Detail 11


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internal 1: Standard cavity wall construction. 2: Breathable membrane. 3: Timber roof structure, with 100mm HD insulation boards fitted between. 4: Preformed 50mm continuous air gap between rafter cavity trays. 5. 75mm HD insulation boards fitted to the underside of roof structure. 6: 500 gauge vapour membrane / air tightness layer. 7: Plastic underlay membrane support tray to be min 600mm up roof slope from gutter. 8: Battened down service void. 9: 12.5mm plasterboard / 5mm min. bonding coat / 3mm min. skim coat. 10: 50x100mm treated wallplate mechanically fixed to masonry wall. 11. Insulated proprietary cavity closer. 12: 25mm over fascia type continuous ventilator. 13: PVC / half moon guttering. 14: HD insulation board cut to shape and fitted to width of cavity 150mm.

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1: Standard cavity wall construction. 2: Quinn lite block installed at all external perimeter walls & internal rising walls above dpm/radon membrane. 3: 25mm upstand HD insulation board to all external cavity walls and internal walls with dedicated foundations. 4: DPC, min 150mm above finish ground level. 5. Easi load radon dpc shown in green bonded to radon membrane to manufacturers details 6: 500 gauge vapour membrane. 7: Concrete cavity fill to stop min 215mm below DPC level. 8: Sub-structure and foundations. 9: necoflex ram radon air & moisture protection system installed in accordance with instructions.

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1: Window unit. 2: Small drip cill in window system to overlap/suit threshold bar. 3. Precast concrete threshold bar wrapped in dpc. 4: DPC, DPM & bottom of window unit to be min 150mm above finish ground level. 5. Easi load radon dpc shown in green bonded to radon membrane to manufacturers details and lapped over threshold bar. 6: 50mm upstand HD insulation board to all external threshold bars. 7: 500 gauge vapour membrane. 8: Footings reduced to 140mm blockwork to bed threshold bar. 9: Sub-structure and foundations. 10: necoflex ram radon air & moisture protection system installed in accordance with instructions.

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1: Standard cavity wall construction. 2: Scratch coat and leveling plaster coat. 3: Sand and cement plaster coat finish to be discussed with client & architect. 4: Precast reinforced concrete or insulated steel factory lintels as per schedule or engineers report. 5. Location of stepped DPC over opening. 6: In the case of concrete lintels, HD insulation board cut to falls to support DPC. 7: In the case of concrete lintels, insulated proprietary cavity closer. 8: Self adhesive air tightness tape to the perimeter of window or door unit. 9: Proposed window or door unit. 10: Self adhesive air tightness tape to the perimeter of window or door unit. 11: 50mm HD insulation board fixed to internal leaf. 12: Pre-cast concrete cill. 13: DPC to be wrapped around the back of the cill. 14: Flexible sealant to be used on all joints to the perimeter of window/door unit.

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1: Sand and cement plaster coat finish to be discussed with client & architect. 2: Location of vertical DPC. 3. Precast reinforced concrete or insulated steel factory lintels as per schedule or engineers report. 4: Proposed window or door unit. 5: Insulated proprietary cavity closer. 6: Self adhesive air tightness tape to the perimeter of window or door unit. 7: Scratch coat and leveling plaster coat. 8: Flexible sealant to be used on all joints to the perimeter of window/door unit.

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1: Brickwork colour and type to be discussed with client & architect. 2: Location of vertical DPC. 3. Insulated steel factory lintel as per manufactures or engineers report. 4: Proposed window or door unit. 5: Insulated proprietary cavity closer. 6: Self adhesive air tightness tape to the perimeter of window or door unit. 7: Scratch coat and leveling plaster coat. 8: Flexible sealant to be used on all joints to the perimeter of window/door unit.

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1: Window unit. 2: Small drip cill in window system to overlap/suit threshold bar. 3. Precast concrete threshold bar wrapped in dpc. 4: DPC, DPM & bottom of window unit to be min 150mm above finish ground level. 5. Easi load radon dpc shown in green bonded to radon membrane to manufacturers details and lapped over threshold bar. 6: 50mm upstand HD insulation board to all external threshold bars. 7: 500 gauge vapour membrane. 8: Footings reduced to 65mm brickwork to bed threshold bar. 9: Sub-structure and foundations. 10: necoflex ram radon air & moisture protection system installed in accordance with instructions. 11: Concealed linear drain. 12: 15mm max. rise over width of threshold bar.

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1: Roof finish material slate. 2: 35mm treated battens, spacing to suit roof finish spacing. 3: Breathable membrane layer continuous through detail. 4: Timber roof structure, with 100mm HD insulation boards fitted between. 5: 50mm continuous air gap between rafter cavity trays. 6: 75mm HD insulation boards fitted to the underside of roof structure. 7: 500 gauge vapour control membrane / air tightness layer overlapped taped and double bonded joints. 8: 50x50mm battened down service void. 9: 12.5mm plasterboard / 5mm min. bonding coat / 3mm min. skim coat. 10: Breathable membrane and DPC wrapped back over batten ends. 11. 3:1 sand and cement mix hunching between roof finish and top wall. 12: If tile finish is being used supalux to be continued out to provide a lower edge to point to. 13: Treated rafter member located above cavity providing support to batten ends. 14: Insulated proprietary cavity closer.

internal 1: Roof finish material slate or tile. 2: 35mm treated battens, spacing to suit roof finish spacing. 3: Breathable membrane layer continuous through detail. 4: Treated timber structure, sizes as per plan & sections. 5: Cavity closer in the form of 6mm supalux board. 6: Treated rafter member located in cavity providing support to batten ends. 7: Breathable membrane and DPC wrapped back over batten ends. 8. 3:1 sand and cement mix hunching between roof finish and top of wall. 9: If tile finish is being used supalux to be continued out to provide a lower edge to point to.

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1: Roof finish material slate, tile. 2: 35mm treated battens, spacing to suit roof finish spacing. 3: Breathable membrane layer continuous through detail. 4: Treated timber structure, sizes as per plan & sections. 5: Bottom / last batten placed to provide support to all slate/tile cuts. 6: Lead forming fillet piece / support piece for bottom of roof finish. 7: 18mm WBP plywood supports between rafters 300mm wide. 8: 50x35mm battens to support WBP plywood. 9: Code 5 lead, dressed over fillet piece and finished against bottom batten. 10. Code 5 lead to be no longer than 1200mm in length folded and bonded joints. 11. 3:1 sand and cement mix hunching between roof finish and lead.

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p o d a r c h i t e c t u r e l t d 33a clare rd gilford craigavon bt63 6ag mob: 07753805813 office: 02838831693 email: [email protected] www.podni.co.uk project : replacement dwelling scale : 1:100 / 1:10 date : may. 18 dwg no : 13 - 120 - 105bc loc : no.174 ardmore road, lurgan dwg : foundation & roof layouts - details client : mr v tenneyson