SGB_TEN_5_A_GR_O1_11_ELA_02_bf.pdf

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Kabeltrasse Brüstungskanal Brandabschottung Steigepunkt Verteilung Elektro Verteilung EDV Anbauleuchte Einbauleuchte Anbauleuchte rund Downlight Einbau Rastereinbauleuchte A B Rettungszeichenleuchte einseitig Rettungszeichenleuchte beidseitig Rettungszeichenleuchte dynamisch EXIT Sicherheitslicht Lichtverteilung rund Sicherheitslicht Lichtverteilung "Flur" Sicherheitslicht integriert Ausschalter Wechselschalter Taster Taster mit Wippe Symbol "Klingel" Jalousietaster Blindabdeckung Schlüsselschalter F G H I J Not Not-AUS

Präsenzmelder Präsenzmelder optischer sensor Präsenzmelder optisch/akustischer sensor Master M Slave S Wandeinbau DALI 1-Kanal 1K DALI 2-Kanal 2K

Steckdosen UT Steckdose für Untertischgerät 5 Ltr. Steckdose geschaltet 11,875 8,125 11,875 10,625 47 Achsen Steckdosen EDV 82,185 Gebäudeaußenkanten 3 CEE-Dose 5-pol. 35 E Deckenwürfel 35 1,245 35 5 1,115 5 2,49 5 2,49 5 2,49 5 1,115 5 35 1,80 35 5 1,11 5 1,89 5 1,89 5 1,115 5 35 1,80 35 5 1,115 5 2,49 5 2,49 5 1,395 1,095 5 1,115 5 35 2,23 35 5 1,115 5 2,665 5 35 60 5 2,665 5 1,115 5 35 585 59 Fassadefertig Festanschluß 230 V 1,245 10,075 1,80 6,325 1,80 10,075 2,23 3,995 60 3,995 1,17 Fasssaderoh Festanschluß 400 V 2,585 2,585 2,585 2,585 2,585 12 12 765 1,58 7,10 1,58 73 73 1,58 5,705 11 9 76 1,58 6,80 1,565 28 24 56 1,09 24 1,58 4,095 1,58 1,92 12 12 35 RohbauwändeAchsen 230 V, 3x2,5 mm² Abzweigdose in Decke für Gebäudeautomation Potentialausgleichsschiene 24 765 1,58 7,10 1,58 1,46 1,58 5,705 20 76 1,58 6,80 1,565 28 24 1,65 24 1,58 4,095 1,58 1,92 24 35 Rohbauwände Anschlussdose Potentialausgleich Datendose 1-fach (1 Port) Schulnetz Speier OKBR=+6,375=0,550ü.OKRFB Notentwässerung Datendoppeldose (2 Ports) Schulnetz 5 2 415 60 60 60 60 60 UK60UZ=+8,69060=3,16305ü.OKR6F0B 60 60 60 60 1,20 60 60 60 362 2 32 60 60 60 60 60 60 60 OK60BR=+6,36705=0,55600ü.OKR6F0B 60 315 2 38 60 60 60 60 60 6O0KBR=+660,375=06,0550ü.OK60RFB 60 60 60 60 60 60 60 60 60 2 5 60 60 60 60 60 O60KBR=+660,375=06,5050ü.2O21K14RF22B1 60 60 60 60 60OKBR=6+06,375=600,550ü3.4O5K2RFB Datendoppeldose (2 Ports) Verwaltungsnetz UKUZ=+8,960=3,135ü.OKRFB UKUZ=+8,960=3,135ü.OKRFB UKUZ=+8,960=3,135ü.OKRFB UKUZ=+8,960=3,135ü.OKRFB 5 3 Datendoppeldose (2 Ports) t-Net

M M M M M M M M M M M M M M M M M M

3 5 2 3 5 3 5 7 NGRS NGRS: 2 x Cat 7 auf Keystone RJ45 hinter Blindabdeckung 1 4 M M M M M M M M M M 1 W-LAN Anschluss für W-LAN Repeater, bestehend aus: 500/60 500/60 UV3 2.13 500/60 100 UV3 2.08 500/60 Datendoppeldose (2 Ports) Schulnetz E 1 1 0 0 U W K D = 9 3 0 6 0 0 / 0 200 5 6 0 1 8 2 UK=230 UKRD BRH 2 =0,45ü.OKFF 2 UK=230 UKRD 2 UV3 1.18 w M a e g d e ie 2 n n- E S 0 S , t S 2 ü 5 0 0 4 D tz D 0 - e D B / o 1 1 d ,5 5 8 6 0 1 8 e 0 0 n / 0 300 UK=230 UKRD BRH =0,45ü.OKFF ESD-B 5 0 0 oden U S 0 V , t 2 ü 3 M w4 tz 3 0a ee .2 g/ d 5 6 0 1 8 2 e1 ie n, n 80 - 0 2 UV3 1.13 2 UK B =2 R 30 H UKR = D 0,45ü.OKFF 2 2 2 ESD-Bo 5 0 0 den UV3 5 0 0 2.0 5 6 6 0 2 1 8 4 U 0 K 0 = /6 2 0 30 UKRD 2 BBRRHH ==00,,4455üü 2 ..OOKKFFFF S 0, t 2 ü 4 tz 0 e /0,599 3 BBRRHH ==00,,4455 3 üü..OOKK w M a U e FF g V d FF e 3 ie n n 2 - .05 2 4 1 2 M V S i i d o g e n n o t a a s l p g g r e e e h b c ö e h h a r n e o l : p a 0 g ti e , s 1 c 5 h m /a k u u n s te ti r s c U h K Decke/Abhangdecke UV3 1.18 UV3 1.17 UV3 1.18 UV3 1.17 DLE UV3 1.15 UV3 1.16 UV3 1.15 UV3 1.14 UV3 1.13 UV3 1.14 UV3 1.13 S DDØ60 UV3 1.09 UV3 1.10 UV3 1.11 UV3 1.12 4 U 0 K 0 = /6 2 0 30 UKRD Nebenuhr 230 V 2.14 6 0 U 1 V 1 3 ,5 3 k .2 W 4 D 11 L , E 5 kW6 0 S K R B A Ø =+ 60 3200 N TG .T A 02 MSG ZT Zugtaster Rufanlage 2.15 ESD-Boden in AHD in AHD in AHD in AHD UV 6 M 3 -f S a 3. c G 3 h 1 6 U M - V f S a 3 c G 3 h .31 UV NTW 1, 2 0 UV 4 M 3 -f S a 3. c G 3 h 2 S A g n eD s mD c .1 h 5N l 0 ü T/ s 2W5 s 0 e U U V V 3 NT 0 W .01 UV 6 M 3 -f S a 3. c G 3 h 2 U 6 M V -f 3 S ac G 3 h .33 in AHD in AHD in AHD in AHD 1, 2 0 A U : : 11 1 ,5 ,9 3 0 5 m m 2 6 U - V f 3 ac 3 h .33 A Z T L A Zi b m s m te e llt r a le s u te c r h R te u R fa u n f l a a n g l e age optisch/akustisch

f b( A B)

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AA E D m Ko i a e p n n p u s e e tz l l r l i e e m l a A m is u e s r H l e ö A i s n A e h e e i i n t r R ic u h f t a u n n la g g H e AA, H= 1,20 m OKFF

6 Schrank H=2,70 6 m 1K i 1K H=2,70m

H=2,70m H=2,70m Schrank 1 1 r 4 4 optischer Signalgeber HAA

DLE 17/1 11,63 in AHD 25 UV3 1.16 7,8 U 75V3 1.15 UV3 1.16 SPM 25 in AHD 17/2 11,625 18/2 115 35 115 5,11 UV3 1.09 a 125 UV3 1.12 4,815 H=0,30m manuelle Auslöseeinrichtung RA, H= 1,20 m OKFF 7, 7 7 ä g er h = 0, 2 4 0 5 L U , V 7 U W 3 k K D W 3. = 2 1 5 1 + 0 3 0 2 /5 7 5 0 0 1, 2 0 6 0 UV3 1.17 1 A 1 UK=230 5 U 0 K 0/ R 6 D 0 UV3 1.18 1 UV3 1.17 1 1 B 5 6, 8 2 UV3 1.18 1 18/1 UV3 1.17 H U = V 2 3 ,7 2 0 1 .1 m 2 1, 2 0 0 1 A UV3 U U U 1 V 2 V V 1 . 3 1 3 , 0 5 N 0 D 3 . T k 0 . L 2 W W 2 E 3 H U = V 1, 2 0 2 6 0 3 ,7 2 0 .0 m 7 1 U T V s 3 a . f 1 e A .1 l 4 n N si T c W ht 1 1 A UV3 1.13 1 UV3 1.14 1 UV3 1.13 1 1 B U S S V3 K R D 1 B A D .14 1 Ø = Ø + 2 1 0 8 3 0 0 240 UV 5 3 ,7 D 3 k . L 2 W A) 1 E H U = V 1, 2 0 2 0 3 ,7 2 0 .0 m 6 s. T A a n fe s l i c 1 ht 1a u m T r e n n mobile Trennwand 1a H U = V3 0,3 2. 0 0 m 4 U H V = 3 2, 2 7 .0 0 4 m 7, 4 6 7, 4 6 5 6, 4 1 6, 4 1 7, 1 3 NOT A M M M M M P M M M M R Be a o o o o h u t t t t o o o o a m r r r r n i V i S i n g n n s e o n n m t r n e e a d i n r r l t u l e e e a N n r r n t k i o B V s o l t u c n l o - e R h n r n a h u g a d u a t f z s f f n u c P g n h u g u tz tz

Tr s. Ansicht 6 b( 6

N.12 0 > . 0 0 ,9 25 d 0 A N -L W w a n d arti g er T 5 S S 6 HZ G UV 5 D D 7 2 D D 6 0 1 Ø 0 1 0 0 /2 2 0 5 2 3 1, 5 7 0 5 S 5 0 A U N S 5 : c 6 0 6 0 1, 2 0 : . U K R T h V B A 1 a 3 4 c Ø = 1 h 3 1 + . 6 t 1 , , 0 5 0 8 H 1 2 3 1 8 , 2 Z 5 0 1 0 G , 0 2 0 0 / 7 5 S V m m A K

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0, 9 0 L D B TW 5 0 0 U N T V 9 3 y . i E 6 n 1 t p

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3 1 , , 0 5 1 8 5 UV3 1, 4 4 5 1 3 6 .1 2 3 1 7 65 G ar d er o b e 94 A B) f 2 b 4 ( A A U N A : u : . B f A 6 f ) z 2 0 ,9 u , 1 9 0 g 7 0 fb 1 m ( m A ,6 2 ) 5 HZ G UV fb L ( L A H B 1, 8 0 S D ) K 8 D 2 9 6 4 4 Ø DD 15 2 0 5 f b( A B) 0 3 / 6 1 6 0 6 0 2 4 15U U 0V V 1, 2 0 3 3 3 1 ,

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5 d2 5 T 24 f h N Ty .1 p 1 2 0 c .0 / 7 dT K U D K D = 6 + 0 3 /1 7 2 2 0 0 0 fh N Ty .1 p 1 2 0 c .0 / 6 dT S U W K D = 60 +3 fh 280 fh K fh U W K D = 12 + 0 3 /6 7 0 20 fb(AB) fh N Ty .1 p 1 2 0 c .0 / 5 dT fh Tü H rm = a ? g f n h m et Tür N Ty .1 p 0 2 0 c .0 / 4 dT fh fh 5 5 6 2 LDB >0,90 LDB >0,90 LDB >1,00 LDB >0,90 LDB >0,90 0 53 0 3.1 3,995 1, 2 0 m m m m 2 HZ G UV G ar d er o b e 1, 6 0 S 1, 2 0 A N S : c . T K R h 1 B A a 1 c Ø = h + t 8 H 0 3 Z 4 0 G 0 ,3 0 / 8 S 1 m A + 2 N 2 UV3 2.41 5 U 0 K 0 = /6 2 0 50 UKRD 5 1 2 K A N : u . 1 n 1 s 8 t K2 81,93m2 UV3 + + 1 5 6 2 , + , . 8 0 4 2 2 1 1 5 U w M V a 3 e g d 2 e i . e 4 n n 2 - A N S : e . 1 r 1 v N T 7 e y . r 1 p I 1 n 3 7 f c . o 0 / r 1 U m d V T a 8 3 t , i 7 k 1 3 . U 2 m 3 V3 2 2a 2.4 A 0 /B UV3 K + + 3 ä 5 . 6 1 l , , t 0 8 0 e 2 1 5 f b( A B)245 6 0 6 0 A L N 6 a : . 0 1 g 1 e 3 r Info 6 r 0 m 1 a 0 ti , k 7 1 A 1 m 6 / a B 0 2 60 6 + + 0 5 6 , , 8 0 2 1 5 2 0, 9 0 45 f b( A B) N Ty .1 p 1 3 1 d .0 1, 2 0 / 1 fhT UV3 1.22 A N In : 1 . f 1 o 1 r 1 mat U ik V3 2 8 . 5 20 ,67m2 UV3 1.21 + + 5 6 , , 8 0 2 1 5 GEK OK 0,65 m UV3 1.22 5 U 0 K 0 = /6 2 0 50 UKRD UV3 1.21 1 U U V V 3 3 2 1 .2 .2 0 2 G ar d er o b e 5 6 0 2 4 7 L U W K D = 30 + 0 3 /3 2 0 2 0 0 UV3 1.20 UV3 2.19 N T + + y . 5 6 1 p , , 0 8 0 2 3 2 1 b . 5 0 / 1 dT > 0, 9 0 L D B L U W K D = 30 + 0 3 /2 3 5 1 0 0 S UV3 1.01 > 0, 9 0 L D B N Ty .1 p 05 2 6 0 2 4 7 2 b L .0 / 1 U W d K T D = 3 U W + 0 + V + 5 0 3 6 - 3 , L / , 8 2 3 0 2 A 2 5 1 . 1 1 N 5 0 0 6 UV3 2.16 s. K A a n n s a ic l h U t V3 2.16 U 4 M V -f S 3 ac G 3 h .35 M O K R F B O K R F B 3 3 Nicht def 1 in 1 -1 i

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2 5 . r 3 A 1 1 t 665 2 2 0 85 S E 6 0 6 0

U

U

D V : U W 3 D K D 1= Ø .2 3 35 1 1 0 5 0 0 5 0 / 0 2

2 ,

0 4

0 80m

UV3 1.24 1 11, U 7 V 9 3 1.25 1 U L B

L U D W V R R

3B : B B H H : : 1 : .2 F F

4 1F

F

N R A

i H D ch D : 3

t :

1 3 8

d - , , 3 e 0

2 4 , f 1 0

0 3 9 in - 0

4 0 1 i 1 e 3 m m m - r 0 1 t UV3 1.25 1 125 L B L U D W R R

B : B B H H : : : F F 3 3 0 0 lm F F

N R A

i H D ch D : 1

t : 1 1

1 3

d ,

, 73 e 8 0 0 ,/ f 1 2 0 0 9 i 1 n - 5 0

• 0 1 1 i 0 e m

3 m m - r 1 2 t 2,873 3 0 0 lm 5 5 U 0 K 0 = / 1 6 2 0 5 2 0 5 UKRD 6 0 6 0 L B L U D W R R

B : B B H H : : : F F F F

N R A

i H D ch D : 1

t : 3

1 3

d ,

, 3 e 1 0 1 , f 1 2 0 0 9 i 1 n - 5 0

• 0 1 i 08 e m

3 m m -/ r 01 2 t 2 3 U ,5 V 2 3 5 1.23 5 U 0 K 0 = /6 2 0 50 UK 1 R 2 L > D B D 5 6 0 6 0 1 L B L U W D R R

B : B B H H : : : F F F F

N R A

i H D ch D : 3

t 8 :

1 3

d ,

7 , 3 e 0

2 3 , f 1 0 0 9 i 5

n - 0

• 0 5

1 i 1 e 3 m m m - r 0 1 t E U D V3 V 2 1 - .2 T 2 ische E U D V3 V 2 - .2 T 4 i 1 s 2 c ,2 h 3 e 1 E U D V3 V 2 - .2 T 6 ische E U 1 D V3 V 2 - .2 T 8 ische 1 275 6 0 6 0 UV3 2.18 3,44 A N S : V . 1 0 / 3 Streit 24,04m 1 2 25 A N Fl : . u 1 r 00 6 2 5 , , 6 0 5 6 5 m2 125 6 0 6 0 UV3 1.19 A N Te : . 1 a 4 0 m , 2 8 1 0 5 9 33,65m2 5 ü. O K F F + 6, 3 7 5 = - 3, 8 7 0 ü. ü.

• 8, 9 6 0 = - 1, 2 8 5 1 0, 0 2

EDV UV3 3.05 UV3 2.23 UV3 2.25 UV3 2.27 UV3 2.29 0 U: 20,855m U: 54,0935m 0 L U W K D = 30 + 0 3 /2 3 5 6 0 0 U: 23,605m 0, 4 R = Z = 7, 5 9 S 1, 2 0 UV D 3 D 1 Ø .24 100

17/10

UV3 1.25 UV3 1.24

6,

9 9 UV3 1.25

18/11

UV3 1.24 H=2,70m E 5 4 3 DV UV3 3.06 fb(AB) 6 0 fb(AB) UV3 2.40 LD N T B y .1 p 1 > 3 3 0 d . , 0 9 / 1 0 fhT H=2,70m 1, 2 0 UV3 1.21 s I . T - D Ra e u t m a 1

il

7/12

UV3 1.22 UV3 1.21

18/13

UV3 1.22 UV3 1.21 6 0 6 UV3 2.19 L B W D L R R B B B H H : : : F F F F - - N R A A 1i H D c / a B h D : t : 1 3 d - , 3 e 0 2 , f 1 0 0 9 in - 0 - 0 1 i 1 e 3 m m - r 0 1 t L B L W D R R B B B H H : : : 1 F F -0 F F 0 - - N R A -0 H i D c -2 D h : ; t : 3 1 d , - 3 e 1 0 3 , f 1 0 8 0 9 in - 0 - 0 / 1 i 0 4 e 3 m m - r 0 2 t 6 0 6 A 1 / a B L B W D L R R B B B H H : : : F F F F - - N R A i H D ch D : t : 1 3 d - , 3 e 0 2 , f 1 0 0 9 in - 0 - 0 1 i 1 e 3 m m - r 0 1 t B R H = O K B U K U 5 7, 0 1 6, 6 2 6, 6 25 2, 5 8 5 7, 1 3

0UV3 2.18 0

6 0 1 A 1

1 1

1

B 1 1

6 0 H=26 0 ,70m

1 1

A 1 1 1

1 B 1 6 EI 3 0 EI 3 0 6

0, 2 4 M

3 1

.

k

1 3 3 2 .

1 A 5 3w a n d arti g er Tr ä g er h = 0, 2 4 0 5 24 3 f 5 b(AB) 60 S S

1, 2 0

3 5 6 0 6 0 UVD D

3 6 D D

0 11 Ø

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1

0 0

/2 0

20 60 60 60 UV B 3 6 R 0 1 H .2 2 4 =0,8 6 4 0 ü.OKF 6 F 0 60 UV3 60 1.2 2 5 Ban 6 d 0 konsole 6 0 0 ,200/0,2 6 0 0 0,UK U = V 3 3 6 , 0 5 1 0 .2 2 4 OKFF 60 UV 6 M + 3 + - 5 f6 6 S a

T

3 , 0 , 8 .

s

c 0 G 3

a

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A L B L U

D W N N

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d , t

• , 7 4 3 e 0 2 0 , , f 1 0 9 0 9 i 0 n - 0 6
• 0 5 1 i 1 e 3 m m

m m

• r 0 6 1 t 2 0 60 BRH S = 60 S 0 D S ,8 D D 4 S D 1 ü 0 . Ø D 0 O 6 / D 1 1 K 0

U

5 0 1

V

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2 /1

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5

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a a n n

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U

f n n d d f

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1 1 1 3 3

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c

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52

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2660 60

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3 6 8 9

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60 43 50 5 6 0 6 0 6 0 6 0

2 4 7

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U 8 6 6 6

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V , , , , 4 3 9 3 3 3 9 9 1 9 5 2 2 S

.

.

1

1 6 S 9 8 0 D D D D Ø Ø 11 6 6 0 0 0 B 6 A 0 B 1 W 1,04 60 50 2 34 a 26 A 52 / 2 B 6 6 0 0 17/ 3 2 4 , , 0 2 S

U

4 9 T + +

V

P ü 5 6 3

, r , 8 0 1

2 1

.0

5 2 2 2 1 3 , , , , 9 9 9 5 5 5 2 4 60 5 6 0 6 0 6 0 6 0 2 4 7 1, 6 1 30 3 3 5 66 336 U 0 V3 B W a 2 a n .1 n d 7 d k 6 a o 0 4 r n t , i s 9 g o 8 e le rT 0 r , ä 6 2 g 0 0 U e 0 r V / 3 h 0 = , 2 0 2 .1 , 0 2 6 7 0 4 0 , 4 U 4 4 4 , , , K 7 1 1 ,3 8 = 6 6 9 3,5 6 0 0 OKFF 575 W a n d arti g er Tr ä g er h 24 M 1 2 5 9 51 2 2 4 2 1 2 1 9 9 9 9 , , , 2 7 2 9 7 9 5 Le 2 3 4 6 I 1 5 7 8 9

n is d tu e n x gsphase 2 3 D 6 0 a . . t 0 0 _ u 5 4 m . . 2 2 0 0 2 2 6 6 Gewerk B D D e R R arb. _ g P e la p n r a ü r f t t _ Gesch F Ä Ü os r n b e s d e ig e ra a r _ u r b b n e e g i L tu P n 5 g nach Abstimmungen F A re R it C ex /H t LS _ Index

M M M M M UV3 2.20 M M M M M LDB >1,20 4 4

2 8 M M M M M M M M M M M M M M 6/4 3 U 6 V 3 1 0l 1 m .02 1 2 3 4 5 6 3 7 630lm 8 9 2 A 2 4F U S V A 3 N T 3 y . . 1 p 0 T 7 4 1 a .0 / 1 RST BABW 3 5 4 7 3 5 7 4 7 SGB_TEN_5_A_GR_O1_11_ELA_02_bf 190 S K R B A Ø =+ 13 3 5 342 U O K K U B Z R = = + + 8 6 , , 9 7 6 6 0 7 = = 3 0 , , 1 9 3 4 5 2 ü ü . . O O K K R R F F B B O OG G 1 1 U O K K U B Z R = = + + 8 6 , , 9 7 6 6 0 7 = = 3 0 , , 1 9 3 4 5 2 ü ü . . O O K K R R F F B B O OG G 1 1 U O K K U B Z R = = + + 8 6 , , 9 7 6 6 0 7 = = 3 0 , , 1 9 3 4 5 2 ü ü . . O O K K R R F F B B O OG G 1 1 UV1 1.01 256 1 1 5 5 P 5/4 263 RA RA 1 0

Tür

Zwischenpodest: N.1T1 +8,22 Treppe3n6h3a0ulms 1

5 4 +8,07 siehe Schnitt Treppenhaus 1 +6,01 A: UV1 1.3011,87m2

3, +5,825S 0 U: 25,430m A 2 9 8 7 6 5 4 3 2 1 UV1 1.013, 8 LRH FF 5 -A /3 HD:3 ,985m R 5 4 6 5 4 6 5 4 6 2, 9 LRH FF-RD: 3,985 m 265 3, 3, 3, 59 59

Tür 9 9

BB: 1-111 3, 3, WB: Nicht definiert DB: 1-01-0-2 0

G UV1 1.01 UV1 1.02 B DDØ110 1

3630lm 3630lm 1 4

BABW Trockene 4 Steigleitung FSA 2 Stütze 5 N.1UTV13.023.07 IT/ R ST 0,435/0,240 59 6 51 LDB >1,20 BABW 264 Vorderkante 5 2 3 2 4 RRDN100/NotentwässerungSpeier B lt. e A st u a f n m d a s ß gebäude 2 4 2 4 2 4 5 5 2 3 1 2 2 4 12 11,755 29,015 8,125 9,135 5 2 3 5 2 2 2 4 4 2,50 5,735 3,235 5 5 5 5 60 8 2 4 4 W 1 1 ,9 1 6 8 5 / 4 7 3 256 4 5 5 35 6,43 4,03 12 5 4 9 7 2 9 e n 2 9 2 9 4 7 5 1 8 e n 5 2 3 Planer: F 35 5 1,115 5 2,51 5 1 1 2 2 1 0 , , , , 1 5 8 0 9 1 7 7 5 5 5 5 2,51 5 1,115 5 35 1 1 , , 2 1 0 5 G 35 5 1,115 5 1,865 5 6 2 , , 2 1 7 9 5 5 8,125 1,865 5 1,115 5 35 1 1 , , 1 2 5 0 35 5 H 1,115 5 2,06 5 2 2 8 , , 0 , 1 7 6 9 3 5 5

1, 7 1 1, 4 8 11,8 2 7 , 5 0 2 8 5 6 5 1,115 5 35 755

2 3 5 7 I , , 7 2 3 3 5 3

2 1 1, 0 2 9 6W 1

D B

0, 9 0 9 /4 A. 1 3 0. 0 4 84 T y p / d T 8 f h5 24 55 1 5 4 4 ,1 6 7 5 5 8 5 0 0 5 1, 1 2 , 3 9 2 1 T 0 1 3 , ü 6 , , 9 r 0 2 8 6 4 5 5 5 4 65 3 4 9 3 2 8 8 5 4 5 5 5 195 4,03 3,835 24 J 5 4 9 3 7 5 R o h b a u w ä n d e R o h b a u w ä n d e A c h s F a s s s a d e r o h F a s s a d e f erti g 5 2 3 G e b ä u d e a u ß e n k a nt 1, 6 8 1, 4 4 A c h s e n

5

4, 6 7 I N G E N I E U R E 5 R T 2 E e 0 u N 8 t e 0 In r w A g e a e g c n h i 2 e e 5 u n r a e GmbH E T T e e -M l l e e a f f o a il n x w 0 t 0 e 2 2 w n 4 4 @ w 1 1 . - - t t 9 1 e e 6 6 n n 7 . . 7 d d 5 3 e e 0 67

L A.130.04 117/3 A TürInstandsetzen, Austausch 1 Projektnummer: Projektbezeichnung: Türstopper,

Austausch 2070-00 Gymnasium Bernburger Straße

Schließsystem

Leistungsphase: Planinhalt: 7 2 1,

LP 5 Ausführungsplanung Erweiterungsneubau

52 6,39 52 2,95 66

2 2 Grundriss Elektrotechnik 1.OG Teil 1-1

A.135 0 1 Klasse 9a 2 3, 0 NGF: 56,21m2 8, 7 Layoutname: Dateiname: 3 U: 31,200m 5 0, 2 5 1 0, 1, 7 1 9, 7 8 9, 7 8 L L H H R : D 3,735m 0 2 5 0, 2 5 SGB_TEN_5_A_GR_O1_11_ELA_02_bf SGB_TEN_5_--GR_O1--_ELA_02_bf 1 BB: --- 1 0, 1 Grundlage Architektur: gezeichnet: geprüft: WB: Nicht definiert 4

DB: Nicht Definiert 6, 7 SGB_KRE_5_G_GR_O1_--_ROH_1354_07_bf (2026-05-06 D ) atum: Datum:

09.10.2025 Maßnahmen: h f Boden2:PVC1-2F0lie/4senentfernen,neuenLinoleumverlegen,AustauschSo2ckelleisten Maßstab: 1:50 Name: Name: 3 2 7 2, 3 Projekt SGB Bernburger Straße - AWARO Dokument-Nr.: 3252 / AW Zei A chn R un O gsg rö P ße l : annum D m IN e A0 r: SGB_TEN_5_A_G D R R O1_11_ELA (PDF) / Index: 02 1, 1