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Regional validity

Scope

Building physical assessment

Fire performance REI 30
maximum span = 5 m; maximum load Ed,fi = 5,29 kN/m² (with exposed beams 180/240 and fire protection cladding)
Classified by HFA  
Classified by HFA  
Fire performance Germany
Classification: F30  
Load Ed,fi according to the German certification document
Proof: DIN 4102-4:2016-05, Tabelle 10.24, Zeile 1  
Thermal performance U 0,22 W/(m2K)
Diffusion adequate
Calculated by TUM  
Acoustic performance Rw (C;Ctr) 42 dB (-2; -8)
Ln,w (Cl)
Rating by Müller-BBM  
Mass per unit area m 109,2 kg/m2
 

data sheet pitched roof
sdshzx02-00 (pdf, 250 KB)

Note

The design of the under-roof construction and of the counter-battens have to be specified according to the roof pitch and the national requirements. Depending on the requirements (eg increased rainproof under-roof), an additional underlay is required.

Only for registered members after logging in.
exposed rafter
Cross-section of standard configuration
exposed rafter
Standard configuration

Register of building materials used for this application, cross-section (from outside to inside)

Thickness [mm] Building material Thermal performance Reaction to fire­klasse EN
λ μ min – max ρ c
A concrete roof tile or tiled roof 2100 A1
B 30,0 spruce wood battens (30/50) 0,120 50 450 1,600 D
C 50,0 spruce wood counter battens (Austria: minimum height 50 mm), Germany 30 mm 0,120 50 450 1,600 D
D 15,0 fibreboard (MDF) 0,140 11 600 1,700 D
E 180,0 construction timber (80/..; e=800) 0,120 50 450 1,600 D
F 180,0 Cellulose fibre [040; 50] 0,040 1 50 2,000 E
G vapour barrier sd≥ 2m 1000
H 40,0 spruce wood tongue and groove, fire protection cladding (Germany Minimum 50 mm) 0,120 50 450 1,600 D
I construction timber in acc. with structural design 0,120 50 450 1,600 D

Ecological rating (per m2 construction area)

Database ecoinvent

Built-in renewable materials 58,8 kg
Share of renewable materials of total weight 57,29 %
Global warming potential (GWP-T) -64,283 kgCO2Äqv.
Energy use of Primary Energy 521,2 MJ
Share of renewable Primary Energy 28,2 %
∑ΔOI3 19,0
Calculated by HFA  

Global warming potential Share of renewable Primary Energy Resources
Lifecycle
Phase
GWP-F
[kgCO2Äqv.]
GWP-B
[kgCO2Äqv.]
GWP-T
[kgCO2Äqv.]
PERE
[MJ]
PERM
[MJ]
PERT
[MJ]
PENRE
[MJ]
PENRM
[MJ]
PENRT
[MJ]
AP
[kgSO2Äqv.]
EP
[kgPO4Äqv.]
ODP
[kgR11Äqv.]
POCP
[kgEthenÄqv.]
A1 - A3 27,568 -91,851 -64,283 147,124 959,827 1106,952 374,034 46,624 420,658 0,117 0,050 2.0970699E-6 0,029

Database GaBi (ÖKOBAUDAT)

Built-in renewable materials 74,8 kg
Biogenic carbon 106,0 kgCO2Äqv.
Energy use of Primary Energy 836,3 MJ
Share of renewable Primary Energy 33,2 %
Calculated by TUM  

Resources
Lifecycle
Phase
GWP
[kgCO2Äqv.]
AP
[kgSO2Äqv.]
EP
[kgPO4Äqv.]
ODP
[kgR11Äqv.]
POCP
[kgEthenÄqv.]
PERE
[MJ]
PERM
[MJ]
PERT
[MJ]
PENRE
[MJ]
PENRM
[MJ]
PENRT
[MJ]
A1 - A3 -86,417 0,094 0,018 2.05E-6 0,020 274,781 1225,169 1500,580 521,882 22,965 545,094
C1 - C4 119,666 0,010 0,006 1.67E-7 0,001 1,994 -1096,455 -1094,461 27,819 -15,265 12,553
A1 - C4 33,915 0,105 0,025 2.22E-6 0,021 277,472 128,714 406,817 558,834 7,700 566,781

Last update 02.08.2023/hfa.eco2soft