Bauteilvariante external wall awmhhi01a-3: dataholz.eu

Building physical assessment

Fire performance	REI from inside REI from outside	90 60
Fire performance	Maximum ceiling height = 3 m; maximum load E_d,fi = 35,0 kN/lfm Classified by HFA Fire performance Germany Classification: REI 60 (from inside/from outside); Attention: REI 90 (from inside) possible with 2x12,5mm gypsum plaster board type DF/gypsum fibre board Load E_d,fi according to the German certification document Proof: manufacturer specific
Thermal performance	U	0,12 W/(m²K)
	Diffusion	adequate
	Calculated by TUM
Acoustic performance	R_w (C;C_tr)	56 dB (-2; -7)
	L_n,w (C_l)
	Rating by HFA Rating by Müller-BBM
Mass per unit area	m	95,5 kg/m²
Mass per unit area	Calculation based on gypsum plaster board type DF GKF

Datenblatt external wall
awmhhi01a-03 (pdf, 250 KB)

Note

Attention: REI 90 (from inside) in Germany possible with 2x12,5mm gypsum plaster board type DF/gypsum fibre board

solid wood construction — Cross-section of standard configuration

solid wood 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 fire
	Thickness [mm]	Building material	λ	μ min – max	ρ	c	Reaction to fire
A	24,0	larch wood external wall cladding	0,155	150	600	1,600	D
B	30,0	spruce wood battens offset (30/60) - ventilation	0,120	50	450	1,600	D
C	15,0	fibreboard (MDF)	0,140	11	600	1,700	D
D	300,0	Light composite wood-based beams (I-beams) with solid wood flanges (60/45) and hard board intermediate web (≥ 6,7) e=625	0,400	20-30	800	1,700	D
E	300,0	mineral wool [040; 11; <1000°C]	0,040	1	11	1,030	A1
F	100,0	cross laminated timber (at least 3-layers, top layer at least 30mm)	0,130	50	500	1,600	D
G	70,0	spruce wood battens 60/60 on resilient clips, e=625	0,120	50	450	1,600	D
H	50,0	mineral wool [040; 11; <1000°C]	0,040	1	11	1,030	A1
I	12,5	gypsum plaster board type DF or	0,250	10	800	1,050	A2
I	12,5	gypsum fibre board	0,320	21	1000	1,100	A2

Ecological rating (per m² construction area)

Database ecoinvent

ΔOI3	43,0
Calculated by HFA

Details of sustainability rating...

						Resources
Lifecycle Phase	GWP [kg CO₂ Äqv.]	AP [kg SO₂ Äqv.]	EP [kg PO₄ Äqv.]	ODP [kg R11 Äqv.]	POCP [kg Ethen Äqv.]	PERE [MJ]	PERM [MJ]	PERT [MJ]	PENRE [MJ]	PENRM [MJ]	PENRT [MJ]
A1 - A3	-84,846	0,237	0,094	3,71e-6	0,014	86,345	1232,225	1318,570	728,382	37,980	766,362

Database GaBi (ÖKOBAUDAT)

Built-in renewable materials	82,2 kg
Biogenic carbon	117,8 kgCO_{2 Äqv.}
Energy use of Primary Energy	1196,9 MJ
Share of renewable PE	39,9 %
Calculated by TUM

Details of sustainability rating...

						Resources
Lifecycle Phase	GWP [kg CO₂ Äqv.]	AP [kg SO₂ Äqv.]	EP [kg PO₄ Äqv.]	ODP [kg R11 Äqv.]	POCP [kg Ethen Äqv.]	PERE [MJ]	PERM [MJ]	PERT [MJ]	PENRE [MJ]	PENRM [MJ]	PENRT [MJ]
A1 - A3	-90,129	0,200	0,036	4,51e-6	0,032	476,396	1383,888	1856,955	691,437	47,947	738,880
C1 - C4	133,307	0,004	0,004	1,96e-7	0,001	0,990	-1377,285	-1376,295	20,467	-22,975	-2,510
A1 - C4	47,318	0,206	0,040	4,71e-6	0,032	477,779	6,862	481,312	719,097	25,024	743,610

Last update 07.05.2020/hfa.plb

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