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Regional validity

Scope

Geprüftes/zugelassenes Bauteil

internal wall iwrxxo01b-04

internal wall timber frame construction, without dry lining, other surface

Building physical assessment

Fire performance REI 60
maximum ceiling height = 3 m; maximum load Ed,fi = 50,0 kN/m
Classified by MA39  
Classified by HFA  
Fire performance Germany
Classification: F30/F60 (depending on the corresponding proof)  
Load Ed,fi according to the German certification document
Proof: F30: DIN 4102-4:2016-05, Tabelle 10.5,Zeile 5; F60: DIN 4102-4:2016-05, Tablle 10.5, Zeile 10 (if gypsum plaster board type DF or gypsum fibre board 15 mm inside) or manufacturer-specific  
Thermal performance U
Diffusion
Acoustic performance Rw (C;Ctr) 43 dB (-1; -5)
Ln,w (Cl)
Rating by Müller-BBM  
Mass per unit area m 48,8 kg/m2
Calculation based on gypsum plaster board type DF GKF
 

data sheet internal wall
iwrxxo01b-04 (pdf, 250 KB)

Note

The fire resistance is only valid when wall is used as partition with only one side exposed to fire.

Download iwrxxo01b-4.ifc
Only for registered members after logging in.
timber frame construction
Cross-section of standard configuration
timber frame construction
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 25,0 gypsum plaster board type DF (2x12,5 mm) or 0,250 10 800 1,050 A2
A 25,0 gypsum fibre board (2x12,5 mm) 0,320 21 1000 1,100 A2
B 100,0 construction timber (60/100 or 60/160; e=*) 0,120 50 450 1,600 D
C 100,0 Cellulose fibre [040; 50] 0,040 1 50 2,000 E
D 25,0 gypsum plaster board type DF (2x12,5 mm) or 0,250 10 800 1,050 A2
D 25,0 gypsum fibre board (2x12,5 mm) 0,320 21 1000 1,100 A2

Ecological rating (per m2 construction area)

Database ecoinvent

Built-in renewable materials 11,0 kg
Share of renewable materials of total weight 22,15 %
Global warming potential (GWP-T) -0,829 kgCO2Äqv.
Energy use of Primary Energy 230,6 MJ
Share of renewable Primary Energy 11,9 %
∑ΔOI3 12,4
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 12,840 -13,669 -0,829 27,400 129,300 156,700 203,202 0,000 203,202 0,043 0,020 1.3863722E-6 0,006

Database GaBi (ÖKOBAUDAT)

Built-in renewable materials 10,6 kg
Biogenic carbon 14,3 kgCO2Äqv.
Energy use of Primary Energy 246,8 MJ
Share of renewable Primary Energy 19,7 %
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 -8,455 0,028 0,006 2.03E-7 0,003 46,680 177,060 224,140 160,140 4,310 164,490
C1 - C4 18,794 0,006 0,004 1.15E-7 0,001 0,220 -81,680 -81,460 14,420 -0,050 14,370
A1 - C4 11,975 0,040 0,012 3.5E-7 0,005 48,610 96,420 145,440 198,200 4,490 202,740

Last update 02.08.2023/hfa.eco2soft