[Seite 1]
D 54.00 D D D 51.00 51.00 51.00 D 51.40 D 51.40 EP EP 72.00 72.00 D 53.40 D 51.20 EP 72.00 D 51.20 D D 54.00 51.40 EP 72.00 EP 72.00 D D D D D 51.41 51.41 53.40 51.40 51.40 EP. 10.03 D DA b/l/t 73,0/77,5/0,0 51.21 51 D .40 51 D .00 51 D .40 D D 51.01 51.01 DA b/l/t 73,0/292,0/0,0 D D D 51.00 51.01 51.01 DA b/l/t 73,0/68,5/0,0 EP 72.00 D D D 51.00 51.00 51.00
02,3
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52 02,3
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52 571 588,2 04 3,65 80 15 2,75 90 50 90 04 15 5 5 3 3 1 1 , , 2 1 51 532 5 5 3 8 1 3 , , 2 1 01 35 1 2 , , 3 1 8 3 5 5 2,63 03 5 5 3 3 1 1 , , 2 1 575,7 15 1 2 , , 1 1 3 3 5 5 3,965 175 955 2,74 2,01 2,45 2,01 8,14 25 8,30 25 2,135 2,135 1,70 1 2 , , 3 1 8 3 5 5 3,315 15 1 2 , , 1 1 3 3 5 5 1,43 1 2 , , 3 1 8 3 5 5 525 2 2 , , 1 0 3 1 5 2,015 235 1 2 , , 1 1 3 3 5 5 3,21 1 2 , , 3 1 8 3 5 5 2,335 35 1 2 , , 3 1 8 3 5 5 49175 225 73 34 1 2 , , 1 1 3 3 5 5 965 1 2 , , 1 1 3 3 5 5 965 1 2 , , 1 1 3 3 5 5 15 175 76,8 10,2 92,7 531,2 29,8 5 1 3 0 1 , , 2 2 02 571 591,1 5 5 3 3 1 1 , , 2 1 585,4 1,065 1 2 , , 1 1 3 3 5 5 975 1 2 , , 1 1 3 3 5 5 2,54 19,1 577,1 5 5 3 3 1 1 , , 2 1 46,1 34,2 5 5 3 3 1 1 , , 2 1 11,2 1,305 2 2 , , 1 0 3 0 5 1,945 38,3 48,1 78 531,2 15,1 5 0 3 0 1 , , 2 2 46 04 5 0 3 8 1 , , 1 2 66 5 0 3 0 1 , , 2 2 525,2 11, 5 04 6,15 90 1,92 40 1,42 90 2,86 1, 5 13 5 35 81,5 04 05 35,2 51 95,1 83,2 55 572 03 5 5 3 3 1 1 , , 2 1 572 92,2 05 5 5 3 3 1 1 , , 2 1 504,1 525 5 5 3 3 1 1 , , 2 1 41 60,1 06 5 5 3 3 1 1 , , 2 1 562 521,1 546,2 05 37,1 27,2 60 2 1 ,3 ,7 5 0 40 (OK = 2,305 ü -3,60) 543,4 597 55,3 543,4 04 00,1 522 571 04 00,1 522 571 2,420 x 1,000 30 855 175 1,355 13 1,355 1,845 40 3,60 40 1,20 2,10
AH 030,3 x 057,0 509,1 x 057,0
WS GZH AH 537,1 x 037,0 072,4 x 037,0 071,5 x 008,0 2,100 x 0,825 1,920 x 1,000 UK UZ 2,15 008,0 x 057,0
TLK AH WS WR T B KG 030/1 fh T RS LD ≥ 1,2 m 500 GK B T SR T hf T B KG 024 fh T RS LD ≥ 0,9 m T B KG 013 fh T RS T B fh K T G R 0 S 10 fh T T R B S KG 011 T B fh K T G R 0 S 12 440 GK B T SR T hf 550 GK B T m 2,1 ≥ DL SR T hf 410 GK B T SR T hf BA BA BA BA BA BA BA BA
Entrauchung UG 0,50m2
2m 5,0 GU gnuhcuartnE
LD ≥ 90 T B KG 053/2 LD ≥ 0,9 m
-2,500 -2,900
-2,500
-2,900
2/920 GK B T SR T hf 400 GK B T SR T hf m 9,0 ≥ DL fb bf fb fb bf fb bf BaBW WBaB WBaB BaBW BaBW bf fb hf hf hf bf bf fb fh bf bf fb fb bf fb bf bf fb WBaB WBaB BaBW
BaBW
bf fb bf fb bf bf fb bf bf fb WBaB WBaB fh fh bf FB 6.1 FB 6.1 FB 6.1 FB 6.1 VK RD-Versprung FB 6.1 FB 6.1 FB 6.1 lokales Gefälle FB 5.1 FB 5.1 lokales Gefälle FB 6.1 FB 6.1 FB 6.6 FB 5.1 FB 6.6 FB 6.1 FB 6.1 FB 5.1 FB 5.1 lokales Gefälle lokales Gefälle T B KG 002 fb T RS FB 6.8 FB 6.8 FB 6.1 FB 6.1 FB 6.1 FB 6.1 FB 6.1 T B KG 025 fh T RS FB 6.8 FB 5.1 FB 6.1 FB 6.1 FB 6.1 FB 6.8 FB 6.7 FB 6.1 FB 6.1 FB 6.1 FB 6.4 FB 6.1 056,2 ZU KU 052,2 ZU KU 051,2 ZU KU UK RD 2,35 VK RD-Versprung UK RD 2,35 VK RD-Versprung lokales Gefälle UK UZ 2,650 (OKFF) VK RD-Versprung UK RD 3,35 UK RD 3,15 lokales Gefälle gnurpsreV-DR KV UK RD Podest 3,213 lokales Gefälle -3,75 -3,75 -3,75 -3,75 VK BP-Versprung VK BP-Versprung -3,65 UK RD Podest 3,213 -3,65 -3,65 -3,65 fb -3,65 -3,65 - - 3 3 , , 6 6 5 5 - - 3 3 , , 6 6 5 5 -3,65 -3,65 lokales Gefälle UK RD Podest 2,68 -3,65 -3,65 -3,65 -3,65 gnurpsreV-PB KV VK BP-Versprung VK BP-Versprung 051,2 ZU KU UK RD 3,15 82 x 81 x GTS 71 82 x 81 x GTS 3
Befüllung EG neben tr.Stgl.
900 GK B 800 GK B 600 GK B 700 GK B B KG 052 B KG 051 320 GK B 220 GK B 850 GK B 120 GK B
Achsen C/D
Achsen D/E
Achsen E/F
Achsen
Gesamtmaß
5/4 neshcA 6/5 neshcA 7/6 neshcA neshcA ßamtmaseG 50 (2,3%) Entrauchungsöffnung OK = 115,0 UK RD Entrauchungsöffnung OK = 115,0 UK RD 0259222 08 22 04 15 80 3451520 405 02 03 66 15 1,05 41 182020 74 52 20 80 15 61 07 02 53 52 52,1 554 02 02591 61 07 02 04 02 52,1 591 502,1 52 03 53 02 03 02 03 91 35 79 35 20 25 35 45 05 522 04 205 202058 40 10 85 58 52 26 21 06 955 10 55 2022 555 01531511202 536 01 522,1 02 595 47 5202520202 78 2322 3,80 3015 2322175 35 2,705 35 20 30 17 22 6 6 583 591 10,1 72 562 51515 81,1 82 22 5 635 15 1,09 25 32 60 645 60 36 25 2,68 30 26525255 455 25 82 25125
1,70 30 4,77 50 505 57 505 1,455 52 84 1,04 30 4,59 2,48 515 3,01 645 01 61 51 511 59 03 504,1 51 521514251222271 51 511 59 03 504,1 51 5215142512222 71 1725 385 301725 37 25235 40 4,845 30 375 2271 51 51 01541 2271 01541 2271 01541 2271 01541 2271 522 06 84,1 01541 125 10202520 30 2025 815 302530 1,41 30 20 30 55 22 03,1 30,1 285 30 2,215 15 1,265 30 335 40 08 526 40 3015 20 5010 55 895 20 40 55 55 55 205 35 30 53 30 27 30 17 03 42 07 571 01 911142 06 593 06 02 72,1 02 53 572 55 02 27525 1,05 25 875 35 2,795 605 35 27 3,055 3,77 4,00 02 2 01532 07 53 07 02 20 1,80 10 52 07 596 02 557 50202 2,295 15 1,805 10 1,88 252027 4,795 2,155 86,2 2025 44 1,20 28 50 2,58 25 1,975 1,60 495 30 3,60 30 58 570,1 05 526 07 06 75 00,1 86,1 52,1 54 00,1 508 03,1 583 02 21 97 02,1 47 97 02,1 47 97 02,1 47 1,50 50 36 50 285 65 1,50 50 36 50 3,14 25 5,57 50 2,23 575 530,1 35 00,1 576 04 31,1 07 51 02 04 55,2 51 93,1 020251 28 06,1 02 05 500,1 54,1 76 60 30 45 1,47 25 35 55 27 2452020 15 59 50 3245 205 549 06 584,1 04 71 04 55 40 2720 1550155 61,1 03,1 0202 02 2521 25 1,07 2220 3300 36 1,10 15 2,25 1,05 1,80 15 555 39 25 52 59 71 02,1 63 21,3 52 572,2 52 541 66,3 30 30 52 46 53 543
10 01 2,80 25 5,025
9,23 37,2 2025 465 5085 50 36 50 2,10 25 1,60 495 30 3,59 30 59 1,50 50 36 50 1,50 50 36 50 8,96 50 2,23
50 40 50
55,1
05 O H- K W = D - 1 2 9 0 , , 0 0 / U 10 K , R 0 D O E- K W = D - 8 3 6 0 , U 0/ K 2 R 0, D 0 O L- K W = D 7 1 5 6 ,0 0 , ü 0 R /6 F 5 B ,0 S-WD 22,0/22,0 O S- K W = D - 5 2 , 2 0 , 0 U /2 K 5 R ,0 D O E- K W = D - 1 1 6 2 , 0 0 , 0 U /2 K 0 R ,0 D OK = -19,0 UKRD E-WD 120,0/30,0 OK = -16,0 UKRD O S L- - K W W = D D - 7 1 1 0 6 5 , , , 0 5 0 / / 5 U 1 0 5 K , , 0 R 0 D S-W O D K 1 = 5 , U 0/ K 1 R 5, D 0 K-WD 25,0/20,0 O E- K W = D - 1 8 2 0 0 ,0 ,0 U /2 K 0 R ,0 D O L- K W = D - 1 1 0 0 5 ,0 ,0 U /4 K 0 R ,0 D O S- K W = D - 7 1 0 8 , , 5 0 / U 18 K , R 0 D H O K K -W = D U K 80 R , D 0/22,0 OK = -35,0 UKRD O L- K W = D - 8 3 0 0 , , 0 0 / K 6 U 0 - K W ,0 R D D 1 O S 5 - , K W 0 / = 2 D 0 - 3 2 ,0 0 0 , , 0 0 / U 20 K , R 0 D OK = UK O S R - K D W = D - 3 2 3 7 , , 5 0 / U 30 K , R 0 D OK = UKRD E O -W K D = U 20 K , R 0/ D 15,0 E-WD 70,0/30,0 H O L K S - = W U D K 4 R 8 D ,0/55,0 O L- K W = D - 2 8 5 0 , , 0 0 / 2 U 5 K ,0 RD O E- K W = D - 9 1 6 2 , 0 0 , 0 U /3 K 0 R ,0 D O E- K W = D - 9 5 6 0 , , 0 0 / U 30 K , R 0 D O L- K W = D - 2 8 5 0 , , 0 0 / 2 U 5 K ,0 RD L O -W K D = 1 U 6 K 0 R ,0 D /50,0 L O -W K D = 3 U 0 K ,0 R / D 35,0 L O -W K D = 3 U 0 K ,0 R / D 35,0 OK = -15,0 UKRD SF-WD 32,0/50,0 K-WD 15,0/20,0 S-WD 10,0/10,0 OK = -36,0 UKRD OK = UKRD OK = UKRD O L- K W = D - 2 8 5 0 , , 0 0 / 2 U 5 K ,0 RO E D - K W = D - O L 8 3- 0 0 K W , , 0 0 = D / U 1 - 2 8 5 K 5 0 , R 0, , 0 0D / 2 U 5 K ,0 RD S O -W K D = U 15 K , R 0/ D 15,0 E-WD 70,0/30,0 OK = -15,0 UKRD R S- A F R = - Ø 1 2 2 , 0 0 , 0 UKRD a E O l n lg K tr . - a = W u U c D h K u 5 R n 2 D g ,0 s / ö 1 f 0 fn 2 u ,0 ng O S- K W = D - 7 2 5 0 , , 5 0 / U 20 K , R 0 D O E- K W = D - 1 7 5 0 , , 0 0 / U 30 K , R 0 D K O -W K D = U 20 K , R 0/ D 15,0 O K- K W = D U 2 K 0 R ,0 D /13,0 S O - K W = D U 1 K 0 R ,0 D /13,0 E O -W K D = U 70 K , R 0/ D 56,0 E O -W K D = U 50 K , R 0/ D 25,0 O L- K W = D - 6 1 0 0 , , 0 0 / 3 U 5 K ,0 RD L O -W K D = 4 U 0 K ,0 R / D 35,0 H O S K K = -W U D K R 35 D ,0/72,0 H O S K K = -W U D K R 40 D ,0/65,0 O E- K W = D - 3 7 6 0 , , 0 0 / U 20 K , R 0 D O E- K W = D - 2 7 6 0 , , 0 0 / U 30 K , R 0 D L O -W K D = 1 U 2 K 5 R ,0 D /50,0 L O -W K D = 1 U 2 K 5 R ,0 D /50,0 O K- K W = D - 5 2 9 0 , , 5 0 / U 10 K , R 0 D O S- K W = D - 1 1 0 0 6 ,0 ,0 /1 U 0, K 0 RD O E- K W = D - 1 7 2 0 , , 5 0 / U 30 K , R 0 D EL-WD 79,0/25,0 OK = -16,0 UKRD O S- K W = D - 5 3 0 0 , , 0 0 / U 12 K , R 5 D O L- K W = D - 4 1 0 0 , , 0 0 / 3 U 0 K ,0 RD E-WD 20,0/10,0 OK = -71,0 UKRD O S- K W = D - 9 1 5 0 , , 0 0 / U 20 K , R 0 D O KS K - W = - D 2 0 2 , 0 0 , 0 U / K 10 R , D 0 E O -W K D = U 40 K , R 0/ D 10,0 S-WD 15,0/15,0 O H- K W = D - 7 6 1 0 , , 5 0 / U 15 K , R 0 D O L- K W = D - 2 1 5 7 , , 0 5 / 2 U 5 K ,0 RD O L- K W = D - 2 1 5 7 , , 0 5 / 2 U 5 K ,0 RD O L- K W = D - 3 4 5 7 , , 0 5 / 3 U 5 K ,0 RD O HL K S = - W -2 D 7 , 3 0 0 U ,0 K /3 R 0 D ,0 OK = UKRD O S- K W = D - 4 2 1 0 , , 0 0 / U 17 K , R 5 D H O K K -W = D U K 70 R , D 0/49,0 L O -W K D = 6 U 0 K ,0 R / D 49,0 O L- K W = D - 1 2 0 0 0 ,0 ,0 U /4 K 0 R ,0 D E-WD 20,0/20,0 H-WD 127,0/15,0 OK = -61,0 UKRD OK = -21,5 UKRD L-WD 40,0/40,0 E-WD 50,0/26,0 OK = UKRD OK = UKRD E-WD 50,0/30,0 E-WD 50,0/30,0 L-WD 65,0/35,0 OK = -20,0 UKRDOK = -20,0 UKRD OK = -18,0 UKRD HK-WD 45,0/25,0 O S- K W = D - 2 2 0 5 , , 5 0 / U 25 K , R 0 D HK-WD 55,0/46,0 L O -W K D = 1 U 6 K 0 R ,0 D /45,0 OK = UKRD OK = UKRD K-WD 35,0/25,0 OK = UKRD L-WD 130,0/55,0 OK = -33,0 UKRD O HL K S = - W -4 D 0 , 1 0 0 U ,0 K /1 R 0 D ,0 O K- K W = D - 3 4 6 0 , , 5 0 / U 15 K , R 0 D O HS K - = W - D 2 1 5 , 0 5 , 0 U / K 30 R , D 0 O K- K W = D - 3 5 9 5 , , 0 0 / U 50 K , R 0 D H O K K -W = D U K 12 R 5 D ,0/30,0 H O S K K = -W U D K R 10 D 3,5/25,0 O E- K W = D - E 6 3 O 1 0 -W K , , 0 0 D / = U 2 0 U 3 K , 0 R K 0 , R 0 D / D 25 L , - 0 WD O 1 K 1 = 0 , U 0/ K 7 R 5, D 0 O S- K W = D - 1 1 0 2 , , 0 0 / U 12 K , R 0 D O E- K W = D - 4 2 0 0 , , 0 0 / U 10 K , R 0 D O E- K W = D - 3 3 6 0 , , 0 0 / U 20 K , R 0 D E-WD 50,0/20,0 O S- K W = D - 3 2 3 5 , , 5 0 / U 25 K , R 0 D O L- K W = D - 2 4 2 1 , , 0 0 / 2 U 5 K ,0 RD OK L - = W - D 94 2 ,0 5 , U 0/ K 2 R 5, D 0 OK = -11,0 UKRD O HS K K = - W -3 D 7, 0 1 0 U 5 K ,0 R /1 D 5,0 E O -W K D = U 20 K , R 0/ D 20,0 O L- K W = D - 1 2 0 0 0 ,0 ,0 U /4 K 0 R ,0 D L O -W K D = 1 U 0 K 0 R ,0 D /40,0 S-WD 25,0/25,0 OK = -35,0 UKRD HSK-WD 145,0/42,0 S O -W K D = U 25 K , R 0/ D 25,0 O L- K W = D - 4 2 0 5 , , 0 0 / 2 U 5 K ,0 RD OK = UKRD HSK-WD 153,0/25,0 E-WD 10,0/15,0S-WD 20,0/20,0 OK = UKRD HSK-WD 93,0/30,0 OK = UKRD OK = UKRD OK = UKRD S-WD 20,0/20,0 E-WD 30,0/20,0 H O -W K D = U 35 K , R 0/ D 20,0 E O -W K D = U 20 K , R 0/ D 15,0 H O S K K = -W U D K R 13 D 0,0/25,0 OK = 130,0 üRFB OK = -37,0 UKRD HK-WD 50,0/50,0H-KBZ 55,0/25,0 L-WD 55,0/30,0 EL-WD 55,0/55,0 S O -W K D = U 20 K , R 0/ D 20,0 O K- K W = D - 4 2 9 2 , , 5 0 / U 10 K , R 0 D OK = -27,0 UKRDOK = -27,0 UKRD OK = -25,0 UKRD OK = UKRD O S- K W = D - 7 2 5 0 , , 0 0 / U 20 K , R 0 D O E- K W = D - 2 5 0 0 , U 0/ K 3 R 0, D 0 O E- K W = D U 5 K 0 R ,0 D /25,0 O EL K - W = D -2 8 5 , 8 0 , 0 U /2 K 8 R ,0 D S E O - - W W K D D = U 1 1 5 0 K , , R 0 0 / / D 2 1 1 5 , , 0 0 O S- K W = D - 3 1 2 5 , , 5 0 / U 15 K , R 0 D O LS K - W = D -2 5 4 , 0 0 , 0 U /3 K 0 R ,0 D S- W O D K = 20 U ,0 K / R 20 D ,0 K O -W K D = U 35 K , R 0/ D 36,0 O L- K W = D - 3 2 0 5 , , 0 0 / 3 U 0 K ,0 RD O K- K K = B - Z 3 3 2 0 ,0 ,0 U /2 K 0 R ,0 D O S- K W = D - 6 2 3 5 , , 5 0 / U 25 K , R 0 D OK = -17,0 UKRD L-WD 25,0/25,0 O L- K W = D - 2 2 5 2 , , 0 5 / 2 U 5 K ,0 RD O S- K W = D - 1 1 7 0 , , 0 0 / U 10 K , R 0 D O S- K W O O L = - D K K W - 3 = = 2 D 9 0 - - , , 2 4 4 5 0 5 7 7 / U 2 , , , 0 5 5 0 K / , 2 U U R 0 5 K K D ,0 R R D D L L O O - - W W K K D D = = 3 3 U U 0 0 K K , , 0 0 R R / / D D 3 3 0 0 , , 0 0 O HL K S = - W -6 D 2 , 1 5 5 U ,0 K /1 R 5 D ,0 L O -W K D = 2 U 5 K ,0 R / D 2 O H 5 K , K 0 - = W - D 5 1 6 L , 0 O 5 - , W K 0 U / D K 2 = 5 R 2 U , D 0 5 K ,0 R / D 25,0 O HK K - = W O H - D 5 K K 1 - 6 = W , 0 5 , - D 0 U 5 / 1 K 2 6 , 5 0 R 5 , , D 0 0 U / K 25 R L , D O 0 -W K D = 2 U 5 K ,0 R / D 25,0 O E- K W = D - 5 3 6 0 , , 0 0 / U 2 L O 0 K - , W R K 0 D D = 2 U 5 K ,0 R / D 25,0 L O -W K D = 2 U 5 K ,0 R / D 25,0O E- K W = D - 5 3 5 0 , L , 0 O 0 - / W U K 20 K D = , R 0 2 U D 5 K ,0 R / D 25 L , O 0 -W K D = 2 U 5 K ,0 R / D 25 O E ,0 - K W = D - 5 4 5 0 , , 0 0 / U 20 K , R 0 D L O -W K D = 3 U 0 K ,0 R / D 30,0 E O -W K D = U 80 K , R 0/ D 30,0 O L- K W = D - 1 3 1 0 0 ,0 ,0 U /6 K 0 R ,0 D L-WD 30,0/25,0 OK = UKRD + O 0 K ,0 S 2 c 5 hwelle O K- K W = D - 4 2 9 2 O L , , 5 - 0 K W / U 1 = D 0 K , - R 0 3 3 5 6 D , , 0 0 / 3 U 5 K ,0 RD O L- K W = D - 3 2 5 0 , , 0 0 / 3 U E 5 K - , W 0 R D D 30,0/20,0 O S- K W = D - 1 1 0 9 , , 0 5 / U 20 K , R 0 D O S- K W = D - 2 1 4 1 , , 0 5 / U 11 K , R 5 D O S- K W = D - 2 1 4 1 , , 0 5 / U 11 K , R 5 D OK S - = W - D 22 1 ,5 5 , U 0/ K 1 R 5, D 0 E O -W K D = O E U 10 - K K W , R 0 = D / D 1 L - O 0 4 - 2 W , 6 K 5 0 , , D O 0 E 0 = / - K U 2 2 U W 0 5 K = K D , , R 0 0 R - / 1 D 3 D 3 8 0 0 , , , 0 0 0 L / U O 2 -W 0 K K , R 0 D = D 2 U 5 K ,0 R / D 30,0 O E- K W = D - 5 3 O E 8 0 - K , , W 0 0 = / D U 2 - 0 K 1 3 , R 8 0 0 , , D 0 0 / U 20 K , R 0 D O E- K W = D - 1 3 6 0 , , 0 0 O E / U 2 - K 0 W K , = R 0 D D - 4 3 6 0 , , 0 0 / U 20 K , R 0 O D E- K W = D - 4 3 6 0 , , 0 0 / U 20 K , R 0 D L O -W K D = 3 U 0 K ,0 R / D 30,0 OK = - E 76 -W ,0 D U 3 K 0 R ,0 D /20,0 O E- K W = D - 5 3 6 0 , , 0 0 / U 20 K , R 0 D O E- K W = D - 5 3 6 0 , , 0 0 / U 20 K , R 0 D O HS K K = - W -3 D 0, 0 2 5 U ,0 K / R 20 D ,0 OK = -36,0 UKRD S-WD 27,0/20,0 OK = -64,0 UKRD S-WD 15,0/15,0 OK = -80,0 UKRD O HL K S = - W -6 D 4 , 1 0 1 U 8 K ,0 R /4 D 7,5 O S- K W = D - 7 1 2 5 , , 5 0 / U 15 K , R 0 D O S- K W = D - 7 1 2 5 , , 5 0 / U 15 K , R 0 D E R - A F R = - Ø E 9 R 1 - A 1 F , 8 0 R = , 0 U - Ø 9 K 1 R 1 , 8 0 D , 0 UKRD O O S S K - - - K K W W W = = D D D - - 7 7 1 1 2 2 2 5 5 2 , , , , , 5 5 0 0 0 / / / U U 1 1 1 5 5 0 K K , , , R R 0 0 0 D D O O S S K - - - K K W W W = = D D D - - 7 7 1 1 2 2 2 5 5 2 , , , , , 5 5 0 0 0 / / / U U 1 1 1 5 5 0 K K , , , R R 0 0 0 D D K-WD 22,0/10,0 K-WD 22,0/10,0 E R - A F R = - Ø 7 1 1 , 8 0 , 0 UKRD K-WD 22,0/10,0 K-WD 22,0/10,0 O L K - K W - W = D D - 6 4 0 0 2 , , 2 0 5 , / 0 3 U / 5 1 K , 0 0 R ,0 D O L- K W = D - 1 4 3 0 0 ,5 ,0 U /3 K 5 R ,0 D O S- K W = F D u 3 2 t , t 2 5 e R 0 , r 0 A r ü o / 2 R h = 5 r S F 1 , 0 m B - 6 F 0 it R , F 0 Ø la ü n R 2 s 0 F c , B 0 h K-WD 22,0/10,0 K-WD 22,0/10,0 OK = -54,0 UKRD OK = -54,0 UKRD OK = -54,0 UKRD OK = -54,0 UKRD OK = -54,0 UKRD OK = -54,0 UKRD OK = -54,0 UKRD O S- K W = D - 1 6 0 ,0 7 / , 6 0 , 0 UKRD OK = -74,0 UKRD O O S- K K W = = D - - 8 5 6 7 4 ,0 , , 0 0 /6 U U ,0 K K R R D D O S- K W = D - 8 1 5 0 , , 0 0 / U 10 K , R 0 D O S- K W = D - 8 1 5 0 , , 0 0 / U 10 K , R 0 D O S- K W = D - 1 1 0 0 5 ,0 ,0 /1 U 0, K 0 RD O S- K W = D - 1 1 0 0 5 ,0 ,0 /1 U 0, K 0 RD O S- K W = D - 1 1 0 0 5 ,0 ,0 /1 U 0, K 0 RD O S- K W = D - 1 1 0 0 5 ,0 ,0 /1 U 0, K 0 RD
(B F e u z tt u e R g r A r o U h = K r S R 1 m - 6 D F 5 it R , 3 F 0 , Ø l 1 a ü 5 n R 2 0 s 0 F m c , B 0 h ) (B F e u z tt u e R g r A r o U h = K r S R 1 m - 3 D F 7 it R , 3 F 0 , Ø l 1 a ü 5 n R 2 0 s 5 F m c , B 0 h ) RA = S 1 - 9 F 1 R ,0 Ø ü R 10 F , B 0 F (B u e tt z e u rr g o U hr K m R i D t F 3 la ,1 n 5 s 0 c m h ) E R - A F R = - Ø 7 1 1 , 8 0 , 0 UKRD E R - A F R = - Ø 7 1 1 , 8 0 , 0 UKRD Futterrohr mit Flansch K-FR Ø 20,0 Futterrohr mit Flansch (Bezu R g A U = K R -8 D 4 , 3 0 , 1 U 5 K 0 R m D ) RA = H -8 -F 6 R ,5 Ø U K 1 R 5, D 0 Futterrohr mit Flansch(Bezug UKRD 3,150m) K-FR Ø 20,0 RA = -84,0 UKRD (Bezug UKRD 3,150m) Futterrohr mit Flansch H-FR Ø 15,0 RA = -86,5 UKRD (Bezug UKRD 3,150m)
OOKK SSTTBB--SScchhwweellllee ++00,,0022 2/040 GK B T 2/940 GK B T T B KG 045 T B KG 046 T B KG 019 T B KG 016 T B KG 015 740 GK B T T B KG 043 T B KG 042 T B KG 017/1 1/820 GK B T SR T hf E- FR Ø 16,5 RA = -71,0 UKRD S-WS 25,0/120,0/20,0 OK= 62,0 üRFB (OKRFB = -0,15) Futterrohr mit Flansch S-FR Ø 20,0 S-WD 10,0/10,0 ( O S O - K W K = R S 6 F 2 1 B , 0 0 3 = ü , 0 - R 0 /1 , F 1 2 B 5 0 ) ,0/20,0 R ( O S O A - K W K = = R S - 6 F 9 2 2 B 4 , 5 , 0 8 , = 0 ü U / - R 1 0 K 2 , F 1 R 0 B 5 , D 0 ) /20,0 OK = -105,0 UKRD T B KG 028/2 T B KG 017/2 gnurpsreV-DR KV LBW 12.1 RFB S-WD 12,0/12,0 OK = UKRD UKRD=3,150 O L- K W = D - 2 1 5 7 , , 0 5 / 2 U 5 K ,0 R O E D - K W = D - 8 5 , 0 0 , 0 U /3 K 0 R ,0 D O E- K W = D - 1 5 0 0 , , 0 0 / U 30 K , R 0 D O E- K W = D - 1 5 0 0 , , 0 0 / U 30 K , R 0 D O L- K W = D - 2 7 5 ,5 ,0 U /2 K 5 R ,0 D L O -W K D = 1 U 6 K 0 R ,0 D /50,0 L O -W K D = 3 U 0 K ,0 R / D 35,0 L O -W K D = 3 U 0 K ,0 R / D 35,0 K-WD 20,0/10,0 OK = -83,5 UKRD O L- K W = D - 5 8 0 ,0 ,0 U /3 K 0 R ,0 D O E- K W = D - 2 2 0 0 , , 0 0 E / U 1 - 5 W K , R 0 D D 20, L 0 O - / W 1 K 5 D , = 0 5 U 0 K ,0 R / D 40,0 OK = UKRD E-WD 50,0/20,0 OK = -6,0 UKRD L-WD 35,0/35,0 OK = -47,5 UKRD K-WD 20,0/10,0 OK = UKRD O E- K W = D - 2 5 0 0 , , 0 0 / U 30 K , R 0 DO E- K W = D - 2 5 0 0 , , 0 0 / U 30 K , R 0 D K-WD 20,0/10,0 OK = O S U - K W K = R D D - 1 1 2 5 , , 5 0 / U 15 K , R 0 D L O -W K D = 4 U 5 K ,0 R / D 40,0 L-WD 50,0/40,0 OK = UKRD T B K G 003 fh T RS LD ≥ 0,9 m HSK-WD 120,0/40,0 OK = UKRD O E- K W = D - 2 5 0 0 , U 0/ K 3 R 0, D 0 O E- K W = D - 2 5 0 0 , U 0/ K 3 R 0, D 0 O E- K W = D U 5 K 0 R ,0 D /25,0 E-WD 50,0/30,0 OK = -29 UKRD K-KBZ 30,0/20,0 T B KG 020 OK= - 32,0 UKRD FT-WD 170,0/25,0 OK = 291,5 üRFB -3,06 -3,06 810 GK B T SR T hf 840 GK B T 1/940 GK B T 650 GK B T 1/040 GK B T m 9,0 ≥ DL m 9,0 ≥ DL SR T hf m 9,0 ≥ DL T B KG 053/1 LD ≥ 0,9 m hf OKFFB ▽ -3,600m OKRFB ▼ -3,650m NSHV AV Technikfläche Garderobe B KG 047 B KG 059 B KG 048 16,37m² 9,28m² 12,20m² UKRD ▲ 2,350m UKRD ▲ 3,150m UKRD ▲ 3,150m Entnahmestelle UKAD ohne AD UKAD ohne AD UKAD ohne AD tr. Stgl. OKFFB ▽ -3,600m OKFFB ▽ -3,600m OKFFB ▽ -3,600m OKRFB ▼ -3,650m OKRFB ▼ -3,650m OKRFB ▼ -3,650m Technikflur B KG 055 35,41m² UKRD ▲ 3,150m UKAD ohne AD OKFFB ▽ -3,600m OKRFB ▼ -3,650m Futterrohr mit Flansch ELT B KG 045 6,30m² U U O O K K K K R A F R D F D F B B ▼ ▽ ▲ o - - 3 3 3 h , , , n 1 6 6 e 5 5 0 0 0 0 A m m m D U U B O O 4 W 1 K K K K K C , R A 2 F R G 9 H D F D F m 0 B B 5 ² 0 ▼ ▽ ▲ △ - - 3 3 2 3 , , , , 1 7 5 6 5 5 0 0 0 0 0 0 m m m m 1 U U B O O W 8 K K K K K C ,2 R A F R G 2 H D F D F m 0 B B V 4 ² o 9 r ▼ ▽ r ▲ △ a u - - 3 3 2 3 m , , , , 1 7 5 6 5 5 0 0 0 0 0 0 m m m m Lager Hörsaalgeb. B KG 028 80,38m² UKRD ▲ 3,150m UKAD ohne AD OKFFB ▽ -3,600m Technikraum Fassadenbegrünung OKRFB ▼ -3,650m B KG 002 126,66m² UKRD ▲ 3,150m UKAD ohne AD B A u K f G zu 0 g 5 s 6 steuerung O O K K F R F F B B ▼ ▽ - - 3 3 , , 6 6 5 0 0 0 m m 5,15m² UKRD ▲ 3,150m B W K C G 024 U O K K A F D FB ▽ o -3 h , n 6 e 0 0 A m D 13,27m² OKRFB ▼ -3,750m UKRD ▲ 3,150m UKAD △ 2,500m OKFFB ▽ -3,600m OKRFB ▼ -3,750m Flur B KG 044 27,74m² UKRD ▲ 3,150m UKAD ohne AD OKFFB ▽ -3,600m OKRFB ▼ -3,650m Lager WC optional U U B O O 4 W 9 K K K K K C , R A 0 F R G 2 D D F D F m 0 B B 4 ² 1 ▼ ▽ ▲ △ - - 3 3 2 3 , , , , 1 7 5 6 5 5 0 0 0 0 0 0 m m m m U U B O O 2 W 5 K K K K K C , R A 7 F R G 7 D D F D F m 0 B B V 4 ² o 0 r ▼ ▽ r ▲ △ a u - - 3 3 2 3 m , , , , 1 7 5 6 5 5 0 0 0 0 0 0 m m m m U U B O O 6, K K K K 3 K R A 5 F R G m D F D F 0 B B ² 03 ▼ ▽ ▲ o - - 3 3 3 h , , , n 1 6 6 e 5 5 0 0 0 0 A m m m D Kälte B KG 043 Heizung U U O O 55 K K K K , R A 1 F R 5 D F D F m B B ² ▼ ▽ ▲ o - - 3 3 3 h , , , n 3 6 6 e 5 5 0 0 0 0 A m m m D U U B O O 52 K K K K K , R A 7 F R G 5 D F D F m 0 B B 4 ² 2 ▼ ▽ ▲ o - - 3 3 3 h , , , n 1 6 6 e 5 5 0 0 0 0 A m m m D 1 U U F B O 0 l K K K u K ,5 R A F r G 3 D F D m 0 B 5 ² 3 ▽ ▲ o - 3 3 h , , n 1 6 e 5 0 0 0 A m m D U U B O O 2 T 7 R K K K K K , R A 4 3 F R G 7 D F D F m 0 B B 0 ² 4 ▼ ▽ ▲ o - - 3 3 3 h , , , n 2 6 6 e 1 5 0 3 0 0 A m m m D 1 U U F B O O 4 i K K K K b K ,0 R A F R s G 6 D F D F / m 0 B B B 0 ² M 5 ▼ ▽ Z ▲ o - - 3 3 3 h , , , n 2 6 6 e 1 5 0 3 0 0 A m m m D OKRFB ▼ -3,650m Entnahmestelle tr. Stgl. Technikflur B KG 014 77,81m² UKRD ▲ 3,150m UKAD ohne AD OKFFB ▽ -3,600m OKRFB ▼ -3,650m T B KG 020 Pumi B KG 020 HA Datentechnik 9,67m² B KG 015 UKRD ▲ 3,150m 24,57m² U U N B O O 20 K K S K K K , R A H 1 F R G 9 D F D V F m 0 B B S 2 ² V 5 ▼ ▽ ▲ o - - 3 3 3 h , , , n 3 6 6 e 5 5 0 0 0 0 A m m m D U O O K K K A F R D F F B B ▼ ▽ o - - 3 3 h , , n 7 6 e 5 0 0 0 A m m D U U H B O O 8, K K A K K 2 K R A 6 F R G H m D F D F Z 0 B B ² G 19 /K ▼ ▽ ▲ L T o - - 3 3 3 h , , , n 1 6 6 e 5 5 0 0 0 0 A m m m D U U O O K K K K R A F R D F D F B B ▼ ▽ ▲ o - - 3 3 3 h , , , n 1 6 6 e 5 5 0 0 0 0 A m m m D B B 4, O 1 K 4 S G m 0 ² 10 B S 4, A 9 K A 1 G m 0 ² 11 B S 4, i 9 K B 1 G e m l 0 ² 12 1 U U B O T 0 a K K K K , n 9 R A F G k 8 D F D m N 0 B 1 ² E 3 A ▽ ▲ o - 3 3 h , , n 1 6 e 5 0 0 0 A m m D UKRD ▲ 3,150m UKRD ▲ 3,150m UKRD ▲ 3,150m OKRFB ▼ -3,650m B 9 A , Z 0 K 4 G 1 m 0 ² 26 U O O K K K A F R D F F B B ▼ ▽ o - - 3 3 h , , n 6 6 e 5 0 0 0 A m m D U O O K K K A F R D F F B B ▼ ▽ o - - 3 3 h , , n 6 6 e 5 0 0 0 A m m D U O O K K K A F R D F F B B ▼ ▽ o - - 3 3 h , , n 6 6 e 5 0 0 0 A m m D Lager Cafeteria UKRD ▲ 24,260m B KG 018 UKAD ohne AD 1 U 4 K ,0 R 0 D m² ▲ 3,150m O O K K F R F F B B ▼ ▽ - - 5 5 , , 1 1 0 0 0 0 m m UKAD ohne AD OKFFB ▽ -3,600m OKRFB ▼ -3,650m 56,53
06,4 54,5 00,8 74,9 04 58,21 571 519,6 53
06,4 07,61 04 27,2 92,6 04
06,4 80
25 35 4,60 175 2,025 40 2,70 25 4,70 30 75 40 4,70 25 2,325 12,225 25 5,25 40 3,87 30 2,28 40 6,20 571 592,4
04 00,2
00,4 35 4,60 175 2,025 25 571 09,21 20,5 04
01
05,4 19,1 27,1 52 87,7 04 552,3 571 48,1 571 543,4 53
06,4
25 35 4,60 175 2,025 25 2,95 40 3,60 175 6,825 25 3,50 9 2,565 40 2,42 40 1,92 40 2,86 25 5,50 05 6,645 35 6,20
25 80 4,15 175 2,025 40 2,70 25 4,70 30 75 40 2,225 175 1,90 175 4,00 175 1,60 175 6,35 175 1,625 175 1,925 175 1,925 175 2,05 40 73 30 2,84 30 73 30 1,25 40 6,20
5,30 6,90 13,00 13,95 6,85 9,35
25 48,90 6,20 37,2 52 51,4 04 08,1 04 585,5 571 536,3 571 55,2 53
06,4 33,9 571 588,2 04 10,9 04
06,4 54,5 00,8 74,9 50,33
06,4 25 90 25 18,075 25 90 25 571 513,2 571 78,3 53 142 500,2 571 503,4 571 55,2 93,21 52 53 5 5 3 3 1 1 , , 2 1 25 571 66,3 571 591,3 25 9,455 125 4,97 25 9 34,2 52 04 57,3 04 08,1 04 581,5 04 571 536,3 175 2,125 40 10,35 175 6,00 175 3,40 175 5,025 25 40 9,565 125 4,86 24 1 36,3 52 08 536,01 571 541,1 5 5 3 8 1 3 , , 2 1 51 04 00,3 04 53,1 14,7 52 48,1 6,95 40 2,10 25 4,10 40 25 1,515 1 2 , , 1 1 3 3 5 5 30 40 3,60 175 6,825 25 571 05,4 04 55,4 04 00,1 04 19,5 52 24 1 2,50 60 30 1,20 10 675 (OK = 21 2,2, , 2 380 5 ü 825 -3,60) 03 14,1 35 59,2 531,2 2,38 4,05 24 1 1,305 50 1 2 , , 1 1 3 3 5 5 365 2,195 5151 02 07 02 23 004,0 x 037,0 SW
Fundament Aufzug 1
eztütS tnemadnuF ettalpnedoB Fundament TH 2
Fundament TH 4
Fundament Stütze
ettalpnedoB fb fb bf bf BaBW fb fb fb fb bf fb bf VK BP-Versprung
Anschluss an Entwässerung
Regenwasser ist abzustimmen
30 NS 40 NS 750 GK B
60 NS 20 NS 2,135 2,135 40 20 1 2 , , 3 1 8 3 5 5 1,215 D 53.40 Index 09 Anpassung Waschbeckenposition Index 09 Türaufschlag gespiegelt D 53.40 D 53.40 D 51.01 51 D .01 Türaufs I c n h d l e a x g 0 g 9 espiegelt Index 09 Türaufschlag gespiegelt D 51.01 Index 09 Türaufschlag gespiegelt 1,80 10 90 1,20 90 5415102 07 86,2 04 25 5,025 75 1,30 5 35 75 1,34 2520 30 1,165 2517 20 75 3,74 465 20 30 2022 50 32 45 205 50 1223 5 1912 20 10 72 24 1 1,65 20 45 5 16
KWT E-WD 130,0/40,0 OK = -16,0 UKRD HK-WD 75,0/15,0 L-WD 70,0/50,0 OK = UKRD OK = -36,0 UKRD HSK-WD 75,0/40,0 OK = UKRD L-WD 50,0/40,0 OK = -5,0 UKRD S-WD 12,0/12,0 OK = -15,5 UKRD S-WD 12,0/12,0 OK = -15,5 UKRD S-WD 10,0/10,0 OK = -25,0 UKRD L-WD 165,0/50,0 OK = UKRD E-WD 45,0/30,0 OK = -8,0 UKRD S-WD 15,0/15,0 OK = -38,0 UKRD )FFKO( 053,2 ZU KU L-WD 45,0/40,0 OK = UKRD S-WD 15,0/15,0 OK = UKRD 09,0 fualdnaH 09,0 fualdnaH 09,0 fualdnaH 09,0 fualdnaH C C Medienzentrale B KG 046 12,30m² UKRD ▲ 3,150m UKAD ohne AD OKFFB ▽ -3,600m OKRFB ▼ -3,650m D D Garderobe & Spinde B KG 051 76,80m² UKRD ▲ 3,150m UKAD △ 2,500m OKFFB ▽ -3,600m OKRFB ▼ -3,750m AZ Vorraum B KG 027 16,58m² UKRD ▲ 3,350m UKAD △ 2,500m OKFFB ▽ -3,600m OKRFB ▼ -3,650m E E Trinkwasser, SW-Hebeanage B KG 017 17,38m² UKRD ▲ 3,150m U O K K A F D FB ▽ o -3 h , n 6 e 0 0 A m D B U V K G EL 0 T 1 6 TAA OKRFB ▼ -3,650m 6,19m² UKRD ▲ 3,150m UKAD ohne AD OKFFB ▽ -3,600m OKRFB ▼ -3,650m
F F
1 2 3 4 5 6 7
50 NS
D 54.01 EP D 72.00 51.41
D 54.01 D
51.00 D
51.40 D 51.00
EP. 10.02
EP. 10.00 D D 51.00 51.00 Dunkelkammer D 51.40 D 54.00 D D D 51.00 51.00 51.00 D 51.40 D 51.40 EP EP 72.00 72.00 D 53.40 D 51.20 EP 72.00 D 51.20 D D 54.00 51.40 EP 72.00 EP 72.00 D D D D D 51.41 51.41 53.40 51.40 51.40 571 588,2 04
1,20 1,20 5 1,20
3,65 80 15 55,4
41,1 52
76,8
04 15 5 5 3 3 1 1 , , 2 1 51 532 5 5 3 8 1 3 , , 2 1 01 10 1 2 , , 3 1 8 3 5 5 405
40 1 2 , , 1 1 3 3 5 5 465 35 1 2 , , 3 1 8 3 5 5 2,63 76,8 10,2 531,2 29,8 10,2 531,2 03 5 5 3 3 1 1 , , 2 1 1,065 1 2 , , 1 1 3 3 5 5 975 1 2 , , 1 1 3 3 5 5 2,54 577,1 5 5 3 3 1 1 , , 2 1 46,1 34,2 5 5 3 3 1 1 , , 2 1 11,2 1,20 14,2 5 56 3 1 1 , , 2 2 90 2,30 22 2,90
41,6
12,2 02 19,1 1,305 2 2 , , 1 0 3 0 5 1,945 38,3 15,1 5 0 3 0 1 , , 2 2 46 04 5 0 3 8 1 , , 1 2 66 5 0 3 0 1 , , 2 2 525,2 11, 5 04 6,15 90 1,92 40 1,42 90 2,86 1, 5 13 5 35 81,5 04 05 35,2 55 1 0 0 4 , , 2 2
581 04 ü 0564,18 ,=2 KO ) ( 0 5 6 7 ,3 ,1 - 04
ü 531,22, 3= KO ) ( 0 0 6 5 ,3 ,2 -
07 557,7 512 572 03 5 5 3 3 1 1 , , 2 1 572 92,2 05 5 5 3 3 1 1 , , 2 1 504,1 525 5 5 3 3 1 1 , , 2 1 41 60,1 06 5 5 3 3 1 1 , , 2 1 562 37,1 55 05,2
04
06,2 42 17,1 52 52,2 56,2 27,2 25 2,05 225 175 04 00,1 522 571 04 00,1 522 571 00,3
54,7 56,2
6,63
55
ü 8558,73 ,=6 KO ) ( 0 3 6 7 ,3 ,7 -
ü 5356,26 ,=2 KO ) ( 0 0 6 5 ,3 ,2 -
07
2,800 x 0,740
1,20
2,050 x 2,730 2,420 x 1,000 030,3 x 057,0
VK RD-Versprung
548,2 x 056,0
017,3 x 056,0 T B K G 029/1 fh T RS
T B KG 030/2 fh T RS LD ≥ 1,2 m T B KG 036 fb T RS
2,000 x 1,710
T B KG 059 fh T RS T B KG 030/1 fh T RS LD ≥ 1,2 m 2,100 x 0,825 1,920 x 1,000 500 GK B T SR T hf T B KG 024 fh T RS LD ≥ 0,9 m 440 GK B T SR T hf 550 GK B T m 2,1 ≥ DL SR T hf
T B KG 037 fb T RS
LD ≥ 90 BA BA BA BA BA BA BA 2/920 GK B T SR T hf
1/230 GK B T SR T hf bd23 ≥ w´R m 2,1 ≥ DL
400 GK B T SR T hf m 9,0 ≥ DL BaBW fb BRH 0,90 27 STG G x 13,3 x 30 x 13,3 x 30 27 ST fb
fb
WBaB fb bf
bf
fb bf fb fb BaBW bf bf fb fb fb
WBaB bf fb fb
BaBW
BaBW
bf fb bf bf WBaB BaBW bf fb bf fh fh bf VK RD-Versprung T B KG 002 fb T RS
WBaB
FB 6.1 FB 3.2
FB 6.1 FB 6.6
FB 6.1
FB 6.2 FB 6.2
fb FB 6.1 FB 6.1 FB 6.1 FB 6.1 FB 6.1 FB 6.1 FB 6.1 lokales Gefälle FB 5.1 FB 5.1 lokales Gefälle FB 6.1 FB 6.1 FB 6.6 FB 5.1 FB 6.6 FB 6.1 FB 6.1 FB 5.1 FB 5.1 lokales Gefälle lokales Gefälle FB 6.8 FB 6.8 FB 6.1 FB 6.1 FB 6.1 052,2 ZU KU
VK BP-Versprung VK RD-Versprung UK RD 3,303
UK RD 3,15
Ortbeton Bank - Fortführung der Stufe OK = -3,24 (h = 51cm) UK RD 3,20 UK RD 2,50 OKRD UK RD 2,50 OKRD
VK RD-Versprung VK BP-Versprung UK RD 2,50 VK BP-Versprung UK UZ 2,600 UK UZ 2,500 UK RD 2,35 VK RD-Versprung UK RD 2,35 VK RD-Versprung lokales Gefälle lokales Gefälle UK UZ 2,650 (OKFF) VK RD-Versprung VK BP-Versprung UK RD 3,35 005,2 ZU KU
UK RD Podest
2,673 -3,75 -3,75
VK RD-Versprung -3,75 -3,75
VK RD-Versprung UK RD Podest 3,213 UK RD Podest 3,213
82 x 81 x GTS 71
VK BP-Versprung
-3,65 -3,65 -3,75 -3,75 -3,75 -3,75 VK BP-Versprung UK RD 3,15
82 x 81 x GTS 3 82 x 81 x GTS 71
Gefahrstoff- schränke
Brandschutztor mit Schlupftür
430 GK B
530 GK B
B KG 052 B KG 051 320 GK B
Gesamtmaß
Achsen
Achsen A/B
Achsen B/C
Achsen C/D
B KG 031
ßamtmaseG neshcA
Hohlraumboden unter aufsteigendem Gestühl für Lüftungsverteilung
50 2/1 neshcA 3/2 neshcA 4/3 neshcA
09,1
64 EVAC 20 30 R A o u l f l s s t t e u l h lf l l f ä a c h h r e er 20 20 20 25 30
25 20 10 2022 10 51 40 2025 43
SN 01 SN 01 93 06
2,05 0259222 08 22 04 15 80 3451520 405 53 02 03 66 15 1,05 41 182020 74 52 20 80 15 61 07 02 53 52 52,1 554 02 02591 61 07 02 04 02 52,1 591 3,14 48 1,08 5215 1,98 59
587 51
502,1 52 52
53
54
10 12,2 35 79 35 20 05 522 04 205 202058 40 10 555 21 06 40 3015 03 42 07 571 01 911142 06 593 06 02 72,1 02 53 572 55 02 27525 1,05 25 875 35 2,795 605 35 27 3,055 3,77 02 2 01532 07 53 07 02 20 1,80 10 52 07 596 02 557 50202 2,295 15 1,805 10 1,88 252027 4,795 2,155 86,2 40 5,48 4,325 1,60 2025 44 1,20 28 50 2,58 25 1,975 1,60 495 30 3,60 30 58 570,1 05 526 07 06 75 00,1 86,1 52,1 54 00,1 508 03,1 97 02,1 47 97 02,1 47 97 02,1 47 1,50 50 36 50 285 65 575 530,1 35 00,1 576 04 31,1 07 51 02 04 55,2 51 93,1 020251 28 06,1 02 05 500,1 54,1 60 30 45 1,47 25 35 55 27 2452020 15 59 50 3245 205 549 06 584,1 04 71 04 55 40 2720 1550155 61,1 03,1 0202 02 2521 25 1,07 2220 3300 36 1,10 15 2,25 1,05 1,80 15 50,1
03,1 06 52 33 03 13 02 556 06
555 39 25 71 02,1 63 21,3 66,3
1,03 1,05
40 54 5202
79
64,3 435 61 61 545
2720 1,04 30 24
52 46 5,20
25 255
1,90
2,80 05
06,2
596,2
10 30
9,335
25 5,025 25 37,2 5
125
2025 465 5085 50 36 50 2,10 25 1,60 495 30 3,59 30 59 1,50 50 36 50 524,7 E R - A F R = - Ø 6 1 1 , 8 0 , 0 UKRD Futte R r A ro = h r S - 8 m -F 5 it R , 0 F Ø U la K n 2 s R 0 c , D 0 h S-WD 20,0/20,0 Futterrohr mit Flansch OK = UKRD E-FR Ø 18,0 S-FR Ø 20,0 RA = -70,0 UKRD RA = -85,0 UKRD
T B KG 032/3 fh T RS R´w ≥ 32db S-WD 35,0/15,0 OK = UKRD S-WD 22,0/25,0 S-WD 22,0/22,0 OK = -5,0 UKRD OK = -19,0 UKRD O S L- - K W W = D D - 7 1 1 0 6 5 , , , 0 5 0 / / 5 U 1 0 5 K , , 0 R 0 D S-W O D K 1 = 5 , U 0/ K 1 R 5, D 0 O L- K W = D - 1 1 0 0 5 ,0 ,0 U /4 K 0 R ,0 D O S- K W = D - 7 1 0 8 , , 5 0 / U 18 K , R 0 D H O K K -W = D U K 80 R , D 0/22,0 OK = -35,0 UKRD O L- K W = D - 8 3 0 0 , , 0 0 / K 6 U 0 - K W ,0 R D D 1 O S 5 - , K W 0 / = 2 D 0 - 3 2 ,0 0 0 , , 0 0 / U 20 K , R 0 D OK = UKRD E-WD 20,0/15,0 OK = UKRD E-WD 70,0/30,0 OK = -15,0 UKRD SF-WD 32,0/50,0 OK = -36,0 UKRD E-WD 70,0/30,0 OK = -15,0 UKRD S-WD 20,0/20,0 OK = -75,5 UKRD E-WD 70,0/30,0 OK = -15,0 UKRD H O S K K = -W U D K R 35 D ,0/72,0 H O S K K = -W U D K R 40 D ,0/65,0 L-WD 125,0/50,0 L-WD 125,0/50,0 OK = UKRD OK = UKRD EL-WD 79,0/25,0 OK = -16,0 UKRD E-WD 20,0/10,0 OK = -71,0 UKRD S-WD 20,0/17,5 OK = -41,0 UKRD L-WD 110,0/75,0 OK = UKRD O K- K W = D - 3 4 6 0 , , 5 0 / U 15 K , R 0 D O HS K - = W - D 2 1 5 , 0 5 , 0 U / K 30 R , D 0 E O -W K D = U 30 K , R 0/ D 25,0 O S- K W = D - 1 1 0 2 , , 0 0 / U 12 K , R 0 D O E- K W = D - 4 2 0 0 , , 0 0 / U 10 K , R 0 D O L- K W = D - 2 4 2 1 , , 0 0 / 2 U 5 K ,0 RD OK L - = W - D 94 2 ,0 5 , U 0/ K 2 R 5, D 0 S-WD 25,0/25,0 OK = -35,0 UKRD bd25 ≥ w´R S-WD 17,5/65,0 OK = UKRD L-WD 30,0/30,0 OK = -20,0 UKRD S-WD 20,0/20,0 OK = -17,0 UKRD L-WD 30,0/30,0 OK = -30,0 UKRD R´w ≥ 47db O S- K W = D - 1 2 7 0 , , 0 0 / U 25 K , R 0 D R´w ≥ 47db R´w ≥ 52db O S- K W = D - 4 1 0 0 , 5 0 , 0 U /2 K 5 R ,0 D F S R u - A t F t = e R r - r 1 Ø o 1 h 2 3 r 0 , m 0 ,0 i U t F F Ku l tR a te n Dr s r c o h hr mit F R S F u - A l t a F t = e n R r s- r 8c Ø o h1 h 2 , r 0 0 m , U 0 it K F R la D nsch S- FR Ø 20,0 RA = -102,0 UKRD S-WD 10,0/10,0 OK = -7,5 UKRD S O -W K D = U 40 K , R 0/ D 15,0 S O -W K D = U 25 K , R 0/ D 25,0 O S- K W = D - 2 2 0 5 , , 0 0 / U 32 K , R 5 D O L- K W = D - 2 2 0 5 , , 0 0 / 2 U 0 K ,0 RD S O - K W = D U 4 K 0 R ,0 D /43,0 HSK-WD 97,0/40,0 OK = -20,0 UKRD L-WD 20,0/20,0 OK = -25,0 UKRD L-WD 25,0/27,5 OK = -15,5 UKRD HLS-WD 30,0/20,0 OK = -49,5 UKRD HK-WD 20,0/20,0 OK = -35,5 UKRD L-WD 55,0/30,0 OK = -21,0 UKRD O HL K S = - W 17 D 5 2 ü 8 R 4 F ,5 B /175,0 O HS K K = - W -1 D 5, 5 6 0 U ,0 K / R 25 D ,0 E O -W K D = U 12 K 0 R ,0 D /62,0
O L- K W = D - 2 2 0 5 , , 0 0 / 2 U 0 K ,0 RD S O -W K D = U 30 K , R 0/ D 15,0 O K- K W = D - 5 4 9 0 , , 0 0 / U 20 K , R 0 D F-WD 25,0/25,0 OK = -61,0 UKRD L-WD 130,0/65,0 OK = 85,0 üRFB O S- K W = D - 1 2 5 5 , , 5 0 / U 25 K , R 0 DO S- K W = D 1 2 4 0 0 , , 0 0 / 2 ü 0 R ,0 FB E-WD 40,0/25,0 FB 6.4 OK = UKRD O H- K W = D - 1 2 9 0 , , 0 0 / U 10 K , R 0 D O E- K W = D - 8 3 6 0 , U 0/ K 2 R 0, D 0 O L- K W = D 7 1 5 6 ,0 0 , ü 0 R /6 F 5 B ,0 E-WD 120,0/20,0 OK = -16,0 UKRD E-WD 120,0/30,0 OK = -16,0 UKRD E-WD 120,0/20,0 OK = - 80,0 UKRD K-WD 25,0/20,0 OK = UKRD S-WD 27,0/30,0 OK = -33,5 UKRD H O L K S - = W U D K 4 R 8 D ,0/55,0 O L- K W = D - 2 8 5 0 , , 0 0 / 2 U 5 K ,0 RD O E- K W = D - 9 1 6 2 , 0 0 , 0 U /3 K 0 R ,0 D O E- K W = D - 9 5 6 0 , , 0 0 / U 30 K , R 0 D O L- K W = D - 2 8 5 0 , , 0 0 / 2 U 5 K ,0 RD L O -W K D = 1 U 6 K 0 R ,0 D /50,0 L O -W K D = 3 U 0 K ,0 R / D 35,0 L O -W K D = 3 U 0 K ,0 R / D 35,0 K-WD 15,0/20,0 S-WD 10,0/10,0 OK = UKRD OK = UKRD O L- K W = D - 2 8 5 0 , , 0 0 / 2 U 5 K ,0 RO E D - K W = D - O L 8 3- 0 0 K W , , 0 0 = D / U 1 - 2 8 5 K 5 0 , R 0, , 0 0D / 2 U 5 K ,0 RD S O -W K D = U 15 K , R 0/ D 15,0 R S- A F R = - Ø 1 2 2 , 0 0 , 0 UKRD a E O l n lg K tr . - a = W u U c D h K u 5 R n 2 D g ,0 s / ö 1 f 0 fn 2 u ,0 ng K O -W K D = U 20 K , R 0/ D 15,0 O K- K W = D U 2 K 0 R ,0 D /13,0 S O - K W = D U 1 K 0 R ,0 D /13,0 E-WD 70,0/56,0 E O -W K D = U 50 K , R 0/ D 25,0 O L- K W = D - 6 1 0 0 , , 0 0 / 3 U 5 K ,0 RD L O -W K D = 4 U 0 K ,0 R / D 35,0 OK = UKRD E-WD 70,0/20,0 OK = -36,0 UKRD E-WD 70,0/30,0 OK = -26,0 UKRD O K- K W = D - 5 2 9 0 , , 5 0 / U 10 K , R 0 D O S- K W = D - 1 1 0 0 6 ,0 ,0 /1 U 0, K 0 RD O E- K W = D - 1 7 2 0 , , 5 0 / U 30 K , R 0 D O S- K W = D - 5 3 0 0 , , 0 0 / U 12 K , R 5 D O L- K W = D - 4 1 0 0 , , 0 0 / 3 U 0 K ,0 RD O S- K W = D - 9 1 5 0 , , 0 0 / U 20 K , R 0 D O KS K - W = - D 2 0 2 , 0 0 , 0 U / K 10 R , D 0 E O -W K D = U 40 K , R 0/ D 10,0 S-WD 15,0/15,0 O H- K W = D - 7 6 1 0 , , 5 0 / U 15 K , R 0 D O L- K W = D - 2 1 5 7 , , 0 5 / 2 U 5 K ,0 RD O L- K W = D - 2 1 5 7 , , 0 5 / 2 U 5 K ,0 RD O L- K W = D - 3 4 5 7 , , 0 5 / 3 U 5 K ,0 RD O HL K S = - W -2 D 7 , 3 0 0 U ,0 K /3 R 0 D ,0 OK = UKRD HK-WD 70,0/49,0 OK = UKRD L O -W K D = 6 U 0 K ,0 R / D 49,0 O L- K W = D - 1 2 0 0 0 ,0 ,0 U /4 K 0 R ,0 D E-WD 20,0/20,0 H-WD 127,0/15,0 OK = -61,0 UKRD OK = -21,5 UKRD L-WD 40,0/40,0 E-WD 50,0/26,0 OK = UKRD OK = UKRD E-WD 50,0/30,0 E-WD 50,0/30,0 L-WD 65,0/35,0 OK = -20,0 UKRDOK = -20,0 UKRD OK = -18,0 UKRD HK-WD 45,0/25,0 O S- K W = D - 2 2 0 5 , , 5 0 / U 25 K , R 0 D HK-WD 55,0/46,0 L O -W K D = 1 U 6 K 0 R ,0 D /45,0 OK = UKRD OK = UKRD K-WD 35,0/25,0 OK = UKRD L-WD 130,0/55,0 OK = -33,0 UKRD HLS-WD 10,0/10,0 O K- K W = D - 3 5 9 5 , , 0 0 / U 50 K , R 0 D H O K K -W = D U K 12 R 5 D ,0/30,0 H O S K K = -W U D K R 10 D 3,5/25,0 O E- K W = D - 6 3 1 0 , , 0 0 / U 20 K , R 0 D OK = -40,0 UKRD E-WD 30,0/20,0 OK = -36,0 UKRD S-WD 25,0/25,0 E-WD 50,0/20,0 OK = -33,5 UKRD OK = -11,0 UKRD O HS K K = - W -3 D 7, 0 1 0 U 5 K ,0 R /1 D 5,0 E O -W K D = U 20 K , R 0/ D 20,0 O L- K W = D - 1 2 0 0 0 ,0 ,0 U /4 K 0 R ,0 D L O -W K D = 1 U 0 K 0 R ,0 D /40,0 HSK-WD 145,0/42,0 S O -W K D = U 25 K , R 0/ D 25,0 O L- K W = D - 4 2 0 5 , , 0 0 / 2 U 5 K ,0 RD OK = UKRD HSK-WD 153,0/25,0 E-WD 10,0/15,0S-WD 20,0/20,0 OK = UKRD HSK-WD 93,0/30,0 OK = UKRD OK = UKRD OK = UKRD H O -W K D = U 35 K , R 0/ D 20,0 E O -W K D = U 20 K , R 0/ D 15,0 H O S K K = -W U D K R 13 D 0,0/25,0 2/040 GK B T 2/940 GK B T T B KG 045 T B KG 046 1/820 GK B T SR T hf 740 GK B T E- FR Ø 16,5 RA = -71,0 UKRD gnurpsreV-DR KV
-3,06
-3,06
N/A L-WD 120,0/95,0 OK = 107,0 üRFB fb R´w ≥ 47db VK RD-Versprung S-WD 12,0/12,0 OK = UKRD UKRD=3,150 O L- K W = D - 2 1 5 7 , , 0 5 / 2 U 5 K ,0 R O E D - K W = D - 8 5 , 0 0 , 0 U /3 K 0 R ,0 D O E- K W = D - 1 5 0 0 , , 0 0 / U 30 K , R 0 D O E- K W = D - 1 5 0 0 , , 0 0 / U 30 K , R 0 D O L- K W = D - 2 7 5 ,5 ,0 U /2 K 5 R ,0 D L O -W K D = 1 U 6 K 0 R ,0 D /50,0 L O -W K D = 3 U 0 K ,0 R / D 35,0 L O -W K D = 3 U 0 K ,0 R / D 35,0 K-WD 20,0/10,0 OK = -83,5 UKRD O L- K W = D - 5 8 0 ,0 ,0 U /3 K 0 R ,0 D O E- K W = D - 2 2 0 0 , , 0 0 E / U 1 - 5 W K , R 0 D D 20, L 0 O - / W 1 K 5 D , = 0 5 U 0 K ,0 R / D 40,0 OK = UKRD E-WD 50,0/20,0 OK = -6,0 UKRD L-WD 35,0/35,0 OK = -47,5 UKRD K-WD 20,0/10,0 OK = UKRD O E- K W = D - 2 5 0 0 , , 0 0 / U 30 K , R 0 DO E- K W = D - 2 5 0 0 , , 0 0 / U 30 K , R 0 D K-WD 20,0/10,0 OK = O S U - K W K = R D D - 1 1 2 5 , , 5 0 / U 15 K , R 0 D L O -W K D = 4 U 5 K ,0 R / D 40,0 L-WD 50,0/40,0 OK = UKRD HSK-WD 120,0/40,0 OK = UKRD 01,1≥ HRB
LBW 12.1 RFB
LBW 12.1 RFB T B K G 003 fh T RS LD ≥ 0,9 m 1/940 GK B T 650 GK B T 1/040 GK B T m 9,0 ≥ DL SR T hf m 9,0 ≥ DL T B K G 032/2 fh T RS R´w ≥ 3 L 2 D d b ≥ 1,2 m
840 GK B T m 9,0 ≥ DL T B KG 053/1 LD ≥ 0,9 m hf 25 48,90 6,20
Physikalische Sammlung LBW 12.1 RFB LBW 12.1 RFB B KG 029 97,97m² UKRD ▲ 3,150m AudimaxL B4W12 0(345.17 )RFB UKAD ohne AD B KG 032 OKFFB ▽ -3,600m 342,89m² OKRFB ▼ -3,650m UKRD ▲ 8,38-9,38m UKAD ohne AD OKFFB ▽ -3,600m OKRFB ▼ -3,750m
Flur B KG 054 8,63m² UKRD ▲ 3,150m UKAD ohne AD OKFFB ▽ -3,600m OKRFB ▼ -3,650m
ELT B KG 036 5,20m²
UKRD ▲ 3,150m UKAD ohne AD OKFFB ▽ -3,600m OKRFB ▼ -3,660m Schacht B KG 037
3,42m² UKRD ▲ 24,75m UKAD ohne AD OKFFB ▽ -3,660m OKRFB ▼ -3,660m AZ 2 B KG 038 3,79m² UKRD ▲ 23,960m UKAD ohne AD
OKFFB ▽ -4,800m OKRFB ▼ -4,800m TR1 B KG 030 36,68m² UKRD ▲ 3,213m UKAD ohne AD OKFFB ▽ -3,600m OKRFB ▼ -3,650m NSHV AV Technikfläche Garderobe B KG 047 B KG 059 B KG 048 16,37m² 9,28m² 12,20m² UKRD ▲ 2,350m UKRD ▲ 3,150m UKRD ▲ 3,150m Entnahmestelle UKAD ohne AD UKAD ohne AD UKAD ohne AD tr. Stgl. OKFFB ▽ -3,600m OKFFB ▽ -3,600m OKFFB ▽ -3,600m OKRFB ▼ -3,650m OKRFB ▼ -3,650m OKRFB ▼ -3,650m Technikflur B KG 055 35,41m² UKRD ▲ 3,150m UKAD ohne AD OKFFB ▽ -3,600m OKRFB ▼ -3,650m Futterrohr mit Flansch ELT B KG 045 6,30m² U U O O K K K K R A F R D F D F B B ▼ ▽ ▲ o - - 3 3 3 h , , , n 1 6 6 e 5 5 0 0 0 0 A m m m D U U B O O 4 W 1 K K K K K C , R A 2 F R G 9 H D F D F m 0 B B 5 ² 0 ▼ ▽ ▲ △ - - 3 3 2 3 , , , , 1 7 5 6 5 5 0 0 0 0 0 0 m m m m 1 U U B O O W 8 K K K K K C ,2 R A F R G 2 H D F D F m 0 B B V 4 ² o 9 r ▼ ▽ r ▲ △ a u - - 3 3 2 3 m , , , , 1 7 5 6 5 5 0 0 0 0 0 0 m m m m Lager Hörsaalgeb. B KG 028 80,38m² UKRD ▲ 3,150m UKAD ohne AD OKFFB ▽ -3,600m Technikraum Fassadenbegrünung OKRFB ▼ -3,650m B KG 002 126,66m² UKRD ▲ 3,150m UKAD ohne AD B A u K f G zu 0 g 5 s 6 steuerung O O K K F R F F B B ▼ ▽ - - 3 3 , , 6 6 5 0 0 0 m m 5,15m² UKRD ▲ 3,150m B W K C G 024 U O K K A F D FB ▽ o -3 h , n 6 e 0 0 A m D 13,27m² OKRFB ▼ -3,750m UKRD ▲ 3,150m UKAD △ 2,500m OKFFB ▽ -3,600m OKRFB ▼ -3,750m Flur B KG 044 27,74m² UKRD ▲ 3,150m UKAD ohne AD OKFFB ▽ -3,600m OKRFB ▼ -3,650m Lager WC optional U U B O O 4 W 9 K K K K K C , R A 0 F R G 2 D D F D F m 0 B B 4 ² 1 ▼ ▽ ▲ △ - - 3 3 2 3 , , , , 1 7 5 6 5 5 0 0 0 0 0 0 m m m m U U B O O 2 W 5 K K K K K C , R A 7 F R G 7 D D F D F m 0 B B V 4 ² o 0 r ▼ ▽ r ▲ △ a u - - 3 3 2 3 m , , , , 1 7 5 6 5 5 0 0 0 0 0 0 m m m m U U B O O 6, K K K K 3 K R A 5 F R G m D F D F 0 B B ² 03 ▼ ▽ ▲ o - - 3 3 3 h , , , n 1 6 6 e 5 5 0 0 0 0 A m m m D Kälte B KG 043 Heizung U U O O 55 K K K K , R A 1 F R 5 D F D F m B B ² ▼ ▽ ▲ o - - 3 3 3 h , , , n 3 6 6 e 5 5 0 0 0 0 A m m m D U U B O O 52 K K K K K , R A 7 F R G 5 D F D F m 0 B B 4 ² 2 ▼ ▽ ▲ o - - 3 3 3 h , , , n 1 6 6 e 5 5 0 0 0 0 A m m m D 1 U U F B O 0 l K K K u K ,5 R A F r G 3 D F D m 0 B 5 ² 3 ▽ ▲ o - 3 3 h , , n 1 6 e 5 0 0 0 A m m D U U B O O 2 T 7 R K K K K K , R A 4 3 F R G 7 D F D F m 0 B B 0 ² 4 ▼ ▽ ▲ o - - 3 3 3 h , , , n 2 6 6 e 1 5 0 3 0 0 A m m m D 1 U U F B O O 4 i K K K K b K ,0 R A F R s G 6 D F D F / m 0 B B B 0 ² M 5 ▼ ▽ Z ▲ o - - 3 3 3 h , , , n 2 6 6 e 1 5 0 3 0 0 A m m m D OKRFB ▼ -3,650m 52
56,53 5,30 6,90 13,00 13,95 6,85 9,35
93,9 91,8 54,5 00,8 52
53
55,4
04 47 52
76,8 04 58,21 25 35 4,60 175 2,025 25 6,95 40 2,10 25 4,10 40 14,55 24 7,155 05 5,00 35 6,20
58,2
45,6
07,61 04 27,2 40 1,355 9 1,355 25 08
20 10 1,20 35 3,60 4,00
35 4,60 175 2,025 25 521 52153
508,61
571 09,21 52
53
09,21 02 19,1 27,1 52 87,7 04 552,3 58,2
04 596,2
04
548,2 04
17,3 04 37,2 52 51,4 04 08,1 04 585,5 58,2
53 50,3
54,7
33,9 571 588,2 04 93,9 91,8 54,5 00,8 58,2
50,33 125 12535 8,13 175 1,895 25 18,025 6,225 40 4,05 20 3,70 40 1,95 3,15 125 6,075
25 35 4,60 3,20 25 2,05 40 24,20 40 65 30 4,70 25 2,05 40 4,75 35 6,20
142 500,2 93,21 52 53 5 5 3 3 1 1 , , 2 1 25 25 9,455 125 4,97 25 02512 9 34,2 52 04 57,3 04 08,1 04 581,5 175 2,125 40 10,35 175 6,00 175 3,40 175 5,025 25 40 9,565 125 4,86 24 1 05
53
54
54,21 02 36,3 52 08 536,01 541,1 5 5 3 8 1 3 , , 2 1 51 04 00,3 04 53,1 14,7 6,95 40 2,10 25 4,10 40 25 1,515 1 2 , , 1 1 3 3 5 5 30 40 3,60 175 6,825 25 571 05,4 04 55,4 04 00,1 04 19,5 45 45 2,01 2,1 53 2,01 2,40
2,1 58 2,1 58
30 435 1 2 , , 1 1 3 3 5 5 43 40 24 1 2,50 60 30 1,20 10 675 (OK = 21 2,2, , 2 380 5 ü 825 -3,60) 04 94 03 14,1 35 59,2 531,2 2,38 4,05 24 1 1,305 50 1 2 , , 1 1 3 3 5 5 365 2,195 AH
WS
5151 02 07 02 23 WR
WR WS WR
SW ettalpnedoB
Fundament TH 3
Fundament TH 1
Fundament TH 2
eztütS tnemadnuF
Fundament Stütze
Bodenplatte
WBaB bf
ettalpnedoB
BaBW BaBW
fb T RS fb bf bf BaBW fb
WBaB
BaBW WBaB
fb bf fb bf VK BP-Versprung 30 NS 40 NS 20 NS 60 NS
4,315 1 2 , , 3 1 8 3 5 5 4,65 175 6,00 175 20 1 2 , , 1 1 3 3 5 5 2,065 40 20 1 2 , , 3 1 8 3 5 5 1,215 D 53.40 Index 09 Anpassung Waschbeckenposition Index 09 Türaufschlag gespiegelt D 53.40 D 53.40 D 51.01 5415102 07 7 01
02 86,2 04 75 1,30 5 35 75 1,34 2520 30 1,165 2517 20 75 3,74 465 20 30 2022 50 32 45 205 50 1223 5 1912 20 10 72 1,65 20 45 5 16 52571 02571 60 Fahrschachttür E90 25 5,025 E-WD 130,0/40,0 OK = -16,0 UKRD HK-WD 75,0/15,0 L-WD 70,0/50,0 OK = UKRD OK = -36,0 UKRD HSK-WD 75,0/40,0 OK = UKRD L-WD 50,0/40,0 OK = -5,0 UKRD S-WD 12,0/12,0 OK = -15,5 UKRD S-WD 12,0/12,0 OK = -15,5 UKRD S-WD 10,0/10,0 OK = -25,0 UKRD L-WD 165,0/50,0 OK = UKRD 24 1 E-WD 45,0/30,0 OK = -8,0 UKRD S-WD 15,0/15,0 OK = -38,0 UKRD )FFKO( 053,2 ZU KU L-WD 45,0/40,0 OK = UKRD S-WD 15,0/15,0 OK = UKRD 09,0 fualdnaH 09,0 fualdnaH 09,0 fualdnaH 09,0 fualdnaH
09,0 fualdnaH 09,0 fualdnaH
1 2 3 4 5 6 7
A A
TR3 B KG 033 45,20m² UKRD ▲ 3,303m UKAD △ 2,500m OKFFB ▽ -3,600m OKRFB ▼ -3,750m
B B
C C Medienzentrale B KG 046 12,30m² UKRD ▲ 3,150m UKAD ohne AD OKFFB ▽ -3,600m OKRFB ▼ -3,650m D D Garderobe & Spinde B KG 051 76,80m² UKRD ▲ 3,150m UKAD △ 2,500m OKFFB ▽ -3,600m OKRFB ▼ -3,750m 50 NS
GA-Schaltschränke Kälte Länge: 2,4 m Breite: 0,4 m + Arbeitsfläche 1,2 m Höhe : 2,0 m ASP03 - Kälte CCD_B___03_A_ASP03 300/60 ASP02 - Heizung CCD_B___02_A_ASP02 300/60 300/60 GA-Schaltschränke Heizung Länge: 2,4 m Breite: 0,4 m + Arbeitsfläche 1,2 m Höhe : 2,0 m Außerhalb der Technikzentralen erfolgt die Leitungsverlegung der Gebäudeautomation durch eine Nutzung der Elektrokabeltrassen bzw. Elektroverlegewege im Doppelboden. 06/002 06/002 06/002 06/002 06/003
LEGENDE Gebäudeautomation gemäß VDI 3814 Blatt 4.3
GA-Schaltschrank (ASP), Einspeisefeld + Anreihfelder
GA SYS Boden GA SYS Decke blau = GA-Systemverteiler Boden, Mangenta = GA-Systemverteiler Decke
Anlage Anlage
T ASP.Anlage
T TRU TRU Temperaturfühler allgemein, Außentemperaturfühler, Raumtemperaturfühler
...BT... Anlage ASP.Anlage Temperaturfühler (beispielhaft innerhalb BAE)
TAU BAE (T) ...BT... ASP.Anlage
TAB TAB Anlage ASP.Anlage
TZU TZU Temperaturfühler in Luftleitungen (Zu-, Misch-, Ab-, Fortluft)
Anlage ASP.Anlage
TFO TFO ...BT... ASP.Anlage
SWV SWV SWV Sollwertversteller (SWV), Tableau allgemein (TBL)
...SF... Anlage ASP.Anlage
TBL TRU + SWV Temperaturfühler mit Solwertverteller (TRU + SWV)
...SF... ASP.Anlage
BAE BAE BAE
...PH... Anlage ASP.Anlage Bedien- und Anzeigeeinrichtung (BAE) bzw. Raumbediengerät (RBG) allgemein
RBG T+S BAE (T/S/Q) BAE mit beispielhafter Funktionszuordnung
...PH... KNX ASP.Anlage
M MRU MRU MRU ...BP... ...BM... Anlage ASP.Anlage
Feuchtefühler allgemein, Außenfeuchtefühler, Raumfeuchtefühler MAU
...BM...
MZU MAB MAB
...BM... Anlage ASP.Anlage Feuchtefühler in Luftleitungen (Zu-, Abluft)
MAB MZU MZU ...BM... Anlage ASP.Anlage 03_ T R R _ U R 0 A 1 U02 BAE01 TMI TMAB TAB/MAB BSK01 03_R_RAU02 ...BT... Anlage ASP.Anlage 02_L_TKA03 TMZU TZU/MZU Kombinierte Temperatur-/Feuchtefühler Anlage ASP.Anlage TMAU TAU/MAU Anlage ASP.Anlage BSK02 02_L_TKA03 P PDI PDI PDI TRU01 ...BP... ...BP... Anlage ASP.Anlage Druckfühler allgemein, Raumdruckfühler, Differenzdruckfühler 03_R_RAU02 PRU BSK05 BSK06 TRU01 HKV01 ...BP... 02_L_TKA03 02_L_TKA03 03_R_RAU02 02_R_RAU01 TRU01 LQF VOC COM COM 02_R_RAU01 ...BP... ...BQ... Anlage ASP.Anlage Luftqualitätsfühler allgemein, CO2-, VOC-, Partikelfühler CO2 QPT T+Q BAE (T/Q) ...BQ... ...BQ... KNX ASP.Anlage
VEN HKV HKV ...QN... Anlage ASP.Anlage motorischer Ventilstellantrieb allgemein, Heizkörper- HKV HKV (gelb gefüllt = mit Zuordnung zur Primäranlage, grau gefüllt = Vorhaltung) Anlage ASP.Anlage ANL ANL Anlage ASP.Anlage Anlagenschalter allgemein TRU01 COM01 02_R_RAU01 03_R_RAU02 TAB01 BSK01 BSK02 03_ T R R _ U R 0 A 2 U02 02_L_TKA03 02_L_TKA03 NM ASP N .A M nlage Nutzer Meldung allgemein (NM) 03_R_RAU02 LW ASP L . C An K lage Leckagewächter allgemein (LCK) BSK01 02_L_TKA03 FEK Fensterkontaktüberwachung (FEK) ASP.Anlage 02_ B L S _ K T 0 K 2 A01 ASP T .A Ü n K lage Türkontaktüberwachung (TÜK) VER BSK03 BSK04 ASP.Anlage Verdunkelung (VER) 02_L_TKA03 02_L_TKA03 ASP J .A A n L lage Jalosieantrieb (JAL) BSK01 VVR01 02_L_TKA01 02_L_TKA01 BSK02 02_L_TKA03 DSE DSE Datenschnittstelleneinheit (DSE) für den GA-Anschluss autarker Anlagen Anlage ASP.Anlage HKV01 TRU01 03_R_RAU02 03_R_RAU02 TRU01 TRU01 03_R_RAU02 03_R_RAU02 PAE PAE PAE Präsenzschalter, Präsenzmelder (PAE) ...BG... Anlage ASP.Anlage BSK01 BSK01 TRU01 02_L_TKA01 02_L_TKA01 02_R_RAU01 02_ B L S _ K T 0 K 1 A03 02_ B L S _ K T 0 K 2 A03 ASP B .A S n K lage Brandschutzklappe (BSK) BSK01 02_L_TKA03 ADF Auslass F30 (ADF) ASP.Anlage VVR Volumenstromregler (VVR) ASP.Anlage ULK01 ULK01 03_L_ULA01 03_L_ULA02 02_ T R R _ U R 0 A 1 U01 ASP I . D A A nlage Induktionsauslass (IDA) ASP_G LF A I nlage Luftfilter (LFI) BSK01 BSK01 ASP U .A LG nlage Umluftgerät (ULG) 02_L_TKA03 02_L_TKA03 BSK01 BSK02 BSK01 BSK02 02 B L S _ K T 0 K 2 A03 02_ B L S _ K T 0 K 2 A03 02_L_TKA03 02_L_TKA03 02_L_TKA03 02_L_TKA03 02_ T R R _ U R 0 A 1 U01 02_ B L S _ K T 0 K 4 A03 ΔP ASP U .A L n K lage Umluftkühlgerät (ULK) 300/60 ASP B .A E n F lage Befeuchter (BEF) 02_ T R R _ U R 0 A 1 U01 ASP A .A B n V lage Abluftventilator (ABV) BSK01 BSK02 02_L_TKA03 02_L_TKA03 ZUV Zuluftventilator (ZUV) ASP.Anlage 03_ H R K _ V R 0 A 1 U02 02_ T R R _ U R 0 A 1 U01 ASP U .A L n V lage Umluftventilator (ULV) BSK03 BSK04 02_L_TKA03 02_L_TKA03 Kabeltrassen BSK04 02_L_TKA03 TRU01 02_ T R R _ U R 0 A 1 U01 02_R_RAU01 LOGBGaLRERbALAÜoUBNNrk G- -l- a N REksuee s-tidi fznLiuzueuzin efigtegrmeurstrneaeegnbrg ghBeReäleOtnnetrrgT eiZei gd-ub uK-- b zuaeieenuinir df5eu g- nALfegabur celfbuhtgmefetei menlAtneo bWg tZwweeueenc-snr heuedsdnnigeudhlz eAmiietb örvluguonlfnitgc khPaenrns ovneerznichtet werden BSK02 TRU01 02_L_TKA03 Raumautomationsbereich ASP 03_R_RAU02 TRU01 BSK01 02_R_RAU01 02_L_TKA03 02_ B L S _ K T 0 K 3 A03 TRU01 BSK02 02_R_RAU01 02_L_TKA03 03_ T R R _ U R 0 A 1 U02 03_ T R R _ U R 0 A 1 U02 02_ B L S _ K T 0 K 3 A03 02_ B L S _ K T 0 K 1 A03 Raumautomationsbereich ASP 02_ T R R _ U R 0 A 1 U01 02_ T R R _ U R 0 A 1 U01 02_ T R R _ U R 0 A 1 U01 03_ T R R _ U R 0 A 1 U02 02_ T R R _ U R 0 A 1 U01 02_ H R K _ V R 0 A 1 U01 TRU01 BSK01 02_R_RAU01 02_L_TKA03 BSK02 02_L_TKA03 TRU01 TRU01 BSK01 BSK02 03_R_RAU02 03_R_RAU02 02_L_TKA03 02_L_TKA03 TRU01 TRU01 TRU01 02_R_RAU01 02_R_RAU01 02_R_RAU01 BSK01 BSK01 02_L_TKA03 02_L_TKA03 03_ U L L _ K U 0 L 1 A03 ULK01 02_ B L S _ K T 0 K 1 A03 02_ B L S _ K T 0 K 1 A03 02_ T R R _ U R 0 A 1 U01 TRU01 03_L_ULA06 02_R_RAU01 ULK01 ULK01 ULK01 03_L_ULA05 03_L_ULA04 03_L_ULA07