[Seite 1]

11/1

WA 11/2

WA 15 WA

WA 12 WA

zur S11

(ca. 650m)

Kommunale

Leipzig

Wasserwerke

2+DG

13 STK 19

STK 19 STK

175/1 zur S11 STK (ca. 450m)

113.42 A

Nebengebäude Maschinenhaus

113.15 Bel Bel Bel Bel Bel Bel Bel Bel 113.19 113.17 113.48 Ww 1 1 1 11 0 1 10 .0 1 0.0 2 0 .29 1 .1 6 1 3 0.16 11 1 0 1 . 0 2 . 1 34 w 110.26 Bel Bel STK STK STK 112.7 1 3 12.61 112.96 A 113.00 113.06 113.14 SO WT 113.05 w 112.70 112.89 110.02 KTS Bel 112.68 112.97 KTS 112.89 112.92 STK 113.00 KTS STK 113.01 113.1 WT 4 113.10 109.79 112.97 109.66 W 113.48 113.07 109.54 109.57 109.65 109.42 109.54109. 1 5 1 0 1 9.59 109.69 1 1 0 0 9 9 .5 .5 0 4 109 leB.50 KTS STK 109.14 109.18 T o 109.01 109.36 r L A 112.92 109.44 A = 4 ,3 m 109 Bel.44 109.28 STK 109.38 KP 109.37 109.18 SO 109.38 Bel KTS STK 107.87 0.3 109.17 109.31 109.33 109 Bel.37109.34 KTS KTS KTS KTS KTS KTS 9.0 109.28 10 1 9 0 . 9 5 . 9 40 Bel 109.13 Bel Bel Bel KTS Bel Bel Bel Bel Bel Bel Bel ³ 107.75 109.25 109.17 107.42 109.00 109.36 109.00 109.56 108.81 108.73 WT 108.73 108.83 108.96 108.96 109.15 1 1 0 0 9 9 .2 .0 3 7 SO 108.83 108.86 108.80 S plitt/ W T 107.63 107.66 108.40 108.74 108.26 STK 107.42 107.35 108.34 108.87 108.86 WT 108.50 108.07 STK 108.63 107.17 108.70 108.96 108.72 108.49 108.30 5 108.83 108.91 108.25 KTS W T STK 108.89 108.96 108.09 108.19 OE 108.01 108.19 108.85 KTS 1 1 0 0 8 8 . . 6 5 3 1 107.80 108.87 STK WT 107.74 108.82 n g 108.54 107.75 KTS KTS 108.76 n z u 107.88 107.69 107.99 13 KTS STK KTS STK STK STK 107.56 107.62 A n pfl a 107.59 108.01 T W Bel Bel Bel 107.96 2x0.25 Bel 107.79 107.85 107.89 8.0 108.85 108.88 108.87 108.85 107.65 WT 107.56 107.68 S 1.0 107.40 p litt/ 107.68 W 18.0 Bel 107.68 107.46 107.61 T W 107.52 w 107.53 107.61 W 107.84 107.52 107.72 10 1 7 0 . 7 9 . 2 88 107.87 107. 1 9 0 4 7.87 108.75 108.77 KTS WT Bel WT 1 l 0 eB 8.97 108.92 WT w 107.54 BSP 10 1 7 0 . 7 5 . 8 52 107.80 BSP 107.87 W leB 107.79 107.38 W 107.48 T 107.72 107.51 0.2 W KTS leB leB 107.63 107.85 5.0 107.79 107.89 108.82 107.71 107.68 107. 1 8 0 0 7. T 8 o 9 r L = 4 m 107.91 107.87 107.74 BSP w w 10 w w 7 1 . 1 0 9 0 7 4 1 1 7 . 0 8 0 . 7 1 8 6 7 . 0 6 8 .78 6 .787 10 1 7 0 . 8 9 . 0 83 leB leB 108 leB .86 7 0 . . 0 4 0 6 . . 2 0 5 107.88 107.94 W 108.88 3x0.25 107.81 107.86 107.64 108.98 9.0 107.62 10 1 7 0 .9 7 0 .87 107.93 107.82 w BS1P07. 1 8 0 2 7.813 1 0 0 8 8 .0 .0 5 5 W 108.98 leB 107.50 107.51 0.25 BSP 107.82 5.0 107.79 0.1 107.86 w 107.88 107.73 3.0 179 107.88 107.59 107.73 Bel 0.4 107.60 107.55 107.91 107.76 107.73 107.7 w 0 107.70 8.0 107.61 107.69 107.70 107.84 107.86 107.71 w 107.69BSP 109.06 109.07 leB 0.1 0 4 . . 2 0 107.79 107.70 3.0 107.58 107.70 108.00 109.07 107.76 BSP 107.72 107.84 1 w 07.7 1 6 07.7 1 6 07.79 107.87 B 107.88 1 0 0 .7 .0 2 w 107.76 107.87 107.47 107.86 107.84 107.77 107.88 leB 108 1 .9 0 1 8.92 107.81 107.90 leB 107.72 107.90 107.89 6x0.15 10 1 9 0 . 9 1 . 2 17 107.63 107.63 OE 107.29 107.94 107.91 6.0 leB 107.66 107.88 107.89 0.1 107.76 107.91 3.0 Tor L=4m leB 107.59 107.42 107.96 107.82 107.91 0.4 0.6 107.92 9.0 10.0 108.04 107.98 107.33 107.54 107.84 108.06 108.02 109 1 . 0 0 9 9 .15 leB 107.59 107.54 107.76 107.95 108.12 Splitt/ 108.04 4 108.08 0.6 107.77 107.80 10.0 107.46 leB 108.19 108.83 107.77 107.59 107.55 107.55 107.82 108.05 107. 1 9 0 4 8.82 Bel 107.76 107.53 107.60 108.95 107.48 107.87 108.12 0 5 . . 2 0 5 leB 108.98 107.84 107.63 107.61 107.61 Acker 108.17 leB 107.54 107.70 107.49 107.60 108.06 0.3 109.94 110077..6644 e u g 7.0 107.90 F 107.79 107.59 107.83 107.86 107.93 10 1 7 0 .9 7 6 .91Tor L=4,9m 107.93 109.96 107 1 . 0 7 7 4 .80 108.93 107.59 107.87 107.91 107.94 108.98 M500 0.2 107.58 107.80 107.84 108.95 5.0 107.51 107.55 107.81 107.82 w 107.81 107.69 107.76 108.00 107.70 107.72 107.99 107.72 W 107.95 107.86 107.68 107.41 107.95 OE 107.82 180 181 107.89 0.3 8.0 107.43 107.35 107.56 3

107.38

108.03 107.49 107.99 z u r S 1 107.94 1 (c a Acker 107.39 . 1 k m

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182/8

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WT W T W T AW

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TW AW WA WA AW WA WA WA TW AW AW AW Bel WA WA WA WT WA TW TW WA AW AW AW AW AW TW WA WA WT WA WA WT WA WA WA WA WA WA WA WA WA WA WA WA WA WA AW AW AW WA AW TW WA AW AW TW TW WT TW WA AW AW AW WA AW WA W W A A WA WA W W A A WA WA W W A A WA WA AW AW AW AW TW WA AW AW WA WA AW AW AW WA WA WA AW AW AW AW AW AW AW TW WT WT TW AW AW WA WA AW WA WA AW AW WT AW WA AW TW AW AW WA WA AW AW AW AW AW AW AW AW AW AW AW TW WT WT TW AW AW WA WA AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW TW AW AW AW TW AW AW AW WT WT TW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW AW TW TW AW AW TW WT AW AW AW TW TW WT AW WA TW TW AW AW WA AW WA AW WA WA WT WA WA WA TW AW TW TW AW AW AW WA WT AW WT AW AW WA AW TW AW WA AW TW TW AW AW AW WT WT AW AW AW AW AW TW AW AW AW AW AW AW TW AW AW AW TW TW AW AW WA WT AW AW AW AW WT WT WA WA WA WA WA WA WA AW AW TW WA WA TW WA WT AW WT WA TW WA WA WA AW WT WA WA WT WA AW WA WA WA WA WA WA WA WA WA WA WA WA WA WA WA WA WA WA WA WA WA WA WA WA WA WA TW WA WA AW WT WT TW W AW T WT TW AW WT WT AW TW WT AW WT T W AW TW WT WT WT WT WT WT TW WT TW WT WT WT WT WT TW WT WT WT WT WT WT WT WT WT TW WT WT WT WT WT TW WT WT WT WT WT WT

WT WT

WT AW AW AW AW AW AW AW SM-tlE SM-tlE SM-tlE

SM -tlE

Elt- MS WA

WA Stahlbeton-Kopfbalken H=1,2m

LW LW L WA L WA Elt- MS WA WA

BEW-10-V (zur Aufnahme des Dammbalkensystems und

WA Freiluftschrank D=113.05 Gewährleistung eines gleichmäßigen Pfostenabstandes)

WA BEW-12-V BEW-11-V Fernwirkstation S=96.00

WA D=112.56 Sammeldruckleitung BEW PE110-160 Qmax 32,2 m³/h MS WA D=112.06

Elt- BEW-13-V WA S=96.00 BEW-V (KWL) Filterrohrᴓ DN300(L aktiv=7m)

L WL L WL D S= = 9 1 6 1 . 1 0 . 0 75 WA WA WA WA WA F S Q i = m lt 9 e a 6 r x r . o 0 2 h 0 6 rᴓ ,1 D m N ³/h 300(L aktiv=7m) F Q i m lte a r x ro 3 h 0 rᴓ ,7 D m N ³/h 300(L aktiv=7m) M80 PE 2004 Brunnenᴓ DN800(1t=7.05 m) Elt- MS F Q i m lte a r x ro 4 h 1 rᴓ ,2 D m N ³/h 300(L aktiv=7m) WA WA WA Brunnenᴓ DN800(1t=6.06 m) Brunnenᴓ DN800(1t=6.56 m) DPH 2-26 L WL L WL Elt- MS A= B 5 ru m nn ² enᴓ DN800(1t=5.75 m) LWL SLTWKL WA WA WA WA S W L A TWKL WA WA WA 2 WPA 6 E . WA SL 4 TW 1 K1 L WA1 B m 0WA K WA 1 WA - W 2 A SLTW 6 K WA L WA WA WA WA SLTWKL

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6 W S A TK SL W WT A KL WA 1 P 0 EWA .7 1WA 4 1 m 0WA SL WA WTKL WA WA WA WA WA WA SL WA WTKL WA WA WA 1 P WA5 E .WSLA 6 WT 1 K8 LW 1 A 0 m WA WA A WA = WA SL 1 WTKL WA 0 WA m WA ² WA WA WA SLWTKL 1 P 7 E .SL 6 WT 1 K6 L 1 m 0 SLWTKL SLWTKL SL A WTKL =90m² SLWTKL SLWTKL 4 P 5 E .1 SL 1 8 WT 6 KL m 0 SLWTKL L WL K T S S T K STK STK STK B T STK 1 K 5 2 m -26 T1 ST 5 K m STK 4 P 2 E .3 1 1 6 m 0 STK STK STK STK B F D S Q B i = = r m l E t u 9 1 e n a 6 W 1 r n x r . 3 o 0 e . 3 h - 0 1 n 3 0 r ᴓ 2 ᴓ , 0 9 D D - m N V N ³ 8 /h 3 0 0 0 0 (1t (L =7 . a 12 k t m iv ) =7m)

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0 A=26m² MS Elt- WL L 2 Leerrohre PE110 AW AW AW BEW-V-Beckeneinlauf 2 m 6 0 0+290.427 01 Elt- MS (davon 1 Reserve); ∑L=40m Wasserbaupflaster LMB 10/60 1 3. P E

inkl. Teilverklammerung

792.510+0-LW L

426 Elt- MS .210+0- LWL A=42m² 109. 0 7 + 00 2 + 8 2 1 8 . 3 0 . 3 0 5 35 BK 1-19 + DPH 1-19 SM -tlE A L W WL AW AW AW AW AW TAWW-ProvAWisorAiWum (alAtWernaAWtiv, A w W enn Z AW BL C AW anitz neu in H A 1 n 9 sc 8 h 6 l 2 usspunkt prov. AW 109.50 3 SM-tlE 43 50

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-1:2.0 LEGENDE PLANUNG

Zubringer- und Hauptversorgungsleitungen 109.14 WA WA X BEW-0 SM- 1 tlE -S 0 + 0 109LW .5 L ST 0 K Sickerrohrleitung PE OD 315 WA Grundwasserheberleitung 0 Binnenentwässerung (Sickerprisma + Sickerrohrleitung) D S= = 1 1 0 0 3 9 . . 6 0 0 6 SM-tlE 0 0 0. 0 LWL STK Sammeldruckleitung BEW PE110-280 Sammeldruckleitung für Ableitung gefördertes GW aus Binnenentwässerung t=5.46 m SM-tlE D Q N m a 1 x 0 0 4 0 0 S m tb ³/h SM-tlE LWL STK 3 1 P 3 . E 0 5 9 1 m 1 0 KRB 1-26 2 Leerrohre PE110 Strom-Niederspannungskabel E E l E t- lt l M t - - M M S S S STK El E t- l M t-M S E S lt-M S S M E E l - t t - l E l t M E - l M t S -M S S STK El E t- l M t-M S E S lt-M S S M E E l - t t - l E l t M E - l M t S -M S S STK El E t- l M t-M S E S lt-M S S M E E l - t t - l E l t M E - l M t S -M S S S ( ( - - T A K T T E S D E l b t- l M t- = = M E Sl S t d - t S M 1 1 S b S E M E i lt - - l t E t V M l c - 0 0 E . l M t S -M S S - S T h 8 7 K - D W t E , , E lt l u - t M i 5 0 -M ES c l S t-M n a - - S h S E M 1 1 E lt- g l - n t M t E - l M E l S t t- S S 0 0 M w T d S K f 7 2 r E a E l L l t e t - - , , M M ESl S t n 0 5 -M = i S e E S S d = = E l M t M - l 3 t M - - - t E t M l l s S E E l S t S 1 4 -M T , K L S 8 , , S E S = 5 5 E E m l l t t - - M M p E S 3 m m r S t lt-M S b s M S u E , S - E l t t l M & E - lt M 8 ; ; a - - - M t E S n lE S S lt 1 B E - T T M m V V t K S d B z 8 a W r = = w E E n s l l 0 t t = - - u S M M & E S S S c c l M a e t- - a R M x - i M t 2 l w E R E S n i a a H S l E t t u - M c l 1 M t n B - m - M S z ü t S E K l n E W e . . S T l ü t b h - K a 6 M d 7 n S c = e r 6 4 c 3 a e u , f k b e k - 5 0 E 4 n E e k 0 S l l t u r B M t p - - M m M b - i u E tl S , u E b S l n 3 t s - M t 9 S a m a S b E S A l n a E l s M , ³ t- S e lt M m - S - u t T E 5 u M D l a ) E S K l g t u t S S - ³ M i K e S w x t u p ) R A 8 u S T b K M A r 2 E u - 2 E e t l l t E l - t n 1 M - S 5 M . , E - S a S n S l C r t - 5 M g 1 S 2 k S T b E K S d M T R G E A l T m t - a - l K t t M E l O 7 - O 0 E M l S e t P w L - R G 4 A S a M K M K P n C S O 5 S O E c L 1 J 1 M 1 l 1 = K - x , 1 K b E 0 7 t 0 8 i k D R a G l A E i . 0 1 6 2 8 m E n a 1 o 1 N O t 6 O 8 E . l . t . 2 6 3 - 0 9 l K 0 e 2 a M t m 1 z n K - - 1 K ° 6 M 7 E 8 9 S 5 n n s 1 l S . 7 t . 1 H - m 1 0 5 3 1 M . l n 3 d L 0 0 S 8 S 3 0 S q W u s e T ° i 6 M 8 E K L E S 6 m l - . t . t a t D - E 7 l - l 2 T S t M E - a l M u z . t K M 6 n 7 - S - M t U S lE S l e K K 1 E E K l l t t 3 - - r M M 0 a S S E 9 u lt K 9 -M 7 a S S b S E S . E M T b M l n t E l 5 - t K L - - M - l t t e T t M l l W E - E S M S e l 0 k S L S g F F a T K A = K n - l 1 E E a 3 l l t t : - r e - 6 l M 2 M A S 9 S S E . e 0 lt-M m 8 r S S M S = E T - M E t i n l l E E t - l - t S t l M - l t - l E - M T M S 1 S K u 2 S A : w 2 L C . W 0 f 4 E E l R F G L l t S t - - t i M M T F O S E O S r K a s m lt R S -M K M K k - S - t S l E 2 M c 1 E n 1 E E l - t t l l 0 - l t 0 t 1 s E M - - ² M M 5 S 7 0 h S S S i . . T 0 0 t 1 t K P 0 9 2 E a r z E E L l + 1 x t lt - 3 - 8 M a M 3 0 S S 8 E e S . M t l 1 t ( 0 - S - M t 0 l ( i E i 0 S n S m t d M o t u V E 1 E - E b t l l t l l t A E - t - M - n M k M a S - S n S W g E X S = T v s E E K K l l t i t S - - v M - M M d W S 2 E o 6 - S t SL l l e E t - e TW M D K S S r L r n M 5 N R E G s E - E l t E l ) l l U E t O a t O X l - - 8 c t M M - H T M - m S S 0 K K g S 3 h - 0 1 1 1 e 1 8 l = S E S u E 0 0 0 M l l S t r t - - - 4 M ² 7 0 M t T 8 l s E 1 S E K S . . R l 1 9 t 1 - 0 s M R G 9 2 T 0 S S 5 , M 0 - O O S B - D D R 3 G E 5 S Q A t t S E L m l l e A - E E tl K = - T K W t l O 4 M- O t 8 M - + K M S 2 = N = L S m m 0 1 S K E 4 1 ³ 1 K s W 0 0 0 S 1 1 1 1 M 6 1 . 1 4 E 7 . E a -t 9 l 3 0 l l t 0 W 0 0 E t . e - . - M 0 S + 9 M X 1 ° 6 7 x S T E S 5 9 3 8 0 l . K . t 0 S - 3 8 M r S S . 7 . 4 9 M 0 m - 6 5 v -t E l 0 E 0 lE B t 0 E - 5 lMt S l - t e M - S M R G A m S 2 S S S B L t MO 3 O TW - b t ) E l K P E - ³ E K l L 1 K t K - E l M t ; / - 1 S M 1 3 S E 1 h 4 1 S 8 . S l t . 3 - 0 0 T 0 0 4 M P K S ∑ 6 ° 6 S 7 4 . M m E . . 7 - 3 8 t ( l 2 E - E E 7 7 8 l E t L l-t 1 1 G l d -M t M - M S S m x G 6 S S 9 M = P G a 0 -t E l E E 2 2 - l 1 3 S E t D L 6 0 - + 8 l M . TW t v 1 - . N 0 M S E K R 6 G A 2 S L l S t 8 1 T 0 - O 2 M m O L K 0 o D S S m 0 K 6 K M m - E 0 t K e E l E 1 n l 1 E P t . - l l M t t 0 0 - - 0 a M M S ° 6 7 2 S S b S e H . . M P . e 3 3 8 - 2 t E 8 l 8 9 l E E k r 1 l E t m - a 4 l M 8 t R F - G r M S S E 0 n SL - S l T R O t O - TW o - 3 a K M KL 1 K S K S l 8 M B D D S Q t 0 h E 1 - 1 9 e = t E E l l 0 t E 0 - l l 0 t t M = = N - - m M M 5 E 4 7 S r S S S s . . 1 1 M 0 W 5 1 . 1 e - a 5 t 9 8 0 l W 0 R E G 2 A P 0 e E 0 x E l 5 + t E 1 O 1 O 3 8 - l S M t 6 0 - 9 1 T M S K . E 6 K K P r P 8 . 3 . 4 S l 0 t m - 0 . 0 6 - 5 5 M 1 v 1 S S 5 L . 0 2 S 0 T S m 0 0 TW 0 0 5 K M S K E ° 6 0 E 7 L - e E t E l l m . t 3 . E - l l 3 t t M 9 t - - M M - S 9 b 1 1 S S S 1 ) - ³ : M 2 E D H Z / - ; S t . 7 l h E 0 E 1 S . 1 2 E X R F G l T t 1 - l K t M r B - G F ∑ N O M O m S E G 0 K S l S s K t K - G T M - K - 3 S L L S 1 D 1 M a N S 0 L 2 0 E - E 8 E t TW 8 l 5 l t 2 7 - E l = - l t 0 K t R E M G - 1 - L . M . . 0 M t S 0 5 6 : C 1 U S O S O S 2 S 0 7 z ° 0 Q 1 M . - K K 0 - 2 S D S P t B l T E E n 0 1 K N E 1 8 a 0 ltA l - t 0 M 0 0 -8M S S S 5 7 E 0 S0 T e S T 0 l n . K t . K - 0 0 M 6 G S 7 - 4 S m u M 1 i E - E t t E l l l t E t 1 - S - l L t M G M R F G 8 - b z TW M S S - 0 K O S O S L 2 0 M R G T K 7 K - a t 8 0 l - O E G E O P E 2 0 l 1 . 1 t l S - t K K M - 0 4 0 T M 0 u 8 3 S S K E S 5 7 0 T 1 1 l 1 t N K - . . 0 R E G 0 M 0 0 P 8 S 5 L S U 7 9 O 6 O x M 3 . . A - 0 - E K 8 K 2 t 1 1 l lE E t 9 6 = - 0 E lM S t 1 1 8 - l 0 t MS - 0 S A 0 L 0 0 M S - WT 5 1 S 7 S 6 0 K 2 M Q . L . S 0 E 8 - E t T B = l l t 9 E 7 K l - 7 t 8 M -M S E S 0 l 6 t- m M B 0 S S S M T 9 K - E tlE l 4 t- E ME m l R B G t 5 S - lt M - 1 O O M S S ° T S S K 9 K K 4 E M S E 0 A l ² K t - T l - 1 t 1 t M . l - K E M 0 0 0 S E b 7 R S ° A l 6 S 7 t- P T M w . D 4 . K S 1 3 S S E T N M 2 8 0 K ü i 1 S - 1 n t S E l 1 L E l T t 1 W - 0 k M K E 0 c L S E l T R t l T - l ( S t M u - D M T k S 1 S K S T E n A S 1 E K lr M t ü . - l 2 t M b g W 7 - - M t R F G 0 eS S l E E 5 S A T l 0 - t O O c - K K 1 M S m 3 a P S K T S p K A 8 2 K 2 M 4 P U k 8 u 6 P = m u 0 T Z - 1 K 1 R F G t u . . E l 1 - E 8 0 E 0 p 2 l 2 0 F S 2 t a O S G O - = b M L 5 7 r T n 8 K m b 2 1 c G R G T W 4 W E B S E K 4 K . K . 1 h G E e 2 l - i 3 e - S t z L O O - S 2 l 1 a . t - M T3 a m l 6 1 6 6 - t 1 D T b 6 d 1 M K 5 6 K S u K E 0 K 2 0 N 8 S - L ü 0 , E l e m t 7 5 3 8 2 7 - l 0 9 S 1 t n M 1 u S 2 - - 0 R . H M 0 M . . m 0 ) T S 0 E 0 3 d 0 5 1 3 S 0 K - l n P t 5 S t 2 5 7 e ° - S 9 l x M E m T . P 9 . + l S D S 2 K 3 2 o . D M ( 4 7 6 N l 0 ² 0 - r . t t 5 9 l E u 0 E 8 N l 0 ) h m r u t a h cS - o U . P 0 0 - 2 A D ² ( 0 1 0 1 E P M ) + S 0 S a 0 L E T 2 5 E W l r t v K - l 1 S Q t M m 7 7 .4 1 - L T M T S E R B b ß G B W K S E l 0 t i - 2 l S O O t M 6 - T s M S E r K 9 K S K S e S lt 0 M - 0 T M ü 1 K o - 1 . S S t 0 l 0 E 0 S M x ° 6 - R F G 7 t c l E r E . D 1 . F O l 3 O t 4 - 4 M K i N c X 5 0 X K 0 k K S E u - 1 E l 1 t R B G 7 1 3 - l 1 1 5 h t M - S e M 9 3 0 O 4 0 0 O S E T m . S F 2 E 5 l E K 5 7 ( t b W 1 A K i 9 9 - l K t . M , w . - . . 3 M 0 8 n 0 4 K S w E 9 1 E H 0 4 S G 1 S . 0 l ° 1 t a ü - e 0 - . 1 0 r 0 M 1 S u F R G D ° + 6 S M 1 S 7 a 1 F s N W M D O 0 N O . - D ä . r l b V c t n 1 3 - l R G E t S N s E K 8 l N l K 4 E W 7 s r 7 l - a t 0 s - 1 1 r h M 8 1 e 1 ö r 0 z t o 51 S E 0 0 0 1 a D m + E l . G 0 t t . r 2 0 5 - l 7 0 t M w - P r t e Q M 0 S . P z . K S 0 r S E a 9 4 T S t E l T i 0 B t K 2 0 - 9 l R b K K S t T M S - g z e T n K M r 3 H T x S X E S a E K n K e S K T TS S l L t KTS M 8 - R KTS R e M n KTS 4 t g 0 e 1 . S S o B r S s l - W M 0 0 = 5 M + 0 1 - l m z e t 0 - E w l H ü e t 4 o E u 1 ° a l b e . l p E 7 t e - 7 K M 2 4 2 e T - S A u E S 1 c d h E b S l s e r t o i D e - l : r t M 2 - 8 b L M r r S w S b . E S k 1 S g ä 0 r a E b T l c w r T r t d - r - l S K L t K S M - m = 0 WT - M e T i S t b B E a 1 T k K K i K S m K L u 1 a 1 e l h r t n T 7 : T - 2 M S S 4 / 0 S - . d S k d u a . u 0 r e M n 1 s 7 F i S 8 l - -t m E M u T l a 0 E n i l 7 e n u t - > . - c rt d 0 M K X l n s E 5 o Z T E S s g E m S 1 W lt g r g - e l h 9 t M t c - d x M r 0 S b S T B E B s ) S S W E T l T t n m r R 9 - l K h 1 t K M u D - S A M d e - SL S e E T K i . S W L T e l K T t K 5 e - E K h 0 S M r L B T D D S Q o t e s S S t N S = 0 = M c r b e = - N = m a t E P i E 4 h l t S E ü s lt S 2 M - g h 1 1 M K e . - e i T E t a S X u 1 l 9 E r E 8 0 l S W 0 c l t N - l 6 t M e b - x D e L 0 h M 4 e 3 S 8 n S SE T s k S 0 E l 0 t K . 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04201_03230_WW-Canitz_LPH5-P1.1_ÜLP_M250.pdf