Beschlussvorlage (Gestaltungsplan)

Betonsteinpflaster 40/20/12 und 40/40/12 95 Betonsteinpflaster 40/20/12 0 Betonsteinpflaster Standard 11 35 94 94 Kleinpflaster Granit 9 8 "Rotes Band", Rinne OK FF = 11 30 6 .4 0 wassergebundene Wegedecke 5 40 94 49 42 RR g er nd 49 .21 OK Fla c t. + 1 zg F stäahr nd ader r de F stäahr nd ader 8 7.6 =5 fhö he 3 2.7 Fir st= 6 fhö Tra u ere OK O =6 k G 1.7 au 4 be O =6 K G 1.7 au 5 be 7 7.6 =5 he fhö .95 .67 nd nd en ori en Pf las ter flä c en tie r un gs pfl he =5 7.6 4 as ter /3 48 he ori en tie r un gs pfl as ter Mi tte lb Pa .98 .97 13 48 ns tei g 49 .61 hn ka n Ge h we OK D gP fla s 48 48 .68 .66 Ac o rin n 48 48 lat zK .64 48 .65 48 .59 80 Ge h 48 we .83 fla s ter 48.9 3 .05 B1 48 48 75 4 48 .70 5 .93 48 .92 12 48 4 48 8.8 .6 0 7 93 4 48 8.76 .8 9 48 .96 B15 + 1 Zgl. Rin Ge h we 48 .90 .78 48 48 48 .76 .8 8 ne Pa gP 4 48 8.73 .8 5 latt en rkp .86 .84 B1 we 48 .75 .83 5 Ri nn e e OK D Pa 12 nra d-A de na ter 5 e 49 .75 48 Gu s 48 12 9 S P& Bü tell R12S9 rge plä 7tell rba tze plä tze hn ho f 4 48 8.7 .5 0 8 48 .60 48 ha ltri nn Gr ün 4 488.54 .67 flä c he .82 48 48 B8 .67 48 .60 48 Gr ün 12 .51 we .70 F 48 .72 48 .64 48 .68 .59 gP lat ten .08 W en 4 48 8.56 .7 0 lat zP ter 42 B8 .77 .5 8 2 .45 48 50 . 48 42 .82 48 48 .7 B15 48 .80 48 42 lat ten rkp W erb eta 12 48 .60 flä c mö 48 gli ch ke .29 .77 48 48.44 48.32 eg Pla tten F .02 0 .1 49 .05 49 Rinn .09 e 2 49.0.02 49 49.000 49.0 49.03 48.98 49 F .06 =4 9.0 .04 7 OK D= .10 49 48 .04 .91 .77 Pf telras49 F .09 Ge h we gA sp h alt 48 48 48 .94 .91 .99 F Pf las B2 0 ter 48 48 .94 .91 99 49 48 .04 .91 N 48.57 48.60 .55 48 8.58 4 it B 48.58 48.72 B15 48 48.637 48.7 48.58 48.72 F 48 .76 fel Werbeta 48 Pfla 48 ster he 48 98 Ei .78 nfa 48 OK D= 4 48 8.76 .86 O 48 KD .71 = Pl a tte n tte n 5 .77 48 48 .76 .78 he B1 48 48 .68 .70 F .76 flä c flä c 48 Ge län de r B1 Ge h Kle 48 .98 .63 OK FF =4 O 48 KD= 48 48 .66 .66 .76 B8 5 he 49 flä c .69 Pl a .68 .75 Gr ün .73 .72 12 48 48 9.8 .92 .78 48 48 .65 .68 Gehweg Platten F .73 B1 .58 48 8.71 4 48.63 48.66 48 48 48 As ph alt flä c he inp we gA 5+ sph flas ter Gu ss 13 a sp ha alt 48 48 ltrin 06 ne Umgestaltung Bahnhofsumfeld Wesseling .80 .72 3 .84 hr tA sp h alt OK D .40 =4 8.3 Stadt Wesseling - Der Bürgermeister Auftraggeber 8 .4 48 .43 48 48 49 48.44 48.39 .53 12 B8 .76 49 49 .31 48 48 48 .98 Gehwe g Asph alt .89 96 56 48. .70 48 Ge hw F .66 7 .5 0 48 8.7 4 Werbetafel .60 48 .40 us 48 48 .86 9 .4 48 8.36 4 48 48 .58 .72 48 .12 de .26 .45 F 4 48 8.46 .3 4 79 fel .10 .10 B15 48 Pf flälaste ch re OK D= 48 .54 48 .55 48 4 48 8.5 .6 4 8 49 Pf 4 telras- 8.99 e he 49 48 48 .54 .57 .51 Gr ün flä c .14 Platten OK D .47 nn Gehwe g .36 49 he Ri B8 48 48 48. .77 75 e Ge h 4 48 8.49 .5 2 49 OK D= F 48 B8 0 48.7 8 48.5 4 48 8.66 .6 9 49 Pflaster 48.8 48.8 8 B15+ 6 Gussasp haltrinne 48 48. .50 53 .64 .81 RW E .02 tra s .62 48 48 sp .75 .80 48 .49 48 48. .48 45 .08 49 se 5+ sa 78 r-S .71 .55 48 8.42 4 B1 77 nn 48 4 488.67 .67 ue .16 48.50 48.54 lat zP fla s .92 B8 e at te n rkp 0 .96 .65 nn Pl 8.6 48 ltri g .59 12 4 48 8.74 .62 =4 48 ha we 48 .36 .55 48 8.58 4 4 48 8.82 .9 2 49 flä c ne 76 at te n Rin .10 48.9 5 Pl .84 sp .89 48 g he 48 48 .67 .67 sa 48 8 48 48 n rke lt Pa pha As gP 8.7 ter nn we .81 .55 48 48 .63 .76 48.77 48.63 we =4 5 48 4 48 8.6 .8 6 0 6 .5 48 .53 48 Ge h OK D 48 s Gu 42 e OK FE = B1 48 inn n rke lt Pa pha As 14 Ko .74 B1 lat zP fla s Ri .19 49 gP 48 1 94 Ge h Gr ün 92 48 lat ten 95 .41 5+ 8 .5 48 8.53 4 lt 12 ule 49 48 fla s sr ha us l. G sp zg gA err Späche fl Lit faß sä 48 B1 .10 Ge h 9/2 F Pa 1 we 12 Ri 48 48 .84 .71 .21 .77 48 48 .66 .79 F 4 488.78 .91 4 48 8.94 .8 2 4 48 8.92 .80 .13 .93 8.8 48 48 .68 .81 30 49 .46 .62 48 .49 48 .89 5 =4 + t. Ge h 4 48 8.38 .26 8 48.5 0 48.7 48 OK D Bs OK FE = 90 n Parkealt Asph .68 .25 48 .16 .05 0 7 att en 48 .14 .6 .5 48 4 48 8.30 .42 9 .10 2 .5 48 .47 48 OK D= 42 42 eg Gehw 8.2 .04 49 B8 n Parkealt Asph .80 48.8 0 .73 .15 48 48 e 48 Pl 0 inn 12 B8 .78 flä c 4 48 8.6 .5 9 6 8 48.5 0 48.7 B3 48 Ac or 48 48.7.75 0 .7 alt 49 .30 H 48 48.8 48.9 0 2 t n .78 .78 48 48 al ke ar 48 42 4 48 8.73 .8 3 .76 Gr ün .10 Ge h .08 =4 48 12 42 .27 87 48 .09 48 48 12 B8 42 B8 OK D= ph .76 47 iP 48 47 Pf las ter scLich ha tch t OK D .08 e A rin cone .49 48 48 .70 .83 42 ph 49 .78 48.71 48.66 66 48. .61 48 .59 89 ter flä ch e 42 42 .60 x Ta .71 48 .0 3 48 1 .87 As 48 48 .65 .52 48 As 47 8.8 12 12 42 .88 gP 48 4 48 8.88 .7 6 ch OK = .86 e eg 1 =4 ter lä nf dw 6 .4 48 .51 48 51 .83 .74 48 8 48 48 te 2 he .31 Pfl as .95 ste ig 8.6 48 48 .82 .95 .88 48 Ba =4 12 .14 gP rü G Ra n te at OK =4 8.8 5 St ufe 4 8.7 r we lat ten .07 81 42 .93 42 Pl .7 4 4 48 8.88 .75 Ge h .71 .53 48 .50 48 48 e 1 ies 48 ah rkp OK D 48 48 .72 .86 rkf läc he 42 .20 42 Sp Sp ielor un tflä d ch en OK Fla ch da OK OK ch Ba Fla =5 c 6.5 lko hd 8 nb ac rüs h= tun 52 g= .53 54 .70 nn a l t 274 es 48 48 48 57 49.02 9.75 g 48 .94 An Va bau ri a nte 1 eh ltri 13 .72 .58 .57 48 .60 48 4 OK= 47 48 48 48 48 .71 .75 Pa 4 48 8.63 .50 t. B8 .94 erw ha 48 .73 49.02 49.05 .71 OK = OK FE = mi ttl B8 t 49 .3 Ho 6 ch be e Fe u P sh 48 .65 5 sp 48 49.02 49.15 rro hrt 48 .94 sa .57 .72 .82 .59 48 .56 48 Gi tte 48 Gu s 48 .63 3 .6 48 8.66 4 st pe 6 5+ 88 48 49.05 49.18 ep Tramitt l =5 ufhöere 13 1.4 he 79 3 49 48 .13 .99 mi T t =5rauftlere 9.3 hö 2 he 49 .10 Bu 0 12 4 48 8.38 .50 ter flä ch e 48 .35 .94 .70 48 .57 48 lltr .14 8.9 49 46 53 49 =4 8.4 42 48 48 Pfl as 4 48 8.49 .37 42 B1 48 48 .82 .96 .42 4 48 8.72 .85 .69 B1 hte Zu fa fhö 48 1 4 488.82 .95 OK D 3 48 OK 4 D 488.72 =48 .85 .7 Ge län de r 5 .6 8 48 8.7 4 Ro OK = pe äc üc ke =4 48 .76 O 42 KD= .61 .61 Br e 49 .77 fel ep ch nn 48 e 48 42 .49 .74 eta lltr hts ltri 48 .64 W erb Ro 4 48 8.82 .8 7 lat ten Lic ha 48 42 .56 7 .7 4 48 8.6 4 rrä 4 48 8.82 .69 gP sp nn 8 .8 6 48 8.7 4 radFahnder stä we FeFlac St ng hra ler ss e 2.7 sa ltri he 48 48 .69 .56 .88 48 .76 48 48 .95 .02 Gu s ha flä c P 7 48 8.8 r übel we 4 488.70 .83 lat ten eh G .93 8 5 R (b amp ar en ri e a re Gehwnla fre eg Pl g i) atteen .74 gP Ge h 49 5+ sp OK D 3 .6 48 .60 48 8.8 .85 we t=6 Gr ün .8 =4 OK FE =4 8 48 .83 OK =4 F stäahr ndader g OK D .75 Bli .63 2 .6 48 8.57 4 .87 48 48 .13 nh15 of .68 Bli n tri 48 48 .79 Ge h .77 Fir s 42 .78 48 48 ns tei g 13 F stäahra nd der OK B1 .75 488.87 4 OK = .65 ah s 0 48.7 2 48.8 48 48 B8 Gu s sa 48.6 48.7 5 7 .70 .72 .96 5+ s es W as ter 48 .80 te .68 7 .6 48 .64 48 48 Bu .91 4 .5 48 .49 48 48 49 t G no itte rie rro nti st e ru ng sp fl an al Bl .75 inde .74 .66 48 dPflean Tra u ph 48 48 igk 49 .63 48 .95 48 zk of te .62 48 49 B1 4 488.62 .74 4 48 8.53 .5 8 e rb tän .39 As .76 .69 ste 51 eg 48 48 48 hn .66 e .59 .64 48 te ch ne an lä nf in 48 .67 .6 2 igk Ba h 49 dw 48 .67 Ba 48 G us ste 49 ne Ra 48 48 49 hn rü G l. sr he Fa h in 0 Bs ter flä c .85 G us .18 Bu .69 .45 O 42 KD= .63 9 .5 9 48 8.5 4 .63 F stäahra nd der Pf las l. P .66 5 .6 48 .62 48 48 48 zg sr B3 .68 1 nh 48 .06 G 9.0 rünf läc 8 he .84 Plangebiet 63 4 48 8.51 .5 4 4 48 8.5 .5 4 9 he .93 48 ds 48 =4 .73 B1 t. + .94 F 4 rra OK D 13 3 .7 488.60 4 ter flä c 48 49 Bs as 9.1 .80 49 B8 tte n .8 7 pfl 48 Pla 48 ein 82 k 42 H Tra u .73 3 Kl Ba 5 Alfons-Müller-Platz 50389 Wesseling 5 .4 48 .42 48 B3 0 .09 .12 e ch flaste lä nf eg P r 48.3 4 48.3 9 .26 42 rü G Geh w 48 42 48.32 48.37 42 4 .4 2 .4 48 .10 eg Pl n te at ke OK D 42 48 OK D w B8 üc reicher haase associierte gmbh 48 0 .3 48 .34 48 42 eh G Br rha Architekt .14 =4 8.3 =4 8.3 48 48 .32 3 .3 48 .31 48 flä c 48 1 .44 .30 he 35 Oppenhoffallee 74 52066 Aachen Telefon 0241-46376740 Fax 0241-46376741 ac@rha-planer.eu 1 5 .2 48 .26 48 Gr ün Prof. Dipl.- Ing. Christa Reicher Dipl.- Ing. Joachim Haase Architekten BDA und Stadtplaner .44 4 .12 48 ke 8.6 .68 ka n G Ra As ehwd.ph eg alt 48 =4 49 .53 ste ig lan OK D AK hn P P stor st. t Ba itp 48 Po s .58 .06 ng 48 49 ru 4 48 8.5 .6 5 1 g Le 4 48 8.6 .6 6 0 Ba h fü h 4 48 8.6 .6 6 9 e lt =4 Bü rg .21 2 .35 he 53 te r inn 4 48 8.7 .6 1 6 fzu .06 52 12 8 Fa h Un t.+ R ha Au h= ter flä c h= Park 4 48 8.60 .48 48 m T it =5rauftlere 49 6.0 hö .12 8 he 49 .83 .87 .14 .12 ten lat gP sp Bs T. Bs t. nA 4 ne ac 9.0 .98 P G Ra As ehwd.ph eg alt Le itp lan ke ah in .5 49 An Va bau ri a nte 2 he .22 48 lat ten 49 we SB .S rb 48 OK FF =4 ac 83 gP .24 49 gP 48 str . .20 .21 50 r= ue B8 .22 .97 flä c 48 Fla c 9.1 5 we h Ge Fa h t Außengastronomie 48 tr. Bs t.+ R Po s .86 .98 we OK D 49 e ns g P 48 B8 49 49 Ge h .79 .24 .69 48 .56 48 flä 48 che .70 .88 nn =4 49 48 48 48 48 48 .35 .3 0 F .62 Gr ün 48 ori ise 48 .68 48 .71 Ac .96 iffe .82 48 .98 tte n .99 Pf las Ra 48 48 .00 B8 OK D .24 48 B8 4 48 8.53 .65 4 48 8.7 .9 8 0 .23 .25 F B8 ton trin Pla hd 48 Be 4 488.57 .63 OK .31 .81 4 48 8.71 .65 48 lat ten .75 48 gP he 49 48 Werbetafel B8 48 we nf läc Gr ün Ge h ng W es Gr ü 4 48 8.7 .6 4 9 .28 .73 49 48 48 .75 .87 lat ten hd .63 F 49 12 he .20 .39 .29 49 48 48 st .70 7 rro 48 er he .19 lt Gi tte 48 ha se hru he sp .6 as nd 49 alt flä c OK 49Mau .2 er 2 = rfü F flä c gA .71 48 49 er nte Gr ün 1 48 .76 ph flä c e 2 .8 48 8.87 4 .76 B8 8.7 48 48 rm it G elä As nn ter 48 =4 we fel ue nd 73 49 .38 ltri .39 49 49 .88 ban ha as Ge h eta sp Abbruch en Gu s sa .45 49 er 5+ 69 .15 ind 49 he eil Ge h B8 B1 0. 49 48 49 Dr nd =5 st. 13 .28 ne it G elä er Ge h .24 m it G elä lte .88 we W erb 4 488.71 .65 OK D .26 er 48.78 48.64 49 flä c alt rin m au gP fl 4 4 8.7 488.75 1 .78 4 488.81 .84 2 Ma 4 488.73 .68 eru .62 ng 48 4 488.61 .67 49 B15 sh a Gr ün 48 48 .80 .66 Ge h ter r= M au Bu .82 ph er .17 B8 he Te rr Fu ßg ä fla s B8 gP 0.2 ue 49 48 .31 .93 B1 .16 Ma lat ten 48 48 .71 .65 we =5 49 er flä c .89 B8 48.82 48.68 48 sa s au er OK gP er Ma Gr ün 48 we Ma u OK 48 .89 49 l .80 48 .84 48 Ge h OK 48 .88 taf e 4 49 9.03 .0 6 49 49 .04 .1 7 M at te n M Tra u M OK Ge h 41 Pf las te r we g OK 49Mau .4 er 7 = OK 9. 38 12 nd 48 .88 Gu s r= 4 m it G elä Mastleuchten e ue 48 OK FF =4 9. 25 er .86 .93 be r 49 er =4 .74 48 =49.89 W er 5+ Ma .32 4 48 8.9 .9 8 8 de .88 48.8 48.6 3 9 M au 48 e .12 Gr ün .79 nn OK Mau er 48.8 48.6 3 9 flä c au 48 ltri 5 he 48 ha 49 nn er nd sp .92 Ri Pl .53 4 49 9.2 .2 6 B 0 1 g Gu s 48 4 49 8.93 .0 6 48 48 .95 .9 5 it G elä M au Gr ün .21 we m 9.0 47 28 er m it G elä au 49 =4 ta fe l 48 sa 81 be 48 5+ 72 OK D er= he r 9. 84 nd M flä c de Fahrradständer W er 48 48 .87 .99 OK Ge h er OK Ma u B1 .96 nd .95 OK FF =4 .21 it G elä 48 B8 49 rm ds tä n .98 4 48 8.8 .90 0 .17 rrä Gr ün 48 5 Fa h .13 4 48 8.99 .85 rra 4 48 8.53 .4 0 48 48 .42 .40 49 F m er 71 5 ue Le itp lan R ke Ge ad. As hw ph eg alt 49 12 Ma .24 08 he 66 .09 49 sc L i ch ha tch t au 12 er 49 .12 9.1 50 12 8 alt .21 =4 er= 12 Fa4 h er we B8 gA sp h rin .09 .16 e 5 49 M .ST . 49 au nd B8 B8 49 49 inn 9.1 12 or i) 12 .20 OK M .88 Sitzbänke mit Lehne 7 se 49 .14 it G elä 8/1 nf läc .26 lat ten Ac 4 49 9.13 .18 =4 48 he .23 4 rm 31 .30 Gr ü 49 49 lat ten Ge h ha sp sa Gu s 5+ OK D OK D 48 3 gP as 49 .26 ltin ef re gP 68 flä c B1 .12 4 49 9.15 .20 er 4 49 9.08 .03 B8 gP lat ten rri 49 we (b a Gr ün 9.1 er= .09 ng 49 we Ge h we 2 =4 au 49 ue 49 ru ng Ge h Pf las te r RR .0 0. 38 .02 Ma OK M Tü r we fü h .31 =5 OK D .16 Ge h te r er .26 Un au 9.0 4 49 8.93 .05 ne ftu M 50 ke 49 48 er= k lan OK au .25 49 48 .09 .95 12 .29 OK M 49 49 67 8 49 .21 rkb an Bäume Planung 66 itp 49 49 .24 .29 Lü st Pa .22 .13 =4 .20 13 .14 Le 8 9.1 OK D 4 498.94 .06 .40 .31 49 49 Po sts tr 49 Po 49 R G ad As ehw.ph eg alt 49 .3 RR 9.1 e B8 ge Ge h nla .03 9 49 49 49 P .22 A na 9.2 .35 .19 F stäahr nd ader Git rostert pe 49 nn 49 e m ltri .21 ank .19 nn Ra ha 49 rkb 49 .26 co ri 49.08 49.03 =4 49 ter Rasenfläche OK FF = OK D fla s F stäahr nd ad er Pa 49 .24 49 SB .ST . np .29 To r .80 sp .29 4 48 8.6 .5 8 6 48 ter 11 96 4 49 9.40 .30 lei Plattenband mit Betonsockel ere Pf las tze 49 .28 49 gK 0. 36 3 ne we 4 49 9.15 .06 4 49 9.15 .01 12 .39 Ge h 49 49 3 ne ltin .28 49 F stäahr nd ad er - .20 9. 43 mi ttl lt ha ha .11 .26 4 49 9.24 .19 B8 gA sp sp 49 49 Betonsteinpflaster Terrasse 9.0 49 .26 Gu s 9.1 OK FF =4 OK FF =4 alt flä c 5+ =4 .34 9.1 1 49 .13 e .32 OK FF =5 F stäahr nd ad er - 4 49 9.18 .07 Ro he B8 plä OK D 49 49 F Betonsteinpflaster Platzfläche ag 49 6 ne .23 .22 4 49 9.16 .07 sa we .04 .19 =4 9 69 Ga r r 9,3 ltin Ge h sa rkf läc ist ell en o Gi rien tie tte r ra bd ung s ec ku pfla ste ng =5 49 he Gu s 65 Pa 7 49 .33 12 ind he .90 ha 49 e g sp nn Ac o Gu s ltri .04 Ta x B1 4 ha B8 gP lat ten Bl F sp pe we Gu ss a 4 49 9.11 .04 OK D 4 49 8.92 .04 ter ph 49 OK FF =4 49 F Ge h 5+ .92 F Pf las tze lltr ep he As 12 B8 B8 B8 sa 48 48 .23 P B1 un 8.9 .01 .05 rkf läc plä lie =4 OK D= 49 An OK D Pa .95 49 he .89 e 2 fer 48 ss lltr ep 64 ist ell .2 7 49 B8 12 Ta x .15 .98 flä c 49 49 F pe Gr ün .05 48 St ra .03 49 .34 .33 Gi rosttert P& St R Be ellpl sta ätz nd e 49 48 .01 r- 49 Ro 49 OK FF = SB 49 4 48 9.08 .97 .29 ue gP lat ten 49 na we OK FF = .80 49 8 de 49 G eh .32 G eh 48 we g Pl 48 .37 at te n 48 F st 48 Ge h .8 6 9.1 4 48 8.82 .87 -A 4 .94 OK FF =4 ad 48 49 OK FF =4 nr .11 9. 85 F Po Ko OK FF = 39 11 31 49 wassergebundene Decke (Baumbeete) RR OK FF =4 9. 42 RR 6 Ba str hn as ho se f- OK FF =4 it G elä 94 sc Lich ha tch t 11 32 F .32 .30 OK D =4 8.2 w eg Pl a Gestaltungsplan tte n 9 R ad w eg As ph al t Projektnr. Maßstab: Ausgabedatum: Plan Nr.: BUW- 299.00 1:250 29.03.16 BUW- 20160324 Index: -