| |
Cross-section of standard configuration
[Additional views]
Last update08.05.2013/hfa.plb |
external wall: timber frame construction, not ventilated, with dry lining, with rendering
register of building materials used for this application, cross-section
(from outside to inside, dimensions in mm)
| |
Thickness |
Building material |
λ |
μ min - max |
ρ |
c |
Reaction to fire |
| EN |
| A |
4.0 |
plaster
|
1,000 |
10 - 35 |
2000 |
1,130 |
A1 |
| B |
50.0 |
wood wool composite boards
|
0,090 |
2 - 5 |
370 |
2,000 |
B |
| C |
10.0 |
gypsum fibre board
|
0,320 |
21 |
1000 |
1,100 |
A2 |
| D |
* |
finger-jointed solid construction timber
(60/..; e=*) |
0,130 |
50 |
500 |
1,600 |
D |
| E |
* |
Insulation material |
|
|
|
|
|
| F |
12.5 |
gypsum fibre board
|
0,320 |
21 |
1000 |
1,100 |
A2 |
| G |
|
vapour barrier sd≥ 4m
|
|
|
1000 |
|
|
| H |
* |
spruce wood
cross battens (a=400) or battens offset) |
0,130 |
50 |
500 |
1,600 |
D |
| I |
* |
Insulation materialor air layer in type 02 |
|
|
|
|
|
| J |
12.5 |
gypsum plasterboards with improved properties at high temperatures (fire)
or |
0,250 |
10 |
800 |
1,050 |
A2 |
| J |
12.5 |
gypsum fibre board
|
0,320 |
21 |
1000 |
1,100 |
A2 |
|
 |
 |
|
| |
Variations of building components
| No. |
Thickness of layer |
Note |
Fire performance |
Thermal performance |
Acoustic performance |
Eco Sustainability |
Mass |
HTML | PDF |
| |
D* |
E* |
H* |
I* |
Σ |
|
REI |
U [W/m²K] |
mw,B,A [kg/m²] |
Diffusion |
Ln,w(Cl) |
Rw(C,Ctr) |
OI3Kon |
m [kg/m²] |
| |
| 00 |
160 |
160 |
40 |
40 |
289,0 |
e=625 |
60 |
0,20 |
19,5 |
adequate |
– |
52(-3,-8) |
-0,3 |
69,5 |
awropi10b-00 |
|
| E/I = glass wool [0,0040; R=16] |
| 01 |
120 |
120 |
40 |
40 |
249,0 |
e=625 |
60 |
0,24 |
19,3 |
adequate |
– |
51(-3,-8) |
-2,9 |
67,0 |
awropi10b-01 |
|
| E/I = glass wool [0,0040; R=16] |
| 02 |
160 |
160 |
40 |
|
289,0 |
e=625 ; I=without insulation |
60 |
0,23 |
27,1 |
adequate |
– |
51(-3,-8) |
-2,6 |
69,0 |
awropi10b-02 |
|
| E = glass wool [0,0040; R=16] |
| 03 |
200 |
200 |
40 |
40 |
329,0 |
e=625 |
60 |
0,17 |
19,7 |
adequate |
– |
53(-3,-8) |
2,2 |
72,0 |
awropi10b-03 |
|
| E/I = glass wool [0,0040; R=16] |
| 04 |
240 |
240 |
40 |
40 |
369,0 |
e=625 |
60 |
0,15 |
19,8 |
adequate |
– |
54(-3,-8) |
4,7 |
74,5 |
awropi10b-04 |
|
| E/I = glass wool [0,0040; R=16] |
| 05 |
200 |
200 |
80 |
80 |
369,0 |
e=625 |
60 |
0,15 |
16,6 |
adequate |
– |
53(-3,-8) |
4,4 |
75,1 |
awropi10b-05 |
|
| E/I = glass wool [0,0040; R=16] |
| 06 |
240 |
240 |
80 |
80 |
409,0 |
e=625 |
60 |
0,13 |
16,7 |
adequate |
– |
54(-3,-8) |
6,9 |
77,5 |
awropi10b-06 |
|
| E/I = glass wool [0,0040; R=16] |
| 07 |
160 |
160 |
40 |
40 |
289,0 |
e=625 |
60 |
0,18 |
19,0 |
adequate |
– |
53(-3,-8) |
25,0 |
75,6 |
awropi10b-07 |
|
| E/I = glass wool [0,0035; R=50] |
| 08 |
160 |
160 |
40 |
40 |
289,0 |
e=625 |
60 |
0,20 |
19,5 |
adequate |
– |
52(-3,-8) |
2,2 |
72,5 |
awropi10b-08 |
|
| E/I = mineral wool [0,038; R=33] |
| 09 |
160 |
160 |
40 |
40 |
289,0 |
e=625 |
60 |
0,20 |
19,6 |
adequate |
– |
52(-3,-8) |
-7,0 |
76,5 |
awropi10b-09 |
|
| E/I = cellulose fibre [0,040; R=55] |
| 10 |
160 |
160 |
40 |
40 |
289,0 |
e=625 |
60 |
0,22 |
20,1 |
adequate |
– |
52(-3,-8) |
-9,2 |
69,5 |
awropi10b-10 |
|
| E/I = sheep wool [0,041; R=26] |
| 11 |
160 |
160 |
40 |
40 |
289,0 |
e=400 |
60 |
0,21 |
19,5 |
adequate |
– |
52(-3,-8) |
-0,7 |
73,7 |
awropi10b-11 |
|
| E/I = glass wool [0,0040; R=16] |
|