RETREAT
PEDESTRIAN
4
2
1
1
2
3
3
4
4
15
14
5
13
6
5
29
6
7
12
8
16
9
17
10
28
18
27
Component Detail - Elevation
19
20
21
23
22
11
24
3
Component Detail 1
1. Aluminium sliding doors frame fixed
onto upper side of angle section
between metal plate to allow water
to run off
2. Ballustrate: 5mm dia stainless steel
cable at 100 C/C’s fixed to tention
screw, fixed to 10mm stainless steel
plate with balau hand rail screwed onto
10 stainless steel plate
7. 140 × 60mm C section channel frame
3. 16 × 50mm balau timber fixed onto
aluminium fins
4. Aluminium shutter door frames fixed
onto C section channel
5. 120 × 55 mm C section channel fixed
onto H columns on to which rail for
folding shutter doors is fixed
6. Rectangular steel tube spanning in
between H columns with a 10mm gap
8. Wooden louvres made from 16 ×
50mm balau timber, fixed within 140 ×
60mm C section channel frame, fixed
within 160 × 82 mm steel I beams
9. 4mm metal plate drip custom made
cold formed fixed onto structural
plywood
10. 35 × 35 mm angle section fixed on I
beams, onto which plywood is fixed
11. 406 × 178 mm g.m.s I beam bolted
onto metal plate[engineer’s details] to
254 by 254 mm H column
26
25
Component Detail 2
12. 250mm in situ r.c composite slab
19. 25 × 150mm balau timber fixed
within C channel frame supported by
200 by 100mm steel I beam
26. Lay in ceiling panels 600 by
1200mm hanged off hangers fixed to
50 × 50 mm wooden batten
14. 10mm soft joint
20. Angle cleats fixing balau timber to
g.m.s frame
27. 254 × 254 H beam columns fixed
onto metal cap [to engineer’s detail]
15. 120 × 55 mm C section channel
fixed onto H columns on to which rail
for folding shutter doors is fixed.
21. Aluminium folding door frame fixed
onto L section [100 × 75mm]
28. 406 by 178 mm steel I beam bolted
onto metal plate[engineer’s details] to
254 × 254 mm H column
13. 254 × 146 g.m.s I beam fixed to 254
by 254 H columns
16. 4mm metal plate cold formed
custom made fixed onto structural
12mm plywood
17. Frame made from 50 × 50mm g.m.s
tube at 500mm c/c fixed onto 160 by
100 m