STEEL 1.1 WH1- 200PFC + 125 X 10 EA Fixed to Roof Beam with a 12 Cleat Plate, 6 CFW (Continuous Fillet Weld), 2M20 8.8/S Bolts 1.2 FB30 - 250 UC 23 (Fascia Beam) Fixed to dropper (D1) with a 12 Cleat Plate, 6 CFW (Continuous Fillet Weld), 2M20 8.8/S Bolts 1.3 D1 -100 x 6.0 SHS (Dropper) 6 CFW to Roof Beam (RB57) 1.4 75x4.0 SHS Stub Column 6 CFW to Roof Beam (RB57), 6 cap plate 6CFW to top 1.5 WH3 - 250PFC + 150 X 12 EA Fixed to SC9 column with a 12 Cleat Plate, 6 CFW (Continuous Fillet Weld), 2M20 8.8/S Bolts 1.6 RB57 - 250 PFC (Roof Beam) Fixed to column (SC9) with a 12 cap plate, 6CFW, 2M20 8.8/S Bolts 1.7 B4 - 150 UC 23 Fixed to Roof Beam with a 12 Cleat Plate, 6 CFW (Continuous Fillet Weld), 2M20 8.8/S Bolts 1.8 Purlins - Z 250 19 Lapped @1200 Max cts with 3 rows of bridging, fixed to roof beam with a 8 Cleat Plate, 6CFW, 2M20 4.6/S Bolts 1.9 G1 (Girt) C20024 @ 900 cts 2 rows of bridging, fixed to dropper and stud column with 8 cleat Plates, 6CFW, 2M20 4.6/S Bolts 1.10 B5 - 20mm tension rod Fixed to roof beam with a 8 Cleat Plate, 6CFW, 2M12 4.6/S Bolts
3.6
1.7
1.10
SOFFIT 2.1 Vapour Permeable Membrane (VPM2) Bradford CSR 'Enviroseal', fixed to plywood substrate 2.2 External Plywood Substrate (PWE2) Ecoply Structural, 15mm thick F8 Structural Grade, A Grade Bond, CC Grade Face 2.3 Breather Membrane Bradford CSR 'Enviroseal', fixed to plywood substrate 2.4 Metal Cladding (MC3) VMZinc Flat Lock Seam Panel System, 0.7-0.8mm thick Pre weathered Anthra Zinc, fixed to plywood backing, must maintain 20mm unobstructed ventilation gap
1.6
3.1
RL 14.75
TOP SOUTH PARAPET
3.2 3.4
4.5 1.4
4.2 4.1
3.3
ROOF 3.1 Roof Sheeting (RS2) Kliplock 406, BMT 0.48 fixed to 18mm thick Plywood backing, Zincalume finish 3.2 Plywood Substrate (PWE1) Ecoply Structural, 19mm thick F11 Structural Grade, A Grade Bond, DD Grade Face 3.3 Batt Insulation (IN4) Gold Batts 215mm thick, R value 3.4 Blanket Insulation (IN3) 100mm Permastop (R(m)2.5) building blanket with heavy duty foil sisalation adhered, supported by 75mm Roofracks on purlins to maintain insulation depth, installed with 15mm lag between purlins to recover 100mm nominal depth 3.5 Folded Colourbond Flashing Fixed with tape to Aluminum Head Trim 3.6 Safety Mesh
4.6
1.8
4.3 3.5
1.3
1.5 5.3
4.8
5.2 5.1
CLADDING SYSTEM 4.1 22mm Top Hats Integral galvanized protective finish, at mid span of cladding, fixed to 40mm top hat behind, has aluminium backing plate mechanically fixed, which is then fixed to MC1 cladding with VBH (very high bonding) tape 4.2 40mm Top Hat Integral galvanized protective finish, at mid span of cladding, mechanically fixed to girt 4.3 Aluminum Capping Folded 3mm Aluminum Head Trim, finish ANO1 (Anodised. 'Eversheild External' Minimum 25 microns. Exterior Matt finish), mechanically fixed to timber packer framing with screws and VBH tape 4.4 Aluminum Sill Folded 3mm Aluminum Head Trim, finish ANO1 (Anodised. 'Eversheild External' Minimum 25 microns. Exterior Matt finish), mechanically to timber packer framing with screws and VBH tape 4.5 Custom Z Panels Mechanically fixed to girts (screwed) 4.6 M3 Cladding Infill VMZinc Vertical Interlocking Panel System, 1.0mm thick Pre weathered Anthra Zinc finish, fixed to plywood backing under breather membrane, ply fixed to 20x20 packer 4.7 MC1 Cladding Aluminium Sheet Panel, ANO1 finish, directly stuck to aluminium backing plate (which is mechanically fixed to 40mm top hat) with VBH tape, over a water proofing membrane 4.8 Silicon Seal
1.2
2.1 2.2 2.3
4.7
2.4
1.1 1.9
4.4
WINDOW SYSTEMS 5.1 Glazing (Glass type 1) Thermotech IGU, Min 13.52mm thick sunergy clear heat strengthened laminated, 12mm argon gap 5.2 Recessed Aluminum Channel 50x50x3, finished in PWC1 5.3 50x50x6 Aluminium Angle (Cut back to 50x30x6) Folded to match glazing, finish with PWC1
TASK 2B
Axonometric Detail Drawing
ABPL30041 Construction Design Semester 1 2019
Name: Isabel Solin Student no: 910959
Tutor: Aleks Baltovski Tutorial: 6
SCALE: 1:10 @ A2 0
1
2
3
4
5cm