18-08_CKS-B_AP_BA2_AB_GR OG_-.pdf

[Seite 1]

O B O B 3 + ,3 + FF == FR G G 3 K O K O O B O B 9 ,5 Index Datum Name Änderungen 0 2 F F F R Boden: Fliesen 1 - K K Decke:Rasterdecke

A 0 B C D E F G H I OO J K L M N

3 E - RR 10 D m 175 4,65 4,80 4,80 4,80 4,65 145 7 4 15,415 über Flachdach 3 m 7 2,05 2,05 2,05 2,05 2,05 1,40 5 2 4,50 30 ,3 4,50 30 4,50 geführt m m 6 6 1 / 5 2 5 2 2,05 2,05 2,05 2,05 2,05 1 3 7 1 3 7 5 ,1 R E R IN 2 F 2 Ü .2 GEPUNKT Flachdach 4 1 7 0 ,1 OK Flachdach= i.M. +5,91 5 5 K H 0 0 5 = h b 2 9 / /t / F30 F B 1.05 2 3 ,1 6 0 ,3 5 9 1 1 , F B R F 1 K .06 M RR 23 F B RF 1 K .07 M F B R F 1 K .08 F B R F 1 K .09 M RR 24 F B R F 1 K .10 5 9 1, 1 2 3 ,1 6 0 ,3 F B 1.1 M 1 H R 2 B 9 F B 1.20 2 3 ,1 1 1 ,2 5 9 1, 1 F B R S 1 T .21 F B R S 1 T .22 R ü g b e R e fü r 2 h F 5 rt lachdach F R B S 1 T .23 5 9 5 1, 1 2 5 6 1, 1 1 1 ,2 F R B S 1 T .24 H R 2 B 9 K Hh/ b/t =0 0 8 2 2 2 / 8 / 2,19 1 5 4 5 RR 22.1 0 1 F90 4 1 F90 2 5 BRH 95 HK HK BRH 95 BRH 95 HK HK BRH 95 HK BRH 95 15 1,285 HK 0 3 HK BRH 92 BRH 92 HK BRH 92 HK Legende: M geschl. OL A 1 T D - 3 S B O 6 f 1 fe . n 0 h 1 a D O . l 0 t I T u N 1 S n R g 2 3 , , 2 0 8 0 5 K H 3 8 m 2 0 m 1 0 / 65 h/b/t= 600/3000/100mm 5 2 W O U 25 K K D 3 3 , , 1 2 E 1 1 6 5 5 5 LT h/b/t= 600/3000/100mm 7 2 5 2 W O U 25 K K D 3 3 , , 1 2 E 1 1 6 5 5 5 LT h/b/t= 600/3000/100mm h/b/t= 600/3000/100mm W O U 15 K K D 3 3 , , 1 2 E 1 1 6 5 5 5 LT h/b/t= 600/3000/100mm K H 0 0 6 0 m 6 0 m / 9 / 1 h/b/t= 2200/828/136mm 1 0 , 3 1 3 5 3 2, 1 h/b/t= 600/3000/100mm m h/b/t= 600/3000 D /100mm E 2 D 0 - 3 - 0 2 h/b/t= 600/3000/100mm re ts Pi R a - n e m m o n e g n e z tu r p e v d H B 1. 2 0 2 3 0 a 0/828/17 h 3 /b m H /t m K = (B F ra 9 n 0 d -A w + a M nd) S M t a a u h e lb r e w t e o r n k G G r r u u n n d d l l e e i i t t u u n n g g S R c e h g m en u w tz a w s a s s e s r er 6 0 8 ,4 0 5 0 ,4 5 0 ,2 F R B F 1 K .49 H R 5 B 9 10 K H 0 0 m 0 0 5 m h b = 6 0 3 1 5 / /t / / 0 1 ,8 re ts a i R P - n e m m o n e g n a g L i v

8 n e a e , F r g 2 s s

c e 3

0 c

h 0 h u

l . l n z i e

O u g ß e

L e n n au d r a o b v itk A 20 1 0 ,1

n e z tu p re v d n a W 1 0 ,2 B F A l G : 1 u .3 r 0 1 45,01 3 , m 0 2 1 0 = h b 2 2 0 8 / /t / 2 n e z tu p re v d n a W F 3 0 1 B B A U L B D H o : e : ü 1

d : c . r

e k 3 o

e n 1

: : 1

R a | 1 s 2 L 2 9 2 te i , , 4 n 8 9 P r , o d 6 7 4 e l e 0 0 9 e c r u m m m k s m e 2 . 4,665 re ts a Pi R - n e m m o n e g n a T - - B 1.31 B O v D - . e e 0 L IN r s 1 s i t L n L

c e h a

h v

F l g e

e i 3 e g e r

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5 e a z L u n u 12 1 5 5 12 B B A U L B D H 5 o : e : ü 1

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e n 2 , , : : 1 0 2 R 3 1 a | 5 1 s 1 L 2 9 2 t T e i , , 4 - - n 8 9 P r , B o d 3 7 4 e l e 0 0 2 e 1 c r . u m m m 3 k s m 2 e D 2 - . .0 IN 1 R 4,65 5 9 4 9 , 15 1 B B A U L B D 2 H o : e : ü 1 5 d : c . r

e k 3 o

e n 3 2 1 : : , 3 , 1 R 0 3 T a | 1 - - 1 s 5 B 1 L 2 9 2 te i , , 4 n 1 6 9 P r , o . d 8 7 0 3 e l e 0 0 5 3 e D - c r . u 0 m m m re ts a Pi R - I k s N m 1 e 2 . Rn e m m o n e g n a 4,875 T V L U E - d n a ts e B B B A U L B D H o : e : ü 1

d : c . r

e k 3 o

e n 4

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R a | 1 s 2 L 2 9 2 te i , , 4 n 6 9 P r , o d 8 7 0 e l e 0 0 5 e c r u m m m k s m e 2 . 4,575 25 T 2 - - 1 1 B , , , 5 1 0 6 1 3 1 . 5 3 5 4 D - .0 IN 1 1 2 L 1 5 5 1 B B A U L B D H 2 o : e : ü 1 d : c 5 . r

e k 3 o

e n 5 2 : : 1 5 R , , 1 0 a | 3 1 s 1 2 L 2 9 2 5 te i , , 4 n 8 9 P r , T o d 6 7 5 - - e l e 0 0 0 e B c r u m m m k s 1 m e . 2 . 35 D - .0 IN 1 R 4,665 re ts Pi R a - n e m m o n e g n a 21 n e z tu r p e v d n F 3 0 n e z tu r p e v d n a W 4 B Ü A U L B D 0 5 h/ b/t = 2 H o : e : b 1

d : c . e e k 0

e n 2 r : g : a R a a n s g te r 2 1 lo 3 6 1 a c , , 7 h F 9 0 , 2 d l 9 0 8 3 ie e 0 0 3 , , 2 s c 0 m m m e k 8 0 e n 2 5 4,50 T T - 3 B O 0 - f 1 f R e . S n 4 h 1 a D O . l 0 t I T u N 9 1 S n 3 L g , T

, D -

6 0 S B

1 0 5 1.02 D - .0 IN 1 L

20 F 3 0 F 3 0 n e z tu r p e v d n a W 21 re ts Pi R a - n e m m o n e g n a B D B A U L B D H o : e : e i 1 d f : c . B O v s f e k 4 e . e e L p n 2 - r s : u : s r i R t 4 n c e e . h a , h F c 1 5 l s e i L 3 8 2 2 e h t 9 n e i 0 , , 1 ß n 6 9 u d r , e o d z 8 7 7 e n n l u e 0 0 8 s e g c u m m m k m e 2 30 e h c ä fl s n o ti k e oj r 0 0

P 3. 0 / 1. 0

9,39 B K A U L B D H o : e : o 1 d : c . n

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k m e 2

1 0 6 , 5 1 n a e g a L

5 2 3 2, 1 1 F 3 0 n a W 3 T D - 6 S B 5 1.03 D - .0 IN 3 R 3,02 2 3 , , 2 0 Ü A U L B D 8 0 H o : e 5 : b

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c , , 4 h F 9 0 , d l 6 0 9 i 0 A M F 9 - + d n a W e e 0 0 8 3 2 s c 7 m m m d n w a d n a Br ( ) e n e z tu r p e v k 0 e n 2 9 d r a o b v ti k A 25 T - - B 1.07 D - .0 IN 1 R D T P S E B F r e e r c e ä o d h r s r m c i r t

t o m i e k a g m t i e n t e t

c e e n u d h t r e i b n l r a g d u ä M w m i a n m n e d u ra n l g faser D D - - 1 1 . . 1 1 G F g R g ( D Z A K D D S e e u u e b e e r

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w w l r e h I I u n e N N i e e n ( n t i

t E t e s 1 i i u g u 1 s s r s d 8 n n d

8 c M A G e 0 g g e 0 h l 1 n r s i r 1 d i s u 4 s c t 4 (

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3 l c i 2 Ä t 0 V h t 3 n x i 4 0 c d 3 A h 5 e , t 5 , r i u n u m 3 n n 0 B m g t x e e e 3 / r R t n . o 5 d d , n m e 1 g f r u 0 e m n I ) m s d z / o . a u R l I i m s e n d ä r d e 1 u t e n z 0 n x t l )

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0 3 ,3 0 0 ,3 3 5 0 ,2 F R B F 1 K .48 M H R 5 B 9 K H h b = / /t 0 0 0 5 m 0 6 5 m 6 2 1 / / e g a L L i v n e a F r g s e 3 c 0 h u l n z ie u g ß e e n W O U 3 n a

5 B C A U L B D

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T T - 3 B 0 - 1 R . 2 S 3 , 0 D O 1 .0 I T 7 N 1 S 5 R 5 2 2 2, 2 8 2 2 3, 0 0

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T - - B 1.36 D - .0 IN 4 L 4,845 B O ve e L r s

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T - - B 1.36 D - .0 IN 2 1 R ,70 5 2 2 7 , 1,2 B O ve 5 e L r s

s i t n c e

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e z e n u s 1,01 T - - B 1.36 D - . W O U 2

0 IN 5

1 K K D

L 3 3 , , 1 2 E 1 1 6 5 5 5 LT B O ve e L r s

s i t n c e

h h F l e

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D O . 0 0 I T N 8 S L a W F 3 0 5 2 2, 7 5 6 ,3 RA 1 2 F e g a L 30 4, R 9 A 5

1 1 6 1 , 3 S 1

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3 1

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0 3 S / T 3 G 0 F 4 3 R 0 ,8 A 0 1 1 6 1 , 3 S

1 1 / T

6 1 3 G

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/ T 3 G 0 R 4 A ,94 F30 T T - 3 B O 0 - f 1 f R e . S n 4 h 1 a D O . l 0 t I T u N 2 2 1 S n L g RA 5 1 5 5 ,3 0 A M F 9 - + d n w a d n a Br ( ) n e z tu r p e v d n a W 20 W O U 25 K K D

9 3 3 , ,

8 1 2 E 1 1 6

5 5 5 5 LT 2,3

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5 3 1 5 R K K S R S R F B W W K R D S A B W T W

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D S R K K S R S R F B W W K a c a

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u h

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g l f ( r s r i u ( e n i c n r h c c m ( m i ) n ) cm) F Erder F F F m 1 2

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e t e ä e m r r b n a h e e d n a n s i s l g d b t p ä e e r v n u B o B d c n a a i h g u u u G e t t n e e e B g i i b l l e a e

ä ( u B u t d r e a e il n n e d ( u w L . a ä w n n i g d e e ) d e 1 r m st a ü n be d r s f G ä O hi K g ) gegen zusätzliche 7 2,135 2,135 2,135 2,135 2 2 F30 5 2 5 4 D BD D D Bo e d ck e e n n d d u u rc r h ch b b ru ru ch ch ( i ( n in c m cm ) ) F F 1 2 E Ve rd rb e i r n a d n u s n c g h lu F s u s n d in a m Rä e u n m t- e u n n d (l R = i n 2 g .0 e 0 rd m er .ü. OK FFB) 5 14 T B 1.30.05 1 Dachausstieg ,6 Bopla Bodenplatte 1 - DIN L 0 2 4,95 B 1.37 B 1.38 4,80 B 1.39 4,80 4,80 4,95 0 2 9 T B 1.09.01 DFF Dachflächenfenster DN Durchmesser B L a 1 g .2 e 8 r EDV 0 1 ,1 T V L U E - - Lichtau - schnitt S A c : hulser 1 v 0 e ,2 r 1 m2 L A e : hrmitte 23 l ,32 m2 F A l : ur Lehr 2 e 0 r ,27 m2 1 0 5 3 1 B 1.41 T B 1.41.02 3 - - Lichtau D - sc IN hn R itt R R D/ K F D K K R R D a o re f ll f h a s - d t / o e D r n e r k k e a a h s s k t t i e e p n n p-Beschlag V Po K s . V P o o r s d it e io rk n a e n n t e gemäß Statik 5 2 3 3 , 6 2 ,0 2 C A U L B D H o : e : d : c e ke n : : Ra 1 s L 8 2 1 te i , , 8 n 0 9 r , o d 9 7 3 l e 0 0 8 e c u m m m k m e 1 2 ,3 2 g L i v n e a e F r g s s c e 3 c h 0 h u l . l n z i e O u g ß e L e n n au 1 0 ,1 5 3 2 1 , T - - B 1.30 D - .0 IN 4 R 7 2 ,3 F 3 0 EDV r e v r e S U L B D H o : e d : c e ke n : : Ra 1 s L 2 2 te i , , n 7 9 r o d 9 0 l e 0 0 e c u m m k m e U L B D H o : e d : c e ke n : : Ra 2 s L 2 1 te i , , n 3 8 r o d 0 5 l e 0 0 e c u m m k m e U L B D H o : e d : c e ke n : : Ra 1 s L 2 9 te i , , n 3 8 r o d 2 0 l e 0 0 e c u m m k m e B D r 1 u .4 c 0 k-und RLT-Anlage T T - 3 B 0 - 1 R . S 40 D O .0 I T N 1 S L ,12, OK FFB OG = +3,58 = +249,58m ü. NN F A U L B D H o : e l : u d : c e k r e n T : : rep R p a 7 e 1 s 0 3 1 t n e , , 9 F 4 0 r r , d l 2 0 2 a ie e 2 0 1 u s c m m m e m ke n 2 T - 9 O 0- ff R e S nha D O lt I T u N S n L g 0 A M F 9 - + d n w a d n a Br ) 5 8 2, 2 5 3 2, 1 B 1.14 F S B O O U R a K K K t H . R F R F D F B B F S B O O U e r a n b b ü s t t e e i s e t n r r v t r k k i u k e e a a n a r r n n g t g n t t l s t e a e e h s F R ö u R e h o n o r e h g h t , i f g d u B f e ß u e c b ß z k o b u e d o g e d a n e u n f OK FFB d H L S E U H g V K l V d H L S E U H e ü a l e e n e c f n i i t t k z z e k u i t u k t e r n r ä v r n o n g e r e g g i r s l t e v e i e i c le r h t r e E ile le r ktro 14 10 5,835 125 5,45 125 3,315 125 7,57 125 6,58 125 Kopierraum 6,21 125 22,22 ( 24 Vorraum WC-D VK Bopla Vorderkante Bodenplatte Server 5 2 9 305 14 T - B 1.30 D .0 IN 3 R 3,14 T - - B 1.30 D - .0 IN 2 L 4,80 T - - B 1.38 D - .0 IN 1 L 4,80 4,80 T - - B 1.39 D - .0 IN 2 R T - - B 1.39 D - .0 IN 1 L 4,80 A U L B H o : : d : en: 1 L 2 8 1 i , , 9 n 5 7 , o 8 5 1 l 0 0 3 e u m m m m 2 Kopierer 4,80 T - - B 1.40 D - .0 IN 2 L Kopierer F 3 0 HK 4,75 T T - 3 B 0 - 1 R . S 41 D O .0 I T N 7 S L T T - 3 B 0 - 1 R . S 41 D O .0 I T N 6 S R 4,80 T T - 3 B 0 - 1 R . S 41 D O .0 I T N 5 S R 4,80 4,80 T T - 3 B 0 - 1 R . S 41 D O .0 I T N 4 S R T T - 3 B 0 - 1 R . S 41 D O .0 I T N 3 S R 3,35 5 8 3 HK A U L B H o : : d : en: 1 2 1, , 7 F 1 8 , l 4 0 6 ie 0 0 9 s m m m en 2 V V V V V S K S K K R W U B R o D D Z D p la V V V V Ve o e o o r r r r r s d s d d p p e e e r r r r r u u k k k n a n a a g n g n n t t t B R e e e o o R W U d h o n e ä d h t n r e e d m p c r e z k l e a u c e d t k g t ä e e mmung D D R T T 3 9 S S S 0 0 + S T T T T T ü ü ü ü ü r r r r r , , , , , d d r f f e e a i i c c u u u h h e e c t t r h r s - h b d c u e e i h c n m s l h d i t e ä m t ß s n e e e d n l n i b g d d s , , t d s d i c i c c h h h l t i t e - - ß u u e n n n d d d s s e e l l b b s s t t s s c c h h l l i i e e ß ß e e n n d d EDV - Lichtau - schnitt Wand verputzen Decke:Rasterdecke UV-ELT h/b/t= 2200/828/100mm F30 F30 F30 F30 h/b/t= 2200/828/100mm Decke:Rasterdecke

Wichtige Hinweise:

8 25 Vor Ausführungsbeginn sind alle angegebenen Maße auf Richtigkeit zu überprüfen, evtl. Fehler oder Unstimmigkeiten sind dem Architekten oder 5 5 2 0 2 g L i v n e a e F r g s s c e 3 c h 0 h u l . l n z i e O u g ß e L e n n au Aktivboard g L i v n e a e F r g s s c e 3 c h 0 h u l . l n z i e O u g ß e L e n n au 2 1 , , 1 0 3 1 5 1,29 7 9 0 21,03 2 1 g L i v n , e a e , 1 0 F r g s 3 s c 1 e 3 c 5 h 0 h u l . l n z i e O u g ß e L e n n au 9977 F 3 0 1,82 g L i v n e a e F r g s s c e 3 c h 0 h u 1 2 l . l n z i , , e O u 0 0 g ß e L 1 1 e n n au 2,90 g L i v n e a e F r g s s c e 3 c h 0 h u l . l n z i e O u g ß e L e 2 n 1 n a , , 1 u 0 3 1 5 g L i v n e a e F r g s s c e 3 c h 0 h u l . l n z i e O u g ß e L e n n au 2 1 , , 1 0 g L i v n 3 e a e 1 F r 5 g s s c e 3 c h 0 h u l . l n z i e O u g ß e L e n n au 97 1 0 5 ,1 7 5 3 2 1 , 1,75 B O ve e L r s s i t n 2 c e 1 h , h F , 1 l 0 e i 3 e 3 n 1 0 ß d 5 e z e n u s 3,0 g L i v n e a e 0 F r g s 5 s c e 3 c h 0 h u l . l n z i e O u g ß e L e n n au 1,01 g L i v n e a e F r g s s c e 3 c h 0 h u l . l n z i e O u g ß e L e n n au 5 3 1 0 , 5 1 7 5 3 2, 1 W O U 35 K K D 3 3 , , 1 2 E 1 1 6 5 5 5 LT g L i v n e a e F r g s s c e 3 c h 0 h u l . l n z i e O u g ß e L e n n au 2 1 , , 1 0 3 1 5 985 30 1,5 W 3 O U 5 K K 6 D 3 3 , , 1 2 E 1 1 6 5 5 5 LT 12 5 3 5 B O ve e L r s s i t n 2 c e 1 h , h F , 1 l 0 e i 3 e 3 n 1 0 ß d 5 e z e n u s 2 1 ,9 ,8 0 2 5 5 2 2 , 0 2 2 11 1 0 , 5 1 6 5 3 2, 1 1,04 2 1 , , 1 0 3 1 5 g L i v n e a e F r g s s c e 3 c h 0 h u l . l n z i e O u g ß e L e n n au W O U 35 K K D 3 3 , , 1 2 E 1 1 6 5 5 5 LT 5 7 5 3 g L i v n e a e F r g s s c e 3 c h 0 h u l . l n z i e O u g ß e L e n n au 2 1 , , 1 0 3 1 5 95 0 m 0 0 1 m 0 / 7 / 6 93 B O v 5 e e L r s s i t n c e h h F l e i 3 e n 0 ß d e z e n u s 2 1 , , 1 0 3 1 5 7 7 0 9 5 5 4 2 2, 4 2 0 m h = 1, 2 0 A M F 9 - + d n w a d n a Br ( ) 0 1 9 8 W O U 2 1 5 K K D ,9 3 3 1 , , 1 2 5 E 1 1 6 5 5 5 LT B A L R S A A A A e b b t l l l a i l l l c e e e i e m n u s h m a l t t i B t e e u n r l h m i a i s a n n t m d e s g a u g ie e u r e e r t e e n b n n n u n i z e g d l n u G e u i n e e v t n e a r n m e n ü d u n c r b n i a u z h V t e a d l ü n l B o r d n e r g d g r i r e r s l s e a k i k n s c k c o b n o e h o h n a e d n n n r s n m n s i s s f t c . e a t t r t i e r h t u r r Z n u z u k n u k g u k u a k , t t e d t t i z t n s i v e i g v e a v n o e i e e m l n e t w e n e n b f n n o i n e i B e B s . r T n d a t R B H a e e e u d u e e i e n l r t i e t g i e e u r e T s N e i n s i l f t ü l e l a i g e e i n n c r n c l - d h l s m d h e , d t i e n g r F n b ü ü r r d e u e e i s r c f r r B a n s e e h e c e d s a x n t c h l t n i u a i h e e n t n k k u t r n i e u S u - e t n a r n n c u e A g c n h s . n n h u h t a a F d t s s a g u c l ü f - p B f e h ü n r t u r r e p h d e d s ü n t r r c c i s n ü u d e n h h t e f n u a t B e r R u e g i n c n f e e r i t h g c i d l w n s i s h s c A t t e d h t e h e a i u h e g ö m e i t n s i r r k h r s u f e e b e c ü S G n r i a h n h t t g F e a u e r d s b u n a n a r p e e n e c d u B l r z g h h ä f e A d i s s u m n e r e i u b n e c h e i r s e g h t e c e i T f g u n t h n ü l r e i i n n n h c n V s c g e u h r n i e h u c h n e d r n d n h m g n b e i e g k i a s n a e Z r i u u d u r s T u A e n f u s t l r u a r t O a g n d k e f s g t e g e l K r r s ä w f a r E F u ü m r g u e U n h F i i n n n r t g r n B k h e t g d t p . a a e h w e s l u l r m a n e t c n u s n r h e e A z n d e r r h u g e r i r . f c m s f t n ü a l h i . a e h c l i l t D u r h e r e e s r a e k z n g l r t D u l e . e e U I n D f i b N n ü n p e i - h e t l v V s ä e r e t t Z n r o ä n r w e u r a t e s i n l e g n a c h r e t s h v m w d n s e r e i o e u . f r n t b r r n e t . i l g e n n i F c r , d i l ü h s e b li . r t d c e d b h i h g i e . e ö t i r s d d ä e li m c r h tl e ic r he 3, 2 9 ,1 1 B C A U LH : : o 1 : . m 27 puter 3 r 2 3 6 a , , 6 9 9 u , 4 7 5 m 0 0 9 m m m I 2 I ,2 B L A U L B H o : a : 1

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L 2 1 i , , 8 n 9 9 , o 6 7 9 l 0 0 4 e u m m m m 2 T - - B 1.23 D - .0 IN 2 R T T - 3 B 0 1.23 D O .0 I T N 1 S L F 3 0 B S S A U : t c : 1 e . h 2 ll u 2 v l . le 2 i

5 3 tu , 6 2 , n 9 7 0 1 g m m2 B L A U LH : a : 1 : g .2 e 1 r 1 2 7 1 , , 1 3 9 , 7 7 6 0 0 9 m m m2 5 2 1 B S A U LH : e : 1 : . k 1 r 9 eta 3 ri 4 2 4 a , , 4 1 9 t , 7 7 9 0 0 5 m m m2 3, 2 B S A U LH : c : 1 : . h 1 u 8 llei 2 t 2 5 3 u , , 6 2 9 n , 9 7 7 g 0 0 1 m m m2 B V A U LH : o : 1 : . r 1 r 7 aum 1 2 0 W , , 7 9 8 , 3 5 3 C 0 0 8 - m m m H 2 K H h/ b/t = 6 T - - B Li c 1 h . t 1 au 7 D - s . c 0 IN h 1 n R itt

0 5 7 7

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9 B D o e d c e ke n : : Ras L te in r o d l e e c u k m e 5 1 F30 Decke:Rasterdecke L B D H o e d : c e ke n : : Ras L 2 te i , n 9 r o d 7 l e 0 e c u m k m e B D o e d c e ke n : : Ras L te in r o d l e e c u k m e Kopierer 5 7 ,1 B D o e d c e ke n : : Ras L te in r o d l e e c u k m e B D o e d c e ke n : : Ras L te in r o d l e e c u k m e B D o e d c e ke n : : Raste F rd lie e s c e ke n 80 0 2 ,1 2 1 , , 1 0 3 1 5 2 515 1,03 51 0 2 5 5 4 0 9 C Sa a n rl i e K r e u l n ln g e G r S e c b h ä u u le de B m 0 3 Felsenkellerweg 21

15 3,01 30 1,00 2 1 , , 1 0 3 1 5 2,58 1 0 5 3 1 0 1, 2 7 ,1 9 3 35619 Braunfels 5 2 1 ,12, B 1.16 h = RLT-Anlage 3 0 9 Übersicht

0 8 ,4 2 1 ,8 F 3 0 0 0 ,5 B T A e : 1 e .2 k 5 üche 1 L 5 e ,0 h 5 r e m r 2 0 0 ,2 5 3 2 1 , B L A U L B D H o : e e : 1

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e k 2

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9 3 Karl-Kellner-Ring 51

RR 21 4 1 F B 1.47 RFK M F B 1.46 RFK M 0 1 F B 1.45 RFK M F B 1.44 RFK M RR 20 F B 1.43 RFK M F B 1.42 RFK M F B 1.41 RFK M RR 19 F B 1.40 RFK M RR 18 F B 1.38 5 R 1 1 FK M F B 1.37 RFK M F B 1.36 RFK M RR 17 M F B 1.35 RFK le g e F B 1.34 35576 Wetzlar F B 1.39 M ri d n a Br Architekt

A

Darstellung

A B C D E F G H I J K L M N

Ausführungsplanung - Ausbau

2,85 54 4,425 45 2,05 45 2,86 45 4,35 45 4,35 45 4,35 45 4,35 45 2,925 2,05 4,00 2,05 2,925 45 4,35 45 4,35 45 2,86 45 2,85

Grundriss OG

2,05 2,05 2,05 2,05 2,05 2,05 2,05 2,05 2,05 2,05 2,05 2,05 2,05 2,05 2,05 2,05 2,05 2,05 2,05 2,05 2,05 2,05 2,05 2,05 34,15 8,10 24,80 67,05 Maßstab Planerstellung Planformat Druckdatum Gezeichnet

1:50 03.12.2025 A1+ 11.03.2026 DW / SL

39 4,80 3,30 3,31 4,80 4,80 4,80 4,80 4,80 4,80 4,80 4,80 4,80 3,31 3,30 Projekt-Nr. Projektkürzel Plancode Index

D 18-08 CKS B_AP_BA2_AB_GR OG -

ELT Planung/Plancode HLS Planung/Plancode