260814_FWA_NB_HLS_5_GR_UG_0002_F_0.pdf

[Seite 1]

H D

Ebenensystem Ebenensystem

1 2

10 11 12 13 14

7 8 9

Fensteröffnung

0.58m

-2.58m

RS= 2.81 m

-6.09m²

RS= 2.98 m

128cmü.OKFFB UmkleideHerren W SB2 S SB2 UmkleideDamen VSS128cm

5 12

ü.OKFFB 525 125 5 12

DN50 W SB3 10

5 22 325 725 W 5 12 SB2 325 875 10 5 22 22

S SB3 S SB3 S SB3 S SB3

TSD - Ø 125 / L 850 / P 50 3x DDA - NG 500 +210 m³/h 7 5 GL-HLS H 0 K .0 V 9m 1 ² 5x75cm DD-HLS 0.10m² DD-HLS 0.16m² +600 m³/h DD-HLS 0.65m² DD-HLS 0.14m² Voutung Bodenplatte 21 FB3.1 VS: 1 -3 5 .8 0 3 m³/h VS: 524 m³/h FB4.5 -0 m³/-h3.83 0.30m 0.30m 0.40m 0.25m 0.80m 0.20m DN -600 m³/h 1.30m 0.50m 0.70m 0.20m 20 DD-HLS 0.65m² 91.32m²VSB --3 .Ø98 125 12.42m² -3.98 T021 Tür RA= 2.98 m 1.30m 0.50m 19

abAchse9-0,15, 2.26m

2 5 AU.06 VS: l 3 i5. . R0 4 H 3 m= ³/h +1570 m³/h abgesenkteRaumhöhe 3 A x U D . D 08 A - NG l 3 i. . R 23 H 81 = 0 210 m³/h 0.8 S 9 T m 2. H 00 (F m ) ² O K FF B UK =3.03 m 2 V x S B : S 1 K 27 - 0 4 m 00 ³/ / h 200

O K

Ø 1 F F B D SB2 -820 m³/h 4 0 0 2 0 0 DV SSB: 2210 m³/h

FB

W

3

C

.1

/

-

D

3D

u

. = 2

s -1 A ,1 c H 8 D 7 0 0 ha G bs K e ./

2,

3 n 6

2 0 0 5

. m

8 D a

3 b 7 0 0 2 0 0 7 0 0 3 0 0 G 0 L .3 - 0 H m LS 0 0 . . 0 3 9 0 m m ²

1 1

7

8 Treppe noch ungeklärt

G K a bs./ 2, 6 5 mT 0 2 a b 0 . . 8 2 S 1 9 6 3 T m m Tür 2. H 0 ( 0 N m ) 7 ² 50 m³/h S pi e g el c h A S R A 4. 1 S pi e g el c h A S R A 4. 1 1 A 0. U 93 U . K 0 m A 9 H ² 7 0 0 -3 2 0 0 .98 - 1 0 . . 6 4 5 0 W m m D-H - 0 L 0 . S . 4 8 0 0 m m 5 19 495 2 B S W 1 1 1 4 5 6 VSB - Ø 250 n a n a h h 0.66m² VS: 600 m³/h 72Stck. 80x50cm m³/ m³/ 13

V TS S D : 6 - 0 Ø 0 2 m 5 ³ 0 /h / L 850 / P 50

DN R 1 A 2

2 V

=

x S D

3

:

.

4 D

2 1

3

A 0

m

- m N ³/ G h 500 DN DN D 5 N 0

D

1

N D

5 1 N 2 12 DD-HLS 0.39m² 4 0 0 2 0 0 UK =3.03 m 395 5 54 395 5 54 T 0 2 0

= . . -7 2 S A

• 2

-1 H 6 6 2 8 , T 1 D 8 0

G m m

a 0 K b T

s . ü

/2 m r

, 8 0

6 m5 1m. H a 7 ³ b ³2 ( /O

F K / h m ) F h F ² B T 0 2 0

G -. .

= 7 2 0 S 2

L

+ 1

A -. 1 6 6 3 T 3 H , -1 D 0 8 3m m

H 0 G a T

m L 1 3 0

b K S ü 0 s ./ r m

2, 6 1 5m.m H 7

0 ³

0 a

( 2

. b

. 0

/

N 3 O

9 ³m

0

h

) K /

m m F ²h F

² B D

F

S

B

B

4 2

F .6 itness - V

T

V

S 83 :

-

1 7 0 0 Ø

3 0

1 2 0 0 2 m 39 5 5 ³/5 54h

UK =3.03 m D V D S: A 6 - 0 N 0 G m ³ 5 / 0 h 0

WD-ELT 395 5 54 7 0 0 3 0 0 G 0 L .3 - 0 H m LS 0 0 . . 0 3 9 0 m m ² D

F

S

B

B

1 2

T .1 echnik -3.83 1

1 1

8 9 1

0 2

d=2 0. 8 30 c H m m LS rau 0 0 m . . 0 3 9 0 h m m o ² ch W D D S N N B 2 2 3 0 5 675 25 D 0 D .7 - 0 H m LS 0 0 . . 1 2 8 5 m m ² L3 0.35m 1.10m 2 4 0 0 0 0 U K A H D G 0 L .3 - 0 H m LS 0 0 . V . 0 3 9 0 S m m S ² d=28c U m K A H r D aumhoch 6 A 0. U 92 .1 m 0 ² l 3 i. - . 3 R 2 . H 9 8 = 8 DN25 - 0 0 . . 2 7 0 0 m 0 m .02m - 0 0 ² . . 1 8 0 0 m m W SB3 T 2 2 0 S . . 4 0 2 T 1 7 8 B m m Tür 4. S 9 D 9 TB m² W SB3 2 A 7. U 32 .1 m 1 ² l 3 i. - . 3 R 2 . H 9 8 = 8 7 5 6 5 12 5 17 49 0 0 0 0 UK =3.03 m

W SB3 RS= 2.93 m RA= 3.13 m

42 WD-HLS V

TV

S :

-

8

Ø

0 1

m

0 ³ 0

/h W SB3

DN25

3 4 S T G 4/ 2 8. 0 m m 0.75 W m D-HL 0 S .20m 0.20 W m D-HL 0 S .20m 0.20 W m D-EL 0 T .10m T 0 0 .0 1 0 2 m Tür D - 1 0 . . 4 6 0 0 m m - 0 0 . . 2 8 0 0 m m Flur TT 00 00 ..00 22 00 00 mm TTüürr DD 0.45 W m D-HL 0 S .20m 0.20 W m D-HL 0 S .20m 0.30 W m D-HL 0 S .20m 0.75 W m D-HL 0 S .20m T 2 0 R .4 2 1 6 A m T = ür 3 D .13 m UK = 2.9 m 1.65 W m D-HL 0 S .40m 0.75 W m D-HL 0 S .20m 0.20 W m D-EL R0 T .15Am= 2.80.320 W mm D-HL 0 S .20m 2 Einbrin 2 2 g 1 7. schacht -0.40m -0.60m -0.75m -0.95m -0.50m -0.60m 1.01m 2.43m² 0.28m² FB4.1 -3.83 11..0011mm 02..0403mm²² -0.75m -0.95m -0.90m -1.10m -0.75m -0.95m -0.75m -0.95m 1.26m 3.04m² -0.55m -0.95m -0.90m -1.10m -0.65m -0.80m -0.78m -0.98m 1 W SB3 0.15m² 0.04m² 0.02m² - 0 0 . . 2 5 0 0 W m m 0 D .02 -E m L - 0 ² 0 T . . 1 6 0 0 m m STB STB T 1 2 0 S . . 8 4 1 T 0 1 5 R m m Tür S 4 T .3 R R 4 S + m G ² L 4 A 8. U 45 .0 m 5 ² l 3 i. - . 3 R 2 . H 9 8 = 8 D SB2 T 1 0 0 . S . 2 0 1 T 6 0 8 B m m Tür 3 T . 3 S 0 0 4 T / B R m S ² STB STB 1 0 T . S . 2 0 0 T 6 0 1 B 9 m m Tür 3 T . 3 S 0 0 4 T / B R m S ² 0.09m² 0.04m² 0.06m² 0.15m² W SB3 STB STB T 1 2 0 . S . 2 4 2 T 6 1 5 B m m Tür 3 T . 3 S 0 0 4 T / B R m S ² D V D S: A 2 - 0 N 0 G m ³ 3 / 1 h 0 4 V x S B : - 0 0 . S . 3 7 30 5 W K m7 m 0 D .0 1 6 - - H m 0 L - 0 ² 0 7 S . . 2 9 m0 0 5 m m 0 ³/ / h 300 0.66m² T 1 2 0 . S . 2 4 2 T 6 1 7 B m m 1 T .0 ü 2 r 53 T . 3 S 0 0 4 T / 8.66 B R m S ² D 0 D 0 .2 . - 1 5 H 5 m L m S ² 0 0 . . 1 4 0 0 m m ² 0.03m²UK = 2.930 .0m4m² - 1 1 . . 9 5 4 0 m m 4.9 T 5 ür m - 2 ² 4 . . 5 0 5 5 m m 25.18m² - - 3 3 . . 9 9 8 8 7 5 19 m m 2x DD 72 A Stc k. - NG 18 0 5 x6 0 0cm 0 D D D N N N R D 2 1 1 A N - 0 2 2 0 0 . . 9 4 = 0 0 W m m 0 D . 3 18 - . H m 3 L - 0 ² 0 S . . 2 3 6 0 0 m m m - 0 0 . . 2 7 0 7 W m m 0 D .04 -H m L - 0 ² 0 S . . 2 9 0 7 m m 52 5 15 80 D 0 D .2 R - 0 H m L S S = 0 0 . . 3 0 3 6 0 . m m 1 ² 8 m 37 D 5 5 12 N10 D 00 D .1 - 0 E -m L T 1.0 0 0 . . 0 5 5 0% m m ² W D N S 1 B 0 3 0 - 1 G . 0 0 L .3 - 0 H % m LS 0 0 . . 0 3 9 0 m m ² T 11 22 0 .. S .. 00 44 1 T 11 11 7 B mm mm TTüürrö -2 ff . n S 4 u D T 3 n B m g ² - 0 0 . . 4 7 0 0 W m m 0 D .04 -E m L -R 0 ² 0 T . . 1 8 0 0S m m= 1.12 7.21 5 2.95 m DD-HLS + -1 1 0 0 0 .10 0 0 m ² m m ³ ³ / / h h - 0 0 . . 4 7 0 0 W m m 0 D .04 -E m L - 0 ² 0 T . . 1 8 0 0 m m 0.20 W m D- D HL 0 N S .20 1 m 00 - 1.0 % 7.21 375 - 0 0 . . 2 9 0 2 D W m m 0 D D .0 - 4 - H H m L L - S 0 ² 1 S . . 2 1 0 2 m m 0.10m² - 0 0 . . 4 7 0 0 W m m 0 D .04 -E m L - 0 ² 0 T . . 1 8 0 0 m m D V D S: A 2 - 1 N 0 T 1 G 2 0 m. S . 2 4 2 T 6 1 4 B ³ 3 m m T / 1 h ür 0 3 T . 3 S 0 0 4 T / B R m S ² + -2 2 1 1 0 07.21 m m ³ ³ 3 / / 7 h h 5 W S DD B -HL 3 S RS 0.1 = 0m 2 ² .9 - 7 0 0 . . 4 7 0 0 m W m m 0 D .04 -E m L - 0 ² 0 T . . 1 8 0 0 m m 0.20 W m D D- N HL 0 S 1 .20 0 m 0 - 1 - . 0 0 0 . . 2 7 0 0 W m m % 0 D .02 -E m 7.21L - 0 ² 0 T . . 1 8 0 0 m m 375 + -2 2 0 0 0 0 DD m m -HL ³ ³ S / / W h h 0. 10 S m² B3 D V D S: A 2 - 2 N 0 - 0 0 G . . 4 m 7 0 0 W m m 0 ³ 3 D .0 / 4 - 1 h E m L - 0 0 ² 0 T . . 1 8 0 0 m m - 0 0 . . 2 5 5 5 W m m D W -HL - 0 0 S . . 2 S 8 5 0 m m B3 - 1 0 . . 6 5 5 5 W m m 0 D .66 -H m L - 0 ² 0 S . . 4 9 0 5 m m 7 3- 0 0 . 0 0. 3 9 0 0 0 0 W m m 0 D .06 -H m L - 0 ² 1 S . . 2 1 0 0 m m - 0 0 . . 2 6 0 5 W m m 0 D .03 -E m L - 0 ² 0 T . . 1 8 5 0 m m - 0 0 . . 2 8 0 0 W m m 0 D .04 -H m L - 0 ² 1 S . . 2 0 0 0 m m - 0 1 . . 1 2 9 0 W m m D-EL - 0 1 T . . 1 3 9 9 m m VS: 470 m³/h D 0 D .2 - 0 H m LS 0 0 . . 0 2 4 0 m m ² 5 28 66 815 7 WD-ELT 0 0.25m 0.40m TV - Ø 125 -0.75m 0.04m - ² 0.95m 0.25m 0.40m DN100 - 0.5 % 0.25m 0.40m -0.73m 0.04m - ² 0.93m 0.25m 0.40m 0.06m² 0.03m² 0.50m 0.10m 6 10 20 57 10 57 -0.80m -0.90m Ø 1 40 WD-HLS VS: 100 m³/h WD-HLS 40 40 WD-HLS 40 0.50 W m D-HL 0 S .30m WD-ELT DD-HLS 0.10m² DD-HLS 0.08m² DD-HLS 0.10m² 0.05m² 0.30m 0.30m 0.30m 0.30m WD-HLS 0.30m 0.30m -0.55m -0.85m 0.19m 0.19m DD-HLS 0.13m² 0.40m 0.25m 0.20m 0.40m 0.40m 0.25m -0.55m -0.85m UK = 2.9 m -0.55m -0.85m 0.30m 0.30m 00 -0.55m -0.85m 00 0.15m² -1.20m -1.39m 0.20m 0.65m 0.09m² 0.09m² -0.55m -0.85m 5 5 3 0 0.09m² 5 5 3 0 0.03m² GL-HLS 0.09m² 0.09m² Wandschlitz-HLS 1.20 1.45 W m D-HL 0 S .40m 0.30m 0.30m 1.45 W m D-HL 0 S .40m 1.45 W m D-HL 0 S .40m 1.45 W m D-HL 0 S .40m 1.45 W m D-HL 0 S .40m 1.45 W m D-HL 0 S .40m

0

0 .

. 2

0 1

7 m

m - 0

0 .

. 1

2 3

0 m

m

DN100 - 1.0 % 2 B

S -0.55m -0.95m Wandschlitz-HLS -0.55m -0.95m -0.55m -0.95m Wandschlitz-HLS -0.55m -0.95m Wandschlitz-HLS -0.55m -0.95m Wandschlitz-HLS -0.55m -0.95m 1.82m² W 0.58m² 0.21m 0.13m 0.58m² 0.58m² 0.21m 0.13m 0.58m² 0.21m 0.13m 0.58m² 0.21m 0.13m 0.58m² WD-HLS 5 19 -0.07m 1.51m - ² 0.20m 5 45 0.30 W m D-HL 0 S .30m UK = 2.93 m 0.30 W m D-HL 0 S .30m 5 45 -0.07m 1.51m - ² 0.20m 0.30 W m D-HL 0 S .30m 5 0 0 0 5 45 -0.07m 1.51m - ² 0.20m 0.30 W m D-HL 0 S .U30mK = 2.93 m 5 45 -0.07m 1.51m - ² 0.20m 5 0 0 0 0.50m 0.30m 53 53 -0.55m -0.85m -0.55m -0.85m -0.55m -0.85m -0.55m -0.85m -0.55m -0.85m D SB2 0.09m² D SB2 0.09m² D SB2 0.09m² D SB2 0.09m² D SB2 WD-HLS 0.15m² D SB2 0 Trockenraum 1 6 Lager Lager Lager DDA - NG 310 Lager 0.25m 0.20m Lager +940 m³/h 2 B Ø -0.55m -0.75m 2 B +220 m³/h -940 m³/h S W FB3.1 -3.83 WD-HLS FB4.1 -3.83 TV W - D Ø -HL S 125 FB4.1 -3.83 FB4.1 -3.83 VS: 210 m³/h FB4.1 -3.83 0.05m² S W DDA - NG 310 -220 m³/h FB4.1 -3.83 0.30 W m D-HL 0 S .20m 14.11m² -3.98 - 0 0 . . 3 5 0 5 m m - 0 0 . . 2 7 0 5 m m 14.33m² -3.98 V - 0 0 S . . 3 5 0 5 : m m 10 - 0 0 0 . . 2 7 0 5 m m m ³/h 18.72m² -3.98 0.30 W m D-HL 0 S .20m 31.84m² -3.98 0.30 W m D-HL 0 S .20m 29.46m² -3.98 0.30 W m D-HL 0 S .20m VS: 220 m³/h 32.47m² -3.98 W SB2 -0.55m 0.06m - ² 0.75m AU.17 l 3 i.D . V R 2 HD S 8 = : A 2 - 4 N 0W 0 .G0 m 6 S m ³ ²4 B/ 0 h2 0 AU.16 l 3 i. . R 2 H 8 = W 0. 0 S 6m B ² 2 AU.15 l 3 i. . R 2 H 8 = -0.55m 0.06m - ² 0.75m AU.14 l 3 i. . R 2 H 8 = W SB2 -0.55m 0.06m - ² 0.75m AU.13 l 3 i. . R 2 H 8 = W S D BV D S2: A 2 - 0 N 0 G m ³ 3 / 1 h 0-0.55m 0.06m - ² 0.75m 125 DD-HLS 0.06m² W SB2 AU.12 l 3 i. . R 2 H 8 = 0.20m 0.30m 5 12

S SB2 S SB2 S SB2

WD-HLS WD-HLS WD-HLS

0.35m 0.35m 0.35m 0.35m 0.25m 0.25m

-0.97m -1.32m -0.88m -1.23m -0.84m -1.09m

0.10m² 0.10m² 0.05m²

T2

TA

004 002 004 002 UK =3.03 m 003 002 0 0 UK =3.03 m 00 2 00 Ø 32

200 200

200 200

052 Ø

2x kVSR - Ø 250

VS: 600 m³/h

2x RSD - Ø 250 / L 950 / P 50

VS: 600 m³/h

0 5 2 Ø

RA = 3.13 m

0 5 2 Ø 052 Ø

Nr. HK mbar kg/h l/min

Nr. HK mbar kg/h l/min

1 -1.07 WC Herren 2 1 1 18.7 0.3

1 -1.14 Fitness 1 14 32.8 0.5

2 -1.07 WC Herren 1 1 0 8 0.1

2 -1.14 Fitness 2 11 29.8 0.5

3 -1.07 Vorraum Herren 2 4 27.8 0.5

3 -1.14 Fitness 3 8 26.5 0.4

4 -1.09 Umkleide Herren 1 288 139.3 2.3

4 -1.11 Vorraum Damen 1 5 31.1 0.5

5 -1.09 Umkleide Herren 2 450 164.5 2.8

5 -1.13 Duschen Damen 1 2 22.7 0.4

6 -1.09 Umkleide Herren 3 541 176.1 3

6 -1.12 WC Damen 1 0 5.1 0.1

7 -1.09 Umkleide Herren 4 644 187.8 3.1

7 -1.10 Umkleide Damen 1 21 55.2 0.9

8 -1.07 Vorraum Herren 1 8 38 0.6

8 -1.10 Umkleide Damen 2 15 48.3 0.8

9 -1.08 Duschen Herren 1 28 60.5 1

Raumbediengerät

Montagehöhe: 1.60 m

2x kVSR - Ø 160 2x RSD - Ø 160 / L 950 / P 50 DDNN2255 2x DDA - NG 500

VS: 210 m³/h VS: 210 m³/h VS: 300 m³/h

-1.11 Vorraum Damen Vorraum Herren 24 °C 610 W 605 W 80.2 W/m² 0 51.7 W/m² RA = 3.08 m 6 -1.14 Fitness Ø 1 Raumbediengerät 18 °C 889 W 14.6 W/m² RLT3 - innenliegende Räume Montagehöhe: 1.60 m Wärmerückgewinnung: Gegenstrom Wärmetauscher Volumenstrom: 7.530 m³/h - ext. Druckverlust: 450 Pa LxBxH: 3,37 x1,26 x 1,62 m -1.10 Umkleide Damen -1.15 Technik Gewicht: 1.325 kg 24 °C 623 W 15 °C -206 W 50.1 W/m² -7.5 W/m² Nachheizregister

Heizleistung: max. 6kW

Raumbediengerät LxBxH: 0,37x0,52x0,27 m 400 2 -1 0 . 1 °C 2 - W 84 C W Damen 2 -1 4 . 1 °C 3 1 D 4 u 4 s c W hen Damen RA = 3.08 m Montagehöhe: 1.60 m -37.3 W/m² 60.1 W/m² 200 -1.09 Umkleide Herren 24 °C 4394 W PS 48.1 W/m² DDNN2255 DDNN1155 DDNN3322 DDNN1155 DN12

Raumbediengerät

Montagehöhe: 1.60 m Raumbediengerät DDNN1155 Montagehöhe: 1.60 m

-1.24 Flur -1.21 Flur 15 °C -1178 W 15 °C -647 W -42.2 W/m² -14.3 W/m²

+240 m³/h +130 m³/h DDNN3322 700 -240 m³/h -130 m³/h 2x kVSR - 400/200 RRAA== 33..3333 mm 300 VS: 1100 m³/h

Ø 2 0 0 RA = 3.08 m Ø 2 5 0 D V D S: A 2 - 4 N 0 G m ³ 4 / 0 h 0 Ø 125 V TV S : - 1 Ø 3 0 1 2 m 5 ³/h Ø 125 Ø 2 0 0 RA = 3.13 m Ø 160 Ø 2 5 0 RA = 3.13 m Ø 160

R

D

A

N

=

1 2 2

.83 m

00 50 00 UK = 3 m 53 00 42

-1.23 Lager Einsatzkle -1.22 Trockenraum -1.20 Lager -1.19 Lager -1.18 Lager -1.17 Lager -1.16 Lager 15 °C -1445 W 15 °C -367 W 15 °C -132 W 15 °C -172 W 15 °C -276 W 15 °C -264 W 15 °C -127 W -15.9 W/m² -26 W/m² -9.2 W/m² -9.2 W/m² -8.7 W/m² -9 W/m² -3.9 W/m² UK = 3.03 m 00 00 00 50 42 53 Stand Grundriss Architektur: 08.12.2025 RA = 3.08 m 5 0 2x kVSR - Ø 250 Ø 125 Ø 125 0 RA = 3.13 m Ø 160 0 Ø 2 VS: 940 m³/h 2 0 2 5 Stand Grundriss Brandschutz: 17.05.2023 Ø Ø DDNN1122 2x RSD - Ø 250 / L 500 / P 50 TV - Ø 125 DDNN1122 RRAA== 33..1188 mm VS: 940 m³/h VS: 130 m³/h RRAA== 33..1188 mm 6 0 Stand Grundriss Elektro: 08.07.2025 1 Ø

2x MWS - 400 /200 /1500

VS: 1100 m³/h

I Änderung Sachbearbeiter geprüft gezeichnet Datum Projekt

436 - Neubau Feuerwache West Augsburg

Bauherr/Träger

Stadt Augsburg

An der Blauen Kappe 18; 86125 Augsburg

Fachplaner

ProjektNr Planinhalt PlanNr Index

FWA_NB_HLS_5_

Grundriss 1. Untergeschoss - Teil 2 0

220436

GR_U1_0002_F_0

HLS - Ausführungsplanung

Planformat Maßstab Plandatum Bearbeitet

1189 x 841 1 : 50 14.08.2026