UP UP UP 1 3 A B 1 A1 03 4 A1 04 900 900 AT_FD1 900x300mm IBEC Concrete cast in situ foundation pad. 400mm Mesh With 50mm Cover On The Bottom. Bottom Of Foundation To Be Min 625mm Below Ground Level. AT_BW_02 Kilsaran concrete block 215mmX100mm on flat rising wall IS EN 197-1, 15167-1, 934, 12620, 1008), thermal conductivity 0.9-1.0W/mK AT_BW_03 100mmX215mmX440mm 15N kilsaran concrete block to be used in staggered rising wall with a total wide of 325mm. A 15mm sand cement mortar joint needs to be used on the blocks on flat to keep the rising wal level all the way up the the cavity wall build up. AT_RS_01 Radon Sump Located Below GL with a compressive strength of 29.5 mm deflection under 10kN load AT_BW_02 AT_FD1 AT_BW_03 AT_FD1 AT_FD1 4090 2700 28033070240 70 8100 70 5340 5470 220 2 1 3 A B 1 A1 03 4 A1 04 2620 1500 2750 3200 1100 1100 1750 2470 900 1270 2750 2890 2890 m² Kitchen 4 m² WC 2 10 m² Entrance Hall 1 22 m² Living Room 3 2540 1580 AT_EW_01 Front Gable Cavity Wall. 100mm Kingscourt brown smooth brick(ISO 9001:2015 and CE certified). Reaction to fire class A1, frost resistant F2. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass F reaction to fire) thermal conductivity 0.036W/mK, 500 kPa at 10% compression. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earten radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, d0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity 0.25W/mK with 3mm skim coat. 1mm dulux white emulsion paint. DPC at first brick corse. U-Value of 0.12W/mK AT_EW_02 Rear Gable cavity wall. 20mm Kilsaran KPRO Crete Sand Cement Render. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass F reaction to fire) thermal conductivity 0.036W/mK, 500 kPa 10% compression. 100mm kilsaran concrete block( IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earthen radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, D0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity of 0.25W/mK with a 3mm skim coat. 1mm dulux white emulsion paint. DPC at first block corse. -Value of 0.12W/mK AT_IW_01 Ground floor party wall. 215mmX100mm kilsaran concrete block on flat (IS EN, 197-1, 15167-1, 934, 1262- 1008), thermal conductivity 0.9-1.0W/mK. 50mm service cavity. 44mmX44mm earthen radiata treated timber battens which are non flamable and SCS certified. 50mm GIK sound proofing Db 58, thermal conductivity 0.035W/mK with a fire rating of (B-S2(EN13501-1) within the service cavity. 20mm gyproc moisture and fire resistant plasterboard(A2-s1,D0(B1) reaction to fire, (EN520:2004=A1:2009, thermal conductivity of 0.25W/mK with a 3mm skim coat. 1mm dulux white emulsion paint. U-Value 0.19W/mK AT_S_01 Timber Stairs with 13 risers each at 193mm and 14 threads at 230mm Pitch @38 Degrees AT_IW_02 100mmX44mm earther radiata treated timber stud partition. Studs at max 400mm c/c with horizontal bracing at half height, double sole plate. Non flamable SCS certified. GIK sound proofing. Db 58 with thermal conductivity of 0.037W/mK, fire rating of B-S2(EN13501-1) AT_D_02 1190 420 1 2 3 4 5 6 7 8 9 10 11 12 13 AT_F_02 8mm soundbarricade foam underlay( IIC 68, 69)(STC 63)(Delta 25), 10mm Avoca Oak Treated Timber Floor Finish can be nailed down. Solid wood floors up to 160mm in width can be glued down AT_F_03 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25). 10mm hexagonal carrara white marble mosaic floor finish with a slip rating of R10. AT_F_04 8mm soundbarricade foam underlay(IIC 68,69) (STC 63) (Delta 25). 10mm enginnered oak treated timber 353 can be nailed down. Solid wood floors up to 160mm in width can be glued down. 1580 5350 AT_IW_01 AT_D_03 AT_D_03 130 910 400 1150 910 910 60 130 220 2 900 1350 1270 1100 AT_FB_01 Kingspan Thermabate Fire Break Cavity Closer, Certified to BES 6001, Thermal conductivity of 0.03 W/mK. Used at every window and door. To be placed inbetween the window sill and thermal block as shown and the inner sill to be placed on top of the fire break. AT_W_01 AT_D_01 AT_F_01 8mm soundbarricade foam underlay(IIC 68,69)(STC 63)(Delta 25). 10mm hexagonal carrara grey marble mosaic floor finish with a slip rating of R10 AT_W_02 530 1 3 A B 1 A1 03 4 A1 04 700 2980 2230 900 900 900 1460 1350 600 1270 1270 1960 1940 1430 AT_W_01 AT_W_01 AT_D_03 AT_D_03 AT_D_03 AT_EW_02 Rear Gable cavity wall. 20mm Kilsaran KPRO Crete Sand Cement Render. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass reaction to fire) thermal conductivity 0.036W/mK, 500 kPa 10% compression. 100mm kilsaran concrete block( IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earthen radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, D0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity of 0.25W/mK with 3mm skim coat. 1mm dulux white emulsion paint. DPC at first block corse. U-Value of 0.12W/mK AT_IW_1st Floor_01 First floor party wall. 270mmX200mm IBEC concrete beam to be sat on top with wallplate attacted. 215mmX100mm kilsaran concrete block on flat (IS EN, 197-1, 15167-1, 934, 1262- 1008), thermal conductivity 0.9-1.0W/mK. 50mm service cavity. 44mmX44mm earthen radiata treated timber battens which are non flamable and SCS certified. 50mm GIK sound proofing Db 58, thermal conductivity 0.035W/mK with fire rating of (B-S2(EN13501-1) within the service cavity. 20mm gyproc moisture and fire resistant plasterboard(A2-s1, D0(B1) reaction to fire, (EN520:2004+A1:2009, thermal conductivity of 0.25W/mK with a 3mm skim coat. 1mm dulux white emulsion paint. U-Valve 0.19W/mK AT_IW_03 100mmX44mm earther radiata treated timber stud partition. Studs at max 400mm c/c with horizontal bracing at half height. Non flamable SCS certified. GIK sound proofing. Db 58 with thermal conductivity 0.037W/mK, fire rating of B-S2(EN13501-1) AT_FB_01 Kingspan Thermabate Fire Break Cavity Closer, Certified to BES 6001, Thermal conductivity of 0.034 W/mK. Used at every window and door. To be placed inbetween the window sill and thermal block as show and the inner sill to be placed on top of the fire break. AT_S_01 Timber Stairs with 13 risers each at 193mm and 14 threads at 230mm Pitch @38 Degrees 11 m² Master Bedroom 5 m² Bathrom 6 13 m² Landing 7 1 m² Storage 8 11 m² Bedroom 2 9 14 13 12 11 10 AT_F_06 18mm plywood (EN 13986:2004). 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25), 10mm burford grey twist super non combustable bedroom carpet made from 80% wool, 10% PP and 10% melt. AT_F_05 18mm plywood(EN 13986:2004). 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25). 10mm enginnered oak treated timber 353 can be nailed down. Solid wood floors up to 160mm in width can be glued down. AT_F_04 18mm plywood (EN 13986:2004). 8mm soundbarricade foam underlay(IIC 68,69)(STC 63)(Delta 25), 10mm hexagonal carrara white marble mosaic floor finish with slip rating of R10. AT_EW_01 Front Gable Cavity Wall. 100mm Kingscourt brown smooth brick(ISO 9001:2015 and CE certified). Reaction to fire class A1, frost resistant F2. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass F reaction to fire) thermal conductivity 0.036W/mK, 500 kPa at 10% compression. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earten radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, d0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity 0.25W/mK with 3mm skim coat. 1mm dulux white emulsion paint. DPC at first brick corse. U-Value of 0.12W/mK 900 2030 1270 210 1460 400 2 3 A1 06 AT_W_04 AT_W_03 780 170 840 2200 2190 840 170 780 780 2150830 620 600 AT_D_04 1 3 A B 1 A1 03 4 A1 04 900 900 900 1350 600 1270 1270 AT_W_01 AT_W_01 AT_EW_02 Rear Gable cavity wall. 20mm Kilsaran KPRO Crete Sand Cement Render. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass reaction to fire) thermal conductivity 0.036W/mK, 500 kPa 10% compression. 100mm kilsaran concrete block( IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earthen radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, D0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity of 0.25W/mK with 3mm skim coat. 1mm dulux white emulsion paint. DPC at first block corse. U-Value of 0.12W/mK AT_IW_1st Floor_01 First floor party wall. 270mmX200mm IBEC concrete beam to be sat on top with wallplate attacted. 215mmX100mm kilsaran concrete block on flat (IS EN, 197-1, 15167-1, 934, 1262- 1008), thermal conductivity 0.9-1.0W/mK. 50mm service cavity. 44mmX44mm earthen radiata treated timber battens which are non flamable and SCS certified. 50mm GIK sound proofing Db 58, thermal conductivity 0.035W/mK with fire rating of (B-S2(EN13501-1) within the service cavity. 20mm gyproc moisture and fire resistant plasterboard(A2-s1, D0(B1) reaction to fire, (EN520:2004+A1:2009, thermal conductivity of 0.25W/mK with 3mm skim coat. 1mm dulux white emulsion paint. U-Valve 0.19W/mK AT_S_01 Timber Stairs with 13 risers each at 193mm and 14 threads at 230mm Pitch @38 Degrees AT_FB_01 Kingspan Thermabate Fire Break Cavity Closer, Certified to BES 6001, Thermal conductivity of 0.034 W/mK. Used at every window and door. To be placed inbetween the window sill and thermal block as show and the inner sill to be placed on top of the fire break. 14 13 12 11 10 9 8 7 6 5 4 3 AT_W_03 AT_J_01 Sawn whitewood carcassing C18 treated timber joists 225mmX44mm at max 400 c/c. (BBA, CE2, EUTR compliant with 60 minute fire rating. AT_JN_01 Sawn whitewood carcassing C18 treated timber 175mmX44mm noggings at max 1350mm c/c, (BBA, CE2, EYTR compliant with 60 minute fire rating. AT_EW_01 Front Gable Cavity Wall. 100mm Kingscourt brown smooth brick(ISO 9001:2015 and CE certified). Reaction to fire class A1, frost resistant F2. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass reaction to fire) thermal conductivity 0.036W/mK, 500 kPa at 10% compression. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earten radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, d0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity 0.25W/mK with a 3mm skim coat. 1mm dulux white emulsion paint. DPC at first brick corse. -Value of 0.12W/mK AT_UC_01 QH steel -beam 203mmX203mmX46mm. Compliant with(JIS, ASTM, GB, BS). AT_TJ_01 Sawn whitewood carcassing C18 treated timber trimming joist 225mmX44mm, (BBA, CE2, EUTR compliant with a 60 minute fire rating AT_TJ_01 Sawn whitewood carcassing C18 treated timber trimmer joist, (BBA, CE2, EUTR compliant with a 60 minute fire rating 90012702030 2 AT_W_04 1 3 A B 1 A1 03 4 A1 04 2 AT_EW_02 Rear Gable cavity wall. 20mm Kilsaran KPRO Crete Sand Cement Render. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass F reaction to fire) thermal conductivity 0.036W/mK, 500 kPa 10% compression. 100mm kilsaran concrete block( IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earthen radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, D0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity of 0.25W/mK with a 3mm skim coat. 1mm dulux white emulsion paint. DPC at first block corse. -Value of 0.12W/mK AT_EW_01 Front Gable Cavity Wall. 100mm Kingscourt brown smooth brick(ISO 9001:2015 and CE certified). Reaction to fire class A1, frost resistant F2. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass F reaction to fire) thermal conductivity 0.036W/mK, 500 kPa at 10% compression. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earten radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, d0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity 0.25W/mK with 3mm skim coat. 1mm dulux white emulsion paint. DPC at first brick corse. U-Value of 0.12W/mK AT_RT_01 DTE Pitched Roof C18 Timber Roof Truss 44mmX175mm, Starting 50mm From Block Work, Span 5580mm, Pitch 35*, Int And Bttm Boom Depth 100mm @ Max 600 c/c. Diagonal bracing 25mmX50mm and to be no more than 3600mm long so needs to be lapped. Apex bracing to be lapped in the middle and must cover min of two trusses to meet min stability requirements. Sabrefix nail plates, galvanised DX275, 150mmX75mm @1mm thickness, to be used at timber joinery with the roof where applicable. AT_CWSC_01 Polytank insulated CWSC with 150L capacity made from polyethylene. WRAS approved BS4213). AT_RWP_01 Floplast rain water downpipe 68mm calculated using, mean annual rainfall in mm area in m² runoff factor = collected rainwater in litres. (EN 12200, KM 501316 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTION DATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: Project OriginatorVolume STATUS: REV: (Revit Sheet Number) Level Role Number Type REV 1 50 17/05/2023 16:25:19 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-1\Tech1203 BIM Primary Building Elements\Projects\Revit Files\Assignment 2\McNamee_B_TECH1203_BIM_S2_P1_TDS House.rvt McNamee B C22443836 1-50 Construction Plans TDS2 Proposed Planning Kelly's Avenue BMN BMN BMN BMN PRO5 3 ZZZZ AT 001 M3 0 100020005000 SCALE: 1:100 N REFER: A1 02 SCALE: 1 50 -1 Top Found 1 REFER: A1 02 SCALE: 1 50 0 Ground FFL 2 REFER: A1 02 SCALE: 1 50 1 First FFL 4 REFER: A1 02 SCALE: 1 50 1 First FFL Structure 3 North REFER: A1 02 SCALE: 1 50 1 Wallplate 5 Door Schedule FunctionLevelType Mark Description WidthHeightComments Exterior0 Ground FFLAT_D_011000mmX2145mm senator entrance door made from composite. U-Value of 0.8W/mK muffless sound by 38Db(water tightness PN EN 12208 to class 9A)(operational forces PN EN 13115 to class 1) 10002035Unit 2 Exterior0 Ground FFLAT_D_02Aluclad sliding door 2410mmX2185mm, Rw=33Db(-2, -5)-standard 3 glazing. Uw=0.75W/m2K. PAS24 solution to break ins. Fire rating FD30 24102145Unit 2 Interior0 Ground FFLAT_D_03Deanta NM5 oak door with treated timber frame 910mmX2110mm, Fire Rating FD30. FSC certified 9102110Unit 2 Interior0 Ground FFLAT_D_03Deanta NM5 oak door with treated timber frame 910mmX2110mm, Fire Rating FD30. FSC certified 9102110Unit 2 Interior1 First FFLAT_D_03Deanta NM5 oak door with treated timber frame 910mmX2110mm, Fire Rating FD30 FSC certified 9102110Unit 2 Interior1 First FFLAT_D_03Deanta NM5 oak door with treated timber frame 910mmX2110mm, Fire Rating FD30 FSC certified 9102110Unit 2 Interior1 First FFLAT_D_03Deanta NM5 oak door with treated timber frame 910mmX2110mm, Fire Rating FD30 FSC certified 9102110Unit 2 Interior1 First FFLAT_D_04Deanta NM5 oak double doo with treated timber frame 910mmX2110mm, fire rating FD30. FSC certified 9102110Unit 2 Window Schedule LevelType Mark Description WidthHeightHead HeightComments 0 Ground FFLAT_W_011950mmX1265mm side guided PVC double glazed window by okno. WT2014:Uw=1.3W/mK, muffles sound by 42Db(Wind load resistance PN-EN 1221 to class B5)(water tightness PN EN 12208 to class 9A)(air permeability PN EN 12207 to class 4)(operational forces PN EN 13115 to class 1) 127019502100Unit 0 Ground FFLAT_W_022145mmX270mm PVC double glazed window my okno. WT2014: Uw=1.3W/mK, muffles sound by 42Db(wind load resistance PN EN 1221 to class B5)(water tightness PN EN 12208 to class 9A)(air permeability PN EN 12207 to class 4)(opernational forces PN EN 13115 to class 1) 27020352035Unit 1 First FFLAT_W_011950mmX1265mm side guided PVC double glazed window by okno. WT2014:Uw=1.3W/mK, muffles sound by 42Db(Wind load resistance PN-EN 1221 to class B5)(water tightness PN EN 12208 to class 9A)(air permeability PN EN 12207 to class 4)(operational forces PN EN 13115 to class 1) 127019502110Unit 1 First FFLAT_W_011950mmX1265mm side guided PVC double glazed window by okno. WT2014:Uw=1.3W/mK, muffles sound by 42Db(Wind load resistance PN-EN 1221 to class B5)(water tightness PN EN 12208 to class 9A)(air permeability PN EN 12207 to class 4)(operational forces PN EN 13115 to class 1) 127019502110Unit 1 First FFLAT_W_031950mmX600mm frosted glass PVC double glazed window by okno. WT2014:Uw=1.3W/mK, muffles sound by 42Db(Wind load resistance PN-EN 1221 to class B5)(water tightness PN EN 12208 to class 9A)(air permeability PN EN 12207 to class 4)(operational forces PN EN 13115 to class 1) 60019502110Unit 1 First FFLAT_W_041950mmX1265mm Orital shaped PVC double glazed window by okno. WT2014:Uw=1.3W/mK, muffles sound by 42Db(Wind load resistance PN-EN 1221 to class B5)(water tightness PN EN 12208 to class 9A)(air permeability PN EN 12207 to class 4)(operational forces PN EN 13115 to class 1) 126519502110Unit Room Schedule LevelNameAreaPerimeterHeight 0 Ground FFLKitchen7 m²104352430 0 Ground FFLWC2 m²57062430 0 Ground FFLEntrance Hall10 m²198342430 0 Ground FFLLiving Room22 m²213902430 1 First FFLMaster Bedroom11 m²139352635 1 First FFLBathrom4 m²83852635 1 First FFLLanding13 m²193962635 1 First FFLStorage1 m²42692635 1 First FFLBedroom 211 m²139352635 Total Room Areas: 982 m²
0 Ground FFL 0.000 m 0 1 First FFL 2.700 m 1 -1 Top Found -0.900 m -1 1 Wallplate 5.400 m 2 A B 1 1SFL 2.670 m0 GF Ceiling 2.430 m1 FF Ceiling 5.335 m10 m² Entrance Hall 1 2 m² WC 2 22 m² Living Room 3 11 m² Master Bedroom 5 m² Storage 8 13 m² Landing 7 AT_FD1 900x300mm IBEC Concrete cast situ foundation pad. 400mm Mesh With 50mm Cover On The Bottom. Bottom Of Foundation To Be Min 625mm Below Ground Level. AT_BW_02 Kilsaran concrete block 215mmX100mm on flat rising wall IS EN 197-1, 15167-1, 934, 12620, 1008), thermal conductivity 0.9-1.0W/mK AT_C_01 12.5mm Gyproc Moisture Resistant Plasterboard, board size of 1200mmX2400mm. A2-s1, D0(B1) reaction to fire. EN 520:2004+A1:2009, thermal conductivity of 0.25W/mK, with 3mm skim coat. 1mm dulux white emulsion paint. AT_1F_01 Sawn whitewood carcassing C18 treated timber joists 225mmX44mm at max 400mm c/c with bracing 175mmX44mm at max 1350mm c/c.(BBA, CE2, EUTR compliant with 60 minute fire rating. 225mm GIK sound proofing Db 58, thermal conductivity 0.035W/mK fire rating (B-S2(EN13501-1) AT_GF_01 10mm avoca oak enginnered treated timber floor planks can be nailed. Solid wood floors up to 150mm width can be glued down. 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25). 150mm cast in situ concrete floor ground bearing slab. 150mm kingspan thermafloor TF70 XPS insulation( Euroclass F reaction to fire) thermal conductivity 0.022W/mK, NSAI certified with 140 kPa @ 10% compression. 50mm IGOE international sand screed. 225mm landscapedepot compressed hardcore. U-Value 0.143W/mK AT_D_03 AT_D_03 AT_D_02 2430 AT_F_02 AT_F_03 AT_F_04 AT_F_05 AT_F_05 AT_F_06 AT_W_04 AT_IW_02 AT_SR_01 Berona Std Black 600mmX300mm Double Lapped Natural Slate Roof Finish @ 6mm Thickness, slates may come in any thickness between 5mm and 10mm with the overall average being 6mm thickness. Set ut first course @225mm Min, set out second course @345mm Min. Set out first course 50mm from the valley gutter. Battens to be set out every 253mm. AT_RT_01 DTE Pitched Roof C18 Timber Roof Truss 44mmX175mm, Starting 50mm From Block Work, Span 5580mm, Pitch 35*, Int And Bttm Boom Depth Is 100mm @ Max 600 c/c. Diagonal bracing 25mmX50mm and to be no more than 3600mm long so needs to be lapped. Apex bracing to be lapped the middle and must cover min of two trusses to meet min stability requirements. Sabrefix nail plates, galvanised DX275, 150mmX75mm @1mm thickness, to be used at timber joinery with the roof where applicable. AT_BM_01 Kingspan nilvent-breathable membrane for ventilated pitched roofs. Code A1-1481. Size 1.5mX50m-75m2. Water vapour resisivity=0.17MN,S/g.m. Fire rating class B2. To be placed under counter battens and ensure there is a drap when instaling. AT_IW_1st Floor_01 First floor party wall. 270mmX200mm IBEC concrete beam to be sat on top with wallplate attacted. 215mmX100mm kilsaran concrete block on flat (IS EN, 197-1, 15167-1, 934, 1262- 1008), thermal conductivity 0.9-1.0W/mK. 50mm service cavity. 44mmX44mm earthen radiata treated timber battens which are non flamable and SCS certified. 50mm GIK sound proofing Db 58, thermal conductivity 0.035W/mK with a fire rating of (B-S2(EN13501-1) within the service cavity. 20mm gyproc moisture and fire resistant plasterboard(A2-s1, D0(B1) reaction to fire, (EN520:2004+A1:2009, thermal conductivity of 0.25W/mK with 3mm skim coat. 1mm dulux white emulsion paint. U-Valve 0.19W/mK AT_IW_01 Ground floor party wall. 215mmX100mm kilsaran concrete block on flat (IS EN, 197-1, 15167-1, 934, 1262- 1008), thermal conductivity 0.9-1.0W/mK. 50mm service cavity. 44mmX44mm earthen radiata treated timber battens which are non flamable and SCS certified. 50mm GIK sound proofing Db 58, thermal conductivity 0.035W/mK with fire rating o (B-S2(EN13501-1) within the service cavity. 20mm gyproc moisture and fire resistant plasterboard(A2-s1,D0(B1) reaction to fire, (EN520:2004=A1:2009, thermal conductivity of 0.25W/mK with 3mm skim coat. 1mm dulux white emulsion paint. U-Value 0.19W/mK AT_ATM_01 PHS Astra Vapour Control Membrane, reaction to fire class E. Temperature resistant -40C/+100C. (EN 13984(EN1928 method A). To be tapped using variobond air tight tape, item code 21213, 100mm wide tape 2640 AT_TB_02 Kilsaran 12N Thermal Block(IS EN 771-3 to system +2), appendix of TDG 2019 complian. Thermal conductivity 0.34W/mK. Thermal blocks to be dipped in bitumen to protect them from any moisture. AT_RB_01 Monarflex radon barrier(EN 13967:2012 type and T) NSAI certified. Jointing, to form joints between adjacent sheets of lap the membrane by a minimum of 150mm and seal with strip of 30mm wide tape AT_VG_01 Lead for valley gutter 390mm and comes in a 3m long roll. Joints should be fixed at intervals conformin to lead sheet association guidelines. Manufactured to BS EN 12588 code 5. Fixing clips are required for securing free edges of lead sheet against wind lift Stainless steel clips 300mmx50mm0.4mm. Valley to be sloped from the centre going from centre to left and centre to right with a fall of 1:40 to ensure appropraiate drainage.18mm plywood should be placed under the roof membrane and lead valley gutter. To be fixed nto counter battens closest to the fire break in the valley. OSB board to be used. Sheet size is 285mmX18mm @ 2.m long AT_CWSC_01 AT_FB_Fire Barrier Valley gutter fire break. Rockwool firestop complicant with EN 1366-3:2009, EN13501- CE marked. Fire resistant for up to hours. Length 1200mm, width 240mm, thickness 80mm. 2050 160 2150 900 0 Ground FFL 0.000 m 0 1 First FFL 2.700 m 1 -1 Top Found -0.900 m -1 1 Wallplate 5.400 m 2 1 3 1 1SFL 2.670 m0 GF Ceiling 2.430 m1 FF Ceiling 5.335 m2 22 m² Living Room 3 m² WC 2 10 m² Entrance Hall 1 13 m² Landing 7 4 m² Bathrom 6 13 m² Landing 7 AT_GF_01 10mm avoca oak enginnered treated timber floor planks can be nailed. Solid wood floors up to 150mm width can be glued down. 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25). 150mm cast in situ concrete floor ground bearing slab. 150mm kingspan thermafloor TF70 XPS insulation( Euroclass reaction to fire) thermal conductivity 0.022W/mK, NSAI certified with 140 kPa @ 10% compression. 50mm IGOE international sand screed. 225mm landscapedepot compressed hardcore. U-Value 0.143W/mK AT_EW_02 Rear Gable cavity wall. 20mm Kilsaran KPRO Crete Sand Cement Render. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass F reaction to fire) thermal conductivity 0.036W/mK, 500 kPa 10% compression. 100mm kilsaran concrete block( IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earthen radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, D0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity of 0.25W/mK with a 3mm skim coat. 1mm dulux white emulsion paint. DPC at first block corse. -Value of 0.12W/mK AT_C_01 12.5mm Gyproc Moisture Resistant Plasterboard, board size of 1200mmX2400mm. A2-s1, D0(B1) reaction to fire. EN 520:2004+A1:2009, thermal conductivity of 0.25W/mK, with a 3mm skim coat. 1mm dulux white emulsion paint. AT_1F_01 Sawn whitewood carcassing C18 treated timber joists 225mmX44mm at max 400mm c/c with bracing 175mmX44mm at max 1350mm c/c.(BBA, CE2, EUTR compliant with 60 minute fire rating. 225mm GIK sound proofing Db 58, thermal conductivity 0.035W/mK fire rating (B-S2(EN13501-1) AT_FD1 900x300mm IBEC Concrete cast in situ foundation pad. 400mm Mesh With 50mm Cover On The Bottom. Bottom Of Foundation To Be Min 625mm Below Ground Level. AT_BW_03 100mmX215mmX440mm 15N kilsaran concrete block to be used in staggered rising wall with total wide of 325mm. A 15mm sand cement mortar joint needs to be used on the blocks on flat to keep the rising wa level all the way up the the cavity wall build up. AT_S_01 AT_D_03 AT_IW_03 AT_IW_02 AT_IW_02 AT_UC_01 AT_EW_01 Front Gable Cavity Wall. 100mm Kingscourt brown smooth brick(ISO 9001:2015 and CE certified). Reaction to fire class A1, frost resistant F2. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass F reaction to fire) thermal conductivity 0.036W/mK, 500 kPa at 10% compression. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earten radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, d0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity 0.25W/mK with 3mm skim coat. 1mm dulux white emulsion paint. DPC at first brick corse. U-Value of 0.12W/mK AT_F_05 AT_F_04 AT_F_05 AT_F_03 AT_F_02 AT_F_04 14 13 12 11 10 9 8 7 6 5 4 3 2 1 AT_SR_01 Berona Std Black 600mmX300mm Double Lapped Natural Slate Roof Finish @ 6mm Thickness, slates may come in any thickness between 5mm and 10mm with the overall average being 6mm thickness. Set out first course @225mm Min, set out second course @345mm Min. Set out first course 50mm from the valley gutter. Battens to be set out every 253mm. AT_RT_01 DTE Pitched Roof C18 Timber Roof Truss 44mmX175mm, Starting 50mm From Block Work, Span 5580mm, Pitch 35*, Int And Bttm Boom Depth Is 100mm @ Max 600 c/c. Diagonal bracing 25mmX50mm and to be no more than 3600mm long if so needs to be lapped. Apex bracing to be lapped in the middle and must cover a min of two trusses to meet min stability requirements. Sabrefix nail plates, galvanised DX275, 150mmX75mm @1mm thickness, to be used at timber joinery with the roof where applicable. AT_ATM_01 PHS Astra Vapour Control Membrane, reaction to fire class E. Temperature resistant -40C/+100C. (EN 13984(EN1928 method A). To be tapped using variobond air tight tape, item code 21213, 100mm wide tape AT_DPC_01 Capital Valley Damp Proof Course(BS EN14909+ BS 6515), (ISO 9001, 14001), vertical compressive load 25N/mm2 AT_RB_01 Monarflex radon barrier(EN 13967:2012 type and T) NSAI certified. Jointing, to form joints between adjacent sheets of lap the membrane by a minimum of 150mm and seal with strip of 30mm wide tape 2430 480 1950 AT_WIN_02 1925mmX600mm side guided PVC double glazed window by okno. WT2014:Uw=1.3W/m2K, Muffles sound by 47Db(Wind load resistance PN-EN 1221- to class B5), (Water tightness PN EN 12208 to class 9A), (Air permeability PN-EN 12207 to class 4), (Operational forces PN-EN 13115 to class 1). Apply a good layer of caulk at the window and facade joints both on the interior face and outside face to ensure airtightness and prevent water leakage. AT_WIN_01 AT_IWS_01 Passive Sill Insulated Window Sill. Code P21(225mmX150mm) NSAI Approved Thermal Modeller (ISO 9001), (EPD+BBA certified) To be fitte onto brick or block outer leaf with 10mm sand cement mortar joint below and sealed at the window opening after the windows are fixed and sealed into place to prevent water damage and leakage into the cavity. AT_FB_01 Kingspan Thermabate Fire Break Cavity Closer, Certified to BES 6001, Thermal conductivity of 0.034 W/mK. Used at every window and door. To be placed inbetween the window sill and thermal block as show and the inner sill to be placed on top of the fire break. AT_SL_01 Keystone Insulated thermally broken Pressed Steel Lintel HD/K-110, sizes for front door and all windows is 125mm and for the sliding back door will be 195mm, PSi Value 0.03-0.06 AT_TB_01 Kilsaran 12N Thermal Block(IS EN 771- to system +2), appendix D of TDG 2019 complian. Thermal conductivity 0.34W/mK. Thermal blocks to be dipped in bitumen to protect them from any moisture. To be glued together as normal using standard 10mm sand cement mortar joint. 540 1080 820 200 570 2070 2310 120 540 1920 170 AT_WT_01 Wall ties BS EN 845- 2013, installed level or with slight fall to the outer leaf. Manufactured from pultruded basalt fibres. This material has therma conductivity of only 0.7W/mK, wall tie embedment of between 62.5mm and 75mm in each leaf should be used at not less than 2.5 per sqaure metre (900mm horizontal 450mm vertical c/c, openings additiona ties should be used at rate of one per 300mm height, located not more than 225mm from the edge, 225mm standard spacing for cavity brickwork 900mm 450mm c/c in staggered pattern( 2.5 ties per square metre). Wall tie clip hold insulation against the inside leaf and to maintain a cavity AT_IW_04 Floplast push fit single sock SVP 100mmX3m (EN 1329-1, KM 544331). Boxed within 120mmX120mm partition wall. SPV to be a min of 1500mm above valley gutter level and sealed both on the inner an outer face of the roof to prevent water damage. AT_BM_01 Kingspan nilvent-breathable membrane for ventilated pitched roofs. Code A1-1481. Size 1.5mX50m-75m2. Water vapour resisivity=0.17MN,S/g.m. Fire rating class B2. To be placed under counter battens and ensure there is drap when instaling. 2040 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: Project VolumeLevel STATUS: REV: (Revit Sheet Number) Role Number Type REV Originator 1 50 17/05/2023 16:25:20 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-1\Tech1203 BIM Primary Building Elements\Projects\Revit Files\Assignment 2\McNamee_B_TECH1203_BIM_S2_P1_TDS House.rvt McNamee B C22443836 1-50 Sections TDS2 Proposed Planning Kelly's Avenue BMN BMN BMN BMN PRO5 3 ZZZZAT 002 M3 0 100020005000 SCALE: 1:100 N 1 : 50 Cross Section A-A @ 1-50 1 1 : 50 Longitudinal Section B-B @ 1-50 2
0 Ground FFL 0.000 m 0 1 First FFL 2.700 m 1 -1 Top Found -0.900 m -1 1 Wallplate 5.400 m 2 A B 1 1SFL 2.670 m0 GF Ceiling 2.430 m1 FF Ceiling 5.335 m10 m² Entrance Hall 1 m² WC 2 22 m² Living Room 3 11 m² Master Bedroom 5 1 m² Storage 8 13 m² Landing 7 AT_FD1 900x300mm IBEC Concrete cast in situ foundation pad. 400mm Mesh With 50mm Cover On The Bottom. Bottom Of Foundation To Be Min 625mm Below Ground Level. AT_BW_02 Kilsaran concrete block 215mmX100mm on flat rising wall IS EN 197-1, 15167-1, 934, 12620, 1008), thermal conductivity 0.9-1.0W/mK AT_C_01 12.5mm Gyproc Moisture Resistant Plasterboard, board size of 1200mmX2400mm. A2-s1, D0(B1) reaction to fire. EN 520:2004+A1:2009, thermal conductivity of 0.25W/mK, with 3mm skim coat. 1mm dulux white emulsion paint. AT_1F_01 Sawn whitewood carcassing C18 treated timber joists 225mmX44mm at max 400mm c/c with bracing 175mmX44mm at max 1350mm c/c.(BBA, CE2, EUTR compliant with a 60 minute fire rating. 225mm GIK sound proofing Db 58, thermal conductivity 0.035W/mK fire rating (B-S2(EN13501-1) AT_GF_01 10mm avoca oak enginnered treated timber floor planks can be nailed. Solid wood floors up to 150mm width can be glued down. 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25). 150mm cast in situ concrete floor ground bearing slab. 150mm kingspan thermafloor TF70 XPS insulation( Euroclass reaction to fire) thermal conductivity 0.022W/mK, NSAI certified with 140 kPa @ 10% compression. 50mm IGOE international sand screed. 225mm landscapedepot compressed hardcore. U-Value 0.143W/mK AT_D_03 AT_D_03 Deanta NM5 oak door with treated timber frame 910mmX2110mm, Fire Rating FD30. FSC certified AT_D_02 Aluclad sliding door 2410mmX2185mm, Rw=33Db(-2, -5)-standard glazing. Uw=0.75W/m2K. PAS24 solution to break ins. Fire rating FD30 2430 AT_F_02 8mm soundbarricade foam underlay( IIC 68, 69)(STC 63)(Delta 25), 10mm Avoca Oak Treated Timber Floor Finish can be nailed down. Solid wood floors up to 160mm in width can be glued down AT_F_03 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25). 10mm hexagonal carrara white marble mosaic floor finish with slip rating of R10. AT_F_04 8mm soundbarricade foam underlay(IIC 68,69) (STC 63) (Delta 25). 10mm enginnered oak treated timber 353 can be nailed down. Solid wood floors up to 160mm in width can be glued down. AT_F_05 18mm plywood(EN 13986:2004). 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25). 10mm enginnered oak treated timber 353 can be nailed down. Solid wood floors up to 160mm in width can be glued down. AT_F_05 AT_F_06 18mm plywood (EN 13986:2004). 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25), 10mm burford grey twist super non combustable bedroom carpet made from 80% wool, 10% PP and 10% melt. AT_W_04 1950mmX1265mm Orital shaped PVC double glazed window by okno. WT2014:Uw=1.3W/mK, muffles sound by 42Db(Wind load resistance PN-EN 1221 to class B5)(water tightness PN EN 12208 to class 9A)(air permeability PN EN 12207 to class 4)(operational forces PN EN 13115 to class 1) AT_IW_02 100mmX44mm earther radiata treated timber stud partition. Studs at max 400mm c/c with horizontal bracing at half height, double sole plate. Non flamable SCS certified. GIK sound proofing. Db 58 with a thermal conductivity of 0.037W/mK, fire rating of B-S2(EN13501-1) AT_SR_01 Berona Std Black 600mmX300mm Double Lapped Natural Slate Roof Finish @ 6mm Thickness, slates may come in any thickness between 5mm and 10mm with the overall average being 6mm thickness. Set ou first course @225mm Min, set out second course @345mm Min. Set out first course 50mm from the valley gutter. Battens to be set out every 253mm. AT_RT_01 DTE Pitched Roof C18 Timber Roof Truss 44mmX175mm, Starting 50mm From Block Work, Span 5580mm, Pitch 35*, Int And Bttm Boom Depth Is 100mm @ Max 600 c/c. Diagonal bracing 25mmX50mm and to be no more than 3600mm long if so needs to be lapped. Apex bracing to be lapped in the middle and must cover a min of two trusses to meet min stability requirements. Sabrefix nail plates, galvanised DX275, 150mmX75mm @1mm thickness, to be used at timber joinery with the roof where applicable. AT_BM_01 Kingspan nilvent-breathable membrane for ventilated pitched roofs. Code A1-1481. Size 1.5mX50m-75m2. Water vapour resisivity=0.17MN,S/g.m. Fire rating class B2. To be placed under counter battens and ensure there is drap when instaling. AT_IW_1st Floor_01 First floor party wall. 270mmX200mm IBEC concrete beam to be sat on top with wallplate attacted. 215mmX100mm kilsaran concrete block on flat (IS EN, 197-1, 15167-1, 934, 1262- 1008), thermal conductivity 0.9-1.0W/mK. 50mm service cavity. 44mmX44mm earthen radiata treated timber battens which are non flamable and SCS certified. 50mm GIK sound proofing Db 58, thermal conductivity 0.035W/mK with fire rating of (B-S2(EN13501-1) within the service cavity. 20mm gyproc moisture and fire resistant plasterboard(A2-s1, D0(B1) reaction to fire, (EN520:2004+A1:2009, thermal conductivity of 0.25W/mK with a 3mm skim coat. 1mm dulux white emulsion paint. U-Valve 0.19W/mK AT_IW_01 Ground floor party wall. 215mmX100mm kilsaran concrete block on flat (IS EN, 197-1, 15167-1, 934, 1262- 1008), thermal conductivity 0.9-1.0W/mK. 50mm service cavity. 44mmX44mm earthen radiata treated timber battens which are non flamable and SCS certified. 50mm GIK sound proofing Db 58, thermal conductivity 0.035W/mK with fire rating of (B-S2(EN13501-1) within the service cavity. 20mm gyproc moisture and fire resistant plasterboard(A2-s1,D0(B1) reaction to fire, (EN520:2004=A1:2009, thermal conductivity of 0.25W/mK with a 3mm skim coat. 1mm dulux white emulsion paint. U-Value 0.19W/mK AT_ATM_01 PHS Astra Vapour Control Membrane, reaction to fire class E. Temperature resistant -40C/+100C. (EN 13984(EN1928 method A). To be tapped using variobond air tight tape, item code 21213, 100mm wid tape 2640 AT_TB_02 Kilsaran 12N Thermal Block(IS EN 771- to system +2), appendix D of TDG L 2019 complian. Thermal conductivity 0.34W/mK. Thermal blocks to be dipped in bitumen to protect them from any moisture. AT_RB_01 Monarflex radon barrier(EN 13967:2012 type and T). NSAI certified. Jointing, to form joints between adjacent sheets of lap the membrane by a minimum of 150mm and seal with strip of 30mm wide tape AT_VG_01 Lead for valley gutter 390mm and comes in a 3m long roll. Joints should be fixed at intervals conformin to lead sheet association guidelines. Manufactured to BS EN 12588 code 5. Fixing clips are required for securing free edges of lead sheet against wind lift. Stainless steel clips 300mmx50mm0.4mm. Valley to be sloped from the centre going from centre to left and centre to right with a fall of 1:40 to ensure appropraiate drainage.18mm plywood should be placed under the roof membrane and lead valley gutter. To be fixed nto counter battens closest to the fire break in the valley. OSB board to be used. Sheet size is 285mmX18mm @ 2.m long AT_CWSC_01 Polytank insulated CWSC with a 150L capacity made from polyethylene. WRAS approved BS4213). AT_FB_Fire Barrier Valley gutter fire break. Rockwool firestop complican with EN 1366-3:2009, EN13501- CE marked. Fire resistant for up to 2 hours. Length 1200mm, width 240mm, thickness 80mm. 2050 160 2150 900 2 A1 02 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 20 17/05/2023 16:25:22 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-1\Tech1203 BIM Primary Building Elements\Projects\Revit Files\Assignment 2\McNamee_B_TECH1203_BIM_S2_P1_TDS House.rvt McNamee B C22443836 1-20 Cross Section A-A TDS2 Proposed Planning Kelly's Avenue BMN BMN BMN BMN PRO5 3 ZZZZAT 003 M3 0 100020005000 SCALE: 1:100 N REFER: A1 01 SCALE: 1 20 Cross Section A-A 1 North
0 Ground FFL 0.000 m 0 1 First FFL 2.700 m 1 -1 Top Found -0.900 m -1 1 Wallplate 5.400 m 2 1 3 1 1SFL 2.670 m0 GF Ceiling 2.430 m1 FF Ceiling 5.335 m22 m² Living Room 3 2 m² WC 2 10 m² Entrance Hall 1 13 m² Landing 7 m² Bathrom 6 13 m² Landing 7 AT_GF_01 10mm avoca oak enginnered treated timber floor planks can be nailed. Solid wood floors up to 150mm width can be glued down. 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25). 150mm cast in situ concrete floor ground bearing slab. 150mm kingspan thermafloor TF70 XPS insulation( Euroclass reaction to fire) thermal conductivity 0.022W/mK, NSAI certified with 140 kPa @ 10% compression. 50mm IGOE international sand screed. 225mm landscapedepot compressed hardcore. U-Value 0.143W/mK AT_EW_02 Rear Gable cavity wall. 20mm Kilsaran KPRO Crete Sand Cement Render. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass reaction to fire) thermal conductivity 0.036W/mK, 500 kPa 10% compression. 100mm kilsaran concrete block( IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earthen radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, D0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity of 0.25W/mK with 3mm skim coat. 1mm dulux white emulsion paint. DPC at first block corse. U-Value of 0.12W/mK AT_C_01 12.5mm Gyproc Moisture Resistant Plasterboard, board size of 1200mmX2400mm. A2-s1, D0(B1) reaction to fire. EN 520:2004+A1:2009, thermal conductivity of 0.25W/mK, with 3mm skim coat. 1mm dulux white emulsion paint. AT_1F_01 Sawn whitewood carcassing C18 treated timber joists 225mmX44mm at max 400mm c/c with bracing 175mmX44mm at max 1350mm c/c.(BBA, CE2, EUTR compliant with a 60 minute fire rating. 225mm GIK sound proofing Db 58, thermal conductivity 0.035W/mK fire rating (B-S2(EN13501-1) AT_FD1 900x300mm IBEC Concrete cast in situ foundation pad. 400mm Mesh With 50mm Cover On The Bottom. Bottom Of Foundation To Be Min 625mm Below Ground Level. AT_BW_03 100mmX215mmX440mm 15N kilsaran concrete block to be used in staggered rising wall with total wid of 325mm. A 15mm sand cement mortar joint needs to be used on the blocks on flat to keep the rising wal level all the way up the the cavity wall build up. AT_S_01 Timber Stairs with 13 risers each at 193mm and 14 threads at 230mm Pitch @38 Degrees AT_D_03 Deanta NM5 oak door with treated timber frame 910mmX2110mm, Fire Rating FD30. FSC certified AT_IW_03 100mmX44mm earther radiata treated timber stud partition. Studs at max 400mm c/c with horizontal bracing at half height. Non flamable SCS certified. GIK sound proofing. Db 58 with thermal conductivity of 0.037W/mK, fire rating of B-S2(EN13501-1) AT_IW_02 100mmX44mm earther radiata treated timber stud partition. Studs at max 400mm c/c with horizontal bracing at half height, double sole plate. Non flamable SCS certified. GIK sound proofing. Db 58 with thermal conductivity of 0.037W/mK, fire rating of B-S2(EN13501-1) AT_IW_02 AT_UC_01 QH steel -beam 203mmX203mmX46mm. Compliant with(JIS, ASTM, GB, BS). AT_EW_01 Front Gable Cavity Wall. 100mm Kingscourt brown smooth brick(ISO 9001:2015 and CE certified). Reaction to fire class A1, frost resistant F2. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass reaction to fire) thermal conductivity 0.036W/mK, 500 kPa at 10% compression. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earten radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, d0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity 0.25W/mK with 3mm skim coat. 1mm dulux white emulsion paint. DPC at first brick corse. -Value of 0.12W/mK AT_F_05 18mm plywood(EN 13986:2004). 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25). 10mm enginnered oak treated timber 353 can be nailed down. Solid wood floors up to 160mm in width can be glued down. AT_F_04 18mm plywood (EN 13986:2004). 8mm soundbarricade foam underlay(IIC 68,69)(STC 63)(Delta 25), 10mm hexagonal carrara white marble mosaic floor finish with a slip rating of R10. AT_F_05 AT_F_03 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25). 10mm hexagonal carrara white marble mosaic floor finish with a slip rating of R10. AT_F_02 8mm soundbarricade foam underlay( IIC 68, 69)(STC 63)(Delta 25), 10mm Avoca Oak Treated Timber Floor Finish can be nailed down. Solid wood floors up to 160mm in width can be glued down AT_F_04 8mm soundbarricade foam underlay(IIC 68,69) (STC 63) (Delta 25). 10mm enginnered oak treated timber 353 can be nailed down. Solid wood floors up to 160mm in width can be glued down. 14 13 12 11 10 8 7 6 4 3 2 1 AT_SR_01 Berona Std Black 600mmX300mm Double Lapped Natural Slate Roof Finish @ 6mm Thickness, slates may come any thickness between 5mm and 10mm with the overall average being 6mm thickness. Set ou first course @225mm Min, set out second course @345mm Min. Set out first course 50mm from the valley gutter. Battens to be set out every 253mm. AT_RT_01 DTE Pitched Roof C18 Timber Roof Truss 44mmX175mm, Starting 50mm From Block Work, Span 5580mm, Pitch 35*, Int And Bttm Boom Depth Is 100mm @ Max 600 c/c. Diagonal bracing 25mmX50mm and to be no more than 3600mm long so needs to be lapped. Apex bracing to be lapped in the middle and must cover a min of two trusses to meet min stability requirements. Sabrefix nail plates, galvanised DX275, 150mmX75mm @1mm thickness, to be used at timber joinery with the roof where applicable. 2 AT_ATM_01 PHS Astra Vapour Control Membrane, reaction to fire class E. Temperature resistant -40C/+100C. (EN 13984(EN1928 method A). To be tapped using variobond air tight tape, item code 21213, 100mm wid tape AT_DPC_01 Capital Valley Damp Proof Course(BS EN14909+ BS 6515), (ISO 9001, 14001), vertical compressive load 25N/mm2 AT_RB_01 Monarflex radon barrier(EN 13967:2012 type A and T). NSAI certified. Jointing, to form joints between adjacent sheets of lap the membrane by a minimum of 150mm and seal with strip of 30mm wide tape 2430 480 1950 AT_WIN_02 1925mmX600mm side guided PVC double glazed window by okno. WT2014:Uw=1.3W/m2K, Muffles sound by 47Db(Wind load resistance PN-EN 1221- to class B5), (Water tightness PN EN 12208 to class 9A), (Air permeability PN-EN 12207 to class 4), (Operational forces PN-EN 13115 to class 1). Apply a good layer of caulk at the window and facade joints both on the interior face and outside face to ensure airtightness and prevent water leakage. AT_WIN_01 1925mmX1270mm side hung guided PVC double glazed window by okno. WT2014:Uw=1.3W/m2K, Muffles sound by47Db(Wind load resistance PN-EN 1221 to class B5), (Water tightness PN-EN 12208 to class 9A), (Air permeability PN-EN 12207 to class 4), (Operationalforces PN-EN 13115 to class 1) AT_IWS_01 Passive Sill Insulated Window Sill. Code P21(225mmX150mm) NSAI Approved Thermal Modeller (ISO 9001), (EPD+BBA certified) To be fitte onto brick or block outer leaf with 10mm sand cement mortar joint below and sealed at the window opening after the windows are fixed and sealed into place to prevent water damage and leakage into the cavity. AT_FB_01 Kingspan Thermabate Fire Break Cavity Closer, Certified to BES 6001, Thermal conductivity of 0.034 W/mK. Used at every window and door. To be placed inbetween the window sill and thermal block as shown and the inner sill to be placed on top of the fire break. AT_SL_01 Keystone Insulated thermally broken Pressed Steel Lintel HD/K-110, sizes for front door and all windows is 125mm and for the sliding back door will be 195mm, PSi Value 0.03-0.06 AT_TB_01 Kilsaran 12N Thermal Block(IS EN 771- to system +2), appendix D of TDG 2019 complian. Thermal conductivity 0.34W/mK. Thermal blocks to be dipped in bitumen to protect them from any moisture. To be glued together as normal using a standard 10mm sand cement mortar joint. 540 1080 820 200 570 2070 2310 120 540 1920 170 AT_WT_01 Wall ties BS EN 845-1 2013, installed level or with a slight fall to the outer leaf. Manufactured from pultruded basalt fibres. This material has a therma conductivity of only 0.7W/mK, wall tie embedment of between 62.5mm and 75mm in each leaf should be used at not less than 2.5 per sqaure metre (900mm horizontal 450mm vertical c/c, openings additiona ties should be used at a rate of one per 300mm height, located not more than 225mm from the edge, 225mm standard spacing for cavity brickwork 900mm x 450mm c/c in a staggered pattern( 2.5 ties per square metre). Wall tie clip hold insulation against the inside leaf and to maintain cavity AT_IW_04 Floplast push fit single sock SVP 100mmX3m (EN 1329-1, KM 544331). Boxed within 120mmX120mm partition wall. SPV to be min of 1500mm above valley gutter level and sealed both on the inner an outer face of the roof to prevent water damage. 1 A1 06 5 A1 06 2 A1 07 3 A1 07 4 A1 07 1 A1 07 4 A1 06 2 A1 06 AT_BM_01 Kingspan nilvent-breathable membrane for ventilated pitched roofs. Code A1-1481. Size 1.5mX50m-75m2. Water vapour resisivity=0.17MN,S/g.m. Fire rating class B2. To be placed under counter battens and ensure there is drap when instaling. 2040 1 A1 02 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 20 17/05/2023 16:25:23 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-1\Tech1203 BIM Primary Building Elements\Projects\Revit Files\Assignment 2\McNamee_B_TECH1203_BIM_S2_P1_TDS House.rvt McNamee B C22443836 1-20 Longitudinal Section B-B TDS2 Proposed Planning Kelly's Avenue BMN BMN BMN BMN PRO5 3 ZZZZAT 004 M3 0 100020005000 SCALE: 1:100 N REFER: A1 01 SCALE: 1 20 Longitudinal Section B-B 4 North
3 AT_EW_01 Front Gable Cavity Wall. 100mm Kingscourt brown smooth brick(ISO 9001:2015 and CE certified). Reaction to fire class A1, frost resistant F2. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass F reaction to fire) thermal conductivity 0.036W/mK, 500 kPa at 10% compression. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earten radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, d0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity 0.25W/mK with 3mm skim coat. 1mm dulux white emulsion paint. DPC at first brick corse. U-Value of 0.12W/mK AT_BW_03 100mmX215mmX440mm 15N kilsaran concrete block to be used in a staggered rising wall with total wide of 325mm. A 15mm sand cement mortar joint needs to be used on the blocks on flat to keep the rising wa level all the way up the the cavity wall build up. AT_FD1 900x300mm IBEC Concrete cast in situ foundation pad. 400mm Mesh With 50mm Cover On The Bottom. Bottom Of Foundation To Be Min 625mm Below Ground Level. AT_GF_01 10mm avoca oak enginnered treated timber floor planks can be nailed. Solid wood floors up to 150mm width can be glued down. 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25). 150mm cast in situ concrete floor ground bearing slab. 150mm kingspan thermafloor TF70 XPS insulation( Euroclass F reaction to fire) thermal conductivity 0.022W/mK, NSAI certified with 140 kPa @ 10% compression. 50mm IGOE international sand screed. 225mm landscapedepot compressed hardcore. -Value 0.143W/mK AT_WT_01 Wall ties BS EN 845- 2013, installed level or with slight fall to the outer leaf. Manufactured from pultruded basalt fibres. This material has therma conductivity of only 0.7W/mK, wall tie embedment of between 62.5mm and 75mm in each leaf should be used at not less than 2.5 per sqaure metre (900mm horizontal 450mm vertical c/c, openings additiona ties should be used at rate of one per 300mm height, located not more than 225mm from the edge, 225mm standard spacing for cavity brickwork 900mm 450mm c/c in staggered pattern( 2.5 ties per square metre). Wall tie clip hold insulation against the inside leaf and to maintain a cavity AT_RB_01 Monarflex radon barrier(EN 13967:2012 type A and T). NSAI certified. Jointing, to form joints between adjacent sheets of lap the membrane by minimum of 150mm and seal with strip of 30mm wide tape AT_TB_01 Kilsaran 12N Thermal Block(IS EN 771-3 to system +2), appendix D of TDG L 2019 complian. Thermal conductivity 0.34W/mK. Thermal blocks to be dipped in bitumen to protect them from any moisture. To be glued together as normal using standard 10mm sand cement mortar joint. 330 2305015015010 40 50505040 130 210 900 300 150 1 AT_EW_02 Rear Gable cavity wall. 20mm Kilsaran KPRO Crete Sand Cement Render. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass F reaction to fire) thermal conductivity 0.036W/mK, 500 kPa 10% compression. 100mm kilsaran concrete block( IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earthen radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, D0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity of 0.25W/mK with a 3mm skim coat. 1mm dulux white emulsion paint. DPC at first block corse. -Value of 0.12W/mK AT_ATM_01 PHS Astra Vapour Control Membrane, reaction to fire class E. Temperature resistant -40C/+100C. (EN 13984(EN1928 method A). To be tapped using variobond air tight tape, item code 21213, 100mm wide tape AT_RB_01 Monarflex radon barrier(EN 13967:2012 type A and T). NSAI certified. Jointing, to form joints between adjacent sheets of lap the membrane by minimum of 150mm and seal with strip of 30mm wide tape AT_BW_03 100mmX215mmX440mm 15N kilsaran concrete block to be used in a staggered rising wall with total wide of 325mm. A 15mm sand cement mortar joint needs to be used on the blocks on flat to keep the rising wa level all the way up the the cavity wall build up. AT_GF_01 10mm avoca oak enginnered treated timber floor planks can be nailed. Solid wood floors up to 150mm width can be glued down. 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25). 150mm cast in situ concrete floor ground bearing slab. 150mm kingspan thermafloor TF70 XPS insulation( Euroclass F reaction to fire) thermal conductivity 0.022W/mK, NSAI certified with 140 kPa @ 10% compression. 50mm IGOE international sand screed. 225mm landscapedepot compressed hardcore. -Value 0.143W/mK AT_FD1 900x300mm IBEC Concrete cast in situ foundation pad. 400mm Mesh With 50mm Cover On The Bottom. Bottom Of Foundation To Be Min 625mm Below Ground Level. AT_WT_01 Wall ties BS EN 845- 2013, installed level or with slight fall to the outer leaf. Manufactured from pultruded basalt fibres. This material has therma conductivity of only 0.7W/mK, wall tie embedment of between 62.5mm and 75mm in each leaf should be used at not less than 2.5 per sqaure metre (900mm horizontal 450mm vertical c/c, openings additiona ties should be used at rate of one per 300mm height, located not more than 225mm from the edge, 225mm standard spacing for cavity brickwork 900mm 450mm c/c in staggered pattern( 2.5 ties per square metre). Wall tie clip hold insulation against the inside leaf and to maintain a cavity 3010013010050 900 300 330 50 120 AT_S_01 Timber Stairs with 13 risers each at 193mm and 14 threads at 230mm Pitch @38 Degrees AT_GF_01 10mm avoca oak enginnered treated timber floor planks can be nailed. Solid wood floors up to 150mm width can be glued down. 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25). 150mm cast in situ concrete floor ground bearing slab. 150mm kingspan thermafloor TF70 XPS insulation( Euroclass reaction to fire) thermal conductivity 0.022W/mK, NSAI certified with 140 kPa @ 10% compression. 50mm IGOE international sand screed. 225mm landscapedepot compressed hardcore. U-Value 0.143W/mK AT_SW_01 Treated timber stairs with wedges underneat the threads and risers to stop any squeaking when under any load. AT_F_04 8mm soundbarricade foam underlay(IIC 68,69) (STC 63) (Delta 25). 10mm enginnered oak treated timber 353 can be nailed down. Solid wood floors up to 160mm in width can be glued down. 20 30 20 50 20 20 30 270 10 150 2 AT_S_01 Timber Stairs with 13 risers each at 193mm and 14 threads at 230mm Pitch @38 Degrees AT_SW_01 Treated timber stairs with wedges underneat the threads and risers to stop any squeaking when under any load. AT_UC_01 QH steel -beam 203mmX203mmX46mm. Compliant with(JIS, ASTM, GB, BS). AT_F_05 18mm plywood(EN 13986:2004). 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25). 10mm enginnered oak treated timber 353 can be nailed down. Solid wood floors up to 160mm in width can be glued down. AT_C_01 12.5mm Gyproc Moisture Resistant Plasterboard, board size of 1200mmX2400mm. A2-s1, D0(B1) reaction to fire. EN 520:2004+A1:2009, thermal conductivity of 0.25W/mK, with 3mm skim coat. 1mm dulux white emulsion paint. AT_J_01 Sawn whitewood carcassing C18 treated timber joists 225mmX44mm at max 400 c/c. (BBA, CE2, EUTR compliant with 60 minute fire rating. 60 20 20 120 50 30 3 AT_EW_01 Front Gable Cavity Wall. 100mm Kingscourt brown smooth brick(ISO 9001:2015 and CE certified). Reaction to fire class A1, frost resistant F2. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass reaction to fire) thermal conductivity 0.036W/mK, 500 kPa at 10% compression. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earten radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, d0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity 0.25W/mK with 3mm skim coat. 1mm dulux white emulsion paint. DPC at first brick corse. U-Value of 0.12W/mK AT_DPC_WJ_01 Capital Valley Damp Proof Course(BS EN14909+ BS 6515), (ISO 9001, 14001), vertical compressive load 25N/mm2 to be tapped onto the inner leaf brickwook and sized at 150mm and tapped at joints anyway and lapped AT_F_05 18mm plywood(EN 13986:2004). 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25). 10mm enginnered oak treated timber 353 can be nailed down. Solid wood floors up to 160mm in width can be glued down. AT_FB_01 Kingspan Thermabate Fire Break Cavity Closer, Certified to BES 6001, Thermal conductivity of 0.034 W/mK. Used at every window and door. To be placed inbetween the window sill and thermal block as show and the inner sill to be placed on top of the fire break. AT_Win_01_ 1925mmX1270mm side hung guided PVC double glazed window by okno. WT2014:Uw=1.3W/m2K, Muffles sound by47Db(Wind load resistance PN-EN 1221 to class B5), (Water tightness PN-EN 12208 to class 9A), (Air permeability PN-EN 12207 to class 4), (Operationalforces PN-EN 13115 to class 1) AT_ATM_01 PHS Astra Vapour Control Membrane, reaction to fire class E. Temperature resistant -40C/+100C. (EN 13984(EN1928 method A). To be tapped using variobond air tight tape, item code 21213, 100mm wide tape 180 40 280 50 10013010050 10 70 170 270 50 2 A1 02 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 5 17/05/2023 16:25:26 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-1\Tech1203 BIM Primary Building Elements\Projects\Revit Files\Assignment 2\McNamee_B_TECH1203_BIM_S2_P1_TDS House.rvt McNamee B C22443836 1-5 Technical Details Sheet 1 TDS2 Proposed Planning Kelly's Avenue BMN BMN BMN BMN PRO5 3 ZZZZAT 006 M3 0 100020005000 SCALE: 1:100 N REFER: A1 04 SCALE: 1 5 External Door Threshold Detail @ 1-5 1 REFER: A1 04 SCALE: 1 5 Foundation to Ground Level Detail @ 1-5 5 REFER: A1 04 SCALE: 1 5 GL To Stairs Junction Detail @ 1-5 2 REFER: A1 04 SCALE: 1 : 5 I beam To Stairs Junction Detail @ 1-5 4 REFER: A1 01 SCALE: 1 5 External Window Jamb Detail @ 1-5 3 SCALE: Front Gable 3D View 2 6
1 AT_EW_02 Rear Gable cavity wall. 20mm Kilsaran KPRO Crete Sand Cement Render. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass F reaction to fire) thermal conductivity 0.036W/mK, 500 kPa 10% compression. 100mm kilsaran concrete block( IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earthen radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, D0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity of 0.25W/mK with a 3mm skim coat. 1mm dulux white emulsion paint. DPC at first block corse. U-Value of 0.12W/mK AT_WT_01 Wall ties BS EN 845- 2013, installed level or with slight fall to the outer leaf. Manufactured from pultruded basalt fibres. This material has therma conductivity of only 0.7W/mK, wall tie embedment of between 62.5mm and 75mm each leaf should be used at not less than 2.5 per sqaure metre (900mm horizontal 450mm vertical c/c, openings additiona ties should be used at rate of one per 300mm height, located not more than 225mm from the edge, 225mm standard spacing for cavity brickwork 900mm 450mm c/c in staggered pattern( 2.5 ties per square metre). Wall tie clip hold insulation against the inside leaf and to maintain cavity AT_C_01 12.5mm Gyproc Moisture Resistant Plasterboard, board size of 1200mmX2400mm. A2-s1, D0(B1) reaction to fire. EN 520:2004+A1:2009, thermal conductivity of 0.25W/mK, with 3mm skim coat. 1mm dulux white emulsion paint. AT_AI_01 Knauf Earthwool Insulation Loftroll 100mmX6.84m2. Thermal conductivity of 0.044 W/mK and R Value of 4.50 M2K/W. Non-combustible A1 Euroclass Reaction to Fire classification. 200mm of insulation to be installed under and over the bottom boom of the trusses AT_RWP_01 Floplast rain water downpipe 68mm calculated using, mean annual rainfall in mm area in m² runoff factor = collected rainwater in litres. (EN 12200, KM 501316) AT_ATM_01 PHS Astra Vapour Control Membrane, reaction to fire class E. Temperature resistant -40C/+100C. (EN 13984(EN1928 method A). To be tapped using variobond air tight tape, item code 21213, 100mm wide tape AT_BM_01 Kingspan nilvent-breathable membrane for ventilated pitched roofs. Code A1-1481. Size 1.5mX50m-75m2. Water vapour resisivity=0.17MN,S/g.m. Fire rating class B2. To be placed under counter battens and ensure there is a drap when instaling. AT_SR_01 Berona Std Black 600mmX300mm Double Lapped Natural Slate Roof Finish @ 6mm Thickness, slates may come in any thickness between 5mm and 10mm with the overall average being 6mm thickness. Set ou first course @225mm Min, set out second course @345mm Min. Set out first course 50mm from the valley gutter. Battens to be set out every 253mm. AT_RT_01 DTE Pitched Roof C18 Timber Roof Truss 44mmX175mm, Starting 50mm From Block Work, Span 5580mm, Pitch 35*, Int And Bttm Boom Depth Is 100mm @ Max 600 c/c. Diagonal bracing 25mmX50mm and to be no more than 3600mm long so needs to be lapped. Apex bracing to be lapped in the middle and must cover min of two trusses to meet min stability requirements. Sabrefix nail plates, galvanised DX275, 150mmX75mm @1mm thickness, to be used at timber joinery with the roof where applicable. AT_FB_02 75mmX125mm Kingspan Thermabate Fire Break Cavity Closer, Certified to BES 6001, Thermal conductivity of 0.034 W/mK. Used at every window and door. AT_IW_04 Floplast push fit single sock SVP 100mmX3m (EN 1329-1, KM 544331). Boxed within a 120mmX120mm partition wall. SPV to be min of 1500mm above valley gutter level and sealed both on the inner and outer face of the roof to prevent water damage. 203010013010030 140 50 50 30 100 50 80110 B AT_ATM_01 PHS Astra Vapour Control Membrane, reaction to fire class E. Temperature resistant -40C/+100C. (EN 13984(EN1928 method A). To be tapped using variobond air tight tape, item code 21213, 100mm wide tape AT_AI_01 Knauf Earthwool Insulation Loftroll 100mmX6.84m2. Thermal conductivity of 0.044 W/mK and R Value of 4.50 M2K/W. Non-combustible A1 Euroclass Reaction to Fire classification. 200mm of insulation to be installed under and over the bottom boom of the trusses AT_BM_01 Kingspan nilvent-breathable membrane for ventilated pitched roofs. Code A1-1481. Size 1.5mX50m-75m2. Water vapour resisivity=0.17MN,S/g.m. Fire rating class B2. To be placed under counter battens and ensure there is drap when instaling. AT_FB_02 75mmX125mm Kingspan Thermabate Fire Break Cavity Closer, Certified to BES 6001, Thermal conductivity of 0.034 W/mK. Used at every window and door. AT_DPC_WP_01 Capital Valley Damp Proof Course(BS EN14909+ BS 6515), (ISO 9001, 14001), vertical compressive load 25N/mm2 to be wrapped under concrete block are tapped at joint AT_WT_01 Wall ties BS EN 845- 2013, installed level or with a slight fall to the outer leaf. Manufactured from pultruded basalt fibres. This material has therma conductivity of only 0.7W/mK, wall tie embedment of between 62.5mm and 75mm in each leaf should be used at not less than 2.5 per sqaure metre (900mm horizontal 450mm vertical c/c, openings additiona ties should be used at a rate of one per 300mm height, located not more than 225mm from the edge, 225mm standard spacing for cavity brickwork 900mm 450mm c/c in a staggered pattern( 2.5 ties per square metre). Wall tie clip hold insulation against the inside leaf and to maintain a cavity AT_EW_01 Front Gable Cavity Wall. 100mm kingscourt borwn smooth brick(ISO 9001:2015 and CE certified). Reaction to fire class A1, forst resistant F2. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass reaction to fire) thermal conductivity 0.036W/mK, 500 kPa at 10% compression. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity. 44mmX44mm earthen radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, d0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity 0.25W/mK with 3mm skim coat. 1mm dulux white emulsion paint. DPC at first brick corse. -Value of 0.12W/mK. AT_SR_01 Berona Std black 600mmX300mm double lapped natural slate roof finish @ 6mm thickness, slates may come in any thickness between 5mm and 10mm with the overall average being 6mm thickness. Set out rst course @225mm Min, set out second course @345mm Min. Set out first course 50mm from the valley gutter. Battens to be set out every 253mm. AT_G_01 PVC floplast half round gutter 115mmX3m. (EN 607, KM 501316) to be fixed to the brickwook every 2000mm max. The downward slope of the gutter should be at 1:350 from right to left(East to West) AT_NP_01 Sabrefix hand nail plates, galvanised DX275 150mmX75mm @1mm thickness, install at all timber joinery the roof. 270 370 50 220 50 100 130 100 50 50 30 150 3 AT_WT_01 Wall ties BS EN 845- 2013, installed level or with slight fall to the outer leaf. Manufactured from pultruded basalt fibres. This material has therma conductivity of only 0.7W/mK, wall tie embedment of between 62.5mm and 75mm in each leaf should be used at not less than 2.5 per sqaure metre (900mm horizontal 450mm vertical c/c, openings additiona ties should be used at rate of one per 300mm height, located not more than 225mm from the edge, 225mm standard spacing for cavity brickwork 900mm 450mm c/c in staggered pattern( 2.5 ties per square metre). Wall tie clip hold insulation against the inside leaf and to maintain a cavity AT_ATM_01 PHS Astra Vapour Control Membrane, reaction to fire class E. Temperature resistant -40C/+100C. (EN 13984(EN1928 method A). To be tapped using variobond air tight tape, item code 21213, 100mm wide tape AT_DPC_L_01 Capital Valley Damp Proof Course(BS EN 14909+ BS 6515), (ISO 9001, 14001), vertical compression load 25N/mm2. Size to be used 30mmX450mm AT_SL_01 Keystone Insulated thermally broken Pressed Steel Lintel HD/K-110, sizes for front door and all windows is 125mm and for the sliding back door will be 195mm, PSi Value 0.03-0.06 AT_D_01 1000mmx2145mm senator entrance door made from composite U-Value of 0.8W/mK, muffles sound by 38Db (water tightness PN EN 12208 to class 9A)(operational forces PN EN 13115 to class 1) 130 200 50100130100 60 3 AT_WT_01 Wall ties BS EN 845- 2013, installed level or with slight fall to the outer leaf. Manufactured from pultruded basalt fibres. This material has therma conductivity of only 0.7W/mK, wall tie embedment of between 62.5mm and 75mm in each leaf should be used at not less than 2.5 per sqaure metre (900mm horizontal 450mm vertical c/c, openings additiona ties should be used at rate of one per 300mm height, located not more than 225mm from the edge, 225mm standard spacing for cavity brickwork 900mm 450mm c/c in staggered pattern( 2.5 ties per square metre). Wall tie clip hold insulation against the inside leaf and to maintain cavity AT_DPC_WS_01 Capital Valley Damp Proof Course(BS EN14909+ BS 6515), (ISO 9001, 14001), vertical compressive load 25N/mm2 to be wrapped under the window sill and fixed and tapped behind the window frame AT_IWS_01 Passive Sill Insulated Window Sill. Code P21(225mmX150mm) NSAI Approved Thermal Modeller (ISO 9001), (EPD+BBA certified) To be fitte onto brick or block outer leaf with a 10mm sand cement mortar joint below and sealed at the window opening after the windows are fixed and sealed into place to prevent water damage and leakage into the cavity. AT_WIN_01 1925mmX1270mm side hung guided PVC double glazed window by okno. WT2014:Uw=1.3W/m2K, Muffles sound by47Db(Wind load resistance PN-EN 1221 to class B5), (Water tightness PN-EN 12208 to class 9A), (Air permeability PN-EN 12207 to class 4), (Operationalforces PN-EN 13115 to class 1) AT_F_05 18mm plywood(EN 13986:2004). 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25). 10mm enginnered oak treated timber 353 can be nailed down. Solid wood floors up to 160mm in width can be glued down. AT_ATM_01 PHS Astra Vapour Control Membrane, reaction to fire class E. Temperature resistant -40C/+100C. (EN 13984(EN1928 method A). To be tapped using variobond air tight tape, item code 21213, 100mm wide tape 100130100 100 50 160 80 130 30 130 140 240 10 3 AT_SL_01 Keystone Insulated thermally broken Pressed Steel Lintel HD/K-110, sizes for front door and all windows 125mm and for the sliding back door will be 195mm, PSi Value 0.03-0.06 AT_EW_01 Front Gable Cavity Wall. 100mm Kingscourt brown smooth brick(ISO 9001:2015 and CE certified). Reaction to fire class A1, frost resistant F2. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass reaction to fire) thermal conductivity 0.036W/mK, 500 kPa at 10% compression. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earten radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, d0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity 0.25W/mK with a 3mm skim coat. 1mm dulux white emulsion paint. DPC at first brick corse. U-Value of 0.12W/mK AT_WIN_01 1925mmX1270mm side hung guided PVC double glazed window by okno. WT2014:Uw=1.3W/m2K, Muffles sound by47Db(Wind load resistance PN-EN 1221 to class B5), (Water tightness PN-EN 12208 to class 9A), (Air permeability PN-EN 12207 to class 4), (Operational forces PN EN 13115 to class1 AT_WT_01 Wall ties BS EN 845-1 2013, installed level or with a slight fall to the outer leaf. Manufactured from pultruded basalt fibres. This material has a therma conductivity of only 0.7W/mK, wall tie embedment of between 62.5mm and 75mm in each leaf should be used at not less than 2.5 per sqaure metre (900mm horizontal 450mm vertical c/c, openings additiona ties should be used at rate of one per 300mm height, located not more than 225mm from the edge, 225mm standard spacing for cavity brickwork 900mm x 450mm c/c in a staggered pattern( 2.5 ties per square metre). Wall tie clip hold insulation against the inside leaf and to maintain cavity AT_ATM_01 PHS Astra Vapour Control Membrane, reaction to fire class E. Temperature resistant -40C/+100C. (EN 13984(EN1928 method A). To be tapped using variobond air tight tape, item code 21213, 100mm wide tape AT_DPC_L_01 Capital Valley Damp Proof Course(BS EN 14909+ BS 6515), (ISO 9001, 14001), vertical compression load 25N/mm2. Size to be used 30mmX450mm 50100130100 210 160 70 80 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 5 17/05/2023 16:25:28 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-1\Tech1203 BIM Primary Building Elements\Projects\Revit Files\Assignment 2\McNamee_B_TECH1203_BIM_S2_P1_TDS House.rvt McNamee B C22443836 1-5 Technical Details Sheet 2 TDS2 Proposed Planning Kelly's Avenue BMN BMN BMN BMN PRO5 3 ZZZZAT 007 M3 0 100020005000 SCALE: 1:100 N REFER: A1 04 SCALE: 1 5 Verge Detail @ 1-5 1 SCALE: 1 5 Pitched Roof Flush Eaves Detail @ 1-5 5 REFER: A1 04 SCALE: 1 5 External Door Head Detail @ 1-5 2 REFER: A1 04 SCALE: 1 5 External Window Sill Detail @ 1-5 3 REFER: A1 04 SCALE: 1 5 External Window Head Detail @ 1-5 4 SCALE: Back Gable 3D View 2 6
C UP UP Protected Building 2 Stories High Unit of 3 Dwelling 2 Stories High Unit of 3 Dwellings 2 Stories High Dwelling 2 Stories High Abandoned Building 3 Stories High Unit of 3 Dwellings 2 Stories High Unit of 4 Dwellings 2 Stories High Unit of 2 Dwellings 2 Stories High Unit of 4 Dwellings 2 Stories High O.K=1.6 O.K=2.0 C=0.75 O.K=1.2 O.K=1.2 160mm HPPE, 2012 O.K=1.3 25mm MDPE O.K=1.2 220 1120 590 6 0 0 3430 1320 4 1 4 0 4 5 9 0 1 8 9 0 10690 65007500 10290 m² Kitchen 4 2 m² WC 2 10 m² Entrance Hall 1 22 m² Living Room 3 1 A1 02 2 A1 02 11 m² Master Bedroom 5 m² Bathrom 6 13 m² Landing 7 1 m² Storage 8 11 m² Bedroom 2 9 14 13 12 11 10 1 A1 02 2 A1 02 1 A1 02 2 A1 02 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV As indicated 17/05/2023 16:25:35 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-1\Tech1203 BIM Primary Building Elements\Projects\Revit Files\Assignment 2\McNamee_B_TECH1203_BIM_S2_P1_TDS House.rvt McNamee B C22443836 Services Plan TDS2 Proposed Planning Kelly's Avenue BMN BMN BMN BMN PRO5 3 ZZZZAT 008 M3 0 100020005000 SCALE: 1:100 N REFER: A1 02 SCALE: 1 200 Services Site Plan 1 REFER: A1 02 SCALE: 1 50 0 Ground FFL Service Plan 2 SCALE: 1 50 1 First FFL Service Plan 3 REFER: A1 02 SCALE: 1 50 1 Wallplate Service Plan 4 C LowPressure Gas Line Gas Valve Cover Level Water Distribution Mains Water Services Connections Standard Inlet Man Hole Cover Sewer Mains Gravity Combined Surface Water Gravity Mains Site Plan Services Legend Water Mains Supply Gas Supply Cold Water Supply Hot Water Supply Foul Water Cold Return From Radiators Hot FlowFor Radiators Electrical Wires Dwellings Services Legend Overhead Electrical Wires Broadband Overhead Wires North
Protected Building 2 Stories High Unit of 3 Dwelling 2 Stories High Unit of 3 Dwellings 2 Stories High Dwelling 2 Stories High Abandoned Building 3 Stories High Unit of 3 Dwellings 2 Stories High Unit of 4 Dwellings 2 Stories High Unit of 2 Dwellings 2 Stories High Unit of 4 Dwellings 2 Stories High 24140 2950 900 1660 1700 2260 2750 5690 7450 7220 7820 8120 4380 8670 1350 5980 4460 2 1 3 0 5690 0 Ground FFL 0.000 m 0 1 First FFL 2.700 m 1 1 Wallplate 5.400 m 2 A B 1 1SFL 2.670 m0 GF Ceiling 2.430 m1 FF Ceiling 5.335 mAT_EW_02 Rear Gable cavity wall. 20mm Kilsaran KPRO Crete Sand Cement Render. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass F reaction to fire) thermal conductivity 0.036W/mK, 500 kPa 10% compression. 100mm kilsaran concrete block( IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earthen radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, D0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity of 0.25W/mK with a 3mm skim coat. 1mm dulux white emulsion paint. DPC at first block corse. U-Value of 0.12W/mK AT_FF_01 15x55 Aluminum Anodized Bronze Flush Fascia item code ES100 AT_SP_01 Solarworld AG, code SR0506, IFC classification-energy conversion device, UNSPSC code 26131507 AT_RWP_01 Floplast rain water downpipe 68mm calculated using, mean annual rainfall in mm area in m² runoff factor = collected rainwater in litres. (EN 12200, KM 501316) AT_W_03 AT_W_04 AT_D_02 AT_VG_01 Lead for valley gutter 390mm and comes in 3m long roll. Joints should be fixed at intervals conforming to lead sheet association guidelines. Manufactured to BS EN 12588 code 5. Fixing clips are required for securing free edges of lead sheet against wind lift Stainless steel clips 300mmx50mm0.4mm. Valley to be sloped from the centre going from centre to left an centre to right with fall of 1:40 to ensure appropraiate drainage.18mm plywood should be placed under the roof membrane and lead valley gutter. To be fixed onto counter battens closest to the fire break in the valley. OSB board to be used. Sheet size is 285mmX18mm @ 2.m long 286019501270 2190 2760210070 1750 0 Ground FFL 0.000 m 0 1 First FFL 2.700 m 1 1 Wallplate 5.400 m 2 A B 1 1SFL 2.670 m0 GF Ceiling 2.430 m1 FF Ceiling 5.335 mAT_FF_01 15x55 Aluminum Anodized Bronze Flush Fascia item code ES100 AT_EW_01 Front Gable Cavity Wall. 100mm Kingscourt brown smooth brick(ISO 9001:2015 and CE certified). Reaction to fire class A1, frost resistant F2. 125mm cavity. 115mm kingspan greenguard XPS insulation(Euroclass F reaction to fire) thermal conductivity 0.036W/mK, 500 kPa at 10% compression. 100mm kilsaran concrete block(IS EN 197-1, 15167-1, 934, 12620, 1008) thermal conductivity 0.9-1.0W/mK. 50mm service cavity, 44mmX44mm earten radiata treated timber battens which are non flamable and SCS certified. 12.5mm gyproc moisture resistant plasterboard(A2-s1, d0(B1) reaction to fire), EN 520:2004+A1:2009, thermal conductivity 0.25W/mK with 3mm skim coat. 1mm dulux white emulsion paint. DPC at first brick corse. U-Value of 0.12W/mK AT_W_01 AT_W_01 AT_RWP_01 Floplast rain water downpipe 68mm calculated using, mean annual rainfall in mm area in m² runoff factor = collected rainwater in litres. (EN 12200, KM 501316) AT_D_01 AT_W_02 AT_W_01 AT_SP_01 Solarworld AG, code SR0506, IFC classification-energy conversion device, UNSPSC code 26131507 AT_VG_01 Lead for valley gutter 390mm and comes in 3m long roll. Joints should be fixed at intervals conformin to lead sheet association guidelines. Manufactured to BS EN 12588 code 5. Fixing clips are required for securing free edges of lead sheet against wind lift Stainless steel clips 300mmx50mm0.4mm. Valley to be sloped from the centre going from centre to left and centre to right with a fall of 1:40 to ensure appropraiate drainage.18mm plywood should be placed under the roof membrane and lead valley gutter. To be fixed onto counter battens closest to the fire break in the valley. OSB board to be used. Sheet size is 285mmX18mm @ 2.m long 1950 760 1950 150 1950 830 2040 7590 1060 1060 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV As indicated 17/05/2023 16:25:53 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-1\Tech1203 BIM Primary Building Elements\Projects\Revit Files\Assignment 2\McNamee_B_TECH1203_BIM_S2_P1_TDS House.rvt McNamee B C22443836 Site Plan & Elevations TDS2 Proposed Planning Kelly's Avenue BMN BMN BMN BMN PRO5 3 ZZZZAT 009 M3 0 100020005000 SCALE: 1:100 N REFER: A1 02 SCALE: 1 200 Site 1 SCALE: 1 50 North Elevation 2 SCALE: 1 50 South Elevation 3
16 15 14 13 12 11 10 16 15 14 13 12 11 10 16 15 14 13 12 11 10 16 15 14 13 12 11 10 16 15 14 13 12 11 10 16 15 14 13 12 11 10 12 11 13 10 A 7 4 1 9 6 3 2 5 8 B 2 A103 7102980690 1960 5101370910 8802020880 71013701160 7502020750 69013701160 7502020750 71013701160 8702020860420 740 1000 1160 1160 1160 1160 1690 1690 1690 970960 970960 970960 9202710690 9202710690 9202950420 1000 1000 1000 1990 1990 1990 1990 1210 1150 1150 1170 16.7 m² Kitchen/Dining A2 19.6 m² Living Room A3 10.1 m² Hall A4 2.7 m² W/C A5 1.4 m² Utility A1 2.7 m² W/C B5 16.6 m² Kitchen/Dining B2 1.4 m² Utility B1 10.0 m² Hall B4 19.1 m² Living Room B3 10.0 m² Hall C4 19.1 m² Family Room C3 16.6 m² Kitchen/Dining C2 2.7 m² W/C C5 1.4 m² Utility C1 1.4 m² Utility D1 16.5 m² Kitchen/Dining D2 2.7 m² W/C D5 10.0 m² Hall D4 19.2 m² Family Room D3 1400 AT_WIN_04 AT_D_02 AT_WIN_02 AT_WIN_03 AT_D_01 AT_WIN_01 AT_WIN_03 AT_D_01 AT_WIN_01 AT_WIN_01 AT_WIN_01 AT_WIN_03 AT_WIN_03 AT_D_01 AT_D_01 AT_WIN_04 AT_D_02 AT_WIN_04 AT_D_02 AT_WIN_04 AT_D_02 AT_D_04 AT_D_04 AT_D_05 AT_D_03 AT_D_06 AT_D_03 AT_D_06 AT_D_06 AT_D_06 AT_D_04 AT_D_04 AT_D_04 AT_D_05 AT_D_03 AT_D_03 AT_D_04 AT_D_03 AT_D_03 AT_D_05 AT_D_04 AT_D_04 AT_D_03 AT_D_03 AT_D_05 2730 2730 2730 2730 C 100045015206590 117047015303020173047016603020134047019203020152047018603020790 6 A102 5 A102 2 A104 AT_EW_02 20mm Kilsaran white smooth render finish, 100 15N Kilsaran concrete block on edge, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm gyrpoc plasterboard with 3mm skim finish. AT_PW_01 20mm Gyproc fireline plasterboard, 40mm service cavity, 89mm Timber frame single stud packed with Knaft mineral wool insulation, 9mm grade 3 OSB board, 40mm air cavity, 9mm grade 3 OSB board, 89mm Timber frame single stud packed with mineral wool insulation, 40mm service cavity, 20mm Gyproc fireline plasterboard. AT_EW_01 100mm Kingscourt Brick on stretcher bond, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40m AT_IW_01 100mmX44mm earther radiata treated timber stud partition. Studs at max 400mm c/c with horizontal bracing at half height, double sole plate. Non flamable SCS certified. GIK sound proofing. Db 58 with thermal conductivity of 0.037W/mK, fire rating of B-S2 AT_PW_01 AT_PW_01 AT_EW_02 AT_EW_02 AT_EW_02 AT_EW_02 AT_EW_02 12 11 13 10 A 7 9 8 B 91047013807502020750138047013808602020870420 620470242020202020470235020201310 3130 3130 1350 950 1310 950 2050 2920 2920 2090 2090 4000 4000 2270 2230 1260 940 990 980 2.8 m² W/C C10 2.8 m² W/C D10 14.0 m² Bedroom C11 6.4 m² Study C13 9.5 m² Landing C15 1.1 m² HP C14 9.4 m² Landing D15 1.1 m² HP D14 14.0 m² Bedroom 2 D11 13.2 m² Bedroom 3 D12 6.3 m² Study D13 13.2 m² Bedroom C12 C 630 680 630 680 2170 2170 3970 3670 3670 3960 510 510 AT_WIN_04 AT_WIN_01 AT_WIN_04 AT_WIN_01 AT_WIN_04 AT_WIN_01 AT_WIN_04 AT_WIN_01 AT_D_03 AT_D_03 AT_D_03 AT_D_03 AT_D_04 AT_D_04 AT_D_03 AT_D_03 AT_D_03 AT_D_03 6 A102 5 A102 AT_EW_03 25mm Treated Timber vertical cladding from Halt Ldt, 40mm counter batters to hold up timber cladding, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm Gyproc plasterboard, 3mm Skim finish AT_IW_01 100mmX44mm earther radiata treated timber stud partition. Studs at max 400mm c/c with horizontal bracing at half height, double sole plate. Non flamable SCS certified. GIK sound proofing. Db 58 with a thermal conductivity of 0.037W/mK, fire rating of B-S2 AT_PW_01 20mm Gyproc fireline plasterboard, 40mm service cavity, 89mm Timber frame single stud packed with Knaft mineral wool insulation, 9mm grade 3 OSB board, 40mm air cavity, 9mm grade 3 OSB board, 89mm Timber frame single stud packed with mineral wool insulation, 40mm service cavity, 20mm Gyproc fireline plasterboard. AT_PW_02 25mm Treated Timber vertical cladding from Halt Ldt, 40mm counter battens to hold up timber cladding, 40mm ventilation cavity, 89mm Timber frame packed with Knaft mineral wool, 9mm Grade 3 OSB board, 40mm air cavity, 9mm Grade 3 OSB board, 89mm Timber frame packed with mineral wool, 40mm serivce cavity, 12.5mm Gyproc plasterboard, 3mm Skim finish AT_EW_03 AT_EW_03 AT_EW_03 AT_EW_03 12 11 13 10 A 7 4 1 9 6 3 2 5 8 B 13.6 m² Bedroom 2 A8 6.6 m² Study A9 14.1 m² Bedroom 1 A7 9.5 m² Landing A11 1.1 m² HP A10 2.7 m² W/C A6 14.1 m² Bedroom 1 B7 13.6 m² Bedroom 2 B8 6.5 m² Study B9 9.3 m² Landing B11 1.1 m² HP B10 2.6 m² W/C B6 2.6 m² W/C C6 14.2 m² Landing C9 14.8 m² Bedroom 1 C7 18.9 m² Living room C8 19.1 m² Living room D8 14.0 m² Landing D9 14.7 m² Bedroom 1 D7 2.6 m² W/C D6 1200 2270 2200 2200 2180 C 114047011209002020900136047013607702020770250111047013607702020770136047013608802020890420 2160 470 3920 1520 410 1000 1350 960 2100 1290 960 1000 1000 2980 2980 3640 3990 3990 3640 3200 3200 112047020302020223047021602020980870470242020202020 470235020201310 4070 4070 2050 2050 2230 2230 660 660 660 660 500 500 1000 2710 2950 1000 4050 2180 4060 2200 3990 3640 3640 3990 3010 3010 1000 980 1470 1470 AT_WIN_01 AT_WIN_04 AT_WIN_01 AT_WIN_01 AT_WIN_04 AT_WIN_04 AT_WIN_04 AT_WIN_01 AT_WIN_04 AT_WIN_01 AT_WIN_04 AT_WIN_01 AT_WIN_04 AT_WIN_01 AT_WIN_04 AT_WIN_01 AT_WIN_02 AT_WIN_04 AT_D_04 AT_D_03 AT_D_03 AT_D_03 AT_D_04 AT_D_04 AT_D_04 AT_D_03 AT_D_03 AT_D_03 AT_D_04 AT_D_03 AT_D_03 AT_D_04 AT_D_03 AT_D_03 6 A102 5 A102 AT_EW_02 20mm Kilsaran white smooth render finish, 100 15N Kilsaran concrete block on edge, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm gyrpoc plasterboard with a 3mm skim finish. AT_EW_03 25mm Treated Timber vertical cladding from Halt Ldt, 40mm counter batters to hold up timber cladding, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm Gyproc plasterboard, 3mm Skim finish AT_IW_01 100mmX44mm earther radiata treated timber stud partition. Studs at max 400mm c/c with horizontal bracing at half height, double sole plate. Non flamable SCS certified. GIK sound proofing. Db 58 with a thermal conductivity of 0.037W/mK, fire rating of B-S2 AT_PW_01 20mm Gyproc fireline plasterboard, 40mm service cavity, 89mm Timber frame single stud packed with Knaft mineral wool insulation, 9mm grade 3 OSB board, 40mm air cavity, 9mm grade 3 OSB board, 89mm Timber frame single stud packed with mineral wool insulation, 40mm service cavity, 20mm Gyproc fireline plasterboard. AT_EW_01 100mm Kingscourt Brick on stretcher bond, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40m AT_PW_01 AT_PW_01 AT_EW_03 AT_EW_02 AT_EW_02 AT_EW_03 AT_EW_03 13 7 4 1 9 6 3 2 5 8 6540 6500 6500 6440 3050 2790 2790 3020 7830 7830 7830 7830 1000 1000 1000 1000 AT_FD_01 AT_FD_01 AT_FD_01 AT_FD_01 AT_FD_01 AT_FD_01 AT_FD_01 AT_FD_01 AT_FD_01 AT_RW_01 AT_RW_01 AT_RW_01 AT_RW_01 AT_RW_01 AT_RW_01 AT_RW_02 AT_RW_02 AT_RW_02 AT_RW_02 100mm 15N Kilsaran concrete block, 50mm cast in situ filled between concrete blocks, 100mm 15N Kilsaran concrete block AT_RW_01 100mm 15N Kilsaran concrete block, 50mm cast in situ filled between concrete blocks, 215mm 15N Kilsaran concrete block AT_FD_01 900x300mm IBEC Concrete cast in situ foundation pad. 400mm Mesh With 50mm Cover On The Bottom. Bottom Of Foundation To Be Min 625mm Below Ground Level. AT_RS_01 Radon Sump Located Below GL with a compressive strength of 29.5 mm deflection under 10kN load 12 11 13 10 A 7 4 1 9 6 3 2 5 8 B C AT_RF_01 Berona Std Black 600mmX300mm Double Lapped Natural Slate Roof Finish @ 6mm Thickness, slates may come in any thickness between 5mm and 10mm with the overall average being 6mm thickness. Set out first course @225mm Min, set out second course @345mm Min. Set out first course 50mm from the gutter. Battens to be set out every 253mm AT_G_01 Floplast rain water gutter with downpipe behind each movement joint, downpipe 68mm calculated using, mean annual rainfall in mm area in m2 x runoff factor = collected rainwater in litres. AT_RF_02 18mm PVC roof finsh from Marvec, 9mm Grade 3 OSB board, vapour control layer wrapped under the OSB board 33502700418027004050271041302740950 44904490 500 2250 2250 500 100mm DIA UPVC @ A FALL OF 1-60 Fire Hydrant Mini Pillar Box Mini Sub Station Surface Water Manhole Foul Water Manhole AJ Capital Valley DPC Memtech R1 Radon Barrier PHS Astra Vapour Control Membrane Kingspan Nilvent Breather Membrane DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTION DATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: Project OriginatorVolume STATUS: REV: (Revit Sheet Number) Level Role Number Type REV As indicated 02/11/2023 21:02:45 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\Tech2104 TDS Timber and Steel\Projects\Assignment 4\Final Submission\Timber Frame House Revit.rvt McNamee B C22443836 Plans @ 1-100 TDS Shankill Timber Hosuing BMN PF BMN PF PRO5 3 ZZZZ AT 001 M3 0 100020005000 SCALE: 1:100 N SCALE: 1 100 0-FFL Plan 1 SCALE: 1 100 2-FFL Plan 3 SCALE: 1 100 1-FFL Plan 2 SCALE: 1 100 -1 Foundation Plan 4 SCALE: 1 100 Roof Plan 5 SCALE: 1 200 Site 6
m²18076UNIT 3
1-FFLLiving room18.9 m²18103UNIT 4
1-FFLStudy6.6 m²10476UNIT 1
1-FFLStudy6.5 m²10346UNIT 2
1-FFLW/C2.7
0-FFL Plan 0.000 m 0 1-SFL 2.735 m 1 -1 Foundation Plan -0.900 m -1 2-Ceiling 5.201 m 2 1-Ceiling 2.432 m 1 1-FFL 2.769 m 1 2-SFL 5.504 m 2 2 FFL 5.538 m 2 3 Ceiling 7.970 m 3 A B C AT_WIN_01 AT_D_03 AT_D_03 AT_WIN_01 AT_WIN_01 AT_D_04 AT_D_03 AT_D_03 AT_D_03 AT_D_03 AT_D_04 AT_D_02 AT_WIN_01 AT_WIN_01 160 2100 1470 2100 670 2140 2100 670 2100 670 2140 19.2 m² Family Room D3 16.5 m² Kitchen/Dining D2 14.7 m² Bedroom 1 D7 19.1 m² Living room D8 13.2 m² Bedroom D12 14.0 m² Bedroom D11 1 A103 3 A103 1 A104 AT_FD_01 AT_RW_01 AT_RW_01 AT_EW_03 AT_FD_01 AT_TB_01 Kilsaran 12N Thermal Block(IS EN 771-3 to system +2), appendix D of TDG L 2019 complian. Thermal conductivity 0.34W/mK. Thermal blocks to be dipped in bitumen to protect them from any moisture. AT_POSI_01 Mitek Posi joist PS-12 Span of 5600mm max, size to be 304mmX97mm with a deflection of 14.58mm AT_RF_02 18mm PVC roof finsh from Marvec, 9mm Grade 3 OSB board, vapour control layer wrapped under the OSB board AT_RF_01 AT_RT_01 AT_GF_01 2150 2150 2150 2950 0-FFL Plan 0.000 m 0 1-SFL 2.735 m 1 -1 Foundation Plan -0.900 m -1 2-Ceiling 5.201 m 2 1-Ceiling 2.432 m 1 1-FFL 2.769 m 1 2-SFL 5.504 m 2 2 FFL 5.538 m 2 3 Ceiling 7.970 m 3 13 10 AT_D_03 AT_D_04 AT_D_06 13.2 m² Bedroom 3 D12 6.3 m² Study D13 19.1 m² Living room D8 14.0 m² Landing D9 10.0 m² Hall D4 19.2 m² Family Room D3 5 A103 3 A104 AT_PW_01 AT_EW_03 AT_EW_02 AT_RW_02 AT_RW_01 AT_FD_01 AT_FD_01 AT_IW_01 AT_IW_01 AT_IW_01 AT_GF_01 10mm avoca oak enginnered treated timber floor planks can be nailed. Solid wood floors up to 150mm width can be glued down. 225mm cast in situ concrete floor ground bearing slab. 300mm Unilin PIR insulation with 50mm perimeter insualtion around concrete floor slab. 25mm sand screed. 225 landscapedepot compressed hardcore. AT_CC_01 Kingspan Thermabate Fire Break Cavity Closer, Certified to BES 6001, Thermal conductivity of 0.034 W/mK. Used at every window and door. To be placed inbetween the posi joists at the party wall as shown and at the roof level AT_RT_01 Quinn Truss Posi roof C18 77mmX147mm with a pitch of 35 degrees @ max 600 c/c, Int and Bttm boom depth is 100mm. Diagonal bracing 25mmX50mm and to be no more than 3600mm long so needs to be lapped. Apex bracing to be lapped in the middle and must cover a min of two rafters. Sabrefix nail plates, galvanised 150mmX75mm to be used at timber joinery. AT_RI_01 Knaft Loft Eko rool 150mm to be used above roof level plywood and packed between Bttm boom of the Posi rafters as shown. Fire rated to A1L 1100 2150 660 230 0-FFL Plan 0.000 m 0 1-SFL 2.735 m 1 2-Ceiling 5.201 m 2 1-Ceiling 2.432 m 1 1-FFL 2.769 m 1 2-SFL 5.504 m 2 2 FFL 5.538 m 2 3 Ceiling 7.970 m 3 A B C 2540 670 2250 5720 AT_EW_02 20mm Kilsaran white smooth render finish, 100 15N Kilsaran concrete block on edge, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm gyrpoc plasterboard with a 3mm skim finish. AT_EW_03 25mm Treated Timber vertical cladding from Halt Ldt, 40mm counter batters to hold up timber cladding, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm Gyproc plasterboard, 3mm Skim finish AT_RF_02 18mm PVC roof finsh from Marvec, 9mm Grade 3 OSB board, vapour control layer wrapped under the OSB board AT_RF_01 Berona Std Black 600mmX300mm Double Lapped Natural Slate Roof Finish @ 6mm Thickness, slates may come in any thickness between 5mm and 10mm with the overall average being 6mm thickness. Set out first course @225mm Min, set out second course @345mm Min. Set out first course 50mm from the gutter. Battens to be set out every 253mm 0-FFL Plan 0.000 m 0 1-SFL 2.735 m 1 2-Ceiling 5.201 m 2 1-Ceiling 2.432 m 1 1-FFL 2.769 m 1 2-SFL 5.504 m 2 2 FFL 5.538 m 2 3 Ceiling 7.970 m 3 A B C 21506202150 1550 3370 3210 2770 5200 2520 6500 AT_PW_02 25mm Treated Timber vertical cladding from Halt Ldt, 40mm counter battens to hold up timber cladding, 40mm ventilation cavity, 89mm Timber frame packed with Knaft mineral wool, 9mm Grade 3 OSB board, 40mm air cavity, 9mm Grade 3 OSB board, 89mm Timber frame packed with mineral wool, 40mm serivce cavity, 12.5mm Gyproc plasterboard, 3mm Skim finish AT_EW_03 25mm Treated Timber vertical cladding from Halt Ldt, 40mm counter batters to hold up timber cladding, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm Gyproc plasterboard, 3mm Skim finish AT_EW_02 20mm Kilsaran white smooth render finish, 100 15N Kilsaran concrete block on edge, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm gyrpoc plasterboard with 3mm skim finish. 0-FFL Plan 0.000 m 0 1-SFL 2.735 m 1 2-Ceiling 5.201 m 2 1-Ceiling 2.432 m 1 1-FFL 2.769 m 1 2-SFL 5.504 m 2 2 FFL 5.538 m 2 3 Ceiling 7.970 m 3 12 11 13 10 7 4 1 9 6 3 2 5 8 2150620215062021502303270 6001550122015502303270 215062021502303270 60015501220155012201550230 3270 AT_D_02 AT_D_02 AT_D_02 AT_D_02 AT_WIN_04 AT_WIN_04 AT_WIN_04 AT_WIN_01 AT_WIN_04 AT_WIN_01 AT_WIN_04 AT_WIN_04 AT_WIN_01 AT_WIN_04 AT_WIN_04 AT_WIN_01 AT_WIN_01 AT_WIN_04 AT_WIN_01 AT_WIN_04 1 A105 AT_RF_01 Berona Std Black 600mmX300mm Double Lapped Natural Slate Roof Finish @ 6mm Thickness, slates may come in any thickness between 5mm and 10mm with the overall average being 6mm thickness. Set out first course @225mm Min, set out second course @345mm Min. Set out first course 50mm from the gutter. Battens to be set out every 253mm AT_EW_03 25mm Treated Timber vertical cladding from Halt Ldt, 40mm counter batters to hold up timber cladding, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm Gyproc plasterboard, 3mm Skim finish AT_EW_02 20mm Kilsaran white smooth render finish, 100 15N Kilsaran concrete block on edge, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm gyrpoc plasterboard with 3mm skim finish. AT_EW_03 25mm Treated Timber vertical cladding from Halt Ldt, 40mm counter batters to hold up timber cladding, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm Gyproc plasterboard, 3mm Skim finish AT_EW_02 20mm Kilsaran white smooth render finish, 100 15N Kilsaran concrete block on edge, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm gyrpoc plasterboard with a 3mm skim finish. AT_G_01 Floplast rain water gutter with downpipe behind each movement joint, downpipe 68mm calculated using, mean annual rainfall in mm area in m2 x runoff factor = collected rainwater in litres. 0-FFL Plan 0.000 m 0 1-SFL 2.735 m 1 2-Ceiling 5.201 m 2 1-Ceiling 2.432 m 1 1-FFL 2.769 m 1 2-SFL 5.504 m 2 2 FFL 5.538 m 2 3 Ceiling 7.970 m 3 12 11 13 10 7 4 1 9 6 3 2 5 8 600 1550 1420 2150 2500 2950 2950 600 1550 1420 1550 600 620 2150 2520 2940 5720 AT_D_01 AT_WIN_03 AT_WIN_01 AT_D_01 AT_WIN_03 AT_WIN_01 AT_D_01 AT_WIN_03 AT_WIN_01 AT_WIN_03 AT_D_01 AT_WIN_01 AT_WIN_04 AT_WIN_01 AT_WIN_04 AT_WIN_01 AT_WIN_04 AT_WIN_01 AT_WIN_04 AT_WIN_01 AT_WIN_04 AT_WIN_01 AT_WIN_04 AT_WIN_01 AT_RF_01 Berona Std Black 600mmX300mm Double Lapped Natural Slate Roof Finish @ 6mm Thickness, slates may come in any thickness between 5mm and 10mm with the overall average being 6mm thickness. Set out first course @225mm Min, set out second course @345mm Min. Set out first course 50mm from the gutter. Battens to be set out every 253mm AT_EW_03 25mm Treated Timber vertical cladding from Halt Ldt, 40mm counter batters to hold up timber cladding, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm Gyproc plasterboard, 3mm Skim finish AT_EW_01 100mm Kingscourt Brick on stretcher bond, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40m AT_EW_02 20mm Kilsaran white smooth render finish, 100 15N Kilsaran concrete block on edge, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm gyrpoc plasterboard with a 3mm skim finish. AT_G_01 Floplast rain water gutter with downpipe behind each movement joint, downpipe 68mm calculated using, mean annual rainfall in mm x area in m2 x runoff factor = collected rainwater in litres. AT_EW_01 AT_EW_01 AT_EW_01 AT_EW_02 AT_EW_02 AT_EW_02 AT_EW_03 AT_EW_03 Capital Valley DPC Memtech R1 Radon Barrier PHS Astra Vapour Control Membrane Kingspan Nilvent Breather Membrane DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV As indicated 02/11/2023 21:02:47 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\Tech2104 TDS Timber and Steel\Projects\Assignment 4\Final Submission\Timber Frame House Revit.rvt McNamee B C22443836 Elevations & Sections @ 1-100 TDS Shankill Timber Hosuing BMN PF BMN PF PRO5 3 ZZZZAT 002 M3 SCALE: 1 100 Long Section 6 SCALE: 1 100 Short Section 5 SCALE: 1 100 East Elevation 1 SCALE: 1 100 West Elevation 2 SCALE: 1 100 North Elevation 3 SCALE: 1 100 South Elevation 4 Room Schedule LevelNameAreaPerimeterComments 0-FFL PlanFamily Room19.2 m²18170UNIT 3 0-FFL PlanFamily Room19.1 m²18247UNIT 4 0-FFL PlanHall10.1 m²21426UNIT 1 0-FFL PlanHall10.0 m²21271UNIT 1 0-FFL PlanHall10.0 m²21271UNIT 3 0-FFL PlanHall10.0 m²21271UNIT 4 0-FFL PlanKitchen/Dining16.7 m²16406UNIT 1 0-FFL PlanKitchen/Dining16.6 m²16330UNIT 2 0-FFL PlanKitchen/Dining16.6 m²16330UNIT 3 0-FFL PlanKitchen/Dining16.5 m²16253UNIT 4 0-FFL PlanLiving Room19.6 m²18351UNIT 1 0-FFL PlanLiving Room19.1 m²18247UNIT 2 0-FFL PlanUtility1.4 m²5386UNIT 1 0-FFL PlanUtility1.4 m²5346UNIT 2 0-FFL PlanUtility1.4 m²5346UNIT 3 0-FFL PlanUtility1.4 m²5346UNIT 4 0-FFL PlanW/C2.7 m²6707UNIT 1 0-FFL PlanW/C2.7 m²6661UNIT 2
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FFLBedroom 313.2 m²15937UNIT 4
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FFLLanding9.5 m²12941UNIT 3
FFLLanding9.4 m²12862UNIT 4
FFLStudy6.4 m²10363UNIT 3
FFLStudy6.3 m²10284UNIT 4
FFLW/C2.8 m²7043UNIT 3
FFLW/C2.8 m²6964UNIT 4
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C 201005010140504010 140 230 AT_WIN_01 AT_EW_02 20mm Kilsaran white smooth render finish, 100 15N Kilsaran concrete block on edge, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm gyrpoc plasterboard with a 3mm skim finish. AT_F_05 18mm plywood(EN 13986:2004). 8mm soundbarricade foam underlay(IIC 68, 69)(STC 63)(Delta 25). 10mm enginnered oak treated timber 353 can be nailed down. Solid wood floors up to 160mm in width can be glued down. AT_SS_01 Romex Galvansied steel external sill, thicknes of 0.7mm and a width 40mm C 230 90 104050140105010020 AT_L_01 Keystone thermally broken pressed steel galvanised HD/K-110, PSI value of 0.03-0.06 AT_EW_02 20mm Kilsaran white smooth render finish, 100 15N Kilsaran concrete block on edge, 50mm ventilation cavity, 9mm Grade OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm gyrpoc plasterboard with a 3mm skim finish. AT_WIN_01 AT_WT_01 Wall ties, installed level or with slight fall to the outer leaf. Manufactured from pultruded basalt fibres. Wall tie embedment of between 62.5mm and 75mm in each leaf should be used not at less than 2.5 per square metre(900mm horizontal x 450mm vertical c/c, openings additional ties should be used at a rate of one per 300mm height, located not more than 225mm from the edge, 225mm standard spacing for cavity brickwork. 1-SFL 2.735 m 1 1-FFL 2.769 m 1 C AT_SS_01 Romex Galvansied steel external sill, thicknes of 0.7mm and width 40mm AT_EW_02 20mm Kilsaran white smooth render finish, 100 15N Kilsaran concrete block on edge, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm gyrpoc plasterboard with a 3mm skim finish. AT_WIN_01 201005010140504010 304010 150 100 230 3 Ceiling 7.970 m 3 A 10405014010404030 30 30 220 90 AT_RF_01 Berona Std Black 600mmX300mm Double Lapped Natural Slate Roof Finish @ 6mm Thickness, slates may come in any thickness between 5mm and 10mm with the overall average being 6mm thickness. Set out first course @225mm Min, set out second course @345mm Min. Set out first course 50mm from the gutter. Battens to be set out every 253mm AT_RI_01 Knaft Loft Eko rool 150mm to be used above roof level plywood and packed between Bttm boom of the Posi rafters as shown. Fire rated to A1L AT_EW_03 25mm Treated Timber vertical cladding from Halt Ldt, 40mm counter batters to hold up timber cladding, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm Gyproc plasterboard, 3mm Skim finish AT_CC_01 Kingspan Thermabate Fire Break Cavity Closer, Certified to BES 6001, Thermal conductivity of 0.034 W/mK. Used at every window and door. To be placed inbetween the posi joists at the party wall as shown and at the roof level 2-Ceiling 5.201 m 2 2-SFL 5.504 m 2 2 FFL 5.538 m 2 12 13 AT_EW_03 25mm Treated Timber vertical cladding from Halt Ldt, 40mm counter batters to hold up timber cladding, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm Gyproc plasterboard, 3mm Skim finish AT_POSI_01 Mitek Posi joist PS-12 Span of 5600mm max, size to be 304mmX97mm with deflection of 14.58mm AT_EW_02 20mm Kilsaran white smooth render finish, 100 15N Kilsaran concrete block on edge, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm gyrpoc plasterboard with 3mm skim finish. AT_CC_01 Kingspan Thermabate Fire Break Cavity Closer, Certified to BES 6001, Thermal conductivity of 0.034 W/mK. Used at every window and door. To be placed inbetween the posi joists at the party wall as shown and at the roof level AT_PV_01 Rytons slim perpend vent minor, to be placed at max 1200mm c/c 104050140105010020 300 70 10 30 40 50 10 140 50 40 10 AT_SS_01 Romex Galvansied steel external sill, thicknes of 0.7mm and a width 40mm B 900 300 10050220 10 230 300 30 340 1005010140504010 150 50 80 340 340 AT_EW_01 100mm Kingscourt Brick on stretcher bond, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40m AT_GF_01 10mm avoca oak enginnered treated timber floor planks can be nailed. Solid wood floors up to 150mm width can be glued down. 225mm cast in situ concrete floor ground bearing slab. 300mm Unilin PIR insulation with 50mm perimeter insualtion around concrete floor slab. 25mm sand screed. 225 landscapedepot compressed hardcore. AT_WT_01 Wall ties, installed level or with a slight fall to the outer leaf. Manufactured from pultruded basalt fibres. Wall tie embedment of between 62.5mm and 75mm in each leaf should be used not at less than 2.5 per square metre(900mm horizontal 450mm vertical c/c, openings additional ties should be used at a rate of one per 300mm height, located not more than 225mm from the edge, 225mm standard spacing for cavity brickwork. AT_TB_01 Kilsaran 12N Thermal Block(IS EN 771-3 to system +2), appendix D of TDG 2019 complian. Thermal conductivity 0.34W/mK. Thermal blocks to be dipped in bitumen to protect them from any moisture. AT_FD_01 900x300mm IBEC Concrete cast in situ foundation pad. 400mm Mesh With 50mm Cover On The Bottom. Bottom Of Foundation To Be Min 625mm Below Ground Level. AT_RW_01 100mm 15N Kilsaran concrete block, 50mm cast in situ filled between concrete blocks, 215mm 15N Kilsaran concrete block Capital Valley DPC Memtech R1 Radon Barrier PHS Astra Vapour Control Membrane Kingspan Nilvent Breather Membrane DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV As indicated 02/11/2023 21:02:47 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\Tech2104 TDS Timber and Steel\Projects\Assignment 4\Final Submission\Timber Frame House Revit.rvt McNamee B C22443836 Details @ 1-5 TDS Shankill Timber Hosuing BMN PF BMN PF PRO5 3 ZZZZAT 003 M3 SCALE: 1 5 Window Jamb 2 SCALE: 1 5 Window Head 4 SCALE: 1 5 Section 5 -Callout 1 1 SCALE: 1 5 Section 5 -Callout 2 3 SCALE: 1 5 Section 6 -Callout 1 5 SCALE: 1 5 Ground Floor Slab 6
S9000 French Style Double Door30202150UNIT 1
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0-FFL Plan 0.000 m 0 1-SFL 2.735 m 1 -1 Foundation Plan -0.900 m -1 2-Ceiling 5.201 m 2 1-Ceiling 2.432 m 1 1-FFL 2.769 m 1 2-SFL 5.504 m 2 2 FFL 5.538 m 2 3 Ceiling 7.970 m 3 A AT_SR_01 Berona Std black 600mmX300mm double lapped natural slate roof finish @ 6mm thickness, slates may come in any thickness between 5mm and 10mm with the overall average being 6mm thickness. Set out first course @225mm Min, set out second course @345mm Min. Set out first course 50mm from the valley gutter. Battens to be set out every 253mm. AT_EW_03 25mm Treated Timber vertical cladding from Halt Ldt, 40mm counter batters to hold up timber cladding, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm Gyproc plasterboard, 3mm Skim finish AT_EW_02 20mm Kilsaran white smooth render finish, 100 15N Kilsaran concrete block on edge, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm gyrpoc plasterboard with a 3mm skim finish. AT_SS_01 Romex Galvansied steel external sill, thicknes of 0.7mm and a width 40mm AT_L_01 Keystone thermally broken pressed steel galvanised HD/K-110, PSI value of 0.03-0.06 AT_POSI_01 Mitek Posi joist PS-12 Span of 5600mm max, size to be 304mmX97mm with a deflection of 14.58mm AT_TB_01 Kilsaran 12N Thermal Block(IS EN 771-3 to system +2), appendix D of TDG L 2019 complian. Thermal conductivity 0.34W/mK. Thermal blocks to be dipped in bitumen to protect them from any moisture. AT_GF_01 10mm avoca oak enginnered treated timber floor planks can be nailed. Solid wood floors up to 150mm width can be glued down. 225mm cast in situ concrete floor ground bearing slab. 300mm Unilin PIR insulation with 50mm perimeter insualtion around concrete floor slab. 25mm sand screed. 225 landscapedepot compressed hardcore. AT_RW_01 100mm 15N Kilsaran concrete block, 50mm cast in situ filled between concrete blocks, 215mm 15N Kilsaran concrete block AT_FD_01 900x300mm IBEC Concrete cast in situ foundation pad. 400mm Mesh With 50mm Cover On The Bottom. Bottom Of Foundation To Be Min 625mm Below Ground Level. 0-FFL Plan 0.000 m 0 1-SFL 2.735 m 1 -1 Foundation Plan -0.900 m -1 2-Ceiling 5.201 m 2 1-Ceiling 2.432 m 1 1-FFL 2.769 m 1 2-SFL 5.504 m 2 2 FFL 5.538 m 2 3 Ceiling 7.970 m 3 12 13 AT_CC_01 Kingspan Thermabate Fire Break Cavity Closer, Certified to BES 6001, Thermal conductivity of 0.034 W/mK. Used at every window and door. To be placed inbetween the posi joists at the party wall as shown and at the roof level AT_RI_01 Knaft Loft Eko rool 150mm to be used above roof level plywood and packed between Bttm boom of the Posi rafters as shown. Fire rated to A1L AT_EW_03 25mm Treated Timber vertical cladding from Halt Ldt, 40mm counter batters to hold up timber cladding, 50mm ventilation cavity, 9mm Grade OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm Gyproc plasterboard, 3mm Skim finish AT_EW_02 20mm Kilsaran white smooth render finish, 100 15N Kilsaran concrete block on edge, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm gyrpoc plasterboard with a 3mm skim finish. AT_FD_01 900x300mm IBEC Concrete cast in situ foundation pad. 400mm Mesh With 50mm Cover On The Bottom. Bottom Of Foundation To Be Min 625mm Below Ground Level. AT_GF_01 10mm avoca oak enginnered treated timber floor planks can be nailed. Solid wood floors up to 150mm width can be glued down. 225mm cast in situ concrete floor ground bearing slab. 300mm Unilin PIR insulation with 50mm perimeter insualtion around concrete floor slab. 25mm sand screed. 225 landscapedepot compressed hardcore. AT_TB_01 Kilsaran 12N Thermal Block(IS EN 771-3 to system +2), appendix D of TDG L 2019 complian. Thermal conductivity 0.34W/mK. Thermal blocks to be dipped in bitumen to protect them from any moisture. AT_RW_01 100mm 15N Kilsaran concrete block, 50mm cast in situ filled between concrete blocks, 215mm 15N Kilsaran concrete block AT_WT_01 Wall ties, installed level or with a slight fall to the outer leaf. Manufactured from pultruded basalt fibres. Wall tie embedment of between 62.5mm and 75mm in each leaf should be used not at less than 2.5 per square metre(900mm horizontal x 450mm vertical c/c, openings additional ties should be used at a rate of one per 300mm height, located not more than 225mm from the edge, 225mm standard spacing for cavity brickwork. AT_POSI_01 Mitek Posi joist PS-12 Span of 5600mm max, size to be 304mmX97mm with a deflection of 14.58mm AT_SS_01 Romex Galvansied steel external sill, thicknes of 0.7mm and a width 40mm A 4 B AT_PW_01 20mm Gyproc fireline plasterboard, 40mm service cavity, 89mm Timber frame single stud packed with Knaft mineral wool insulation, 9mm grade 3 OSB board, 40mm air cavity, 9mm grade 3 OSB board, 89mm Timber frame single stud packed with mineral wool insulation, 40mm service cavity, 20mm Gyproc fireline plasterboard. AT_IW_01 100mmX44mm earther radiata treated timber stud partition. Studs at max 400mm c/c with horizontal bracing at half height, double sole plate. Non flamable SCS certified. GIK sound proofing. Db 58 with a thermal conductivity of 0.037W/mK, fire rating of B-S2 AT_EW_01 100mm Kingscourt Brick on stretcher bond, 50mm ventilation cavity, 9mm Grade OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40m AT_EW_02 20mm Kilsaran white smooth render finish, 100 15N Kilsaran concrete block on edge, 50mm ventilation cavity, 9mm Grade OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm gyrpoc plasterboard with a 3mm skim finish. AT_CC_01 Kingspan Thermabate Fire Break Cavity Closer, Certified to BES 6001, Thermal conductivity of 0.034 W/mK. Used at every window and door. To be placed inbetween the posi joists at the party wall as shown and at the roof level Capital Valley DPC Memtech R1 Radon Barrier PHS Astra Vapour Control Membrane Kingspan Nilvent Breather Membrane DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV As indicated 02/11/2023 21:02:48 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\Tech2104 TDS Timber and Steel\Projects\Assignment 4\Final Submission\Timber Frame House Revit.rvt McNamee B C22443836 Wall Sections & Plan @ 1-20 TDS Shankill Timber Hosuing BMN PF BMN PF PRO5 3 ZZZZAT 004 M3 SCALE: 1 20 Wall Section Parallel To POSI Joists 1 SCALE: 1 20 Wall Section Perpendicular To POSI Joists 3 SCALE: 1 20 Party Wall Plan Section 2 Door Schedule FunctionLevelType MarkDescriptionWidthHeightComments
PlanAT_D_02Gealan
Exterior0-FFL
0-FFL Plan 0.000 m 0 1-SFL 2.735 m 1 2-Ceiling 5.201 m 2 1-Ceiling 2.432 m 1 1-FFL 2.769 m 1 2-SFL 5.504 m 2 2 FFL 5.538 m 2 1 2 2150 620 2150 230 600 1550 1220 1550230 AT_WIN_01 AT_WIN_04 AT_WIN_04 AT_D_02 AT_RF_01 Berona Std Black 600mmX300mm Double Lapped Natural Slate Roof Finish @ 6mm Thickness, slates may come in any thickness between 5mm and 10mm with the overall average being 6mm thickness. Set out first course @225mm Min, set out second course @345mm Min. Set out first course 50mm from the gutter. Battens to be set out every 253mm AT_G_01 Floplast rain water gutter with downpipe behind each movement joint, downpipe 68mm calculated using, mean annual rainfall in mm area in m2 x runoff factor = collected rainwater in litres. AT_EW_03 25mm Treated Timber vertical cladding from Halt Ldt, 40mm counter batters to hold up timber cladding, 50mm ventilation cavity, 9mm Grade 3 OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm Gyproc plasterboard, 3mm Skim finish AT_EW_02 20mm Kilsaran white smooth render finish, 100 15N Kilsaran concrete block on edge, 50mm ventilation cavity, 9mm Grade OSB board, 140mm Timber frame single stud packed with Knaft mineral wool insulation, 50mm PIR insulation to reduce termal bridging, 40mm service cavity, 12.5mm gyrpoc plasterboard with a 3mm skim finish. DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 20 02/11/2023 21:02:51 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\Tech2104 TDS Timber and Steel\Projects\Assignment 4\Final Submission\Timber Frame House Revit.rvt McNamee B C22443836 Part Elevation @ 1-20 TDS Shankill Timber Hosuing BMN PF BMN PF PRO5 3 ZZZZAT 005 M3 SCALE: 1 20 North Elevation -Part Elevation 1 Window Schedule LevelType MarkDescriptionWidthHeightHead HeightComments 0-FFL PlanAT_WIN_01Gealan S9000 Side guided Timber Frame Triple Glazed Window202021502150UNIT 1 0-FFL PlanAT_WIN_01Gealan S9000 Side guided Timber Frame Triple Glazed Window202021502150UNIT 2 0-FFL PlanAT_WIN_01Gealan S9000 Side guided Timber Frame Triple Glazed Window202021502150UNIT 3 0-FFL PlanAT_WIN_01Gealan S9000 Side guided Timber Frame Triple Glazed Window202021502150UNIT 4 0-FFL PlanAT_WIN_02Gealan S9000 Side guided Timber Frame Triple Glazed Window152021502150UNIT 1 0-FFL PlanAT_WIN_03Gealan S9000 Fixed Timber Frame Triple Glazed Window47021502150UNIT 1 0-FFL PlanAT_WIN_03Gealan S9000 Fixed Timber Frame Triple Glazed Window47021502150UNIT 2 0-FFL PlanAT_WIN_03Gealan S9000 Fixed Timber Frame Triple Glazed Window47021502150UNIT 3 0-FFL PlanAT_WIN_03Gealan S9000 Fixed Timber Frame Triple Glazed Window47021502150UNIT 4 0-FFL PlanAT_WIN_04Gealan S9000 Fixed Timber Frame Triple Glazed Window47015502150UNIT 1 0-FFL PlanAT_WIN_04Gealan S9000 Fixed Timber Frame Triple Glazed Window47015502150UNIT 2 0-FFL PlanAT_WIN_04Gealan S9000 Fixed Timber Frame Triple Glazed Window47015502150UNIT 3 0-FFL PlanAT_WIN_04Gealan S9000 Fixed Timber Frame Triple Glazed Window47015502150UNIT 4 1-FFLAT_WIN_01Gealan S9000 Side guided Timber Frame Triple Glazed Window202021502150UNIT 1 1-FFLAT_WIN_01Gealan S9000 Side guided Timber Frame Triple Glazed Window202021502150UNIT 2 1-FFLAT_WIN_01Gealan S9000 Side guided Timber Frame Triple Glazed Window202021502150UNIT 3 1-FFLAT_WIN_01Gealan S9000 Side guided Timber Frame Triple Glazed Window202021502150UNIT 4 1-FFLAT_WIN_01Gealan S9000 Side guided Timber Frame Triple Glazed Window202021502150UNIT 1 1-FFLAT_WIN_01Gealan S9000 Side guided Timber Frame Triple Glazed Window202021502150UNIT 2 1-FFLAT_WIN_01Gealan S9000 Side guided Timber Frame Triple Glazed Window202021502950UNIT 3 1-FFLAT_WIN_01Gealan S9000 Side guided Timber Frame Triple Glazed Window202021502950UNIT 4 1-FFLAT_WIN_02Gealan S9000 Side guided Timber Frame Triple Glazed Window152021502150UNIT 1 1-FFLAT_WIN_04Gealan S9000 Fixed Timber Frame Triple Glazed Window47015502350UNIT 1 1-FFLAT_WIN_04Gealan S9000 Fixed Timber Frame Triple Glazed Window47015502350UNIT 2 1-FFLAT_WIN_04Gealan S9000 Fixed Timber Frame Triple Glazed Window47015502150UNIT 3
S9000 Fixed Timber Frame Triple Glazed Window47015502150UNIT 4
S9000 Fixed Timber Frame Triple Glazed Window47015502150UNIT 1 1-FFLAT_WIN_04Gealan S9000 Fixed Timber Frame Triple Glazed Window47015502150UNIT 2 1-FFLAT_WIN_04Gealan S9000 Fixed Timber Frame Triple Glazed Window47015502150UNIT 3 1-FFLAT_WIN_04Gealan S9000 Fixed Timber Frame Triple Glazed Window47015502150UNIT 4 1-FFLAT_WIN_04Gealan S9000 Fixed Timber Frame Triple Glazed Window47015502150UNIT 1 2 FFLAT_WIN_01Gealan S9000 Side guided Timber Frame Triple Glazed Window202021502150UNIT 3 2 FFLAT_WIN_01Gealan S9000 Side guided Timber Frame Triple Glazed Window202021502150UNIT 4
FFLAT_WIN_01Gealan S9000 Side guided Timber Frame Triple Glazed Window202021502950UNIT 3
FFLAT_WIN_01Gealan S9000 Side guided Timber Frame Triple Glazed Window202021502950UNIT 4
FFLAT_WIN_04Gealan S9000 Fixed Timber Frame Triple Glazed Window47015502350UNIT 3
FFLAT_WIN_04Gealan S9000 Fixed Timber Frame Triple Glazed Window47015502350UNIT 4
FFLAT_WIN_04Gealan S9000 Fixed Timber Frame Triple Glazed Window47015502150UNIT 3
FFLAT_WIN_04Gealan S9000 Fixed Timber Frame Triple Glazed Window47015502150UNIT 4 Camera View 1 2 Camera View 2 3 3D Colour View 4
1-FFLAT_WIN_04Gealan
1-FFLAT_WIN_04Gealan
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UP 121110987654321 19181716151413 UP 1211109876 19181716151413 1 A 2 3 4 5 6 B C 42005600 5600 56003300 6750 6750 1 A103 2 A103 251 m² Studio Workshop 4 14 m² Stairs 8 28 m² Serives Area 9 m² W/C 10 8 m² Entrance 11 3 m² Storage 12 3 A103 4 A103 m² Office 1 16 14 m² Storage 17 1 A106 1260 1360 250 1350 4060 3440 2210 2490 3000 4060 4060 1320 500 1160 1110 2540 1010 4360 16640 13710 3980 3060 3220 1200 1200 200 3520 980 AT_WP_01 KS1000RW wall panel system, steel composite, 150mmX5000mmX3000mm, KINGSPAN or equivalent, through-fix vetically, U-Value of 0.12 W/m2K AT_MSP_01 Double plasterboard metal stud partition system, steel+mineral wool+plasterboard, 160mmX3000mm, ICINTERIORS, mechanically fixed to manufactures details AT_UC_01 Primary structure Universal Column, steel, 203mmX203mm, HIBERNIA STEEL, bottom of steel to be welded to the base plate on the foundation pad nd fixed with anchor bolts embeddedd in the concrete foundation AT_SPR_01 Secondary structure simga purlin rail, steel, 145mmX65mmX3060mm, KINGSPAN or equivant, to be hung off steel cleat plate and welded back to the UC and bolted into place AT_CW_01 MU 800 double glazing curtain wall system, Steel frame with laminated glass, 125mm deep transoms and mullions X3000mm, AMS or equivant, machanically fixed to manufacturers detail and fixe back to the UC AND UB, U value of 1.42 W/m2K AT_D_02 Double panic bolt fire exit exterior door, zintec teel, 2520mmX1485mm, SHUTTERS AND DOORS or equivant, mechanically fixed to manufacturers details with backing onto the steel column, U value of 0.68 W/m2K AT_D_03 Lever handle and sash lock single interior door, Zintec steel, 2100mmX1025mm, SHUTTERS AND DOORS or equivant, through fixed to metal stud partiton adding shims where needed AT_SS_01 Steel stairs with 19 risers and threads, steel, 175mm riser+250mm thread+2300mmX1000mm landing, LONGJOYSTEEL, mechanically fixed to manufactures details and linded back to the simga purlins AT_W_01 AT_D_02 AT_D_01 AT_MSP_01 AT_CW_01 AT_WP_01 AT_UC_01 AT_UC_01 AT_W_01 XT 66 Double glazing aluminim framed window, aluminim with glass glazing, 1200mmX1000mm, AMS or equivant, mechanically fixed to manufcturers detail with backing plate and unsure a DPC in wrapped around the frame with small overhand at the sill level, U value of 0.91 W/m2K AT_D_03 AT_D_03 AT_D_01 AT_D_03 AT_D_01 AT_D_03 AT_D_01 Single Panic bolt fire exit exterior door, zintec teel, 2520mmX1025mm, SHUTTERS AND DOORS or equivant, mechanically fixed to manufacturers detai with a backing onto the steel Z column, U value of 0.68 W/m2K 1 A 2 3 4 5 6 B C 3380 3380 3380 3380 1 A103 2 A103 275 m² Studio Workshop 2 13 3 m² Hall 14 m² W/C 15 3 A103 4 A103 6 m² Office 2 18 1330 2670 7710 4040 4040 1590 1420 1950 1420 340 340 42005600 5600 56003300 6750 6750 AT_RC_01 Steel pressed single layer roof capping, steel, 555mmX3mm, MC MAHONS or equivalent, to be through fix to manufacturers details and welding to be avoided and overhang of 40mm min. AT_RP_02 QuadCore top dek roof panel system, steel composite 150mmX5000mmX3000mm, KINSPAN or equivalent, through fix vertically, U value of 0.12 W/m2K AT_PV_01 PV panels 400W, silicon, 1400mmX1400mm, JFW RENEWABLES, to be layed inline with the inclination of the roof and mechanically fixed to the manufacturers details with backing plate fixed back to the simg purlins AT_VG_01 Membrane lined insulated valley gutter system, stee composite, 500mmX180mmX55mmX8000mm, KINGSPAN or equivalent, fastener fixed to manufacturers details AT_RP_01 KS1000RW roof panel system, steel composite, 150mmX5000mmX3000mm, KINSPAN or equivalent, through fix vertically, U value of 0.12 W/m2K AT_WP_01 KS1000RW wall panel system, steel composite, 150mmX5000mmX3000mm, KINGSPAN or equivalent, through-fix vetically, -Value of 0.12 W/m2K AT_SP_01 Secondary structure sigma purlin, steel, 145mmX65mm, KINGSPAN or equivalent, to be fixed back to steel cleat plate abd welded into placed and fixed with anchor bolts at all points of contact with the primary structure AT_SR_01 Stability rod, steel, 25mm dia, HIBERNIA STEEL, to be weled into place at the end of each point into the UC OR UB and pushed through the secondary steel as need to secure. AT_LAB_01 Secondary structure angle beam, steel, 90mmX75mmx3mm, KINGSPAN or equivalent, ends of beam to be connected using a clip angle into the primary structure UB or UC no welding to be done AT_SS_01 Steel stairs with 19 risers and threads, steel, 175 riser+250mm thread+2300mmX1000mm landing, LONGJOYSTEEL, mechanically fixed to manufactures details and linded back to the simga purlins AT_W_01 XT 66 Double glazing aluminim framed window, aluminim with glass glazing, 1200mmX1000mm, AMS or equivant, mechanically fixed to manufcturers detail with a backing plate and unsure DPC in wrapped around the frame with small overhand at the sill level, U value of 0.91 W/m2K AT_MSP_01 Double plasterboard metal stud partition system, steel+mineral wool+plasterboard, 160mmX3000mm, ICINTERIORS, mechanically fixed to manufactures details AT_UC_01 Primary structure Universal Column, steel, 203mmX203mm, HIBERNIA STEEL, bottom of steel to be welded to the base plate on the foundation pad and fixed with anchor bolts embeddedd in the concrete foundation AT_SPR_01 Secondary structure simga purlin rail, steel, 145mmX65mmX3060mm, KINGSPAN or equivant, to be hung off steel cleat plate and welded back to the UC and bolted into place AT_UB_01 Primary structure Universal Beam, steel, 203mmX133mm, HIBERNIA STEEL, end of steel to be bolted with a clip angle on either side and fixed with anchor bolts AT_RP_01 AT_RP_01 AT_RP_01 AT_PV_01 AT_LAB_01 AT_SR_01 AT_SP_01 AT_D_01 AT_D_01 AT_WP_01 AT_WP_01 AT_VG_01 AT_W_01 AT_W_01 AT_VG_01 AT_W_01 AT_W_01 AT_D_01 1 A 2 3 4 5 6 B C 1 A103 2 A103 3 A103 4 A103 3580 5000 5000 5000 2700 42005600 5600 56003300 6750 6750 6140 6140 600 3300 4700 4700 4700 2400 900 2540 2540 2600 2600 AT_RS_01 Radon Sump located below GL with compressive strength of 29.5 mm deflection under 10kN load, 200mmX200mm, LAYDEX or equivalent, to be placed below the radon barrier and secured with compacted earth AT_GB_01 Ground beam, concrete, 600x600mm, MOORE CONCRETE, Pre Cast concrete lifted into place in trench AT_PC_01 Foundation pile cap, concrete, 900mmX900mmX600mmX8000mm, TERRADRIVE, pre cast concrete with re-bar lifted into trench AT_RS_01 AT_GB_01 AT_GB_01 AT_PC_01 AT_PC_01 AT_GB_01 AT_PC_01 AT_PC_01 AT_GB_01 1 A 2 3 4 5 6 B C 1 A103 2 A103 3 A103 4 A103 42005600 5600 56003300 6750 6750 12980 3700 3310 4240 4790 6430 5520 4730 4950 6470 5640 4710 4430 6070 5770 4930 750 620 1550 8920 5560 8920 5560 AT_RC_01 Steel pressed single layer roof capping, steel, 555mmX3mm, MC MAHONS or equivalent, to be through fix to manufacturers details and welding to be avoided and overhang of 40mm min. AT_RP_02 QuadCore top dek roof panel system, steel composite, 150mmX5000mmX3000mm, KINSPAN or equivalent, through fix vertically, U value of 0.12 W/m2K AT_PV_01 PV panels 400W, silicon, 1400mmX1400mm, JFW RENEWABLES, to be layed inline with the inclination of the roof and mechanically fixed to the manufacturers details with backing plate fixed back to the simg purlins AT_VG_01 Membrane lined insulated valley gutter system, stee composite, 500mmX180mmX55mmX8000mm, KINGSPAN or equivalent, fastener fixed to manufacturers details AT_RPC_01 Insulated roof panel capping, composite steel, 1150mmX50mm, KINGSPAN or equivalant, through fixed to roof panel with self tapping screws unsure overlapped on roof panel by min 200mm AT_RPC_01 AT_RP_01 AT_RP_01 AT_RP_01 AT_PV_01 AT_VG_01 AT_VG_01 AT_VG_01 AT_RP_01 KS1000RW roof panel system, steel composite, 150mmX5000mmX3000mm, KINSPAN or equivalent, through fix vertically, U value of 0.12 W/m2K AT_RP_02 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTION DATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: Project OriginatorVolume STATUS: REV: (Revit Sheet Number) Level Role Number Type REV 1 100 22/12/2023 17:36:16 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\Tech2104 TDS Timber and Steel\Projects\Assignment 9\McNamee_B_TECH2104_TDS_S1_P4_Stage D Revit Model.rvt McNamee B C22443836 Plans TDS xx BMN PF BMN PF PRO5 3 XXXX AT 001 M3 0 100020005000 SCALE: 1:100 N REFER: A102 SCALE: 1 : 100 0 Ground FFL 2 REFER: A102 SCALE: 1 : 100 1 Top Beam 3 REFER: A102 SCALE: 1 : 100 -1 Top Found 1 REFER: A102 SCALE: 1 : 100 2 Top Beam 4 North
0 Ground FFL 0.000 m 0 1 Top Beam 2.730 m 1 -1 Top Found -0.725 m -1 2 Top Beam 5.680 m 2 A B C 2 A106 2520 3430 6970 3170 2720 3560 160 1350 2850 3060 6180 AT_WP_01 KS1000RW wall panel system, steel composite, 150mmX5000mmX3000mm, KINGSPAN or equivalent, through-fix vetically, U-Value of 0.12 W/m2K AT_PV_01 PV panels 400W, silicon, 1400mmX1400mm, JFW RENEWABLES, to be layed inline with the inclination of the roof and mechanically fixed to the manufacturers details with backing plate fixed back to the simga purlins AT_RC_01 Steel pressed single layer roof capping, steel, 555mmX3mm, MC MAHONS or equivalent, to be through fix to manufacturers details and welding to be avoided and a overhang of 40mm min. AT_CW_01 MU 800 double glazing curtain wall system, Steel frame with laminated glass, 125mm deep transoms and mullions X3000mm, AMS or equivant, machanically fixed to manufacturers detail and fixe back to the UC AND UB, U value of 1.42 W/m2K AT_WP_01 0 Ground FFL 0.000 m 0 1 Top Beam 2.730 m 1 -1 Top Found -0.725 m -1 2 Top Beam 5.680 m 2 1 2 3 4 5 6 6970 1300 2520 2520 2520 3410 2850 6410 AT_RC_01 Steel pressed single layer roof capping, steel, 555mmX3mm, MC MAHONS or equivalent, to be through fix to manufacturers details and welding to be avoided and overhang of 40mm min. AT_WP_01 KS1000RW wall panel system, steel composite, 150mmX5000mmX3000mm, KINGSPAN or equivalent, through-fix vetically, U-Value of 0.12 W/m2K AT_W_01 XT 66 Double glazing aluminim framed window, aluminim with glass glazing, 1200mmX1000mm, AMS or equivant, mechanically fixed to manufcturers detail with backing plate and unsure a DPC in wrapped around the frame with small overhand at the sill level, U value of 0.91 W/m2K AT_D_01 Single Panic bolt fire exit exterior door, zintec steel, 2520mmX1025mm, SHUTTERS AND DOORS or equivant, mechanically fixed to manufacturers detai with a backing onto the steel Z column, U value of 0.68 W/m2K AT_D_02 Double panic bolt fire exit exterior door, zintec steel, 2520mmX1485mm, SHUTTERS AND DOORS or equivant, mechanically fixed to manufacturers details with backing onto the steel Z column, U value of 0.68 W/m2K 0 Ground FFL 0.000 m 0 1 Top Beam 2.730 m 1 -1 Top Found -0.725 m -1 2 Top Beam 5.680 m 2 1 2 3 4 5 6 2520 3410 2520 6970 6410 1300 2520 3930 5250 1480 2850 AT_W_01 XT 66 Double glazing aluminim framed window, aluminim with glass glazing, 1200mmX1000mm, AMS or equivant, mechanically fixed to manufcturers detail with backing plate and unsure DPC wrapped around the frame with small overhand at the sill level, U value of 0.91 W/m2K AT_WP_01 KS1000RW wall panel system, steel composite, 150mmX5000mmX3000mm, KINGSPAN or equivalent, through-fix vetically, U-Value of 0.12 W/m2K AT_D_02 Double panic bolt fire exit exterior door, zintec steel, 2520mmX1485mm, SHUTTERS AND DOORS or equivant, mechanically fixed to manufacturers details with backing onto the steel Z column, U value of 0.68 W/m2K AT_CW_01 MU 800 double glazing curtain wall system, Steel frame with laminated glass, 125mm deep transoms and mullions X3000mm, AMS or equivant, machanically fixed to manufacturers detail and fixe back to the UC AND UB, U value of 1.42 W/m2K AT_W_01 0 Ground FFL 0.000 m 0 1 Top Beam 2.730 m 1 -1 Top Found -0.725 m -1 2 Top Beam 5.680 m 2 A B C 6740 6970 3930 5210 1530 AT_W_01 XT 66 Double glazing aluminim framed window, aluminim with glass glazing, 1200mmX1000mm, AMS or equivant, mechanically fixed to manufcturers detail with a backing plate and unsure DPC in wrapped around the frame with a small overhand at the sill level, value of 0.91 W/m2K AT_WP_01 KS1000RW wall panel system, steel composite, 150mmX5000mmX3000mm, KINGSPAN or equivalent, through-fix vetically, U-Value of 0.12 W/m2K DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 100 22/12/2023 17:36:17 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\Tech2104 TDS Timber and Steel\Projects\Assignment 9\McNamee_B_TECH2104_TDS_S1_P4_Stage D Revit Model.rvt McNamee B C22443836 Elevations TDS xx BMN PF BMN PF PRO5 3 XXXXAT 002 M3 0 100020005000 SCALE: 1:100 N SCALE: 1 : 100 East Elevation 1 SCALE: 1 : 100 North Elevation 2 SCALE: 1 100 South Elevation 4 SCALE: 1 100 West Elevation 3
0 Ground FFL 0.000 m 0 1 Top Beam 2.730 m 1 -1 Top Found -0.725 m -1 2 Top Beam 5.680 m 2 A B C 4 A105 2520 5470 2100 1300 2520 3210 6330 7120 3210 2740 1820 251 m² Studio Workshop 150 AT_PC_01 Foundation pile cap, concrete, 900mmX900mmX600mmX8000mm, TERRADRIVE, pre cast concrete with re-bar lifted into trench AT_GB_01 Ground beam, concrete, 600x600mm, MOORE CONCRETE, Pre Cast concrete lifted into place in trench AT_W_01 XT 66 Double glazing aluminim framed window, aluminim with glass glazing, 1200mmX1000mm, AMS or equivant, mechanically fixed to manufcturers detail with backing plate and unsure a DPC in wrapped around the frame with small overhand at the sill level, U value of 0.91 W/m2K AT_WP_01 KS1000RW wall panel system, steel composite, 150mmX5000mmX3000mm, KINGSPAN or equivalent, through-fix vetically, U-Value of 0.12 W/m2K AT_WP_01 KS1000RW wall panel system, steel composite, 150mmX5000mmX3000mm, KINGSPAN or equivalent, through-fix vetically, U-Value of 0.12 W/m2K AT_UB_01 Primary structure Universal Beam, steel, 203mmX133mm, HIBERNIA STEEL, end of steel to be bolted with a clip angle on either side and fixed with anchor bolts AT_D_03 Lever handle and sash lock single interior door, Zintec steel, 2100mmX1025mm, SHUTTERS AND DOORS or equivant, through fixed to metal stud partiton dding shims where needed AT_SR_01 Stability rod, steel, 25mm dia, HIBERNIA STEEL, to be weled into place at the end of each point into the UC OR UB and pushed through the secondary steel as need to secure. AT_F_01 Ground Floor build-up,Ground floor screed, screed, 75mm, Mscreed or equivalent, movement joints to be made every 4m2 min, Ground Insulation, PIR, 150mm, KINGSPAN or equivalent, to be layed ontop of ground floor slab and to have radon barrier below the insulation panel, Floor Slab, Concrete Pre-Cast, 200MM, MOORE CONCRETE, to be pre-cast ad layed down to the manufacturers details, Compacted Hardcore, hardcore, 225mm, LANDSCAPE DEPOT or equivalent, to be layed ontop of earth and compaced to a level finish using compact rammer 0 Ground FFL 0.000 m 0 1 Top Beam 2.730 m 1 -1 Top Found -0.725 m -1 2 Top Beam 5.680 m 2 1 2 3 4 5 6 5 A105 3 A104 2 A104 1 A104 W/C 10 Studio Workshop 2 13 Studio Workshop 4 Studio Workshop 4 2530 3030 7120 2900 1300 2520 1320 2520 2950 150 2520 3400 1060 860 700 540 1060 630 610 AT_RP_02 QuadCore top dek roof panel system, steel composite, 150mmX5000mmX3000mm, KINSPAN or equivalent, through fix vertically, value of 0.12 W/m2K AT_SP_01 Secondary structure sigma purlin, steel, 145mmX65mm, KINGSPAN or equivalent, to be fixed back to steel cleat plate abd welded into placed nd fixed with anchor bolts at all points of contact with the primary structure AT_CW_01 MU 800 double glazing curtain wall system, Steel frame with laminated glass, 125mm deep transoms and mullions X3000mm, AMS or equivant, machanically fixed to manufacturers detail and fixed back to the UC AND UB, value of 1.42 W/m2K AT_D_02 Double panic bolt fire exit exterior door, zintec steel, 2520mmX1485mm, SHUTTERS AND DOORS or equivant, mechanically fixed to manufacturers details with backing onto the steel column, U value of 0.68 W/m2K AT_RP_01 KS1000RW roof panel system, steel composite, 150mmX5000mmX3000mm, KINSPAN or equivalent, through fix vertically, U value of 0.12 W/m2K AT_F_01 AT_PC_01 AT_PC_01 AT_F_01 AT_W_01 AT_RP_01 AT_PV_01 AT_RP_01 AT_WP_01 AT_RP_02 AT_W_01 AT_W_01 AT_MSP_01 AT_W_01 AT_MSP_01 0 Ground FFL 0.000 m 0 1 Top Beam 2.730 m 1 -1 Top Found -0.725 m -1 C AT_RP_02 QuadCore top dek roof panel system, steel composite 150mmX5000mmX3000mm, KINSPAN or equivalent, through fix vertically, U value of 0.12 W/m2K AT_WP_01 KS1000RW wall panel system, steel composite, 150mmX5000mmX3000mm, KINGSPAN or equivalent, through-fix vetically, U-Value of 0.12 W/m2K AT_SR_01 Stability rod, steel, 25mm dia, HIBERNIA STEEL, to be weled into place at the end of each point into the UC OR UB and pushed through the secondary steel as need to secure. AT_UC_01 Primary structure Universal Column, steel, 203mmX203mm, HIBERNIA STEEL, bottom of steel to be welded to the base plate on the foundation pad and fixed with anchor bolts embeddedd in the concrete foundation AT_CW_01 MU 800 double glazing curtain wall system, Steel frame with laminated glass, 125mm deep transoms and mullions X3000mm, AMS or equivant, machanically fixed to manufacturers detail and fixe back to the UC AND UB, U value of 1.42 W/m2K AT_GB_01 AT_F_01 AT_PV_01 PV panels 400W, silicon, 1400mmX1400mm, JFW RENEWABLES, to be layed inline with the inclination of the roof and mechanically fixed to the manufacturers details with backing plate fixed back to the simga purlins 0 Ground FFL 0.000 m 0 1 Top Beam 2.730 m 1 -1 Top Found -0.725 m -1 A AT_D_03 Lever handle and sash lock single interior door, Zintec steel, 2100mmX1025mm, SHUTTERS AND DOORS or equivant, through fixed to metal stud partiton dding shims where needed AT_WP_01 KS1000RW wall panel system, steel composite, 150mmX5000mmX3000mm, KINGSPAN or equivalent, through-fix vetically, U-Value of 0.12 W/m2K AT_SR_01 Stability rod, steel, 25mm dia, HIBERNIA STEEL, to be weled into place at the end of each point into the UC OR UB and pushed through the secondary steel as need to secure. AT_MSP_01 Double plasterboard metal stud partition system, steel+mineral wool+plasterboard, 160mmX3000mm, ICINTERIORS, mechanically fixed to manufactures details AT_SP_01 Secondary structure sigma purlin, steel, 145mmX65mm, KINGSPAN or equivalent, to be fixed back to steel cleat plate abd welded into placed and fixed with anchor bolts at all points of contact with the primary structure AT_RP_02 QuadCore top dek roof panel system, steel composite, 150mmX5000mmX3000mm, KINSPAN or equivalent, through fix vertically, U value of 0.12 W/m2K AT_PV_01 AT_F_01 AT_GB_01 AT_UC_01 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV As indicated 22/12/2023 17:36:19 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\Tech2104 TDS Timber and Steel\Projects\Assignment 9\McNamee_B_TECH2104_TDS_S1_P4_Stage D Revit Model.rvt McNamee B C22443836 Sections TDS xx BMN PF BMN PF PRO5 3 XXXXAT 003 M3 0 100020005000 SCALE: 1:100 N REFER: A101 SCALE: 1 100 Short Section 1 REFER: A101 SCALE: 1 100 Long Section 2 REFER: A101 SCALE: 1 20 Curtain Wall Section 3 REFER: A101 SCALE: 1 20 Wall Panel Section 4
1 Top Beam 2.730 m 1 1 150 30 210 150 50 10 30 170 20 170 100 500 AT_UC_01 Primary structure Universal Column, steel, 203mmX203mm, HIBERNIA STEEL, bottom of steel to be welded to the base plate on the foundation pad an fixed with anchor bolts embeddedd in the concrete foundation AT_WP_01 KS1000RW wall panel system, steel composite, 150mmX5000mmX3000mm, KINGSPAN or equivalent, through-fix vetically, U-Value of 0.12 W/m2K AT_CA_01 Clip angle steel connection, steel, 175mmX175mmx6mm, HIBERNIA STEEL, to be fixed and welded to the UB or UC from the manufacturers details AT_N_02 Self tapping nail, steel, 100mm, NAILTEX, to be placed ever 600 c/c max AT_SCR_01 Self tapping fixing, steel, 50mm, NAILTEX, to be tting according to the manufacturers details and specification AT_MF_01 Mezzanine floor with steel decking, concrete and steel, 165mm, JUNGHEINRICH, to be pre cast and placed into position with the manufacturers details AT_FB_01 Fire break, mineral wool, 165mmX20mm, KINGSPAN, to be compacted and sealed with the manufacturers details AT_P_02 Secondary structure sigma purlin, steel, 170mmX65mm, KINGSPAN or equivalent, to be fixed back to steel cleat plate abd welded into placed and fixed with anchor bolts at all points of contact with the primary structure 1 Top Beam 2.730 m 1 4 180 110 40 210 50 150 30 50 60 60 60 60 60 60 10 150 100 100 90 60 170 180 AT_P_01 Secondary structure sigma purlin, steel, 145mmX65mm, KINGSPAN or equivalent, to be fixed back to a steel cleat plate abd welded into placed and fixed with anchor bolts at all points of contact with the primary structure AT_RP_01 KS1000RW roof panel system, steel composite, 150mmX5000mmX3000mm, KINSPAN or equivalent, through fix vertically, U value of 0.12 W/m2K AT_VG_01 Membrane lined insulated valley gutter system, stee composite, 500mmX180mmX55mmX8000mm, KINGSPAN or equivalent, fastener fixed to manufacturers details AT_CA_01 Clip angle steel connection, steel, 175mmX175mmx6mm, HIBERNIA STEEL, to be fixed and welded to the UB or UC from the manufacturers details AT_UC_01 Primary structure Universal Column, steel, 203mmX203mm, HIBERNIA STEEL, bottom of steel to be welded to the base plate on the foundation pad nd fixed with anchor bolts embeddedd in the concrete foundation AT_SCR_01 Self tapping fixing, steel, 50mm, NAILTEX, to be fitting according to the manufacturers details and specification AT_WP_01 KS1000RW wall panel system, steel composite, 150mmX5000mmX3000mm, KINGSPAN or equivalent, through-fix vetically, U-Value of 0.12 W/m2K AT_W_01 XT 66 Double glazing aluminim framed window, aluminim with glass glazing, 1200mmX1000mm, AMS or equivant, mechanically fixed to manufcturers detail with a backing plate and unsure DPC in wrapped around the frame with a small overhand at the sill level, value of 0.91 W/m2K AT_AI_01 Drip flashing, aluminium, 3mm, KINGSPAN, to be fixed to the manufacturers details and fixed at each end to avoid pealing from any wind AT_N_01 Self tapping nail, steel, 165mm, NAILTEX, to be placed ever 600 c/c max AT_EB_01 Eaves beam which the gutter is fixed back to, steel 155mmX60mmX3mm, HIBERNIA STEEL, to be placed and fixed to the manufacturers details with no welding AT_RHS_01 RHS in which the window is fixed back to, steel, 100mmX50mm, HIBERNIA STEEL, to be fixed to the manufacturers details with no welding 2 Top Beam 5.680 m 2 4 100 50 210 210 210 150 150 470 50 50 160 90 130 130 100 30 40 50 AT_RPC_01 Insulated roof panel capping, composite steel, 1150mmX50mm, KINGSPAN or equivalant, through fixed to roof panel with self tapping screws unsure overlapped on roof panel by min 200mm AT_UC_01 Primary structure Universal Column, steel, 203mmX203mm, HIBERNIA STEEL, bottom of steel to be welded to the base plate on the foundation pad and fixed with anchor bolts embeddedd in the concrete foundation AT_AI_01 Drip flashing, aluminium, 3mm, KINGSPAN, to be fixe to the manufacturers details and fixed at each end to avoid pealing from any wind AT_N_01 Self tapping nail, steel, 165mm, NAILTEX, to be placed ever 600 c/c max AT_SCR_01 Self tapping fixing, steel, 50mm, NAILTEX, to be tting according to the manufacturers details and specification AT_SCR_01 Self tapping fixing, steel, 50mm, NAILTEX, to be fitting according to the manufacturers details and specification AT_P_01 Secondary structure sigma purlin, steel, 145mmX65mm, KINGSPAN or equivalent, to be fixed back to steel cleat plate abd welded into placed and fixed with anchor bolts at all points of contact with the primary structure AT_W_01 XT 66 Double glazing aluminim framed window, aluminim with glass glazing, 1200mmX1000mm, AMS or equivant, mechanically fixed to manufcturers detail with a backing plate and unsure DPC in wrapped around the frame with small overhand at the sill level, U value of 0.91 W/m2K AT_RP_01 KS1000RW roof panel system, steel composite, 150mmX5000mmX3000mm, KINSPAN or equivalent, through fix vertically, U value of 0.12 W/m2K AT_CA_01 Clip angle steel connection, steel, 175mmX175mmx6mm, HIBERNIA STEEL, to be fixed and welded to the UB or UC from the manufacturers details DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 5 22/12/2023 17:36:19 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\Tech2104 TDS Timber and Steel\Projects\Assignment 9\McNamee_B_TECH2104_TDS_S1_P4_Stage D Revit Model.rvt McNamee B C22443836 Details TDS xx BMN PF BMN PF PRO5 3 XXXXAT 004 M3 0 100020005000 SCALE: 1:100 N REFER: A103 SCALE: 1 5 Intermediate Detail 3 REFER: A103 SCALE: 1 : 5 Valley Detail 2 REFER: A103 SCALE: 1 : 5 Ridge Detail 1
0 Ground FFL 0.000 m 0 -1 Top Found -0.725 m -1 C 30150 210 180 140 500 900 20 50 10 170 150 80 70 180 150 2302308050 80 150 200 300 600 AT_WP_01 KS1000RW wall panel system, steel composite, 150mmX5000mmX3000mm, KINGSPAN or equivalent, through-fix vetically, U-Value of 0.12 W/m2K AT_UC_01 Primary structure Universal Column, steel, 203mmX203mm, HIBERNIA STEEL, bottom of steel to be welded to the base plate on the foundation pad nd fixed with anchor bolts embeddedd in the concrete foundation AT_F_01 Ground Floor build-up,Ground floor screed, screed, 75mm, Mscreed or equivalent, movement joints to be made every 4m2 min, Ground Insulation, PIR, 150mm, KINGSPAN or equivalent, to be layed ontop of ground floor slab and to have a radon barrier below the insulation panel, Floor Slab, Concrete Pre-Cast, 200MM, MOORE CONCRETE, to be pre-cast ad layed down to the manufacturers details, Compacted Hardcore, hardcore, 225mm, LANDSCAPE DEPOT or equivalent, to be layed ontop of earth and compaced to level finish using compact rammer AT_GB_01 Ground beam, concrete, 600x600mm, MOORE CONCRETE, Pre Cast concrete lifted into place in trench AT_AI_01 Drip flashing, aluminium, 3mm, KINGSPAN, to be fixe to the manufacturers details and fixed at each end to avoid pealing from any wind AT_N_03 Self tapping nail, steel, 175mm, NAILTEX, to be placed ever 600 c/c max AT_RE_01 Smooth grey render, sand and cement, 25mm, KILSARAN, to be placed onto backing mess with the manufacturers details AT_PIR_01 Perimeter backing insulation, PIR, 150mmX180mm, KINGSPAN or equivalent, to be placed and sealed with the manufacturers details AT_SCR_02 Self tapping fixing, steel, 50mm, NAILTEX, to be tting according to the manufacturers details and specification AT_P_03 Secondary structure sigma purlin, steel, 175mmX65mm, KINGSPAN or equivalent, to be fixed back to steel cleat plate abd welded into placed and fixed with anchor bolts at all points of contact with the primary structure 0 Ground FFL 0.000 m 0 -1 Top Found -0.725 m -1 6 500 900 150 210 80 150 200 230 80 50 80 230 230 13020 170 230 260 110 600 AT_CW_01 MU 800 double glazing curtain wall system, Steel frame with laminated glass, 125mm deep transoms and mullions X3000mm, AMS or equivant, machanically fixed to manufacturers detail and fixed back to the UC AND UB, value of 1.42 W/m2K AT_UC_01 Primary structure Universal Column, steel, 203mmX203mm, HIBERNIA STEEL, bottom of steel to be welded to the base plate on the foundation pad nd fixed with anchor bolts embeddedd in the concrete foundation AT_F_01 Ground Floor build-up,Ground floor screed, screed, 75mm, Mscreed or equivalent, movement joints to be made every 4m2 min, Ground Insulation, PIR, 150mm, KINGSPAN or equivalent, to be layed ontop of ground floor slab and to have a radon barrier below the insulation panel, Floor Slab, Concrete Pre-Cast, 200MM, MOORE CONCRETE, to be pre-cast ad layed down to the manufacturers details, Compacted Hardcore, hardcore, 225mm, LANDSCAPE DEPOT or equivalent, to be layed ontop of earth and compaced to level finish using compact rammer AT_GB_01 Ground beam, concrete, 600x600mm, MOORE CONCRETE, Pre Cast concrete lifted into place in trench AT_AI_01 Drip flashing, aluminium, 3mm, KINGSPAN, to be fixe to the manufacturers details and fixed at each end to avoid pealing from any wind AT_RE_01 Smooth grey render, sand and cement, 25mm, KILSARAN, to be placed onto backing mess with the manufacturers details AT_SCR_02 Self tapping fixing, steel, 50mm, NAILTEX, to be tting according to the manufacturers details and specification AT_PIR_01 Perimeter backing insulation, PIR, 150mmX180mm, KINGSPAN or equivalent, to be placed and sealed with the manufacturers details DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 5 22/12/2023 17:36:19 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\Tech2104 TDS Timber and Steel\Projects\Assignment 9\McNamee_B_TECH2104_TDS_S1_P4_Stage D Revit Model.rvt McNamee B C22443836 Details 2 TDS xx BMN PF BMN PF PRO5 3 XXXXAT 005 M3 0 100020005000 SCALE: 1:100 N REFER: A103 SCALE: 1 5 Wall Panel Floor Detail 4 REFER: A103 SCALE: 1 5 Curtain Wall Floor Detail 5
0 Ground FFL 0.000 m 0 1 Top Beam 2.730 m 1 2 Top Beam 5.680 m 2 B C 2520 650 230 3570 230 160810370800 430690230 3170 800 1300 2100 AT_PV_01 PV panels 400W, silicon, 1400mmX1400mm, JFW RENEWABLES, to be layed inline with the inclination of the roof and mechanically fixed to the manufacturers details with a backing plate fixed back to the simga purlins AT_WP_01 KS1000RW wall panel system, steel composite, 150mmX5000mmX3000mm, KINGSPAN or equivalent, through-fix vetically, U-Value of 0.12 W/m2K AT_CW_01 MU 800 double glazing curtain wall system, Steel frame with laminated glass, 125mm deep transoms and mullions X3000mm, AMS or equivant, machanically fixed to manufacturers detail and fixe back to the UC AND UB, U value of 1.42 W/m2K AT_MSP_01 Double plasterboard metal stud partition system, steel+mineral wool+plasterboard, 160mmX3000mm, ICINTERIORS, mechanically fixed to manufactures details AT_CW_01 MU 800 double glazing curtain wall system, Steel frame with laminated glass, 125mm deep transoms and mullions X3000mm, AMS or equivant, machanically fixed to manufacturers detail and fixe back to the UC AND UB, U value of 1.42 W/m2K AT_D_03 Lever handle and sash lock single interior door, Zintec steel, 2100mmX1025mm, SHUTTERS AND DOORS or equivant, through fixed to metal stud partiton dding shims where needed AT_RP_01 KS1000RW roof panel system, steel composite, 150mmX5000mmX3000mm, KINSPAN or equivalent, through fix vertically, value of 0.12 W/m2K AT_RPC_01 Insulated roof panel capping, composite steel, 1150mmX50mm, KINGSPAN or equivalant, through fixed to roof panel with self tapping screws unsure overlapped on roof panel by min 200mm 6 B C 2 A103 6540 160 160 840840840840840840 160 20 90 90 60 AT_CW_01 MU 800 double glazing curtain wall system, Steel frame with laminated glass, 125mm deep transoms and mullions X3000mm, AMS or equivant, machanically fixed to manufacturers detail and fixe back to the UC AND UB, U value of 1.42 W/m2K AT_F_01 Ground Floor build-up,Ground floor screed, screed, 75mm, Mscreed or equivalent, movement joints to be made every 4m2 min, Ground Insulation, PIR, 150mm, KINGSPAN or equivalent, to be layed ontop of ground floor slab and to have radon barrier below the insulation panel, Floor Slab, Concrete Pre-Cast, 200MM, MOORE CONCRETE, to be pre-cast ad layed down to the manufacturers details, Compacted Hardcore, hardcore, 225mm, LANDSCAPE DEPOT or equivalent, to be layed ontop of earth and compaced to a level finish using a compact rammer AT_WP_01 KS1000RW wall panel system, steel composite, 150mmX5000mmX3000mm, KINGSPAN or equivalent, through-fix vetically, -Value of 0.12 W/m2K AT_UC_01 Primary structure Universal Column, steel, 203mmX203mm, HIBERNIA STEEL, bottom of steel to be welded to the base plate on the foundation pad nd fixed with anchor bolts embeddedd in the concrete foundation AT_SR_01 Stability rod, steel, 25mm dia, HIBERNIA STEEL, to be weled into place at the end of each point into the UC OR UB and pushed through the secondary steel as need to secure. AT_CW_01 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 20 22/12/2023 17:36:20 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\Tech2104 TDS Timber and Steel\Projects\Assignment 9\McNamee_B_TECH2104_TDS_S1_P4_Stage D Revit Model.rvt McNamee B C22443836 Part Elevation/Plan TDS xx BMN PF BMN PF PRO5 3 XXXXAT 006 M3 0 100020005000 SCALE: 1:100 N REFER: A102 SCALE: 1 : 20 Part Elevation 2 REFER: A101 SCALE: 1 20 Part Plan 1
UP 2222 1722 5790 4970 31621 30356 12447 6433 2077 23793 14237 6444 24154 1078 45818 1596 3900 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 200 22/12/2023 17:36:21 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\Tech2104 TDS Timber and Steel\Projects\Assignment 9\McNamee_B_TECH2104_TDS_S1_P4_Stage D Revit Model.rvt McNamee B C22443836 Site Plan TDS xx BMN PF BMN PF PRO5 3 XXXXAT 007 M3 0 100020005000 SCALE: 1:100 N REFER: A102 SCALE: 1 200 Site 1 North East Quad Building 6 Stories High Brick Facade The ClockTower 3 Stories High Stone Facade Grass Field Brickwork Footpath Boundary Water Mains Foul Water Gas Line ESB Line Electrical Line
1 A 2 3 4 5 6 B C DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 22/12/2023 17:36:26 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\Tech2104 TDS Timber and Steel\Projects\Assignment 9\McNamee_B_TECH2104_TDS_S1_P4_Stage D Revit Model.rvt McNamee B C22443836 Renders & 3D TDS xx BMN PF BMN PF PRO5 3 XXXXAT 008 M3 0 100020005000 SCALE: 1:100 N SCALE: 3D VIEW 1 1 SCALE: 3D VIEW 2 2
UP 2 C 3 4 5 6 7 D F E A 8 1 G 2700 2700 2700 3800 1190 3800 3800 5000 1000 1000 6000 6000 8150 7000 7000 5000 5000 B -1 Basement FFL 1457 m² CarPark -1 Basement FFL m² Store Room -1 Basement FFL 6 m² Lift Core -1 Basement FFL 44 m² Room -1 Basement FFL 17 m² Stair Core -1 Basement FFL 8 m² Lobby -1 Basement FFL 8 m² Store Room 4710 8630 2710159014308630 4710 13130 863014308630 8850 8250 1 A106 1 A107 2510 2820 3000 3100 1310 1310 2820 2940 4020 3520 350 1800 2100 2700 6620 1420 9500 8080 9450 8030 8080 8080 9450 8030 7930 7930 4560 4560 16950 32100 48600 7000 2700 6100 5000 2700 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 EV Parking No.1 EV Parking No.2 EV Parking No.3 EV Parking No.4 EV Parking No.5 EV Parking No.6 5000 7000 Disabled Parking No.1 Disabled Parking No.2 Disabled Parking No.3 AT_BW_01 Basement level external wall cast in situ, Concrete, 300mm, wall to be cast in situ and to be sized and checked by engineer AT_W_01 Cast In Situ Wall FD 60, Concrete, 200mm, load bearing cast in situ wall to be sized and checked by engineer AT_FD_01 FD 60 fire door basement level, timber and steel, 1100mmX2100mm, door to be 60 min fire rated and checked and signed off by fire engineer AT_W_01 AT_FD_01 AT_FD_01 AT_FD_01 AT_FD_01 AT_FD_01 AT_SP_01 One sump pit provided on each end of basement, to be used in emergency flooding and in coordnance with a motorized pump and discharge pipe, discharge pipe to be linked with petroleum interceptor before being connected to surface water system, 400mmX200mm sump pit with 500mmX300mm metal grill to cover sump pit to ensure sump pit is covered, basement floors at fall of 1:100 into sump pit AT_S_01 PreCast stairs system, Concrete, 200mmX1100mm, stairs to have a rise of 200mm and a thread depth of 250mm and to be 1100mm wide all around to comply with part B and M AT_ED_01 Elevator door full automatic, 1200mmX2100mm, Steel, to be installed and fixed to manufactures spec, non fire rated and not safe to use in fire emergency Cast in situ colum, Concrete, 450mmX450mm,R.C cast in situ column which resists earth and hydrostatic pressures as well as transmitting superstructure loads to the raft foundation slab Fall 1:100 Fall 1:100 Fall 1:100 Fall 1:100 Transition gradient 1:6 Ramp gradient 1:12 Vents to cover 5% of total floor area 40.8m2 of vents to be used on each of the longer side on the basement DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTION DATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: Project OriginatorVolume STATUS: REV: (Revit Sheet Number) Level Role Number Type REV 1 100 22/04/2024 20:28:55 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 Basement Plan TDS xx BMN PF BMN PF PRO 5 3 XXXX AT 001 M3 0 100020005000 SCALE: 1:100 N REFER: A106 SCALE: 1 100 -1 Basement FFL 1 North
UP UP 18 17 16 15 14 13 12 11 10 20 19 18 17 16 15 14 13 12 11 10 UP UP 16 15 14 13 12 11 10 2 C 3 4 5 6 7 D F E Ground FFL m² Storage 1 Ground FFL m² Lift Core Ground FFL 145 m² Retail/Cafe Ground FFL 155 m² Retail/Cafe 0 Ground FFL 18 m² Lobby 3 Ground FFL m² Lobby 2 Ground FFL 57 m² Lobby 1 A106 1 A107 8530 8530 2510 2820 8530 1800 2100 9950 4100 5530 7110 4210 2700 3520 3920 1470 2820 2650 1100 1800 5010 3650 3650 North AT_EX_01 Single leaf outward opening door system AT_EX_02 Double leaf outward opening door system AT_CW_01 Stick curtain walling ADS75 with transoms at 1200mm c/c and mullions at door level, Aluminium, 150mmX1200mm, SCHUC ADS75, vertical mullions to be placed and fixed down first then the horizontal and then infill panels all to the manufactures spec AT_Panel D_06 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 2890mmX4000mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec AT_GF_01 300mm R.C cast in situ ground floor with 75mm insulation and 75mm scredd on top, structure to be checked and sized to the engineers spec AT_CC_01 Cast in situ column, Concrete, 800mmX300mm, column to be made via cast in situ and to be checked and sized to engineers spec AT_W_03 Riser double layer plasterboar, Plasterboard, 30mm, to be fire rated and sealed and signed off and checked by fire engineer AT_W_01 Cast In Situ Wall FD 60, Concrete, 200mm, load bearing cast in situ wall to be sized and checked by engineer AT_W_01 AT_W_01 AT_W_02 AT_W_01 AT_W_01 1200 1200 AT_EX_01 AT_EX_01 AT_EX_01 AT_FD_01 AT_ED_01 3180 0 Ground FFL 6 m² WC.1 Lobby Ground FFL m² WC.2 Lobby 0 Ground FFL 5 m² WC.2 0 Ground FFL 5 m² WC.1 2500 2500 2000 2000 2100 2100 4430 4430 450 450 2 C 3 4 5 6 7 D F E First FFL 18 m² Stair Core 1 First FFL 53 m² Lobby 1 First FFL 5 m² Storage First FFL 30 m² Apt Kitchen 1 First FFL 12 m² Apt 1 Bedroom 1 First FFL m² Apt 1 Ensuite 1 First FFL 13 m² Apt 1 Hallway 1 First FFL 2 m² Apt 1 Storage 1 1 First FFL 14 m² Apt 1 Bedroom 2 1 First FFL 3 m² Apt 1 Bathroom First FFL m² Apt 1 Storage 1 A111 1 A115 First FFL 12 m² Apt Bedroom 1 First FFL 13 m² Apt 2 Hallway First FFL m² Apt 2 Storage 1 First FFL m² Apt 2 Ensuite First FFL m² Apt 2 Bathroom 1 First FFL 1 m² Apt 2 Storage 2 1 First FFL 14 m² Apt 2 Bedroom 2 First FFL 30 m² Apt 2 Kitchen 1 First FFL 6 m² Lift core 1 First FFL 14 m² Apt Bedroom 2 1 First FFL 12 m² Apt 3 Bedroom 1 1 First FFL 4 m² Apt 3 Ensuite First FFL 13 m² Apt 3 Hallway First FFL m² Apt 3 Storage 1 First FFL m² Apt 3 Storage 1 First FFL 3 m² Apt 3 Bathroom First FFL m² Apt 4 Bathroom First FFL 1 m² Apt 4 Storage 2 1 First FFL 14 m² Apt 4 Bedroom 2 1 First FFL 12 m² Apt 4 Bedroom 1 First FFL m² Apt 4 Ensuite First FFL 13 m² Apt 4 Hallway 1 First FFL 2 m² Apt 4 Storage 1 First FFL 29 m² Apt 4 Kitchen First FFL 30 m² Apt 3 Kitchen 1 A106 1 A107 5540 2890 6160 1530 450 310 1130 440 1500 1560 1400 250 1230 1330 2450 1040 3970 3700 2100 2700 1800 2700 4100 4210 1430 2820 6700 1060 460 800 3000 1310 3700 6150 5580 360 1260 3130 2850 1360 1450 2000 1490 1400 1490 1360 1160 1330 2450 1040 3970 6140 3700 3430 3970 5510 2920 790 2150 1400 850 1810 2450 1040 1420 1330 1150 1500 3670 500 100 1420 3020 3570 1350 1750 1400 1810 1040 2450 1330 3700 3970 1300 1470 2540 6160 5600 1260 1640 2830 980 1360 1500 1150 1810 1080 3480 1820 North AT_Panel D_02 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 8210mmX3150mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15 W/m2K AT_Panel D_01 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 9835mmX3150mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15W/m2K AT_W_01 Cast In Situ Wall FD 60, Concrete, 200mm, load bearing cast in situ wall to be sized and checked by engineer AT_W_02 Double layer plasterboard single metal stud partition wall FD 30 AT_D_01 Apt Interior Single FD 30 Timber Frame Door AT_D_02 Apt Entrance Single FD 60 Timber Frame Door AT_W_01 AT_W_01 AT_W_01 AT_W_01 AT_W_02 AT_W_02 AT_W_02 AT_W_02 AT_W_02 AT_W_02 AT_W_02 AT_W_02 AT_D_01 AT_D_02 AT_D_02 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_CC_01 Cast in situ column, Concrete, 800mmX300mm, column to be made via cast in situ and to be checked and sized to engineers spec AT_BR_01 Glass panel railing, Glass-Aluminium, 1100mm, to be placed and bolted into the concrete structural floor underneat and to be checked over by engineer 2 A113 3500 1400DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 100 22/04/2024 20:28:56 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 Ground Floor Plan TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 002 M3 0 100020005000 SCALE: 1:100 N REFER: A104 SCALE: 1 100 0 Ground FFL 1 REFER: A104 SCALE: 1 100 1 First FFL 2
2 C 3 4 5 6 7 D F E 1 A106 1 A107 AT_P_01 PreCast parapet with mineral wool insulation wrapped back to the pre cast panel, Concrete-Mineral Wool, 1400mmX140mmX75mm, Parapet to be mounted ontop of the Precast panel and connected at the precast panel where to load will be taken to be sized and checked by the engineer AT_RR_01 Total bitumen warm roof system, incorporating torch-on bitumen capping sheet with torch-on bitumen underlayer, insulation, and torch-on bitumen air and vapour control layer (AVCL) AT_RW_01 Rain water outlet, PVC, 150mm, rain water outlet to be placed and sealed to manufactures spec and to go straight to the basement AT_RW_01 Soil Vent Pipe, PVC, 150mm, SVP to be placed and sealed to manufactures spec and to go straight to the basement North Fall of 1:60 Fall 1:60 Fall 1:60 Fall 1:60 AT_R_02 Cast in situ roof, Concrete, 275mm, roof to be cast in situ and to be sized and checked to the engineers spec AT_GB_01 Gravel boundary, Gravel, 300mmX50mm, gravel to be compacted and liad around the perimeter of the roof pushing out 300mm AT_FD_01 AT_FD_01 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 100 22/04/2024 20:28:57 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 Roof Plan TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 003 M3 0 100020005000 SCALE: 1:100 N REFER: A104 SCALE: 1 100 6 Roof Plan 1
0 Ground FFL 0 1 First FFL 4000 2 Second FFL 7150 C 3 Third FFL 10300 4 Forth FFL 13450 5 Fifth FFL 16600 6 Roof SFL 19750 D F E AT_Panel D_01 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 9835mmX3150mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15W/m2K AT_P_01 PreCast parapet with mineral wool insulation wrapped back to the pre cast panel, Concrete-Mineral Wool, 1400mmX140mmX75mm, Parapet to be mounted ontop of the Precast panel and connected at the precast panel where to load will be taken to be sized and checked by the engineer AT_CW_01 Stick curtain walling ADS75 with transoms at 1200mm c/c and mullions at door level, Aluminium, 150mmX1200mm, SCHUC ADS75, vertical mullions to be placed and fixed down first then the horizontal and then infill panels all to the manufactures spec AT_EX_01 Single leaf outward opening door system 150 3002950300 1330 280 3430 AT_Panel D_02 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 8210mmX3150mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15 W/m2K 2302920 3002480300 2080 1330 AT_RW_01 Roof level stair core external cast in situ wall, Concrete-Mineral wool-Render, 370m, wall type to be sized and checked by the engineer AT_Panel D_06 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 2890mmX4000mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec AT_BR_01 Glass panel railing, Glass-Aluminium, 1100mm, to be placed and bolted into the concrete structural floor underneat and to be checked over by engineer AT_B_01 PreCast balcony with tile finish, Concrete-terracotta tiles non slip, 1300mmX2860mmX235mm, balcony to be placed inbetween the precast panels and boloted and locked into place to the engineers spec at 1 degrees 800 1520 7 Roof F 23175 0 Ground FFL 0 1 First FFL 4000 2 Second FFL 7150 C 3 Third FFL 10300 4 Forth FFL 13450 5 Fifth FFL 16600 6 Roof SFL 19750 D F E 150 AT_R_02 Cast in situ roof, Concrete, 275mm, roof to be cast in situ and to be sized and checked to the engineers spec AT_RW_01 Roof level stair core external cast in situ wall, Concrete-Mineral wool-Render, 370m, wall type to be sized and checked by the engineer AT_Panel D_01 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 9835mmX3150mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15W/m2K AT_Panel D_02 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 8210mmX3150mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15 W/m2K AT_CW_01 Stick curtain walling ADS75 with transoms at 1200mm c/c and mullions at door level, Aluminium, 150mmX1200mm, SCHUC ADS75, vertical mullions to be placed and fixed down first then the horizontal and then infill panels all to the manufactures spec AT_BR_01 Glass panel railing, Glass-Aluminium, 1100mm, to be placed and bolted into the concrete structural floor underneat and to be checked over by engineer AT_Panel D_06 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 2890mmX4000mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec AT_B_01 PreCast balcony with tile finish, Concrete-terracotta tiles non slip, 1300mmX2860mmX235mm, balcony to be placed inbetween the precast panels and boloted and locked into place to the engineers spec at 1 degrees AT_P_01 PreCast parapet with mineral wool insulation wrapped back to the pre cast panel, Concrete-Mineral Wool, 1400mmX140mmX75mm, Parapet to be mounted ontop of the Precast panel and connected at the precast panel where to load will be taken to be sized and checked by the engineer 2370 1330 300 2490 300 230 3002950300 1330 800 1510 7 Roof F 23175 AT_EX_01 Single leaf outward opening door system DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: Project VolumeLevel STATUS: REV: (Revit Sheet Number) Role Number Type REV Originator 1 100 22/04/2024 20:28:59 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 East West Elevation TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 004 M3 0 100020005000 SCALE: 1:100 N SCALE: 1 100 East Elevation 1 SCALE: 1 100 West Elevation 2
0 Ground FFL 0 1 First FFL 4000 2 Second FFL 7150 2 3 Third FFL 10300 4 Forth FFL 13450 5 Fifth FFL 16600 6 Roof SFL 19750 3 4 5 6 7 13302100280 2302920 3550 3450 3002480300 800 1500 AT_R_02 Cast in situ roof, Concrete, 275mm, roof to be cast in situ and to be sized and checked to the engineers spec AT_RW_01 Roof level stair core external cast in situ wall, Concrete-Mineral wool-Render, 370m, wall type to be sized and checked by the engineer AT_P_01 PreCast parapet with mineral wool insulation wrapped back to the pre cast panel, Concrete-Mineral Wool, 1400mmX140mmX75mm, Parapet to be mounted ontop of the Precast panel and connected at the precast panel where to load will be taken to be sized and checked by the engineer AT_BR_01 Glass panel railing, Glass-Aluminium, 1100mm, to be placed and bolted into the concrete structural floor underneat and to be checked over by engineer AT_Panel D_06 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 2890mmX4000mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec AT_Panel D_03 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 10325mmX3150mmX300mm, O'REILLY PRECAST, panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15W/m2K AT_Panel D_05 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 4250mmX3150mmX300mm,O'REILLY PRECAST, panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15 AT_Panel D_04 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 8900mmX3150mmX300mm,O'REILLY PRECAST, panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15 AT_B_01 PreCast balcony with tile finish, Concrete-terracotta tiles non slip, 1300mmX2860mmX235mm, balcony to be placed inbetween the precast panels and boloted and locked into place to the engineers spec at 1 degrees AT_CW_02 Stick curtain walling ADS75 with transoms at 1200mm c/c, Aluminium, 150mmX1200mm, SCHUC ADS75, vertical mullions to be placed and fixed down first then the horizontal and then infill panels all to the manufactures spec 1 A113 0 Ground FFL 0 1 First FFL 4000 2 Second FFL 7150 2 3 Third FFL 10300 4 Forth FFL 13450 5 Fifth FFL 16600 6 Roof SFL 19750 3 4 5 6 7 300 2950 300 2080 1330 300 2480 300 3080 270 830 230 280 3430 2920 230 AT_R_02 Cast in situ roof, Concrete, 275mm, roof to be cast in situ and to be sized and checked to the engineers spec AT_Panel D_04 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 8900mmX3150mmX300mm,O'REILLY PRECAST, panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15 AT_CW_01 Stick curtain walling ADS75 with transoms at 1200mm c/c and mullions at door level, Aluminium, 150mmX1200mm, SCHUC ADS75, vertical mullions to be placed and fixed down first then the horizontal and then infill panels all to the manufactures spec AT_Panel D_03 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 10325mmX3150mmX300mm, O'REILLY PRECAST, panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15W/m2K AT_B_01 PreCast balcony with tile finish, Concrete-terracotta tiles non slip, 1300mmX2860mmX235mm, balcony to be placed inbetween the precast panels and boloted and locked into place to the engineers spec at 1 degrees AT_BR_01 Glass panel railing, Glass-Aluminium, 1100mm, to be placed and bolted into the concrete structural floor underneat and to be checked over by engineer AT_P_01 PreCast parapet with mineral wool insulation wrapped back to the pre cast panel, Concrete-Mineral Wool, 1400mmX140mmX75mm, Parapet to be mounted ontop of the Precast panel and connected at the precast panel where to load will be taken to be sized and checked by the engineer AT_RW_01 Roof level stair core external cast in situ wall, Concrete-Mineral wool-Render, 370m, wall type to be sized and checked by the engineer AT_EX_02 Double leaf outward opening door system 800 1500 AT_Panel D_06 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 2890mmX4000mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec AT_Panel D_07 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 1230mmX3150mmX300mm,O'REILLY PRECAST, panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: Project VolumeLevel STATUS: REV: (Revit Sheet Number) Role Number Type REV Originator 1 100 22/04/2024 20:29:00 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 North South Elevation TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 005 M3 0 100020005000 SCALE: 1:100 N SCALE: 1 100 North Elevation 1 SCALE: 1 100 South Elevation 2
0 Ground FFL 0 1 First FFL 4000 -1 Basement FFL -3600 2 Second FFL 7150 C 3 Third FFL 10300 4 Forth FFL 13450 5 Fifth FFL 16600 6 Roof SFL 19750 D F E A G B 2 A112 3300 1400 3580 2880 2880 2880 2880 2880 3190 1380 1380 1600 1050 850 2050 1380 1580 1380 1580 1380 1580 1580 1280 3150 2880 2880 2880 2880 2880 1330 2100 2250 2140 2140 2140 2140 300 3300 300 100 300 27900 2140 2100 2100 2100 2100 2100 2100 2100 AT_BW_01 Basement level external wall cast in situ, Concrete, 300mm, wall to be cast in situ and to be sized and checked by engineer AT_GF_01 300mm R.C cast in situ ground floor with 75mm insulation and 75mm scredd on top, structure to be checked and sized to the engineers spec AT_BR_01 Glass panel railing, Glass-Aluminium, 1100mm, to be placed and bolted into the concrete structural floor underneat and to be checked over by engineer AT_CW_01 Stick curtain walling ADS75 with transoms at 1200mm c/c and mullions at door level, Aluminium, 150mmX1200mm, SCHUC ADS75, vertical mullions to be placed and fixed down first then the horizontal and then infill panels all to the manufactures spec AT_Panel D_05 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 4250mmX3150mmX300mm,O'REILLY PRECAST, panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15 AT_R_02 Cast in situ roof, Concrete, 275mm, roof to be cast in situ and to be sized and checked to the engineers spec AT_RW_01 Roof level stair core external cast in situ wall, Concrete-Mineral wool-Render, 370m, wall type to be sized and checked by the engineer AT_S_01 PreCast stairs system, Concrete, 200mmX1100mm, stairs to have a rise of 200mm and a thread depth of 250mm and to be 1100mm wide all around to comply with part B and M AT_D_02 Apt Entrance Single FD 60 Timber Frame Door AT_FD_01 FD 60 fire door basement level, timber and steel, 1100mmX2100mm, door to be 60 min fire rated and checked and signed off by fire engineer AT_F_01 Structural cast in situ floor, Concrete, 275mm, RC concrete, to be placed and formed on site and sized and checked to the engineers spec AT_ED_01 Elevator door full automatic, 1200mmX2100mm, Steel, to be installed and fixed to manufactures spec, non fire rated and not safe to use in fire emergency AT_D_02 AT_D_02 AT_D_02 AT_RA_01 Stair hand rail, Aluminium, 1100mmX100mm, hand rail to be 1100mm high max with the spacing between bars to be max 100mm avoiding any sharp edges AT_D_02 AT_W_01 AT_W_01 AT_W_01 AT_F_01 AT_F_01 AT_F_01 AT_F_01 AT_F_01 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 100 22/04/2024 20:29:02 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 Section AA TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 006 M3 0 100020005000 SCALE: 1:100 N REFER: A101 SCALE: 1 100 Section AA 1
0 Ground FFL 0 1 First FFL 4000 -1 Basement FFL -3600 2 Second FFL 7150 2 3 Third FFL 10300 4 Forth FFL 13450 5 Fifth FFL 16600 6 Roof SFL 19750 3 4 5 6 7 8 1 1 A112 1 A114 1 A116 1 A117 1 A118 7 Roof F 23175 300 3300 300 100 400 300 2880 2880 2880 2880 2880 3580 1150 1150 1150 1150 1150 1330 810 3190 2140 2140 2140 2140 2140 2140 2140 2140 2520 30 2490 3580 3300 1210 1480 790 790 790 790 790 2000 2000 2000 2000 1950 AT_R_02 Cast in situ roof, Concrete, 275mm, roof to be cast in situ and to be sized and checked to the engineers spec AT_RW_01 Roof level stair core external cast in situ wall, Concrete-Mineral wool-Render, 370m, wall type to be sized and checked by the engineer AT_Panel D_03 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 10325mmX3150mmX300mm, O'REILLY PRECAST, panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15W/m2K AT_D_01 Apt Interior Single FD 30 Timber Frame Door AT_RR_01 Total bitumen warm roof system, incorporating torch-on bitumen capping sheet with torch-on bitumen underlayer, insulation, and torch-on bitumen air and vapour control layer (AVCL) AT_P_01 PreCast parapet with mineral wool insulation wrapped back to the pre cast panel, Concrete-Mineral Wool, 1400mmX140mmX75mm, Parapet to be mounted ontop of the Precast panel and connected at the precast panel where to load will be taken to be sized and checked by the engineer AT_BW_01 Basement level external wall cast in situ, Concrete, 300mm, wall to be cast in situ and to be sized and checked by engineer AT_Panel D_06 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 2890mmX4000mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec AT_CC_01 Cast in situ column, Concrete, 800mmX300mm, column to be made via cast in situ and to be checked and sized to engineers spec AT_CW_01 Stick curtain walling ADS75 with transoms at 1200mm c/c and mullions at door level, Aluminium, 150mmX1200mm, SCHUC ADS75, vertical mullions to be placed and fixed down first then the horizontal and then infill panels all to the manufactures spec AT_GF_01 300mm R.C cast in situ ground floor with 75mm insulation and 75mm scredd on top, structure to be checked and sized to the engineers spec AT_B_01 PreCast balcony with tile finish, Concrete-terracotta tiles non slip, 1300mmX2860mmX235mm, balcony to be placed inbetween the precast panels and boloted and locked into place to the engineers spec at 1 degrees AT_F_01 Structural cast in situ floor, Concrete, 275mm, RC concrete, to be placed and formed on site and sized and checked to the engineers spec AT_FD_01 AT_ED_01 AT_ED_01 AT_FD_01 AT_FD_01 AT_FD_01 AT_FD_01 AT_FD_01 AT_FD_01 AT_ED_01 AT_ED_01 AT_ED_01 AT_ED_01 AT_ED_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_FD_01 AT_W_01 AT_W_01 AT_W_01 AT_F_01 AT_F_01 AT_F_01 AT_F_01 AT_F_01 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 100 22/04/2024 20:29:04 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 Section BB TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 007 M3 0 100020005000 SCALE: 1:100 N REFER: A101 SCALE: 1 100 Section BB 1
UP UP 18 17 16 15 14 13 12 11 10 20 19 18 17 16 15 14 13 12 11 10 UP UP 16 15 14 13 12 11 10 2 C 3 4 5 6 7 D F E 1 A106 1 A107 Ground FFL m² Storage 1 0 Ground FFL 6 m² Lift Core 0 Ground FFL 145 m² Retail/Cafe 0 Ground FFL 155 m² Retail/Cafe Ground FFL 18 m² Lobby 3 Ground FFL m² Lobby 2 Ground FFL 57 m² Lobby North AT_EX_01 Single leaf outward opening door system AT_EX_02 Double leaf outward opening door system AT_CW_01 Stick curtain walling ADS75 with transoms at 1200mm c/c and mullions at door level, Aluminium, 150mmX1200mm, SCHUC ADS75, vertical mullions to be placed and fixed down first then the horizontal and then infill panels all to the manufactures spec AT_Panel D_06 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 2890mmX4000mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using crane and fixed using the support billet all to the engineers spec AT_GF_01 300mm R.C cast in situ ground floor with 75mm insulation and 75mm scredd on top, structure to be checked and sized to the engineers spec AT_CC_01 Cast in situ column, Concrete, 800mmX300mm, column to be made via cast in situ and to be checked and sized to engineers spec AT_W_03 Riser double layer plasterboar, Plasterboard, 30mm, to be fire rated and sealed and signed off and checked by fire engineer AT_W_01 Cast In Situ Wall FD 60, Concrete, 200mm, load bearing cast in situ wall to be sized and checked by engineer AT_W_01 AT_W_01 AT_W_02 AT_W_01 AT_W_01 8132mm 14285mm 12822mm 9958mm 2 C 3 4 5 6 7 D F E 1 A106 1 A107 First FFL 18 m² Stair Core First FFL 53 m² Lobby 1 First FFL 5 m² Storage First FFL 30 m² Apt 1 Kitchen First FFL 12 m² Apt Bedroom 1 First FFL m² Apt 1 Ensuite 1 First FFL 13 m² Apt 1 Hallway First FFL m² Apt 1 Storage First FFL 14 m² Apt Bedroom 2 First FFL 3 m² Apt Bathroom First FFL m² Apt 1 Storage 2 First FFL 12 m² Apt 2 Bedroom 1 1 First FFL 13 m² Apt 2 Hallway First FFL m² Apt 2 Storage 1 1 First FFL 3 m² Apt 2 Ensuite First FFL m² Apt 2 Bathroom First FFL m² Apt 2 Storage 2 1 First FFL 14 m² Apt 2 Bedroom 2 First FFL 30 m² Apt 2 Kitchen First FFL m² Lift core First FFL 14 m² Apt 3 Bedroom 2 First FFL 12 m² Apt 3 Bedroom 1 1 First FFL 4 m² Apt Ensuite 1 First FFL 13 m² Apt 3 Hallway First FFL m² Apt 3 Storage 1 1 First FFL m² Apt 3 Storage 2 First FFL 3 m² Apt Bathroom First FFL m² Apt 4 Bathroom First FFL m² Apt 4 Storage First FFL 14 m² Apt Bedroom 2 First FFL 12 m² Apt 4 Bedroom 1 First FFL m² Apt 4 Ensuite 1 First FFL 13 m² Apt 4 Hallway First FFL m² Apt 4 Storage 1 1 First FFL 29 m² Apt Kitchen 1 First FFL 30 m² Apt 3 Kitchen North AT_Panel D_02 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 8210mmX3150mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using crane and fixed using the support billet all to the engineers spec, U Value of 0.15 W/m2K AT_Panel D_01 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 9835mmX3150mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using crane and fixed using the support billet all to the engineers spec, U Value of 0.15W/m2K AT_W_01 Cast In Situ Wall FD 60, Concrete, 200mm, load bearing cast in situ wall to be sized and checked by engineer AT_W_02 Double layer plasterboard single metal stud partition wall FD 30 AT_D_01 Apt Interior Single FD 30 Timber Frame Door AT_D_02 Apt Entrance Single FD 60 Timber Frame Door AT_W_01 AT_W_01 AT_W_01 AT_W_01 AT_W_01 AT_W_02 AT_W_02 AT_W_02 AT_W_02 AT_W_02 AT_W_02 AT_W_02 AT_D_01 AT_D_02 AT_D_02 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_CC_01 Cast in situ column, Concrete, 800mmX300mm, column to be made via cast in situ and to be checked and sized to engineers spec AT_BR_01 Glass panel railing, Glass-Aluminium, 1100mm, to be placed and bolted into the concrete structural floor underneat and to be checked over by engineer 11395mm 6430mm 12432mm DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 100 22/04/2024 20:29:05 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 FSC Plans TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 008 M3 0 100020005000 SCALE: 1:100 N REFER: A104 SCALE: 1 : 100 0 Ground FFL FSC 1 REFER: A104 SCALE: 1 100 1 First FFL FSC 2 FD60 FD30 60min fire protection 30min fire protection Travel distance
0 Ground FFL 0 1 First FFL 4000 -1 Basement FFL -3600 2 Second FFL 7150 2 3 Third FFL 10300 4 Forth FFL 13450 5 Fifth FFL 16600 6 Roof SFL 19750 3 4 5 6 7 8 1 7 Roof F 23175 300 3300 400 300 2880 2880 2880 2880 2880 3580 1150 1150 1150 1150 1150 1330 810 3190 2140 2140 2140 2140 2140 2140 2140 2140 2520 30 2490 3580 3300 1210 1480 790 790 790 790 2000 2000 2000 2000 1950 AT_R_02 Cast in situ roof, Concrete, 275mm, roof to be cast in situ and to be sized and checked to the engineers spec AT_RW_01 Roof level stair core external cast in situ wall, Concrete-Mineral wool-Render, 370m, wall type to be sized and checked by the engineer AT_Panel D_03 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 10325mmX3150mmX300mm, O'REILLY PRECAST, panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15W/m2K AT_D_01 Apt Interior Single FD 30 Timber Frame Door AT_RR_01 Total bitumen warm roof system, incorporating torch-on bitumen capping sheet with torch-on bitumen underlayer, insulation, and torch-on bitumen air and vapour control layer (AVCL) AT_P_01 PreCast parapet with mineral wool insulation wrapped back to the pre cast panel, Concrete-Mineral Wool, 1400mmX140mmX75mm, Parapet to be mounted ontop of the Precast panel and connected at the precast panel where to load will be taken to be sized and checked by the engineer AT_BW_01 Basement level external wall cast in situ, Concrete, 300mm, wall to be cast in situ and to be sized and checked by engineer AT_Panel D_06 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 2890mmX4000mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec AT_CC_01 Cast in situ column, Concrete, 800mmX300mm, column to be made via cast in situ and to be checked and sized to engineers spec AT_CW_01 Stick curtain walling ADS75 with transoms at 1200mm c/c and mullions at door level, Aluminium, 150mmX1200mm, SCHUC ADS75, vertical mullions to be placed and fixed down first then the horizontal and then infill panels all to the manufactures spec AT_GF_01 300mm R.C cast in situ ground floor with 75mm insulation and 75mm scredd on top, structure to be checked and sized to the engineers spec AT_B_01 PreCast balcony with tile finish, Concrete-terracotta tiles non slip, 1300mmX2860mmX235mm, balcony to be placed inbetween the precast panels and boloted and locked into place to the engineers spec at 1 degrees AT_F_01 Structural cast in situ floor, Concrete, 275mm, RC concrete, to be placed and formed on site and sized and checked to the engineers spec AT_FD_01 AT_ED_01 AT_ED_01 AT_FD_01 AT_FD_01 AT_FD_01 AT_FD_01 AT_FD_01 AT_FD_01 AT_ED_01 AT_ED_01 AT_ED_01 AT_ED_01 AT_ED_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_D_01 AT_FD_01 AT_W_01 AT_W_01 AT_W_01 AT_F_01 AT_F_01 AT_F_01 AT_F_01 AT_F_01 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 100 22/04/2024 20:29:07 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 FSC Section TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 009 M3 0 100020005000 SCALE: 1:100 N REFER: A101 SCALE: 1 : 100 Section BB FSC 1 FD60 FD30 60min fire protection 30min fire protection travel distance
UP UP 18 17 16 15 14 13 12 11 10 20 19 18 17 16 15 14 13 12 11 10 UP UP 16 15 14 13 12 11 10 C 2 C 3 4 5 6 7 D F E North 1100 1100 2510 1200 1100 1100 1100 1200 1200 1200 2200 2 C 3 4 5 6 7 D F E North 1100 1100 1100 1100 1100 1100 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 100 22/04/2024 20:29:08 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 DAC Plans TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 0010 M3 0 100020005000 SCALE: 1:100 N SCALE: 1 100 0 Ground FFL DAC 1 REFER: A104 SCALE: 1 100 1 First FFL DAC 2 Accessible passenger lift designed in accordance with sectio 1.3.5 of TGD Part M Ambulant disabled stair design in accordance with section 1.3.6 of TGD Part M 1400mmX900mm disabled refuge area Effective clear opening width of doors as per figure 14 of BS9999 and diagram 10 ofTGD Part M as appropraite. Stiar width measured between skirting board finish, strings and upstands 1800mmX1800mm clear maneuving space 1800mm turning circle Ambulant disabled WC designed in accordance with section 1.4.2 of TGD Part M
C 6 7 D F E DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 50 22/04/2024 20:29:08 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 Apartment Service Plan TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 0011 M3 0 100020005000 SCALE: 1:100 N REFER: A102 SCALE: 1 50 1 First FFL -Apartment 1 Services Legend
0 Ground FFL 0 1 First FFL 4000 6 Roof SFL 19750 F AT_R_02 Cast in situ roof, Concrete, 275mm, roof to be cast in situ and to be sized and checked to the engineers spec AT_RW_01 Roof level stair core external cast in situ wall, Concrete-Mineral wool-Render, 370m, wall type to be sized and checked by the engineer AT_CW_02 Stick curtain walling ADS75 with transoms at 1200 c/c, Aluminium, 150mm, SCHUC ADS75, vertical mullions to be placed and fixed down first then the horizontal and then infill panels all to the manufactures spec AT_GF_01 300mm R.C cast in situ ground floor with 75mm insulation and 75mm scredd on top, structure to be checked and sized to the engineers spec AT_S_01 PreCast stairs system, Concrete, 200mmX1100mm, stairs to have a rise of 200mm and a thread depth of 250mm and to be 1100mm wide all around to comply with part B and M AT_RA_01 Stair hand rail, Aluminium, 1100mmX100mm, hand rail to be 1100mm high max with the spacing between bars to be max 100mm avoiding any sharp edges 0 Ground FFL 0 1 First FFL 4000 2 6 Roof SFL 19750 AT_Panel D_01 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 9835mmX3150mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15W/m2K AT_CC_01 Cast in situ column, Concrete, 800mmX300mm, column to be made via cast in situ and to be checked and sized to engineers spec AT_CW_01 Suspended ceiling suspension wires, steel, 40mmX180mm, KingSpan, ceiling wires to be installed to KingSpans spec AT_C_01 SAS120 metal stud suspended ceiling, Aluminimum, 20mmX600mmX600mm, KingSpan, ceiling system to be fixed to PreCast panel and tied back to ceiling wires inline with the manufactures spec AT_FB_01 Rockwool duo slab cavity barrier, mineral wool, 165mmX75mm, KingSpan, fire break to be placed between precast panel and cast in situ structural floor AT_GH_01 Formed hole grout solid after pre cast erection, Grout, 80mmX80mm, O'Reilly PreCast, grout to be filled to manufactures spec AT_PIR_01 Insulation with airtightness layer applied on the site, PIR, 165mm, O'Reilly PreCast, Insulation to be inbedded into the panel off site AT_MS_01 Double mastic seal with backing rods, mastic, 10mmx50mm, O'Reilly PreCast, double mastic seal with backing rods to be placed on site to manufactures spec AT_CW_01 Suspended ceiling suspension wires, steel, 40mmX180mm, KingSpan, ceiling wires to be installed to KingSpans spec AT_C_01 SAS120 metal stud suspended ceiling, Aluminimum, 20mmX600mmX600mm, KingSpan, ceiling system to be fixed to PreCast panel and tied back to ceiling wires inline with the manufactures spec AT_FB_01 Rockwool duo slab cavity barrier, mineral wool, 165mmX75mm, KingSpan, fire break to be placed between precast panel and cast in situ structural floor AT_CC_01 Cast in situ column, Concrete, 800mmX300mm, column to be made via cast in situ and to be checked and sized to engineers spec AT_F_01 Structural cast in situ floor, Concrete, 275mm, RC concrete, to be placed and formed on site and sized and checked to the engineers spec AT_B_01 Support billet, steel, 300mmX65mm, O'Reilly PreCast, billet to be fixed back to superstructure inline with manufactures details AT_MS_01 Double mastic seal with backing rods, mastic, 10mmx50mm, O'Reilly PreCast, double mastic seal with backing rods to be placed on site to manufactures spec AT_RB_01 Restraint bracket with bolts to underside of floor slab, steel, 35mmX5mm, NailTex, bolts to be fixed to the under side of the floor slab to the manufactures spec and checked by fire engineer AT_PB_01 plasterboard with a skim coat, Plasterbaord - Skim, 15mm, Gyproc, plasterboard to be fixed and naield back to PreCast Panel inline with manufactures spec Cast in situ colum, Concrete, 450mmX450mm,R.C cast in situ column which resists earth and hydrostatic pressures as well as transmitting superstructure loads to the raft foundation slab AT_CW_01 Stick curtain walling ADS75 with transoms at 1200mm c/c and mullions at door level, Aluminium, 150mmX1200mm, SCHUC ADS75, vertical mullions to be placed and fixed down first then the horizontal and then infill panels all to the manufactures spec AT_CW_01 Stick curtain walling ADS75 with transoms at 1200mm c/c and mullions at door level, Aluminium, 150mmX1200mm, SCHUC ADS75, vertical mullions to be placed and fixed down first then the horizontal and then infill panels all to the manufactures spec AT_GF_01 300mm R.C cast in situ ground floor with 75mm insulation and 75mm scredd on top, structure to be checked and sized to the engineers spec 70 150 150 70 150 150 280 210 370 15015030080 150530150 800 300 450 3 A113 AT_RR_01 Total bitumen warm roof system, incorporating torch-on bitumen capping sheet with torch-on bitumen underlayer, insulation, and torch-on bitumen air and vapour control layer (AVCL) 280 AT_GB_01 Gravel boundary, Gravel, 300mmX50mm, gravel to be compacted and liad around the perimeter of the roof pushing out 300mm 120 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 20 22/04/2024 20:29:09 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 Wall sections TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 0012 M3 0 100020005000 SCALE: 1:100 N REFER: A106 SCALE: 1 20 Section AA 1-20 Curtain wall 2 SCALE: 1 20 Section BB 1-20 Precast panels 1
2040 2040 2000 900 850 1320 400 450 9980 3100 3 410 410 150 200 150 150 1 First FFL 4000 2 50150150 70 280 220 70 70 20 120 200 70 50150150 120 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV As indicated 22/04/2024 20:29:10 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 Facade Bay Study TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 0013 M3 0 100020005000 SCALE: 1:100 N REFER: A105 SCALE: 1 20 Facade Study Elevation 1 REFER: A102 SCALE: 1 20 Facade Study Plan 2 REFER: A112 SCALE: 1 10 Facade Study Section 3
2 6 Roof SFL 19750 AT_CC_01 Cast in situ column, Concrete, 800mmX300mm, column to be made via cast in situ and to be checked and sized to engineers spec AT_CW_01 Suspended ceiling suspension wires, steel, 40mmX180mm, KingSpan, ceiling wires to be installed to KingSpans spec AT_C_01 SAS120 metal stud suspended ceiling, Aluminimum, 20mmX600mmX600mm, KingSpan, ceiling system to be fixed to PreCast panel and tied back to ceiling wires inline with the manufactures spec AT_FB_01 Rockwool duo slab cavity barrier, mineral wool, 165mmX75mm, KingSpan, fire break to be placed between precast panel and cast in situ structural floor AT_Panel D_01 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 9835mmX3150mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15W/m2K AT_MS_01 Double mastic seal with backing rods, mastic, 10mmx50mm, O'Reilly PreCast, double mastic seal with backing rods to be placed on site to manufactures spec AT_PIR_01 Insulation with airtightness layer applied on the site, PIR, 165mm, O'Reilly PreCast, Insulation to be inbedded into the panel off site AT_GH_01 Formed hole grout solid after pre cast erection, Grout, 80mmX80mm, O'Reilly PreCast, grout to be filled to manufactures spec AT_TI_01 Threaded insert at c/c to manufacturers spec, steel, 220mmX20mm, Wurth, to be filled with grout and placed and fixed to manufactures spec 101501504020 280 350 20 80 15015030080 120 90 90 80 130 60 50 220 AT_RR_01 Total bitumen warm roof system, incorporating torch-on bitumen capping sheet with torch-on bitumen underlayer, insulation, and torch-on bitumen air and vapour control layer (AVCL) AT_GB_01 Gravel boundary, Gravel, 300mmX50mm, gravel to be compacted and liad around the perimeter of the roof pushing out 300mm DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 5 22/04/2024 20:29:10 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 Parapet Detail TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 0014 M3 0 100020005000 SCALE: 1:100 N REFER: A107 SCALE: 1 : 5 Section BB -Parapet Detail 1 1
2 E AT_Panel D_01 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 9835mmX3150mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15W/m2K AT_W_01 Cast In Situ Wall FD 60, Concrete, 200mm, load bearing cast in situ wall to be sized and checked by engineer AT_FB_01 Rockwool duo slab cavity barrier, mineral wool, 165mmX75mm, KingSpan, fire break to be placed between precast panel and cast in situ structural floor AT_PB_01 plasterboard with a skim coat, Plasterbaord - Skim, 15mm, Gyproc, plasterboard to be fixed and naield back to PreCast Panel inline with manufactures spec AT_MS_01 70mmX35mm metal stud at 600 c/c max AT_W_01 Window within panel D, double glazing timer framed 5015015070 20015070 70 200 70 5015015070 80 250 20 200150 70 600 140 670 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 5 22/04/2024 20:29:10 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 Plan Detail TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 0015 M3 0 100020005000 SCALE: 1:100 N REFER: A102 SCALE: 1 5 1 First FFL -Detail 5 1-5 1
2 3 Third FFL 10300 AT_FB_01 Rockwool duo slab cavity barrier, mineral wool, 165mmX75mm, KingSpan, fire break to be placed between precast panel and cast in situ structural floor AT_Panel D_01 PreCast off site manufactured wall panel with brick slips, Concrete-Mineral wool-brick slips, 9835mmX3150mmX300mm, O'REILLY PRECAST, Panel to be placed and loaded using a crane and fixed using the support billet all to the engineers spec, U Value of 0.15W/m2K AT_F_01 Structural cast in situ floor, Concrete, 275mm, RC concrete, to be placed and formed on site and sized and checked to the engineers spec AT_MS_01 Double mastic seal with backing rods, mastic, 10mmx50mm, O'Reilly PreCast, double mastic seal with backing rods to be placed on site to manufactures spec AT_B_01 Support billet, steel, 300mmX65mm, O'Reilly PreCast, billet to be fixed back to superstructure inline with manufactures details AT_RB_01 Restraint bracket with bolts to underside of floor slab, steel, 35mmX5mm, NailTex, bolts to be fixed to the under side of the floor slab to the manufactures spec and checked by fire engineer AT_CW_01 Suspended ceiling suspension wires, steel, 40mmX180mm, KingSpan, ceiling wires to be installed to KingSpans spec AT_C_01 SAS120 metal stud suspended ceiling, Aluminimum, 20mmX600mmX600mm, KingSpan, ceiling system to be fixed to PreCast panel and tied back to ceiling wires inline with the manufactures spec AT_CC_01 C Channel stud, Steel, 70x35mm, to be placed and fixed back to the top of the structural floor and fixed with cleat plates 150 150 70 280 220 80 80 220 170 40 15015070 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 5 22/04/2024 20:29:10 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 Intermediate Floor Detail TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 0016 M3 0 100020005000 SCALE: 1:100 N REFER: A107 SCALE: 1 5 Section BB -Intermediate Floor Detail 1
0 Ground FFL 0 -1 Basement FFL -3600 1 150 AT_BW_01 Basement level external wall cast in situ, Concrete, 300mm, wall to be cast in situ and to be sized and checked by engineer AT_BF_01 Basement floor cast in situ, concrete, 300mm with 100mm blinding, to be pour and cast in place and to be sized and checked by the structural engineer AT_TS_01 2 coats elasticized tanking slurry AT_SM_01 Studded membrane with geo texile layer to prevent blockage lapped at corners to a minimum of 150mm AT_SH_01 Shingle to allow suitable drainage AT_SH_01 Shingle to allow suitable drainage AT_TS_01 2 coats elasticized tanking slurry AT_SM_01 Studded membrane with geo texile layer to prevent blockage lapped at corners to a minimum of 150mm AT_PD_01 Perforated drain AT_AM_01 Angled mortar fillet to eliminate pooling AT_WB_01 Waterbar at construction joint AT_WM_01 External waterproofing membrane AT_EA_01 Earth AT_CH_01 Compacted hardcore 10 380 300 220 300 300 90 390 300 180 80 100 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 5 22/04/2024 20:29:11 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 Basement Wall To Podium Detail TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 0017 M3 0 100020005000 SCALE: 1:100 N REFER: A107 SCALE: 1 5 Section BB -Basement Wall To Podium Detail 1
0 Ground FFL 0 2 AT_GF_01 300mm R.C cast in situ ground floor with 75mm insulation and 75mm scredd on top, structure to be checked and sized to the engineers spec AT_CW_01 Stick curtain walling ADS75 with transoms at 1200mm c/c and mullions at door level, Aluminium, 150mmX1200mm, SCHUC ADS75, vertical mullions to be placed and fixed down first then the horizontal and then infill panels all to the manufactures spec AT_W_02 Double layer plasterboard single metal stud partition wall FD 30 AT_CC_01 Cast in situ column, Concrete, 800mmX300mm, column to be made via cast in situ and to be checked and sized to engineers spec Cast in situ colum, Concrete, 450mmX450mm,R.C cast in situ column which resists earth and hydrostatic pressures as well as transmitting superstructure loads to the raft foundation slab AT_GF_01 300mm R.C cast in situ ground floor with 75mm insulation and 75mm scredd on top, structure to be checked and sized to the engineers spec 160 300 450 80 80 300 500 10 80 10 200 190 30 80 150 90 180 DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 1 5 22/04/2024 20:29:11 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 Ground Level Detail TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 0018 M3 0 100020005000 SCALE: 1:100 N REFER: A107 SCALE: 1 5 Section BB -Ground Level Detail 1
Wall Glass PanelAT_CW_0141 m²0.05 m³1250.00€45000€
Curtain panel solid glass: Curtain Wall Glass PanelAT_CW_0123<varies>0.06 m³1250.00€2328750€
Curtain panel solid glass: Curtain Wall Glass PanelAT_CW_0152 m²0.07 m³1250.00€56250€
Curtain panel solid glass: Curtain Wall Glass PanelAT_CW_0152 m²0.08 m³1250.00€56250€
Curtain panel solid glass: Curtain Wall Glass PanelAT_CW_0132 m²0.09 m³1250.00€33750€
Curtain panel solid glass: Curtain Wall Glass PanelAT_CW_0118<varies>0.10 m³1250.00€1822500€
Curtain panel solid glass: Curtain Wall Glass PanelAT_CW_0113 m²0.11 m³1250.00€11250€
Curtain panel solid glass: Curtain Wall Glass PanelAT_CW_0123 m²0.12 m³1250.00€22500€
Curtain panel solid glass: Curtain Wall Glass PanelAT_CW_0124 m²0.14 m³1250.00€22500€
Curtain panel solid glass: Curtain Wall Glass PanelAT_CW_0144 m²0.16 m³1250.00€45000€
Curtain panel solid glass: Curtain Wall Glass PanelAT_CW_0124 m²0.17 m³1250.00€22500€
Curtain panel solid glass: Curtain Wall Glass PanelAT_CW_0110<varies>0.18 m³1250.00€1012500€
Curtain panel solid glass: Curtain Wall Glass PanelAT_CW_0115 m²0.19 m³1250.00€11250€
Curtain panel solid glass: Curtain Wall Glass PanelAT_CW_0115 m²0.20 m³1250.00€11250€
Curtain panel solid glass: Curtain Wall Glass Panel 2AT_CW_0214 m²0.17 m³1250.00€11250€
Family3 reserved: Panel D - Panel 6AT_Panel D_06110 m²0.01 m³2250.00€12250€
Family3 reserved: Panel D - Panel 6AT_Panel D_06110 m²3.01 m³2250.00€12250€
Family3: Panel D - Panel 6AT_Panel D_063<varies>0.03 m³2250.00€36750€
Family3: Panel D - Panel 6AT_Panel D_06110 m²2.95 m³2250.00€12250€
Family3: Panel D - Panel 6AT_Panel D_06110 m²2.99 m³2250.00€12250€
Family3: Panel D - Panel 6AT_Panel D_06113 m²3.82 m³2250.00€12250€
GL PANEL 1: GL PANEL 13<varies>0.04 m³2250.00€36750€
GL PANEL 1: GL PANEL 1110 m²2.93 m³2250.00€12250€
GL PANEL 1: GL PANEL 1110 m²2.95 m³2250.00€12250€
GL PANEL 1: GL PANEL 1113 m²3.82 m³2250.00€12250€
GL Panel Reversed: GL Panel Reversed110 m²0.01 m³2250.00€12250€
GL Panel Reversed: GL Panel Reversed110 m²2.90 m³2250.00€12250€
new panel big: Panel D - Panel 1AT_Panel D_011032 m²0.06 m³2250.00€1022500€
new panel big: Panel D - Panel 1AT_Panel D_011032 m²0.47 m³2250.00€1022500€
new panel big: Panel D - Panel 1AT_Panel D_01232 m²1.01 m³2250.00€24500€
new panel big: Panel D - Panel 1AT_Panel D_01832 m²1.02 m³2250.00€818000€
new panel big: Panel D - Panel 1AT_Panel D_01832 m²5.21 m³2250.00€818000€
new panel big: Panel D - Panel 1AT_Panel D_01232 m²5.23 m³2250.00€24500€
Panel D 2 Big: Panel DPanel 3AT_Panel D_031031 m²0.05 m³2250.00€1022500€
Panel D 2 Big: Panel DPanel 3AT_Panel D_03331 m²0.22 m³2250.00€36750€
Panel D 2 Big: Panel DPanel 3AT_Panel D_03731 m²0.23 m³2250.00€715750€
Panel D 2 Big: Panel DPanel 3AT_Panel D_03231 m²0.85 m³1250.00€22500€
Panel D 2 Big: Panel DPanel 3AT_Panel D_03731 m²0.86 m³1250.00€78750€
Panel D 2 Big: Panel DPanel 3AT_Panel D_03131 m²0.87 m³1250.00€11250€
Panel D 2 Big: Panel DPanel 3AT_Panel D_03231 m²4.97 m³2250.00€24500€
Panel D 2 Big: Panel DPanel 3AT_Panel D_03131 m²4.99 m³2250.00€12250€
Panel D 2 Big: Panel DPanel 3AT_Panel D_03631 m²5.00 m³2250.00€613500€
Panel D 2 Big: Panel DPanel 3AT_Panel D_03131 m²5.02 m³2250.00€12250€
Panel D normal 2: Panel D - Panel 2AT_Panel D_0210<varies>0.04 m³2250.00€1022500€
Panel D normal 2: Panel D - Panel 2AT_Panel D_0210<varies>0.43 m³2250.00€1022500€
Panel D normal 2: Panel D - Panel 2AT_Panel D_02227 m²0.73 m³1250.00€22500€
Panel D normal 2: Panel D - Panel 2AT_Panel D_02828 m²0.74 m³1250.00€810000€
Panel D normal 2: Panel D - Panel 2AT_Panel D_02227 m²4.55 m³2250.00€24500€
Panel D normal 2: Panel D - Panel 2AT_Panel D_02128 m²4.57 m³2250.00€12250€
Panel D normal 2: Panel D - Panel 2AT_Panel D_02728 m²4.58 m³2250.00€715750€
Panel D Pre-Cast Unit 1: Panel DPanel 4AT_Panel D_0410<varies>0.02 m³2250.00€1022500€
Panel D Pre-Cast Unit 1: Panel DPanel 4AT_Panel D_0410<varies>0.15 m³2250.00€1022500€
Panel D Pre-Cast Unit 1: Panel DPanel 4AT_Panel D_043<varies>0.91 m³2250.00€36750€
Panel D Pre-Cast Unit 1: Panel DPanel 4AT_Panel D_04727 m²0.92 m³2250.00€715750€
Panel D Pre-Cast Unit 1: Panel DPanel 4AT_Panel D_04327 m²4.56 m³2250.00€36750€
Panel D Pre-Cast Unit 1: Panel DPanel 4AT_Panel D_04126 m²4.57 m³2250.00€12250€
Panel D Pre-Cast Unit 1: Panel DPanel 4AT_Panel D_04126 m²4.58 m³2250.00€12250€
Panel D Pre-Cast Unit 1: Panel DPanel 4AT_Panel D_04427 m²4.73 m³2250.00€49000€
Panel D Pre-Cast Unit 1: Panel DPanel 4AT_Panel D_04127 m²4.75 m³2250.00€12250€
Plane panel D: Panel DPanel 5AT_Panel D_05513 m²0.01 m³2250.00€511250€
Plane panel D: Panel DPanel 5AT_Panel D_05513 m²4.02 m³2250.00€511250€
Small panel D: Panel D - Panel 7AT_Panel D_0754 m²0.00 m³2250.00€511250€
Small panel D: Panel D - Panel 7AT_Panel D_0754 m²0.12 m³2250.00€511250€
Small panel D: Panel D - Panel 7AT_Panel D_0754 m²0.14 m³1250.00€56250€
Small panel D: Panel D - Panel 7AT_Panel D_0744 m²0.38 m³2250.00€49000€
Small panel D: Panel D - Panel 7AT_Panel D_0714 m²0.39 m³2250.00€12250€
System Panel: E.GLZ-01_12 Centred in 100mm1Ss_25_10 20 Curtain walling systems 15 m²0.18 m³2250.00€12250€
Grand total: 291291545750€
DRAWING NUMBER: DRAWING TITLE: DRAWING SERIES: CLIENT: KEY PLAN: NOT TO SCALE STDESCRIPTIONDATE PROJECT: ARCHITECT: NOTES: SCALE AT A1: DRW: APP: DES: CHK: NORTH: SCALE BAR: ProjectOriginatorVolume STATUS: REV: (Revit Sheet Number) LevelRole Number Type REV 22/04/2024 20:29:11 C:\Users\bmcna\OneDrive\Documents\Architectural Technology TU831-2\TECH2200 TDS NZEB and Concrete\Projects\Project 2 Assignment 10\McNamee_B_TECH2200_TDS_S2_P2_Stage G.rvt McNamee B C22443836 Schedules TDS xx BMN PF BMN PF PRO 5 3 XXXXAT 0019 M3 0 100020005000 SCALE: 1:100 N Room Schedule NameLevelArea RoomNot PlacedNot Placed CarPark-1 Basement FFL1457 m² Lift Core-1 Basement FFL6 m² Lobby-1 Basement FFL8 m² Room-1 Basement FFL44 m² Stair Core-1 Basement FFL17 m² Store Room-1 Basement FFL5 m² Store Room-1 Basement FFL8 m² Lift Core0 Ground FFL6 m² Lobby0 Ground FFL57 m² Lobby 20 Ground FFL3 m² Lobby 30 Ground FFL18 m² Retail/Cafe0 Ground FFL145 m² Retail/Cafe0 Ground FFL155 m² Storage 10 Ground FFL5 m² WC.10 Ground FFL5 m² WC.1 Lobby0 Ground FFL6 m² WC.20 Ground FFL5 m² WC.2 Lobby0 Ground FFL6 m² Apt 1 Bathroom1 First FFL3 m² Apt 1 Bedroom 11 First FFL12 m² Apt 1 Bedroom 21 First FFL14 m² Apt 1 Ensuite1 First FFL4 m² Apt 1 Hallway1 First FFL13 m² Apt 1 Kitchen1 First FFL30 m² Apt 1 Storage 11 First FFL2 m² Apt 1 Storage 21 First FFL1 m² Apt 2 Bathroom1 First FFL3 m² Apt 2 Bedroom 11 First FFL12 m² Apt 2 Bedroom 21 First FFL14 m² Apt 2 Ensuite1 First FFL3 m² Apt 2 Hallway1 First FFL13 m² Apt 2 Kitchen1 First FFL30 m² Apt 2 Storage 11 First FFL2 m² Apt 2 Storage 21 First FFL1 m² Apt 3 Bathroom1 First FFL3 m² Apt 3 Bedroom 11 First FFL12 m² Apt 3 Bedroom 21 First FFL14 m² Apt 3 Ensuite1 First FFL4 m² Apt 3 Hallway1 First FFL13 m² Apt 3 Kitchen1 First FFL30 m² Apt 3 Storage 11 First FFL2 m² Apt 3 Storage 21 First FFL1 m² Apt 4 Bathroom1 First FFL3 m² Apt 4 Bedroom 11 First FFL12 m² Apt 4 Bedroom 21 First FFL14 m² Apt 4 Ensuite1 First FFL4 m² Apt 4 Hallway1 First FFL13 m² Apt 4 Kitchen1 First FFL29 m² Apt 4 Storage 11 First FFL2 m² Apt 4 Storage 21 First FFL1 m² Lift core1 First FFL6 m² Lobby1 First FFL53 m² Stair Core1 First FFL18 m² Storage1 First FFL5 m² Lift Core/Store Room6 Roof SFL11 m² Stair Core/Entrance to Roof6 Roof SFL18 m² Curtain Panel Material Schedule Family and TypeType MarkCount Assembly Code Assembly Description Material: Area Material: Volume Material: Cost Count items Panel item cost Curtain panel solid glass: Curtain Wall Glass PanelAT_CW_0121 m²0.04 m³1250.00€22500€
glass:
Curtain panel solid
Curtain