full bora outlet - wordpress.com · 2012-05-15 · 1:5 frankie rodgers 1 architectural technology 3...

1
DATE: SCALE: STUDENT: SHEET NO: SUBJECT: TITLE: 9-3-12 1:5 FRANKIE RODGERS 1 ARCHITECTURAL TECHNOLOGY 3 DETAIL 2 - FULL BORA SEMESTER: 6 PROJECT NO: MAJOR CUT SECTION OF FULL BORA OUTLET PLAN OF FULL BORA OUTLET full bora outlet there is a gutter that flows water to the full bora outlet arrows showing fall in roof Rainwater outlets are to be positioned so that they are easily accessible both for the Waterproofing Contractor at the time of installation and for cleaning and maintenance purposes at some future date. Ensure that the level of the typical 'fullbore' flange is kept at or below the screed level so as to prevent pooling around the outlet. 3D SKETCH OF FULL BORA OUTLET SKETCH UP OF FULL BORA OUTLET Tapered insulation used to create falls from roof OHDGLQJ LQWR IXOO ERUDIXOOIORZ RXWOHW ZKLFK LV KLGGHQ above ceiling hanger and let out on the cavity between stone cladding and insulation 1. Stone cladding(granite) parapet capping. 500mm width of capping it is fixed to parapet strut. Stone cladding(granite) large pannels 2400x1200(mm). Artificial joints made in pannels to look like block work. to hold cap in place 2. Halfen body anchor(type-DT) holes drilled in stone and stone sits on bracket which is fixed back to secondary structure. There is grout applied where each pin holds a stone pannel. Stone restraints to hold stone vertically. 2.(a) Halfen sofit anchor used where 2 horizontal stones cannot be fixed to a vertical pannel 3. Kingspan Premium performance rigid phenolic insulation(150mm) - thermal conductivity 0.021-0.024 W/mK. Negligible smoke obscuration. Class O / low risk fire rating. Suitable for use in rainscreen cladding ƐLJƐƚĞŵƐ ůĞĂƌ ĐĂǀŝƚLJ ŝƐ ŵĂŝŶƚĂŝŶĞĚ ʹ ƌĞƐŝƐƚƐ ŵŽŝƐƚƵƌĞ penetration. Unaffected by air movement. 4. Self adhesive Rubberclad EPDM- wide rolls(1500mm) of this and can be lapped at important junctions. This is very tough, puncture resistant and can withstand abuse. Easy to install no special tools needed. 5. Cement board Knauf - (1200x3000. 12.5mm thick). 6.Gyproc plasterboard(20mm thick) on 50x50mm vertical battons. 6(a)ceiling hangers 7. American Black walnut internal finish- 20mm thick wall finish and flooring(acoustic mat below flooring). 7(a) Steel deck with concrete fill. 8. Steel column 203 x 203 (mm) base plate welded to top and bottom of each. 8.(a) Steel struts 100x100mm welded to main structure 8(b) Steel 'I' beams 254x102mm 9. 'C' channels(250x100) are fixed to columns at 1000 c/c which is used to hold on cement board. 10.100mm waven pipe releasing storm water from roof through full bora outlets. 2.(b) Halfen corner reveal bracket can be used to hold 2 vertical stones or can be turned on vertically and used to hold a vertical and a horizonal stone pannel. holes drilled in stone to allow pins to fit then glued in place. 3(a)Paralon high performance roofing felt Torch-on felt membrane, softens more easily & unwinds better into difficult & awkward places enabling faster torch welding, thermofusible sheet ,melts quicker to ensure perfect joint. There is also a textured finish that provides an additional layer of fibres adding to good mechanical performance and ageing resistance. 10(a)Visqueen Vapour Barrier is used to omit the risk of interstitial condensation within a structure as well as improving the general airtightness of the building. Visqueen Vapour Barrier restricts the passage of warm, moist air from within the building from permeating into the structure or the roof. It is commonly used within timber frame housing as well as commercial buildings. Visqueen Vapour Barrier is manufactured using virgin polyethylene. -Range suitable for all internal building conditions -Used within roof, wall and floor constructions-Reduces the likelihood of interstitial condensation -Manufactured in the UK -Vapour resistance of 530 MNs/g -Supplied in single wound sheeting which reduces the risk of cracks in screed 3 4 2 1 8(a) metal flashing 3 7(a) 1 3(a) 3(a) 3 10 7(a) 6(b) 6 10(a) 7 3 1 10(a) 10 IXOO ERUDIXOOIORZ RXWOHW 4 3(a) 7(a) 1 100mm insulation with 50mm taperd insulation creating a fall in the flat roof 3(a) 10(a) 7(a) IXOO ERUDIXOOIORZ RXWOHW 3 metal flashing 1 3

Upload: others

Post on 20-Apr-2020

0 views

Category:

Documents


0 download

TRANSCRIPT

DATE:

SCALE:

STUDENT:

SHEET NO:

SUBJECT:

TITLE:

9-3-12

1:5

FRANKIE RODGERS

1

ARCHITECTURAL TECHNOLOGY 3

DETAIL 2 - FULL BORA

SEMESTER:

6

PROJECT NO:

MAJOR

CUT SECTION OF FULL BORA OUTLET

PLAN OF FULL BORA OUTLET

full bora outlet

there is a gutter that flows water to the full boraoutlet

arrows showingfall in roof

Rainwater outlets are to be positioned so that they are easily accessible bothfor the Waterproofing Contractor at the time of installation and for cleaningand maintenance purposes at some future date.Ensure that the level of the typical 'fullbore' flange is kept at or below thescreed level so as to prevent pooling around the outlet.

3D SKETCH OF FULL BORA OUTLET

SKETCH UP OF FULL BORAOUTLET

Tapered insulation used to create falls from roof

leading into full bora(fullflow®) outlet which is hidden

above ceiling hanger and let out on the cavity between

stone cladding and insulation

1. Stone cladding(granite) parapet capping. 500mmwidth of capping it is fixed to parapet strut. Stonecladding(granite) large pannels 2400x1200(mm).Artificial joints made in pannels to look like block work.to hold cap in place2. Halfen® body anchor(type-DT) holes drilled in stoneand stone sits on bracket which is fixed back tosecondary structure. There is grout applied where eachpin holds a stone pannel. Stone restraints to hold stonevertically.2.(a) Halfen® sofit anchor used where 2 horizontalstones cannot be fixed to a vertical pannel

3. Kingspan® Premium performance rigid phenolicinsulation(150mm) - thermal conductivity 0.021-0.024W/mK. Negligible smoke obscuration. Class O / low riskfire rating. Suitable for use in rainscreen claddingsystems. Clear cavity is maintained – resists moisturepenetration. Unaffected by air movement.

4. Self adhesive Rubberclad® EPDM- widerolls(1500mm) of this and can be lapped at importantjunctions. This is very tough, puncture resistant andcan withstand abuse. Easy to install no special toolsneeded.

5. Cement board Knauf®- (1200x3000. 12.5mm thick).6.Gyproc® plasterboard(20mm thick) on 50x50mmvertical battons.

6(a)ceiling hangers

7. American Black walnut internal finish- 20mm thickwall finish and flooring(acoustic mat below flooring).

7(a) Steel deck with concrete fill.8. Steel column 203 x 203 (mm) base plate welded to top

and bottom of each.

8.(a) Steel struts 100x100mm welded to main structure

8(b) Steel 'I' beams 254x102mm

9. 'C' channels(250x100) are fixed to columns at 1000

c/c which is used to hold on cement board.

10.100mm waven pipe releasing storm water from roof

through full bora outlets.

2.(b) Halfen corner reveal bracket can be used to hold2 vertical stones or can be turned on vertically andused to hold a vertical and a horizonal stone pannel.holes drilled in stone to allow pins to fit then glued inplace.

3(a)Paralon® high performance roofing felt

Torch-on felt membrane, softens more easily & unwinds

better into difficult & awkward places enabling faster

torch welding, thermofusible sheet ,melts quicker to

ensure perfect joint. There is also a textured finish that

provides an additional layer of fibres adding to good

mechanical performance and ageing resistance.

10(a)Visqueen Vapour Barrier® is used to omit the risk

of interstitial condensation within a structure as well as

improving the general airtightness of the building.

Visqueen Vapour Barrier restricts the passage of warm,

moist air from within the building from permeating into

the structure or the roof. It is commonly used within

timber frame housing as well as commercial buildings.

Visqueen Vapour Barrier is manufactured using virgin

polyethylene.

-Range suitable for all internal building conditions

-Used within roof, wall and floor constructions-Reduces

the likelihood of interstitial condensation

-Manufactured in the UK

-Vapour resistance of 530 MNs/g

-Supplied in single wound sheeting which reduces the

risk of cracks in screed

3 4

2

1

8(a)

metal flashing

3

7(a)

1

3(a)

3(a)

3

10

7(a)

6(b)

6

10(a)

7

3

1

10(a)

10

full bora(fullflow®) outlet

4

3(a)

7(a)

1

100mm insulation with 50mm taperd

insulation creating a fall in the flat roof

3(a)

10(a)

7(a)

full bora(fullflow®) outlet

3

metal flashing

1

3