construction. It describes how to maintain a clean cavity, properly bed wall ties, and treat openings. Four types of wall ties are shown. Cavity walls are more rain resistant and better insulated than single skins, but require good design and workmanship. Ties should be spaced regularly and bedded firmly in mortar at least 50mm into each leaf. The cavity must be kept clear of mortar droppings to prevent deterioration of the ties.
This visual dictionary provides definitions and pictures to explain various construction terms and components. It covers topics such as framing elements, roofing materials and shapes, masonry, plumbing, electrical, windows, and more. Pictures are included to illustrate key terms like types of vents, bonds, joints, and other construction features. The document acts as a guide to understanding common items and vocabulary used in residential building.
This document provides construction details for various elements of a multi-level residential building, including:
- Minimum floor void depths for drainage of 705mm, 460mm, and 315mm for Blocks B, C, and D, respectively.
- Lower ground floor construction of beam and block with a U-value of 0.13 W/m2K.
- External wall construction for the lower ground floor with a U-value of 0.18 W/m2K.
- Part ground and first floor separating floor construction with an airborne sound insulation of minimum 45dB and impact sound insulation of 62dB.
- Pitched clay tiled roof construction to achieve a U-value of 0.
This document provides details on the design features of a car body shell for a LHB coach. Some key points:
1. The body shell is made of lightweight yet strong materials like stainless steel and Corten steel. It consists of separate assemblies for the underframe, side walls, roof, and end walls joined by welding.
2. Dimensions meet RDSO specifications. The operational speed is 160 kmph and test speed is 180 kmph.
3. Assembly involves first clamping the underframe and adding components like door frames and side walls. Then the roof and end walls are added and all parts are tack welded together.
4. Final welding is done along joints from inside and
Base UFH Ltd is an industry leading company that provides customized underfloor heating solutions. They offer comprehensive system designs and on-site assessments to ensure successful project installations. Base UFH uses high quality, energy efficient products that can be quickly installed in various building types, including new builds and renovations. They strive to offer excellent customer service and technical support throughout all project stages.
Murano Composite Panel is a Premium Grooved Acoustic Wood Panel. It has a natural wood veneer finish incorporated with the Acoustic insulation to for a complete acoustic wood panel.Suitable for both walls and Ceilings.
FunderMax offers two façade systems, Modulo and Scaleo, that provide panels, mounting systems, and accessories from a single source. Both systems can be installed on wood or aluminum substructures. Modulo allows for a closed, modern look with invisible brackets and narrow joints, while Scaleo provides a traditional lap siding appearance. The façade panels are made of durable, weather-resistant HPL and come in a variety of stock colors and designs.
The document provides details on the construction of a temporary bus shelter structure using a skeletal steel frame. It includes orthographic drawings showing the floor plan, elevations, and exploded axonometric view of the structure. The construction process is broken down step-by-step explaining how the steel framing, flooring, roof, and other components are assembled using various connection methods like welding and bolting. Dimensions and specifications are provided for the different steel beams, joists, and brackets used in constructing the skeletal frame of the temporary bus shelter.
This document provides definitions and descriptions of various construction materials and components. It discusses air barriers, attic ventilation components like soffit vents and ridge vents, backhoes, types of brick bonds and positions, brick sizes, bulldozers, cladding materials, code requirements for egress windows and stair treads/risers, concrete control joints, CMU blocks, decorative CMU, door components, electrical components like transformers and meters, framing elements, front end loaders, heat pumps and compressors, insulation materials, lintels, mortar joints, oriented strand board, plumbing fixtures, rebar, roof drainage components, steep roof materials and shapes, roof terms, stone types, vapor retard
This document summarizes new sliding door technologies that provide more flexible interior space. It describes high-tech sliding door systems that are being used in homes, offices, hotels and restaurants to partition spaces. These new sliding door models allow spaces to be reconfigured and blur the lines between indoors and outdoors. The document also highlights various manufacturers and specific sliding door models that offer features like automated or manual operation, high insulation values, and integration of glass, wood and metal materials.
This visual dictionary defines and provides pictures for various construction terms related to building materials, framing elements, roofing components, mechanical systems, and more. Key terms explained include air barriers, attic ventilation, brick bonds, concrete joints, framing elements like studs and plates, insulation types, roofing materials and shapes, steep roof draining components, siding and cladding options, and window styles. Diagrams and specifications are provided to illustrate each term.
Installation instructions for stainless steel chimney liners, specifically the Fireflex model CB styles. Learn more at the Fireside Chimney Supply website.
This visual dictionary provides concise definitions and illustrations of common construction terms. It includes entries on topics like air barriers, attic ventilation, backhoes, batter boards, brick bonds, bulldozers, concrete joints, concrete masonry units, doors, electrical components, framing elements, front end loaders, gypsum board, heat pumps, insulation, lintels, mortar, oriented strand board, plumbing, plywood, rebar, roof drainage, roof materials, roof shapes, roof terms, stone, vapor retarders, waterproofing, weepholes, welded wire fabric and windows. Each entry concisely defines the term and provides a clear visual example.
This document discusses fascia and coping systems for building roofs and describes their importance in protecting buildings from high winds and extreme weather. It notes that recent studies have shown roof failures, especially at the perimeter, account for the majority of weather-related property damage. As a result, building codes now require edge flashings and copings to be designed and tested to withstand high winds per the ANSI/SPRI ES-1 standard. The document then introduces several fascia system products from Innovative Metals Company that have passed this testing.
The document defines and describes various materials, methods, and equipment used in construction. It includes definitions and descriptions of items like air barrier paper, different types of roof vents, backhoes, batter boards, types of brick bonds, brick sizes, bulldozers, types of cladding, code requirements for windows and stairs, concrete joints, concrete masonry units, decorative concrete blocks, types of doors, electrical components, framing elements, front end loaders, gypsum board, heat pumps, types of insulation, lintels, types of mortar, oriented strand board, plumbing components, plywood, radiant barriers, rebar, steep roof drainage features, steep roof materials, steep roof shapes,
This document contains architectural plans and details for the School of Architecture at the University of Nairobi. It includes elevations, sections, and details showing features like a pergola linking buildings, a water fountain with steps and ramps, a monopitch roof with concrete gutters, concrete sunshading elements, casement windows, balconies with timber lattices and concrete railings, and a cascading water feature. It also provides dimensions for spaces like the double volume entrance, studios, lecture theaters, and a lobby area.
R-MER Metal Roofing Systems - System at a glanceDale Thomas
R-MER metal roofing systems provide a simple and quick to install metal roofing system. Their innovative sliding clip connection reduces construction time substantially compared to conventional standing seam profiles. The system is distinguished by its clever and simple design where clips can be directly installed onto profiled sheets without pre-assembly, allowing for immediate installation. A wide range of materials, colors, and surfaces are available to provide architectural freedom and design flexibility.
R-MER Metal Roofing Systems - System at a glanceDaniel Simpson
This document provides an overview of R-MER metal roofing systems. Some key points:
- R-MER aims to provide metal roofing that is simple and quick to install, using an innovative sliding clip connection system.
- The high degree of prefabrication substantially reduces construction time compared to conventional standing seam profiles.
- The sliding seam and clip allow for thermal expansion of the metal sheets without tension in the roof.
- A wide variety of materials, colors, profiles and surfaces are available to provide architectural freedom and functionality.
Section-Architecture school University of Nairobi 4th year project 3Aden Saitabau Kumary
The document contains architectural drawings and details for a proposed school of architecture building at the University of Nairobi. The building includes an auditorium, lecture theatre, library, meffert center, and outdoor cafeteria. Key features shown are a rock bed below the auditorium to allow natural cooling from the bedrock, an acoustic ceiling and backdrop in the auditorium to control sound, and retaining walls to support outdoor spaces. Sections and details provide specifications for construction elements like foundations, walls, floors, and acoustic panels.
INTRODUCTION
In recent years,the faculty of architecture design and development has expirience a rapid increase in
population,causing a strain on its physical resources,and hence necessitating the exploration of a novel idea of
separation and design of a separate school of architecture.The new school of architectue would free space
within the existing FADD building to be used by the school ofv art and design,School of planning,and school of
real estate and construction management ,jointly used spaces such us the workshop and space 10,
environmental laboratory and exhibition spaces would continue to be used by the school of architecture.
REQUIREMENTS
1.Department of landscape architecture
2.Interior architecture
3.Conservation architecture
4.Environmental architecture
5.Housing architecture and Urban design architecture
6.meffert centre
7.lecture theatre
8.studio spaces
9. architecture Library
10.convocation rooms
This document provides installation instructions for a residential handrail and fencing line in 5 steps: 1) Align and set posts with various mounting options, 2) Attach brackets to posts, 3) Position rails into brackets and tighten screws, 4) Insert pickets which cannot be removed once properly installed, 5) Insert pickets into the top rail and tighten screws.
The document provides details for acoustical wall construction including an aluminum glazing system, EMSEAL expansion joints, metal framing, gypsum board furring channels, sound break gypsum board, fiberglass batt insulation, and other components to isolate sound transmission. Dimensions and material callouts are provided for the wall sill, jamb, and head conditions. The drawings also specify fastening spacing and construction adhesive use.
BUILDING CONSTRUCTION 2 - BUS SHELTER REPORTemily9199
The document provides details on the design and construction of a temporary bus shelter by a group of five students. It includes sections on the design process, considerations, drawings, construction process, details, analysis and testing. The shelter is designed to have a maximum length of 800mm, width of 400mm and height of 600mm. It utilizes a skeletal structure made of steel with a polycarbonate roof to resist loads and provide shelter.
This document provides instructions for building a basic carport structure using wood. It can be built with DIY skills and a few tools. The key steps include setting posts securely in place to support the roof beams and wallplate attached to the house. Joists are then positioned on the beams and fascia boards are added before securing corrugated roofing sheets. Flashing tape is also applied between the roof and house wall to prevent water damage. An inexpensive carport provides shelter for a vehicle while allowing some open sides.
EARTHQUAKE SAFE CONSTRUCTION OF MASONRY BUILDINGSMohd Danish
1) The document provides simplified guidelines for constructing masonry buildings in India's Seismic Zone V to make them earthquake resistant.
2) It outlines essential elements for earthquake safety like using good cement mortar, adding horizontal seismic bands and vertical reinforcement in walls.
3) Seismic bands should be added at various levels like the plinth, lintel and roof levels. Their size and reinforcement depends on the wall length between cross walls.
1. Fabricators and erectors of roof trusses face many challenges on construction sites that can interrupt their workflow and "flow".
2. Common issues include out-of-square or uneven buildings, wall plates that are out of level, incorrect or misplaced roof holding anchors, slab edges that have moved after forming, and trades like bricklayers compromising the truss levels.
3. Addressing these challenges through proper planning, sequencing of trades, and clear site access can help the truss fabricator and erector successfully install roof trusses on time and prevent issues.
This document provides plans and notes for a proposed bathroom showroom renovation located at 8A/169 Rosamond Rd in Maribyrnong, Victoria. It includes a locality plan showing the site location, floor plans detailing the existing and proposed layouts, and 44 general notes covering building requirements and regulations. The plans and notes are intended to obtain a building permit for renovating an existing tenancy into a new bathroom showroom.
This document contains a site plan and floor plans for a proposed office block development with the following key details:
- The site plan shows the layout of the proposed development on the site including access, parking, landscaping and boundary details.
- The floor plans show the layout of the ground floor including a reception area, waiting area, tea room, male and female ablutions and office space. Stair access and balustrade details are also shown.
- Notations provide information on compliance with local building regulations and standards covering public safety, accessibility, fire protection and other requirements.
This document provides definitions and descriptions of various construction materials and components. It discusses air barriers, attic ventilation components like soffit vents and ridge vents, backhoes, types of brick bonds and positions, brick sizes, bulldozers, cladding materials, code requirements for egress windows and stair treads/risers, concrete control joints, CMU blocks, decorative CMU, door components, electrical components like transformers and meters, framing elements, front end loaders, heat pumps and compressors, insulation materials, lintels, mortar joints, oriented strand board, plumbing fixtures, rebar, roof drainage components, steep roof materials and shapes, roof terms, stone types, vapor retard
This document summarizes new sliding door technologies that provide more flexible interior space. It describes high-tech sliding door systems that are being used in homes, offices, hotels and restaurants to partition spaces. These new sliding door models allow spaces to be reconfigured and blur the lines between indoors and outdoors. The document also highlights various manufacturers and specific sliding door models that offer features like automated or manual operation, high insulation values, and integration of glass, wood and metal materials.
This visual dictionary defines and provides pictures for various construction terms related to building materials, framing elements, roofing components, mechanical systems, and more. Key terms explained include air barriers, attic ventilation, brick bonds, concrete joints, framing elements like studs and plates, insulation types, roofing materials and shapes, steep roof draining components, siding and cladding options, and window styles. Diagrams and specifications are provided to illustrate each term.
Installation instructions for stainless steel chimney liners, specifically the Fireflex model CB styles. Learn more at the Fireside Chimney Supply website.
This visual dictionary provides concise definitions and illustrations of common construction terms. It includes entries on topics like air barriers, attic ventilation, backhoes, batter boards, brick bonds, bulldozers, concrete joints, concrete masonry units, doors, electrical components, framing elements, front end loaders, gypsum board, heat pumps, insulation, lintels, mortar, oriented strand board, plumbing, plywood, rebar, roof drainage, roof materials, roof shapes, roof terms, stone, vapor retarders, waterproofing, weepholes, welded wire fabric and windows. Each entry concisely defines the term and provides a clear visual example.
This document discusses fascia and coping systems for building roofs and describes their importance in protecting buildings from high winds and extreme weather. It notes that recent studies have shown roof failures, especially at the perimeter, account for the majority of weather-related property damage. As a result, building codes now require edge flashings and copings to be designed and tested to withstand high winds per the ANSI/SPRI ES-1 standard. The document then introduces several fascia system products from Innovative Metals Company that have passed this testing.
The document defines and describes various materials, methods, and equipment used in construction. It includes definitions and descriptions of items like air barrier paper, different types of roof vents, backhoes, batter boards, types of brick bonds, brick sizes, bulldozers, types of cladding, code requirements for windows and stairs, concrete joints, concrete masonry units, decorative concrete blocks, types of doors, electrical components, framing elements, front end loaders, gypsum board, heat pumps, types of insulation, lintels, types of mortar, oriented strand board, plumbing components, plywood, radiant barriers, rebar, steep roof drainage features, steep roof materials, steep roof shapes,
This document contains architectural plans and details for the School of Architecture at the University of Nairobi. It includes elevations, sections, and details showing features like a pergola linking buildings, a water fountain with steps and ramps, a monopitch roof with concrete gutters, concrete sunshading elements, casement windows, balconies with timber lattices and concrete railings, and a cascading water feature. It also provides dimensions for spaces like the double volume entrance, studios, lecture theaters, and a lobby area.
R-MER Metal Roofing Systems - System at a glanceDale Thomas
R-MER metal roofing systems provide a simple and quick to install metal roofing system. Their innovative sliding clip connection reduces construction time substantially compared to conventional standing seam profiles. The system is distinguished by its clever and simple design where clips can be directly installed onto profiled sheets without pre-assembly, allowing for immediate installation. A wide range of materials, colors, and surfaces are available to provide architectural freedom and design flexibility.
R-MER Metal Roofing Systems - System at a glanceDaniel Simpson
This document provides an overview of R-MER metal roofing systems. Some key points:
- R-MER aims to provide metal roofing that is simple and quick to install, using an innovative sliding clip connection system.
- The high degree of prefabrication substantially reduces construction time compared to conventional standing seam profiles.
- The sliding seam and clip allow for thermal expansion of the metal sheets without tension in the roof.
- A wide variety of materials, colors, profiles and surfaces are available to provide architectural freedom and functionality.
Section-Architecture school University of Nairobi 4th year project 3Aden Saitabau Kumary
The document contains architectural drawings and details for a proposed school of architecture building at the University of Nairobi. The building includes an auditorium, lecture theatre, library, meffert center, and outdoor cafeteria. Key features shown are a rock bed below the auditorium to allow natural cooling from the bedrock, an acoustic ceiling and backdrop in the auditorium to control sound, and retaining walls to support outdoor spaces. Sections and details provide specifications for construction elements like foundations, walls, floors, and acoustic panels.
INTRODUCTION
In recent years,the faculty of architecture design and development has expirience a rapid increase in
population,causing a strain on its physical resources,and hence necessitating the exploration of a novel idea of
separation and design of a separate school of architecture.The new school of architectue would free space
within the existing FADD building to be used by the school ofv art and design,School of planning,and school of
real estate and construction management ,jointly used spaces such us the workshop and space 10,
environmental laboratory and exhibition spaces would continue to be used by the school of architecture.
REQUIREMENTS
1.Department of landscape architecture
2.Interior architecture
3.Conservation architecture
4.Environmental architecture
5.Housing architecture and Urban design architecture
6.meffert centre
7.lecture theatre
8.studio spaces
9. architecture Library
10.convocation rooms
This document provides installation instructions for a residential handrail and fencing line in 5 steps: 1) Align and set posts with various mounting options, 2) Attach brackets to posts, 3) Position rails into brackets and tighten screws, 4) Insert pickets which cannot be removed once properly installed, 5) Insert pickets into the top rail and tighten screws.
The document provides details for acoustical wall construction including an aluminum glazing system, EMSEAL expansion joints, metal framing, gypsum board furring channels, sound break gypsum board, fiberglass batt insulation, and other components to isolate sound transmission. Dimensions and material callouts are provided for the wall sill, jamb, and head conditions. The drawings also specify fastening spacing and construction adhesive use.
BUILDING CONSTRUCTION 2 - BUS SHELTER REPORTemily9199
The document provides details on the design and construction of a temporary bus shelter by a group of five students. It includes sections on the design process, considerations, drawings, construction process, details, analysis and testing. The shelter is designed to have a maximum length of 800mm, width of 400mm and height of 600mm. It utilizes a skeletal structure made of steel with a polycarbonate roof to resist loads and provide shelter.
This document provides instructions for building a basic carport structure using wood. It can be built with DIY skills and a few tools. The key steps include setting posts securely in place to support the roof beams and wallplate attached to the house. Joists are then positioned on the beams and fascia boards are added before securing corrugated roofing sheets. Flashing tape is also applied between the roof and house wall to prevent water damage. An inexpensive carport provides shelter for a vehicle while allowing some open sides.
EARTHQUAKE SAFE CONSTRUCTION OF MASONRY BUILDINGSMohd Danish
1) The document provides simplified guidelines for constructing masonry buildings in India's Seismic Zone V to make them earthquake resistant.
2) It outlines essential elements for earthquake safety like using good cement mortar, adding horizontal seismic bands and vertical reinforcement in walls.
3) Seismic bands should be added at various levels like the plinth, lintel and roof levels. Their size and reinforcement depends on the wall length between cross walls.
1. Fabricators and erectors of roof trusses face many challenges on construction sites that can interrupt their workflow and "flow".
2. Common issues include out-of-square or uneven buildings, wall plates that are out of level, incorrect or misplaced roof holding anchors, slab edges that have moved after forming, and trades like bricklayers compromising the truss levels.
3. Addressing these challenges through proper planning, sequencing of trades, and clear site access can help the truss fabricator and erector successfully install roof trusses on time and prevent issues.
This document provides plans and notes for a proposed bathroom showroom renovation located at 8A/169 Rosamond Rd in Maribyrnong, Victoria. It includes a locality plan showing the site location, floor plans detailing the existing and proposed layouts, and 44 general notes covering building requirements and regulations. The plans and notes are intended to obtain a building permit for renovating an existing tenancy into a new bathroom showroom.
This document contains a site plan and floor plans for a proposed office block development with the following key details:
- The site plan shows the layout of the proposed development on the site including access, parking, landscaping and boundary details.
- The floor plans show the layout of the ground floor including a reception area, waiting area, tea room, male and female ablutions and office space. Stair access and balustrade details are also shown.
- Notations provide information on compliance with local building regulations and standards covering public safety, accessibility, fire protection and other requirements.
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 contains general notes, specifications, and requirements for a proposed unit development project. It includes notes on copyright, dimensions, verification of details, compliance with regulations, structural requirements, drainage, fire safety, and more. Written dimensions take precedence over scales. The contractor must verify all levels and dimensions before starting work.
This document contains plans and notes for a proposed residential development including:
- A site plan showing the layout of the building, driveway, outdoor areas and fences.
- Notes regarding general construction requirements, erosion and sediment control, and compliance with codes and standards.
- A lower floor plan showing the layout of rooms including a garage, living areas, bedrooms and bathroom. Dimensions and construction details are provided.
This document contains notes and specifications for a proposed recycling center project. It includes drainage notes, wall construction details, roofing notes, general notes, and notes on compliance with building regulations. Fire protection requirements are also specified referencing sprinklers, signage, emergency lighting, and fire resistance of doors, walls and floors. Dimensions and materials are to be verified on site before construction begins.
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.
The beam and block flooring system uses precast concrete beams that are laid on foundations to support concrete blocks placed between the beams. This system provides a durable, cost-effective floor that is relatively easy to install without needing specialized skills. At the medical center project, a beam and block flooring system was used along with strip foundations, cavity wall construction, and a flat roof to construct a new single-story extension and remodeling of an existing surgery building.
This document provides details of Katie Johnson's portfolio, which includes a final year project investigating using a canal in London to transport imported coffee. The project involves roasting and packaging the coffee in a building located on the canal, with a viewing area for visitors. It also includes a private cinema and coffee shop. Drawings and details are provided for the floor plans, elevations, sections, and other aspects of the design project.
The document provides details on window specifications for a building project. It includes a window schedule listing window types for the second floor and notes on window requirements. Key notes specify using thermally broken aluminum windows with a 10 year warranty, conforming to energy efficiency and weather resistance standards, and following manufacturer installation guidelines. Dimensions will be verified before ordering to ensure proper fitting within openings.
The document provides details for joinery in laboratories and kitchenettes, including notes, dimensions, and diagrams. Key information includes:
1. Dimensions are to be checked on site and this section read with other schedules. Typical details include laminate finishes, concealed hinges and locks, adjustable shelves, and recessed edges.
2. Diagrams show layouts for typical kitchenettes and labs, including locations of sinks, appliances, and storage cabinets. Lockable cabinets and drawers are indicated.
3. Additional notes specify materials like compact laminate benchtops and splashbacks, coved skirting, seals, and accessories to be installed.
Here are the steps to develop the plan, section and front elevation of the one room building to a scale of 1:50 as per the given line diagram and specifications:
1. Draw the line diagram of the one room building on a drawing sheet. Mark the internal dimensions of the room.
2. For the plan:
- Draw the outer lines of walls with a thickness of 400mm as per the line diagram and dimensions.
- Draw the position of the door and window openings within the walls.
- Mark all internal and external dimensions.
3. For the section:
- Draw the foundation details as per the given specifications, showing the C.C bed, brick masonary footing and offsets.
This document provides general notes for structural drawings including instructions on dimensions, standards to follow, materials, testing, safety, services location, loads, and other structural requirements. Key points include following all contract documents and obtaining engineer approval for any changes or substitutions, using materials that meet relevant standards, protecting workers, contacting utility authorities, and maintaining stability during construction.
The document discusses Ashtech rainscreen cladding systems. It describes rainscreen cladding systems as providing an outer weather resistant decorative skin fixed to a supporting grid that maintains a ventilated cavity between itself and the supporting structure. It then discusses some key features and benefits of Ashtech rainscreen cladding systems, including superior aesthetics through a variety of panel designs, materials, and jointing arrangements; excellent lifecycle costs through durability and low maintenance; and flexibility through application to any primary construction.
This document contains plans and elevations for proposed additions and alterations to an existing dwelling. It includes drawings showing the east, west, north and south elevations, as well as roof plans, sections and schedules. Dimensions are provided for new construction elements like a walk-in closet and en-suite bathroom. Material specifications and compliance with building regulations are noted.
This document contains details about Gitau John's experience and qualifications as an architect. It includes a list of projects he has worked on at previous jobs. It also outlines his educational background, including diplomas in architecture. Contact details and recommendations from previous employers are provided at the end.
Color Coated Galvalume/Galvanized Sheet Manufacturers in Bangalore, Chennai, ...ALFA PEB LTD
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CORPORATE FOYER. PORTFOLIO.
1. 400 4100 400 4082 400
4500 4482
33453300
Construction plan
Scale 1:50
1609
RECEPTION
Tiles
20m2
Access to
recording studios
and offices
Toilet Kitchenette
BOARDROOM
Wooden flooring
17m2
Concrete column
Height of slab
above @ 3570UFFL
Wall with window from 1190mm height
Lift lobby
Main Entrance
Aluminium and glass door
-
---
-
---
-
---
-
---
3300
3643
40029004002945400
115481090159090
110 4245 90 4477
110 2200 90 965 90 2210 90 3167
470
40028364002859400
6695
8812
line of
bulkhead above
WAITING AREA
801780150849
line of
bulkhead above
849905280
40 880
1210
90140
616
393 1600 167
Site plan
Scale 1:200
RECEPTION AREA BOARDROOM
TOILET KITCHENNETE
OTHER OFFICES AND
RECORDING STUDIOS
Circulation plan
Scale 1:200
CIRCULATION LEGEND
LIGHT TRAFFIC
MEDUIM TRAFFIC
HEAVY TRAFFIC
WALL SCHEDULE
IMAGE FIXTURE TYPE DESCRIPTION SUPPLIER CODE SIZE MATERIAL QTY ROOM
WC GREY TOP FLUSH CORAL
TOILET.
WALL MOUNTED TOILET.
110mm WASTE OUTLET WITH
CISTERN CONNECTED
TO15mm
WATER SUPPLY. 90 DEGREE
OUTLET CLOSED RIM BACK
INLET PAN ELECTRONIC DUCT
VALVE. SHORT FLUSH AND
FULL FLUSH.
CTM GR500T 380(W) X 660(L) X
770(H)mm
VITREOUS
CHINA 1
TOILET
WHB WHITE FORLI’ OVAL BASIN.
WALL MOUNTED BASIN.
GALA SINGLE LEVER 15mm
CHROME SINGLE TAPHOLE
BASIN MIXER WITH CLASSIC
HANDLE
CTM BSBAFO216
585(W) X 390(D) X
210(H)mm
VITREOUS
CHINA 1
TOILET
Scale
Drawn by Mlungisi Mhlungu Date
100
Construction plan and site plan
IDDCIY3 CORPORATE FOYER
TAVGClient
NOTES
11.02.2016
11.02. 2016
No. Description. Date
REVISION TABLE
As indicated @A2
SANS 10400
1. ALL BUILDING CONVENTIONS MUST ADHERE TO THE
REQUIREMENTS OF THE SANS 10400 NATIONAL BUILDING
REGULATIONS.
2. NO OWNER OF ANY SITE SHALL DEMOLISH OR CAUSE PER MIT
DEMOLISHING ON ANY BUILDING WITHOUT THE PRIOR WRIT TEN
PERMISSION OF THE LOCAL AUTHORITY.
3. NO PERSON SHALL AT ANY TIME DURING THE COURSE OF OR
AFTER THE DEMOLITION OF A BUILDING LEAVE IT IN A CONDITION
DANGEROUS TO THE PUBLIC OR ADJOINING
PROPERTY.
4. THE LOCAL AUTHORITY MAY PROHIBIT THE USE OF ANY
METHOD TO BE APPLIED IN THE DEMOLITION OF ANY BUILDING
WHERE IN IT’S OPINION SUCH METHOD WILL CREATE OR CA USE
TO BE CREATED ON ANY DANGER TO ANY PERSON OR OTHER
BUILDING OR PROPERTY, AND AND WHERE IT SO PROHIBITS IT
SHALL, ON THE REQUEST OF THE OWNER OF SUCH BUILDING ,
GIVE IT REASONS, IN WRITING, FOR SUCH PROHIBITION.
5. IN THE CASE OF AN ADDITION IT MIGHT BE POSSIBLE TO TREAT
THE NEW PORTION AS AN ENTIRELY SEPERATE PART WHICH CAN
BE DESIGNED TO COMPLY WITH THE NATIONAL BUILDING
REGULATIONS WITHOUT HAVING ANY EFFECT ON THE ORIGINAL
PORTION OF THE BUILDING.
6. ANY BUILDING AND ANY STRUCTURAL ELEMENT OR COMPONENT
THEREOF SHALL BE DESIGNED TO PROVIDE STRENGTH, STABILITY,
SERVUCEABILITY AND DURABILITY IN ACCORDANCE WITH A CCEPTED
PRINCIPLES OF STRUCTURAL DESIGN, AND SO THAT IT WILL NOT
IMPAIR THE INTEGRITY OF ANY OTHER BUILDING OR PROPE RTY.
7. ANY SUCH BUILDING SHALL BE SO DESIGNED THAT IN THE EVENT
OF ACCIDENTAL OVERLOADING THE STRUCTURL SYSTEM WILL NOT
SUFFER DISASTROUS OR PROGRESSSIVE COLLAPSE WHICH IS
DISPROPORTIONATE TO THE ORIGINAL CAUSE.
8. THE PROTECTION OF THE EDGE OF ANY BALCONY, BRIDGE, FLAT
ROOF OR SIMILAR PLACE SHALL BE DESIGNED TO PREVENT ANY
PERSON FROM FALLING FROM SUCH BALCONY, BRIDGE, FLAT ROOF
OR SIMILAR PLACE.
9. SANITARY FIXTURES SHALL BE SO SITED AS NOT TO BE OFFENSIVE.
10. BALUSTRADE AND PARAPET WALLS SHALL NOT BE LESS THAN
1,0m IN HEIGHT
UNLESS UNAUTHORISED ACCESS OF PERSONS TO THE EDGE O F A
FLAT ROOF OR SIMILAR STRUCTURE IS EXCLUDED BY A PHYSICAL
BARRIER PROPERLY ERECTED AND
MONITORED.
11. ANY WALL, SCREEN, RAILING OR BALUSTRADE TO SUCH TO SUCH
STAIRWAY MUST BE IN ACCORDANCE WITH THE REQUIREMENTS OF
EITHER SANS 10400-B OR SANS 10400-K AND SANS 10400- T.
12. SANS 10400-S REDUCES THE RISE OF THE STEP, INCR EASES THE
WIDTH OF THE STAIRWAY AND THE LENGTH OF THE LANDING,
REQUIRES SOLID RISERS WHERE STAIRS OVERLAP THE NEXT LOWER
TREAD, AND REQUIRES HANDRAILS ON BOTH SIDES OF THE
STAIRWAY.
13. THE HEADROOM AT ANY POINT ON ANY STAIRWAY SHALLBE NOT
LESS THAN 2,1m, MEASURED VERTICALLY FROM THE PITCH LINE,
AND THE WIDTH OF ANY STAIRWAY,MEASURED TO ANY ENCLOSING
WALL OR BALUSTRADE, SHALL BE NOT LESS THAN
700mm.
14. NO FLIGHT OF STAIRS SHALL HAVE A VERTICAL RISE GREATER
THAN 3m BETWEEN LANDINGS.
15. THE RISE OF ANY STEP SHALL NOT EXCEED 200m.
16. THE GOING AND WIDTH OF ANY TREAD SHALL BE NOT LESS THAN
250mm, PROVIDED THAT WHERE THE STAIRWAY DOES NOT HAVE
SOLID RISERS, EACH TREAD BY NOT LESS THAN 25mm.
17. ANY STAIRWAY, INCLUDING ANY WALL, SCREEN, RAILING OR
BALUSTRADE TO SUCH STAIRWAY, SHALL PERMIT SAFE MOVEMENT
OF PERSONS OF FROM FLOOR TO FLOOR.
MEM MADEART GRAPHICS DESIGN
2. -
---
-
---
-
---
-
---
400 4100 400 4082 400
4500 4482
33453300
Furniture Layout
Scale 1:50
RECEPTION
Tiles
20m2
Access to
recording studios
and offices
Toilet Kitchenette
BOARDROOM
Wooden flooring
17m2
Concrete column
Height of slab
above @ 3570UFFL
Wall with window from 1190mm height
Lift lobby
Main Entrance
Aluminium and glass door
F1
F2
F3
F4
F5
F6
F5
8812
915 1040
1444 1830 1203
61020859151200
FURNITURE AND FITTINGS SCHEDULE
SYMBOL FIXTURE DESCRIPTION SUPPLIER CODE SIZE QTY ROOM MATERIAL
F1
F2
F3
F5
F4
RECEPTION DESK WHITE WITH MARBLE
LOOK TOP
CUSTOM 1830Lx915Bx900H 1 RECEPTION HIGH PRESSURE
LAMINATES
HEMMAN MILLER
OFFICE CHAIR
FORWARD PIVOT
MECHANISM WITH A
5 POSITION LOCK
WITH ARMS
ALL OFFICE 74457 547X530mm 7 RECEPTION
BOARDROOM
LEATHER UPHOLSTERY
SEAT WITH
MOULDED FOAM
BOARDROOM TABLE CORPORATE
TABLE FOR SIX
CUSTOM 1830Lx915Bx900H 1 BOARDROOM CHROMATED TIBULAR
STEEL LEGS WITH
TINTED GLASS TOP
CREDENZA WHITE WITH MARBLE
LOOK TOP
CUSTOM 1830Lx610Bx900H 1 HIGH PRESSURE
LAMINATES
BOARDROOM
SOFA/COUCH TIMELESS CLASSIC
THREE SEATER
CASSINA LC2 1800X700X670 2 RECEPTION POLISHED TRIVALENT
CHROME PLATED ENAMEL
STEEL FRAME.
POLYURETHANE FOAM
CUSHION WITH POLYESTER
PADDING.
FABRIC OR LEATHER
Scale
Drawn by Mlungisi Mhlungu Date
200
Furniture plan
IDDCIY3 CORPORATE FOYER
TAVGClient
NOTES
11.02.2016
11.02. 2016
No. Description. Date
REVISION TABLE
As indicated @A2
SANS 10400
1. ALL BUILDING CONVENTIONS MUST ADHERE TO THE
REQUIREMENTS OF THE SANS 10400 NATIONAL BUILDING
REGULATIONS.
2. NO OWNER OF ANY SITE SHALL DEMOLISH OR CAUSE PER MIT
DEMOLISHING ON ANY BUILDING WITHOUT THE PRIOR WRIT TEN
PERMISSION OF THE LOCAL AUTHORITY.
3. NO PERSON SHALL AT ANY TIME DURING THE COURSE OF OR
AFTER THE DEMOLITION OF A BUILDING LEAVE IT IN A CONDITION
DANGEROUS TO THE PUBLIC OR ADJOINING
PROPERTY.
4. THE LOCAL AUTHORITY MAY PROHIBIT THE USE OF ANY
METHOD TO BE APPLIED IN THE DEMOLITION OF ANY BUILDING
WHERE IN IT’S OPINION SUCH METHOD WILL CREATE OR CA USE
TO BE CREATED ON ANY DANGER TO ANY PERSON OR OTHER
BUILDING OR PROPERTY, AND AND WHERE IT SO PROHIBITS IT
SHALL, ON THE REQUEST OF THE OWNER OF SUCH BUILDING ,
GIVE IT REASONS, IN WRITING, FOR SUCH PROHIBITION.
5. IN THE CASE OF AN ADDITION IT MIGHT BE POSSIBLE TO TREAT
THE NEW PORTION AS AN ENTIRELY SEPERATE PART WHICH CAN
BE DESIGNED TO COMPLY WITH THE NATIONAL BUILDING
REGULATIONS WITHOUT HAVING ANY EFFECT ON THE ORIGINAL
PORTION OF THE BUILDING.
6. ANY BUILDING AND ANY STRUCTURAL ELEMENT OR COMPONENT
THEREOF SHALL BE DESIGNED TO PROVIDE STRENGTH, STABILITY,
SERVUCEABILITY AND DURABILITY IN ACCORDANCE WITH A CCEPTED
PRINCIPLES OF STRUCTURAL DESIGN, AND SO THAT IT WILL NOT
IMPAIR THE INTEGRITY OF ANY OTHER BUILDING OR PROPE RTY.
7. ANY SUCH BUILDING SHALL BE SO DESIGNED THAT IN THE EVENT
OF ACCIDENTAL OVERLOADING THE STRUCTURL SYSTEM WILL NOT
SUFFER DISASTROUS OR PROGRESSSIVE COLLAPSE WHICH IS
DISPROPORTIONATE TO THE ORIGINAL CAUSE.
8. THE PROTECTION OF THE EDGE OF ANY BALCONY, BRIDGE, FLAT
ROOF OR SIMILAR PLACE SHALL BE DESIGNED TO PREVENT ANY
PERSON FROM FALLING FROM SUCH BALCONY, BRIDGE, FLAT ROOF
OR SIMILAR PLACE.
9. SANITARY FIXTURES SHALL BE SO SITED AS NOT TO BE OFFENSIVE.
10. BALUSTRADE AND PARAPET WALLS SHALL NOT BE LESS THAN
1,0m IN HEIGHT
UNLESS UNAUTHORISED ACCESS OF PERSONS TO THE EDGE O F A
FLAT ROOF OR SIMILAR STRUCTURE IS EXCLUDED BY A PHYSICAL
BARRIER PROPERLY ERECTED AND
MONITORED.
11. ANY WALL, SCREEN, RAILING OR BALUSTRADE TO SUCH TO SUCH
STAIRWAY MUST BE IN ACCORDANCE WITH THE REQUIREMENTS OF
EITHER SANS 10400-B OR SANS 10400-K AND SANS 10400- T.
12. SANS 10400-S REDUCES THE RISE OF THE STEP, INCR EASES THE
WIDTH OF THE STAIRWAY AND THE LENGTH OF THE LANDING,
REQUIRES SOLID RISERS WHERE STAIRS OVERLAP THE NEXT LOWER
TREAD, AND REQUIRES HANDRAILS ON BOTH SIDES OF THE
STAIRWAY.
13. THE HEADROOM AT ANY POINT ON ANY STAIRWAY SHALLBE NOT
LESS THAN 2,1m, MEASURED VERTICALLY FROM THE PITCH LINE,
AND THE WIDTH OF ANY STAIRWAY,MEASURED TO ANY ENCLOSING
WALL OR BALUSTRADE, SHALL BE NOT LESS THAN
700mm.
14. NO FLIGHT OF STAIRS SHALL HAVE A VERTICAL RISE GREATER
THAN 3m BETWEEN LANDINGS.
15. THE RISE OF ANY STEP SHALL NOT EXCEED 200m.
16. THE GOING AND WIDTH OF ANY TREAD SHALL BE NOT LESS THAN
250mm, PROVIDED THAT WHERE THE STAIRWAY DOES NOT HAVE
SOLID RISERS, EACH TREAD BY NOT LESS THAN 25mm.
17. ANY STAIRWAY, INCLUDING ANY WALL, SCREEN, RAILING OR
BALUSTRADE TO SUCH STAIRWAY, SHALL PERMIT SAFE MOVEMENT
OF PERSONS OF FROM FLOOR TO FLOOR.
MEM MADEART GRAPHICS DESIGN
3. -
---
-
---
-
---
-
---
33453300
Wall and Floor finishes
Scale 1:50
1609
RECEPTION
Tiles
20m2
Access to
recording studios
and offices
Toilet Kitchenette
BOARDROOM
Wooden flooring
17m2
Concrete column
Height of slab above @ 3570UFFL
Wall with window
from 1190mm height
Lift lobby
Main Entrance
Aluminium and glass door
450
FF1
FF2
FF3
FF4
FF5
4810
4245 4477
90 2210 90 3167
990
470
3255
demolished wall, make well
WALL LEGENG
EXISTING 230mm WALL
EXISTING 90mm WALL
NEW 90mm WALL
REMOVED WALL
FLOOR FINISH SCHEDULE
905280
SYMBOL FF DESCIPTION SUPPLIER CODE COLOUR ROOM QTY
FF1
FF2
FF3
FF4
CERAMIC FLOOR
TILE
VINYL FLOORING
CERAMIC FLOOR
TILE
BAMBOO FLOORING
TYPE
MINIMA ANTHRACITE CERAMIC TILES
FLOOR TILES WITH PEI CLASS 1 RATING
FIXED TO CEMENT AND SAND SCREED
WITH TILE ADHESIVE
3mm JOINTS CONTINOUOS IN BOTH
DIRECTIONS GROUTED WITH TILE GROUT
WITH TILE GROUT MINIMUM 5mm EXPANSION
JOINTS AT PERIMETER
HEAVY COMMERCIAL
15 PLANKS PER BOX
(DRY BACK) STICK DOWN
MINIMA ANTHRACITE CERAMIC TILES
FLOOR TILES WITH PEI CLASS 1 RATING
FIXED TO CEMENT AND SAND SCREED
WITH TILE ADHESIVE
3mm JOINTS CONTINOUOS IN BOTH
DIRECTIONS GROUTED WITH TILE GROUT
WITH TILE GROUT MINIMUM 5mm EXPANSION
JOINTS AT PERIMETER
HEAVY COMMERCIAL
15 PLANKS PER BOX
(DRY BACK) STICK DOWN
TILE AFRICA
BELGOTEX
FLOORS
TILE AFRICA
BELGOTEX
FLOORS
T0026294 ARCTIC WHITE RECEPTION
SIZE
600X600
BL26 CUMARU BOARDROOM
T0026285 ARCTIC WHITE TOILET 400X400
901D MODENA KITCHENETTE
WF1
WF2
WF3
WF1
WF2
WF3
WF4
TYPE MARK WF TYPE DESCRIPTION CODE SUPPLIER COLOUR ROOM
PROFFESSIONAL
WATER BASED PRIMER
WASH AND WEAR
MATT PAINT FINISH
INCL200R0001 CREAM/BEIGE RECEPTIONDULUX
PROFFESSIONAL
WATER BASED PRIMER
WASH AND WEAR
MATT PAINT FINISH
DULUXDC30 BLACK STENCIL BOARDROOM
CERAMIC FLOOR
TILE
TILE AFRICAT0026285 ARCTIC WHITE TOILET 400X400SEE FLOOR
SCHEDULE
WALL FINISHES LEGEND
SIZE
PERSPEX WALL
FEATURE
MOULDED
HYGEINIC
PERSPEX
KITCHENETTE
Scale
Drawn by Mlungisi Mhlungu Date
300
Wall and Floor finishes
IDDCIY3 CORPORATE FOYER
TAVGClient
NOTES
11.02.2016
11.02. 2016
No. Description. Date
REVISION TABLE
As indicated @A2
SANS 10400
1. ALL BUILDING CONVENTIONS MUST ADHERE TO THE
REQUIREMENTS OF THE SANS 10400 NATIONAL BUILDING
REGULATIONS.
2. NO OWNER OF ANY SITE SHALL DEMOLISH OR CAUSE PER MIT
DEMOLISHING ON ANY BUILDING WITHOUT THE PRIOR WRIT TEN
PERMISSION OF THE LOCAL AUTHORITY.
3. NO PERSON SHALL AT ANY TIME DURING THE COURSE OF OR
AFTER THE DEMOLITION OF A BUILDING LEAVE IT IN A CONDITION
DANGEROUS TO THE PUBLIC OR ADJOINING
PROPERTY.
4. THE LOCAL AUTHORITY MAY PROHIBIT THE USE OF ANY
METHOD TO BE APPLIED IN THE DEMOLITION OF ANY BUILDING
WHERE IN IT’S OPINION SUCH METHOD WILL CREATE OR CA USE
TO BE CREATED ON ANY DANGER TO ANY PERSON OR OTHER
BUILDING OR PROPERTY, AND AND WHERE IT SO PROHIBITS IT
SHALL, ON THE REQUEST OF THE OWNER OF SUCH BUILDING ,
GIVE IT REASONS, IN WRITING, FOR SUCH PROHIBITION.
5. IN THE CASE OF AN ADDITION IT MIGHT BE POSSIBLE TO TREAT
THE NEW PORTION AS AN ENTIRELY SEPERATE PART WHICH CAN
BE DESIGNED TO COMPLY WITH THE NATIONAL BUILDING
REGULATIONS WITHOUT HAVING ANY EFFECT ON THE ORIGINAL
PORTION OF THE BUILDING.
6. ANY BUILDING AND ANY STRUCTURAL ELEMENT OR COMPONENT
THEREOF SHALL BE DESIGNED TO PROVIDE STRENGTH, STABILITY,
SERVUCEABILITY AND DURABILITY IN ACCORDANCE WITH A CCEPTED
PRINCIPLES OF STRUCTURAL DESIGN, AND SO THAT IT WILL NOT
IMPAIR THE INTEGRITY OF ANY OTHER BUILDING OR PROPE RTY.
7. ANY SUCH BUILDING SHALL BE SO DESIGNED THAT IN THE EVENT
OF ACCIDENTAL OVERLOADING THE STRUCTURL SYSTEM WILL NOT
SUFFER DISASTROUS OR PROGRESSSIVE COLLAPSE WHICH IS
DISPROPORTIONATE TO THE ORIGINAL CAUSE.
8. THE PROTECTION OF THE EDGE OF ANY BALCONY, BRIDGE, FLAT
ROOF OR SIMILAR PLACE SHALL BE DESIGNED TO PREVENT ANY
PERSON FROM FALLING FROM SUCH BALCONY, BRIDGE, FLAT ROOF
OR SIMILAR PLACE.
9. SANITARY FIXTURES SHALL BE SO SITED AS NOT TO BE OFFENSIVE.
10. BALUSTRADE AND PARAPET WALLS SHALL NOT BE LESS THAN
1,0m IN HEIGHT
UNLESS UNAUTHORISED ACCESS OF PERSONS TO THE EDGE O F A
FLAT ROOF OR SIMILAR STRUCTURE IS EXCLUDED BY A PHYSICAL
BARRIER PROPERLY ERECTED AND
MONITORED.
11. ANY WALL, SCREEN, RAILING OR BALUSTRADE TO SUCH TO SUCH
STAIRWAY MUST BE IN ACCORDANCE WITH THE REQUIREMENTS OF
EITHER SANS 10400-B OR SANS 10400-K AND SANS 10400- T.
12. SANS 10400-S REDUCES THE RISE OF THE STEP, INCR EASES THE
WIDTH OF THE STAIRWAY AND THE LENGTH OF THE LANDING,
REQUIRES SOLID RISERS WHERE STAIRS OVERLAP THE NEXT LOWER
TREAD, AND REQUIRES HANDRAILS ON BOTH SIDES OF THE
STAIRWAY.
13. THE HEADROOM AT ANY POINT ON ANY STAIRWAY SHALLBE NOT
LESS THAN 2,1m, MEASURED VERTICALLY FROM THE PITCH LINE,
AND THE WIDTH OF ANY STAIRWAY,MEASURED TO ANY ENCLOSING
WALL OR BALUSTRADE, SHALL BE NOT LESS THAN
700mm.
14. NO FLIGHT OF STAIRS SHALL HAVE A VERTICAL RISE GREATER
THAN 3m BETWEEN LANDINGS.
15. THE RISE OF ANY STEP SHALL NOT EXCEED 200m.
16. THE GOING AND WIDTH OF ANY TREAD SHALL BE NOT LESS THAN
250mm, PROVIDED THAT WHERE THE STAIRWAY DOES NOT HAVE
SOLID RISERS, EACH TREAD BY NOT LESS THAN 25mm.
17. ANY STAIRWAY, INCLUDING ANY WALL, SCREEN, RAILING OR
BALUSTRADE TO SUCH STAIRWAY, SHALL PERMIT SAFE MOVEMENT
OF PERSONS OF FROM FLOOR TO FLOOR.
MEM MADEART GRAPHICS DESIGN
4. -
---
-
---
-
---
-
---
400 4100 400 4082 400
4500 4482
33453300
Electrical Plan
Scale 1:50
RECEPTION
Tiles
20m2
Access to
recording studios
and offices
Toilet Kitchenette
BOARDROOM
Wooden flooring
17m2
Concrete column
Height of slab
above @ 3570UFFL
Wall with window from 1190mm height
Lift lobby
Main Entrance
Aluminium and glass door
8812
2
2
ELECTRICAL LEGEND
DESCRIPTION SYMBOL QTY ROOM
TELEPHONE CABLE (@900)
WIFI DATA POINT (@2600)
WHITE ELECTRIC PLUG (NORMAL
SOCKET OUTLET) (@350
ELECTRIC POP UP BOX (FIXED TO TABLE)
2
2
2
2
2
RECEPTION AREA
& BOARDROOM
RECEPTION AREA
& BOARDROOM
RECEPTION AREA
& BOARDROOM
RECEPTION AREA
& BOARDROOM
RECEPTION AREA
& BOARDROOM
RED ELECTRIC PLUG (DEDICATED
SOCKET OUTLET) FIXED TO TABLE
2
2 RECEPTION AREA
& BOARDROOM
RED ELECTRIC PLUG (DEDICATED
SOCKET OUTLET) (@800)
2
2 2
1268
Scale
Drawn by Mlungisi Mhlungu Date
400
Electrical plan
IDDCIY3 CORPORATE FOYER
TAVGClient
NOTES
11.02.2016
11.02. 2016
No. Description. Date
REVISION TABLE
As indicated @A2
SANS 10400
1. ALL BUILDING CONVENTIONS MUST ADHERE TO THE
REQUIREMENTS OF THE SANS 10400 NATIONAL BUILDING
REGULATIONS.
2. NO OWNER OF ANY SITE SHALL DEMOLISH OR CAUSE PER MIT
DEMOLISHING ON ANY BUILDING WITHOUT THE PRIOR WRIT TEN
PERMISSION OF THE LOCAL AUTHORITY.
3. NO PERSON SHALL AT ANY TIME DURING THE COURSE OF OR
AFTER THE DEMOLITION OF A BUILDING LEAVE IT IN A CONDITION
DANGEROUS TO THE PUBLIC OR ADJOINING
PROPERTY.
4. THE LOCAL AUTHORITY MAY PROHIBIT THE USE OF ANY
METHOD TO BE APPLIED IN THE DEMOLITION OF ANY BUILDING
WHERE IN IT’S OPINION SUCH METHOD WILL CREATE OR CA USE
TO BE CREATED ON ANY DANGER TO ANY PERSON OR OTHER
BUILDING OR PROPERTY, AND AND WHERE IT SO PROHIBITS IT
SHALL, ON THE REQUEST OF THE OWNER OF SUCH BUILDING ,
GIVE IT REASONS, IN WRITING, FOR SUCH PROHIBITION.
5. IN THE CASE OF AN ADDITION IT MIGHT BE POSSIBLE TO TREAT
THE NEW PORTION AS AN ENTIRELY SEPERATE PART WHICH CAN
BE DESIGNED TO COMPLY WITH THE NATIONAL BUILDING
REGULATIONS WITHOUT HAVING ANY EFFECT ON THE ORIGINAL
PORTION OF THE BUILDING.
6. ANY BUILDING AND ANY STRUCTURAL ELEMENT OR COMPONENT
THEREOF SHALL BE DESIGNED TO PROVIDE STRENGTH, STABILITY,
SERVUCEABILITY AND DURABILITY IN ACCORDANCE WITH A CCEPTED
PRINCIPLES OF STRUCTURAL DESIGN, AND SO THAT IT WILL NOT
IMPAIR THE INTEGRITY OF ANY OTHER BUILDING OR PROPE RTY.
7. ANY SUCH BUILDING SHALL BE SO DESIGNED THAT IN THE EVENT
OF ACCIDENTAL OVERLOADING THE STRUCTURL SYSTEM WILL NOT
SUFFER DISASTROUS OR PROGRESSSIVE COLLAPSE WHICH IS
DISPROPORTIONATE TO THE ORIGINAL CAUSE.
8. THE PROTECTION OF THE EDGE OF ANY BALCONY, BRIDGE, FLAT
ROOF OR SIMILAR PLACE SHALL BE DESIGNED TO PREVENT ANY
PERSON FROM FALLING FROM SUCH BALCONY, BRIDGE, FLAT ROOF
OR SIMILAR PLACE.
9. SANITARY FIXTURES SHALL BE SO SITED AS NOT TO BE OFFENSIVE.
10. BALUSTRADE AND PARAPET WALLS SHALL NOT BE LESS THAN
1,0m IN HEIGHT
UNLESS UNAUTHORISED ACCESS OF PERSONS TO THE EDGE O F A
FLAT ROOF OR SIMILAR STRUCTURE IS EXCLUDED BY A PHYSICAL
BARRIER PROPERLY ERECTED AND
MONITORED.
11. ANY WALL, SCREEN, RAILING OR BALUSTRADE TO SUCH TO SUCH
STAIRWAY MUST BE IN ACCORDANCE WITH THE REQUIREMENTS OF
EITHER SANS 10400-B OR SANS 10400-K AND SANS 10400- T.
12. SANS 10400-S REDUCES THE RISE OF THE STEP, INCR EASES THE
WIDTH OF THE STAIRWAY AND THE LENGTH OF THE LANDING,
REQUIRES SOLID RISERS WHERE STAIRS OVERLAP THE NEXT LOWER
TREAD, AND REQUIRES HANDRAILS ON BOTH SIDES OF THE
STAIRWAY.
13. THE HEADROOM AT ANY POINT ON ANY STAIRWAY SHALLBE NOT
LESS THAN 2,1m, MEASURED VERTICALLY FROM THE PITCH LINE,
AND THE WIDTH OF ANY STAIRWAY,MEASURED TO ANY ENCLOSING
WALL OR BALUSTRADE, SHALL BE NOT LESS THAN
700mm.
14. NO FLIGHT OF STAIRS SHALL HAVE A VERTICAL RISE GREATER
THAN 3m BETWEEN LANDINGS.
15. THE RISE OF ANY STEP SHALL NOT EXCEED 200m.
16. THE GOING AND WIDTH OF ANY TREAD SHALL BE NOT LESS THAN
250mm, PROVIDED THAT WHERE THE STAIRWAY DOES NOT HAVE
SOLID RISERS, EACH TREAD BY NOT LESS THAN 25mm.
17. ANY STAIRWAY, INCLUDING ANY WALL, SCREEN, RAILING OR
BALUSTRADE TO SUCH STAIRWAY, SHALL PERMIT SAFE MOVEMENT
OF PERSONS OF FROM FLOOR TO FLOOR.
MEM MADEART GRAPHICS DESIGN
5. S S
3251200375
300 900 900 300
5280
1590904810
2210 90 3167
28671900512
12029101780
300 1400 1400 300
4245 90 4477
1781 2400
64 90600 3400 477
500955955500495600495
1210 500 90 983 1200 983
N
SUSPENDED GRID CEILING
PLASTERBOARD CEILING TILES
600mm X 1200mm
50mm THICK
20mm SHADOW LINE
FLUSH PLASTERED
CUSTOM BULK HEAD
FLUSH PLASTERED
CUSTOM BULK HEAD
SUSPENDED GRID CEILING
PLASTERBOARD CEILING TILES
600mm X 1200mm
50mm THICK
20mm SHADOW LINE
1130
842
842
FLUSH PLASTERED
CUSTOM BULK HEAD
C1
C2
C1
C1
C1
C2
C2
1120 886 904
CEILING LEGEND
SUSPENDED GRID CEILING
PLASTERBOARD CEILING TILES
600mm X 1200mm
50mm THICK
@2970
FLUSH PLASTERED
CUSTOM BULK HEAD
@2800
LIGHTING LEGEND
SYMBOL DESCRIPTION
SYMBOL DESCRIPTION
C1
C2
ALUMINIUM TILT CIRCLE
LED DOWNLIGHT
SIZE: 60 X 31mm HIGH
SUPPLIER: RADIANT LIGHTING
CODE: CL23
CNC ALUMINIUM BODY COLOUR
ALUMINIUM WITH WARM WHITE
LED WITH 54mm DIAMETER CUTOUT
CEILING LIGHT
SIZE: 600 X 600mm
SUPPLIER: RADIANT LIGHTING
CODE: KR30
METAL BODY WITH PERSPEX
DIFFUSER
WHITE COLOUR
FLOURESCENT TUBE
CEILING CASSETTER 4 WAY
INVERTED
AIR CONDITIONER
SUPPLIER: SAMSUNG
CODE: R 410 A
48000 BTU
P
P
S
2
2 WAY LIGHT
SWITCH @ 1400
2
2
2
2
2
EPSON Ex7235
CEILING MOUNT PROJECTOR
SMOKE DETECTOR
CEILING AND LIGHTING PLAN
Scale 1:50
Scale
Drawn by Mlungisi Mhlungu Date
500
CEILING AND LIGHTING
IDDCIY3 CORPORATE FOYER
TAVGClient
NOTES
23.03.2016
23. 03 2016
No. Description. Date
REVISION TABLE
As indicated @A2
1. WHERE IN ANY BUILDING THE REQUIREMENTS FOR LIGHT ING
CONTAINED IN REGULATION O1 OF THE NATIONAL BUILDING
REGULATIONS SHALL BE COMPLIED WITH BY THE INSTALLATION
OF A SYSTEM OF ARTIFICIAL LIGHTNG, SUCH LIGHTING SHALL
BE IN ACCORDANCE WITH THE RELEVANT RECOMMENDATIONS
CONTAINED IN SANS 10400-1.
2. ANY ROOM CONTAINING A TOILET PAN OR URINAL SHALLBE
PROVIDED WITH A MEANS OF LIGHTING AND VENTILATION
WHICH WILL ENABLE SUCH ROOM TO BE USED, WITHOUT
DETRIMENT TO HEALTH OR SAFTEY OR CAUSING ANY
NUISANCE , FOR THE PURPOSE FOR WHICH IT IS DESIGNED .
THIS REQUIREMENT SHALL BE DEEMED TO BE STATISFIED
WHERE THE LIGHTING AND VENTILATION ARE IN ACCORDANCE
WITH SANS 10400-O.
3. NO PERSON SHALL WITHOUT PRIOR WRITTEN APPROVAL OF
THE LOCAL AUTHORITY INSTALL ANY ARTIFICIAL VENTILATION
SYSTEM IN ANY BUILDING: PROVIDED THAT THIS PROIBITION
SHALL NOT APPLY IN THE CASE OF ROOM AIR CONDITIONERS
OR OTHER INDIVIDUAL APPLIANCES INSTALLED FOR COMFOR T.
4. THE MINIMUM ILLUMINATION LEVELS OF LIGHTING SHAL L
COMPLY WITH THE REQUIREMENTS OF SANS 10400-O AND SA NS
10389-1.
5. ANY BUILDING THAT CONTAINS ARTIFICIAL LIGHTING MUST
COMPLY WITH THE SANS 10400 NATIONAL BUILDING
REGULATIONS SYSTEM OF ARTIFICIAL LIGHTING INSTALLATION.
6. ARTIFICIAL LIGHTING IS CALCULATED WITH THE DESIGN
OCCUPANCY TIMES IN ACCORDANCE WITH TABLE 4 OF THE
SANS 10400 BUILDNG REGULATIONS.
MEM MADEART GRAPHICS DESIGN