0897 110 01 · 2013. 10. 23. · nbr Ø 6 00 m w m w mw mw mw 6.9 › < 9.0 › < 7. 8 ›...
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HI0629
HI1715
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HI0630
HI0614
HI1935
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HI0729
HI0741
HI0726
HI0727
RI1392
RI1391
RI1358
HI1928
RI2781
HI2237
HI2236
HI1999
4343
Mitta
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Wald
Forchstrasse
Ham
mersteig
Ulrichstrasse
Hedwigstra
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Rankstra
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Hammerstrasse
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Rinne
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Tankstelle
Dra
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sse
Hammerstrasse
Dra
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Se
mpacherstrasse
Kapfsteig
Ham
merstrasse
Wildbach
BASipf
LV
LV
Info
Info
Bank
Bank Info ST
PK
PKBA
BA
LR
in H
K
in S
wissco
m
in S
wissco
m
AP an Mauer
bauseits
VA
VA
1xPE40
in S
wisscom
Cablecom in Swisscom
Cablecom in Swisscom
Cablecom in HK L.u.
Cableco
m mit E
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Cablecom in/auf HK
Cableco
m in/a
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NBR Ø
400
HPE Ø 200
NBR Ø 600
NBR Ø 600
MW
MW
MW
MW
MW
6.9 � <
9.0 � <
7.8 � <
13.2 � >
74.4 � <
73.7 � <
- 34.66 -
- 25.49 -
- 9.97 -
- 54.02
-
- 13.57 -
- 29.02 -
ZS163383
ZS163382
ZS19053
ZS163384
ZS119454
ZS119455
ZS119456
ZS127449
ZS127499
ZS127495
ZS127496
ZS127497
ZS127498
ZS127448
ZS4831
ZS160831
ZS160832
ZS8163
2017
112615
116124
3908
3796
4864
4306
3916
3890
3802
3779
4307
4308
4863
4865
4866
4841
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2012
2013
2015
2018
4872
2091
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122129
122130
127500
4834
3771
37723776
3785
3792
3878
3879
3986
3946
8195
8197
2956
4302
165759
ZS165777
ZS165780
165782
165783
167237
5025
5026
112614
A = 446.035E = 446.045D = 449.9454305
A = 445.245E = 445.295D = 448.6154277
A = 445.333E = 445.373D = 449.5934309
A = 444.435E 2 = 444.505E 1 = 444.645D = 447.8854275
A = 443.743E = 443.803D = 448.1734310
A = 429.676E 2 = 430.236E 1 = 430.236D = 434.406122174
A = 428.446E = 428.476D = 432.4162093
A = 427.929E = 427.969D = 432.0192092
A = 425.208E = 425.288D = 430.5042077
A = 426.694E = 426.774D = 430.866KE402191
A = 435.347E = 435.377D = 438.927103606
A 3 = 425.778A 2 = 426.772A 1 = 427.142E = 427.232D = 430.907KE2075
A = 426.534E 2 = 426.604E 1 = 426.674D = 430.924KE402192
A = 425.426E 2 = 425.446E 1 = 425.676D = 430.7282076
A = 424.865E = 424.875D = 428.3052089
A = 425.068E = 425.518D = 428.1682023
A = 422.859E 2 = 423.499E 1 = 422.859D = 427.089KE2025
A = 425.588D = 427.4402024
A = 425.740E = 425.813D = 427.1632036
D = 429.2932021
A = 425.371E = 425.401D = 428.2712022
A = 423.008E = 423.008D = 429.3282029
A = 436.327E = 436.337D = 439.988103607
A = 441.702E = 441.722D = 445.1425003
A = 425.878E 2 = 426.188E 1 = 426.468D = 430.718KE2020
A 3 = 425.848A 2 = 426.748A 1 = 425.978E = 427.048D = 431.418KE2019
A = 427.358E = 427.378D = 432.1882014
A = 437.358E = 437.378D = 441.056103608 A = 437.770
E = 437.790D = 441.402103609
A = 427.998E = 428.018D = 432.8282011
A = 428.120E = 428.130D = 434.01030902
A = 429.462E = 429.492D = 434.2923793
A = 439.055E = 439.065D = 442.557103610
A = 440.089E = 440.149D = 443.683103611
A = 429.896E = 429.916D = 435.05630919
A = 430.975E = 430.975D = 435.7953786
A = 429.565E = 429.585D = 431.1973753
A = 429.995E = 429.995D = 431.8353754
A = 441.628E = 441.658D = 445.328400873
A = 446.853E = 446.853D = 450.6434298
A = 449.026E 2 = 449.036E 1 = 449.056D = 452.056404512
A = 448.902E = 448.932D = 451.9523836
A = 443.172E = 443.282D = 446.902400874
A = 444.554E = 444.634D = 447.624450749
A = 443.434E 2 = 443.564E 1 = 444.254D = 447.014KE400875
A = 445.152E = 445.182D = 448.872KE403594
A = 432.465E = 432.505D = 437.2153773
A = 430.474E = 430.494D = 432.7243756
A 2 = 433.905A 1 = 433.775E = 434.015D = 438.755KE3765
A = 436.205E 2 = 436.235E 1 = 436.885D = 441.0053758
A = 4
43.9
55
D = 4
45.5
95
3913
A 2 = 447.102A 1 = 446.752E = 446.852D = 450.782KE403593
A = 447.266E = 447.366D = 451.0263942
A 2 = 446.560A 1 = 446.450E 2 = 446.530E 1 = 446.450D = 450.6004844
A = 439.590E = 439.600D = 444.0703920
A = 447.840E = 448.040D = 451.170406742
A = 447.552E = 447.692E = 447.692D = 450.8423951
A = 451.731E = 451.841D = 455.8763984
A = 449.494E = 449.554D = 453.2543988
A = 446.040E 2 = 446.120E 1 = 446.050D = 449.8564843
A = 4
44.7
68
D = 4
49.1
48
119231
A = 441.776E = 441.876D = 447.1163885
A = 440.596E 2 = 440.626E 1 = 441.116D = 446.7063881
A = 443.338D = 446.008KE3875
A = 443.126E = 443.246D = 446.4363874
A = 445.448E 2 = 445.508E 1 = 445.488D = 449.1174838
A = 445.678E = 445.678D = 449.3184840
A = 446.899E = 446.969D = 450.4593993
A = 446.408E = 446.458D = 450.5984000
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MW NBR Ø 600 - 70.22 - 21.5 � <
MW SBR Ø 800 - 56.04 - 22.2 � <
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11 kV
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11 kV11 kV
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11 kV11 kV11 kV
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50 k
V/Oel
22 kV22 kV22 kV
11 kV
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ü=0.4
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ü=1.15
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MW HPE Ø
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MW STZ Ø 250 - 28.85 - 6.4 � <
MW HPE Ø
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Erdgas S Ø 50 1926
Erdgas SK
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Erdgas SK Ø 50 1980
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Erdgas SK Ø 150 1972
Erd
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988
Erdgas P Ø 140 1988
Erdgas P Ø 140 1988
Erdgas P Ø 90 1983
Erd
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0 1
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Erdgas P Ø 63 1997
Erd
gas P Ø 6
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Erdgas P Ø 63 2006
Erd
gas P Ø 6
3 1
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Erdgas P Ø 9
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gas P Ø 6
3 1
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gas P Ø 5
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Erdgas P Ø 90 1983
Erdgas P Ø 63 2002
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Erdgas P Ø 63 2007
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3 1
993
Erd
gas P Ø 3
2 1
988
Erd
gas P Ø 40 1987
Erd
gas P Ø 3
2 1
988
Erd
gas P Ø 5
0 1
990
Erd
gas P Ø 4
0 1
988
Erd
gas P Ø 3
2 2
002
Erd
gas P Ø 3
2 2
002
Erd
gas P Ø 3
2 2
002
Erd
gas P Ø 3
2 1
982
Erd
gas P Ø 6
3 1
988
Erdgas P Ø 63 2002
Erd
gas P Ø 4
0 2
002
Erd
gas P Ø 6
3 1
988
Erd
gas P Ø 4
0 1
982
Erd
gas P Ø 3
2 1
986
Erd
gas P Ø 3
2 1
988
Erd
gas P Ø E
AF Ø 5
0 2
009
Erdgas uEr
dgas P
Ø K Ø 6
3 2011
Erdgas P Ø K Ø 63 2011
Erdgas
GD Ø 300 198
8 MD
Erdgas GD Ø 150 1991
Erd
gas G
D Ø 300 1980
Erdgas GD Ø 150
1991
Erdgas G
D Ø 100 1980
Erdgas G
D Ø 300 1980
Erdgas GD Ø 300 1980
Erdgas GD Ø 300 1980
Erd
gas G
D Ø 2
00 1
984
Erdgas GD Ø 300 1980
Erdgas G
D Ø 150 1991
Erdgas GD Ø 300 1980
Erdgas GD Ø 300 1988
Erdgas GD Ø 300
1988
Erdgas
GD Ø 300 198
8
Erdgas GD Ø 30
0 1988
Erdgas GD Ø 300 1987
Erd
gas G
D Ø 200 1987
P Ø 3
2 1
983
Erd
gas
Cablecom 1xPE40
112
Br 393
d 30
0
PE 1
47.2
400
WL d 1
00
WL d 1
00
WL d 125
WL d 125
WL Q 26.2 P
E100
WL Q 26.2 P
E100
WL
Q 50 d
WL Q 102.2 PE
WL Q 102.2 PE
WL Q 102.
2 PE
WL Q 102.
2 PE
WL Q 102.2 PE WL Q 2
0.4 P
E100
WL Q 102.2 PE
WL Q 102.2 PE
Erdgas GD Ø Ø
150 1986
Erdgas P Ø 63 19
92
Erdgas P Ø 32 19
92
Erdgas P Ø 32 19
80
Erd
gas G
D Ø 200 1980
Erd
gas P Ø 40 2010
Erdgas GD Ø 300 1986 M
D
Erd
gas P Ø 40 1986
Erd
gas G
D Ø 3
00 1
988 M
D
Erd
gas G
D Ø 2
00 1
988
Erdgas P Ø 40 1988
Erdgas P Ø 6
3 1988
Erdgas SK Ø 150 1972
Erd
gas P Ø 4
0 1
988
Erdgas G
D Ø 250 198
4
Erdgas P Ø 225 2009
Erdgas SK Ø 200 1975
Erd
gas P Ø 6
3 1
988
Erdgas GD Ø 3
00 1988
Erdgas G
D Ø 200 1981
Erd
gas P Ø 3
2 1
988
Erd
gas P Ø 4
0 1
988
Erdgas P
Ø 40 1997
Erdgas GD Ø 300 1988
Erd
gas G
D Ø 2
00 1
987
Erdgas P Ø 40 2002
Erdgas SK Ø 200 1975
Erdgas
GD Ø 300 199
4 M
D
Erdgas
GD Ø 300 199
4
Erdgas SK Ø 50 19
81
Erdgas GD Ø 200 1975
Erdgas P Ø 40 2002
Erdgas GD Ø 100 1984
Erd
gas G
D Ø 2
00 1
985
Erdgas GD Ø 300 1987
Erdgas S
K Ø 50 1981
Erdgas P Ø 32 1994
Erdgas
Erdgas P Ø 32 1985
Erdgas GD Ø 200 1975
Erdgas P Ø 63 2002
Erd
gas P Ø 4
0 1
985
Erdgas GD Ø 300 1994
Erdgas P Ø 63 2005
Erdgas GD Ø 200 1985
Erd
gas P Ø 9
0 1
985
Erd
gas P Ø 63 1994
Erdgas P Ø 90 2001
Erd
gas P Ø 6
3 1
979
Erdgas P Ø 63 1994
Erdgas P Ø 63 19
94
Erd
gas S
K Ø 3
00 1
994 M
D
Erd
gas S
K Ø 3
00 1
994
Erdgas P Ø
63 20
09
Erdgas GD Ø 300 1987
Erd
gas P Ø 4
0 1
985
Erdgas GD Ø 300 1987
WL d 150
WL d 150
WL d 150
WL Q 100 d
WL d 200
WL d 1
50
WL d 200
WL d 150
WL d 400
WL d 2
00
WL d 150
WL d 150
WL d 150
WL Q 100 d
WL d 150
WL d 15
0
WL d 15
0
WL d 150
WL d 150
WL d 150
WL d 150
WL d 150
WL d 150
WL d 150
WL d 150
WL d 150
WL d 150
WL 150
WL d 1
50
WL d 150
WL d 150WL d 150
WL d 150
WL d 150
MW u E 800/1200 - 1
9.75 - 3
6.2 � >
- 6.46 - 13.9 � >
EW SBR Ø 1250
- 3.59 - 615.6 � >
MW A
RM E 900/1350
MW u E 750/1200 - 8.41 - 6
4.4 � >
MW u E 750/1200 - 29.34 - 39.3 �
>
MW SBR Ø 600 -
27.21 - 15
.1 � <
Erdgas G
D Ø 200 1995
MW SBR Ø 500 - 20.69 - 32.6 � >
- 7.3
7 - 1
4.8 � >
MW S
BR Ø 3
00
MW NBR Ø 600 - 26.62 - 24.2 � <
MW SBR Ø 800 - 35.23 - 9.6 � <
MW NBR Ø 600 - 70.87 - 20.7 � <
MW SBR Ø 800 - 53.72 - 9.7 � <
MW NBR Ø 600 - 68.81 - 21.9 � <
MW SBR Ø 800 - 51.67 - 34.9 � <
1095
168
1130
2227
1133
1131
1132
49
1127
1128
48
169
1129
1134
Br 604
Br 307
Br 6066
WL d 100- 2.8
1 - 26.0 �
<MW SBR Ø 600
- 11.74 -92.6 � <
MW S
TZ Ø 250
- 11.06 - 65.6 � <
MW S
TZ Ø 250
MW SBR Ø 800 - 53.11 - 27.2 � <
SBR Ø 600 - 7.7
6 - 72.2 �
< MW BN E 600/900 - 57.63 - 35.8 � < MW BN E 600/900 - 17.68 - 35.5 � <
MW BN E 600/900 - 57.38 - 34.8 � <MW SBR Ø 1000 - 30.57 - 6.9 � <
150 k
V!
22 k
V
50 kV/Oel!
50 kV/Oel!
22 kV!
22 kV!
22 kV!
22 kV!
22 kV!
150 kV/Oel!
150 kV/Oel!
50 k
V/O
el!
150 kV!
150 kV!
50 k
V/M
a!
150 kV!
150 k
V!
150 k
V
A = 443.296E 2 = 443.336E 1 = 443.586D = 448.846KE3868
A 2 = 425.088A 1 = 423.018E 2 = 425.778E 1 = 423.668D = 429.308
KE2030
A = 432.312E = 432.342D = 437.422
30921
A = 431.081E = 431.091D = 436.261
30920
A = 442.656E 2 = 442.736E 1 = 442.686D = 448.5563873
A = 438.195E 2 = 438.245E 1 = 438.595D = 443.5253919
A = 427.610E = 427.610D = 432.90030901
A = 427.258E 2 = 427.278E 1 = 427.298D = 432.058
KE2016
MW S
TZ Ø 3
00 - 18.2
4 - 83.1 � <
MW S
BR Ø 350 - 0.90 - 25.0 �
>
STATION DRAHTZUG
SM
EKA
EAG
RL18RL18
EK
EK
kasten
WVZ-Streustrom-
Blaue Zone
Blaue ZoneBlaue Zone
Blaue ZoneBlaue Zone
Blaue Zone
Bla
ue Z
one
Blaue ZoneBlaue Zone
Zone
Blaue
Blaue Zone
VKT
VKT
VKT
VKTVKT
VKT
VKT
VKTVKT
VKTVKT
VKTVKT
VKT
VK
T
VKT
VK
T
VKT
VKT
Spiegel
VK
T
VK
T
VKT
VKT
VKT
VKT
VKT
2 Muffen
3 Muffen
Kreuzplatz I + II2 Muffen
1 Ø100
1 Ø
100
ö.B.
VM
Muffe
Leer
� Je 1
K.99 II
K.68 I
K.199 II
K.67 I
in Gebäude
Anschluss
in Gebäude
Anschluss
SV
SV
SV
1 Ø100
K. II + III
2 Muffen
K. I
1 Muffe K. III
1 Muffe K. I + II
2 Muffen
Leiter erneuernLeiter erneuern
versetzenversetzen
A = 443.126
SA
SA
SA
SA
SA
SA
SA
SA
SA
SA
SA
SA
SA
SA
SA SA
SA
SA
SA
SA
SA
SA
SA
SA
SA SA
SASA
SA SA
SA
SA
SA
SA
SA
SA SA
SA
SA rep.
SA rep.
Gitter
Zumauern
Zwischenpodest
A = 427.99
versetzen
über Leiter
Schachtdeckel
TED13.46
gemäss
A = 428.167
E = 428.201
D = 434.040
KS 408’554
A = 432.2
DK Nr. 409 521
MW S
BR Ø 12
00 -
15.98 -
7.0� <
- 8.20 -
100.0� <
MW S
BR Ø
1200
MW Rechteckkanal 1200/2200 - 35.85 - 5.0 � < MW SBR Ø 1200 - 73.85 - 35.5 � < MW SBR Ø 1200 - 58.43 - 35.5 � < MW STZ Ø 1000 - 68.27 - 22.0 � <
- 6.10- 457.85 � <
MW S
TZ Ø 600
- 3.78 - 342.7� <
MW STZ Ø 800
MW S
TZ Ø 5
00 - 6
3.4
8 - 8
8.0 � <
MW S
TZ Ø 8
00 - 5
5.9
2 - 5
0.0 � <
E2
E1
TED 13.42
gemäss
A = 443.267
E = 443.465
D = 448.880
KS 408’561
TED 13.46
gemäss
A = 442.863
E = 442.900
D = 448.960
KS 408’562
E2
E1MW SBR Ø 1200 - 58.43 - 35.5 � <MW SBR Ø 1200 - 73.35 - 35.5 � <
- 1.00 - 330.0 � <
MW STZ Ø 400
TED 13.42
gemäss
A = 435.450
E = 435.780
D = 440.640
KS 409’267
MW Rechteckkanal 1200/2200 - 35.00 - 5.0 � <
- 8.20 - 10
0.0� <
MW S
BR Ø 12
00
MW STZ Ø 800 - 14
.41 - 74.0 � <
MW S
BR Ø 12
00 - 15.23 - 7.
0� <
SA
im Haus
Reperaturen
GAL -
im H
aus
Reperature
n
GA
L -
im Haus
Reperaturen
GAL -
im Haus
Reperaturen
GAL -
im Haus
Reperaturen
GAL -
E1
E2
- 2.06 - 342.7 � <
MW STZ Ø
800
Kanalsanierung
KanalsanierungKanalsanierung
Kanalsanierung
KanalsanierungKanalsanierung
Kanalsanierung
MW STZ Ø 1000 - 90.43 - 9.8 � <- 16.06 - 74.0 � <
MW STZ Ø 800
- 14.25 - 22.0 � <
MW S
TZ Ø 1000
KanalsanierungKanalsanierung (Drittprojekt)
13.46
gemäss TED
gelochter Deckel
A = 435.391
E = 435.396
D = 440.640
KE 408’557
TE
D 1
3.4
3
ge
mäss
D = 4
49.3
50
E = 4
44.5
38
A = 4
44.4
50
KS 4
08’5
65
3.0
0 x 4.0
0 m
Zielgru
be
7.5
0 x 4.0
0 m
Startgru
be
zulasten GE
Reperaturen
GAL -
MW SBR Ø 1200 - 73.85 - 35.5 � <
zulasten GE
Reperaturen
GAL -
zulasten GE
Reperaturen
GAL -
zulasten GE
Reperaturen
GAL -
zulasten GE
Reperaturen
GAL -
zulasten GE
Reperaturen
GAL -
zulasten GE
Reperaturen
GAL -
zulasten GE
Reperaturen
GAL -
zulasten GE
Reperaturen
GAL -
zulasten GE
Reperaturen
GAL -
zulasten GE
Reperaturen
GAL -
zulasten GE
Reperaturen
GAL -
zulasten GE
Reperaturen
GAL -
zulaste
n G
E
Reperature
n
GA
L -
MW S
TZ Ø 1000 - 13.75 - 22.0 � <
MW S
TZ Ø 8
00 - 5
5.4
2 - 5
0.0 � <
MW SBR Ø 1200 - 58.43 - 35.5 � <
MW S
TZ Ø 5
00 - 6
2.9
8 - 8
8.0 � <
MW STZ Ø 1000 - 90.43 - 9.8 � <
- 1.83 - 202.0 � <
MW STZ Ø 400
KanalsanierungKanalsanierung
TED 13.43
gemäss
= 445.464A
= 445.508E2
= 445.488E1
= 449.120D
KS 408’563
- 5.6
0 - 4
57.8
5 � <
MW S
TZ Ø 6
00
TE
D 1
3.4
2
ge
mäss
A = 4
43.3
15
E = 4
43.3
65
D = 4
49.3
50
KS 4
08’5
67
MW STZ Ø 1000 - 68.27 - 22.0 � <
zulaste
n G
E
Reperature
n
GA
L -
zulaste
n G
E
Reperature
n
GA
L -
Pressvortrieb
MW S
TZ Ø 8
00 - 3
5.3
1 - 50.0 � <
MW P
EH
D Ø 8
00 - 3
4.8
1 - 5
0.0 � <
0897.3
00 - 5
7
ge
mäss Pla
n
A = 4
45.1
04
E = 4
48.1
16
D = 4
51.4
08
KE 4
08’5
68
0897.300 - 52
gemäss Plan
TED 13.74
gemäss
Abdeckung
A = 435.222
D = 439.200
1000 /1000 /600
KE 409’235
0897.300 - 52
gemäss Plan
gelochter Deckel
A1= 435.096
E = 435.220
D = 439.150
KE 408’555
0897.300 - 52
gemäss Plan
gelochter Deckel
A2= 435.220
D = 439.150
KE 408’556
0897.300 - 54
gemäss Plan
gelochter Deckel
A = 438.000
E2 = 438.910
E1 = 438.185
D = 443.900
KE 408’558
0897.300 - 58
gemäss Plan
A = 432.300
E = 434.400
D = 438.600
KE 409’179
0897.300 - 55
gemäss Plan
gelochter Deckel
A = 440.259
E2 = 440.544
E1 = 440.956
D = 446.850
KE 408’559
0897.300 - 56
gemäss Plan
TED 13.74
gelochter Deckel
A = 442.457
E2 = 442.561
E1 = 442.561
D = 448.830
KE 408’560
MW S
TZ Ø 2
00 - 1
4.1
1 -
- 2.06 - 342.7 � <
MW STZ Ø
800
Ersatzloser Rückbau 50 kV Leitungen
Sicherung ewz-Trasse
Sicherung ewz-Trasse
Sicherung ewz-Trasse
Erdgasleitung PEHD Ø 225 mm - 136.06 - zu Lasten ERZ
Erd
gasleitung P
EH
D Ø 2
25 m
m - 6
4.3
9 - z
u L
aste
n E
RZ
Erdgasleitung PEHD 225 mm - 176.79 - Erdgasleitung PEHD 225 mm - 176.79 -
Erdgasleitung PEHD 225 mm - 33.57 -
Erdgasleitung PEHD 225 mm - 100.00 - zu Lasten ERZErdgasleitung PEHD 225 mm - 71.28 -
PE
HD 1
60 m
m - 1
4.5
7 -
Erd
gasleitung
PEH
D 225 m
m - 20.27 -
Erdgasleitu
ng
PE
HD 63 m
m - 16.10 -
Erd
gasleitung
PEHD 63
Erd
gasleitung P
EH
D 2
80 - 1
1.4
0 -
PE
HD 2
25 m
m - 9.3
2 -
Erd
gasleitung
Wasserleitung Ø 150 mm - 311.89 - Wasserleitung Ø 150 mm - 311.89 -
Wasserleitung Ø 150 mm - 125.83 - zu Lasten ERZ Wasserleitung Ø 150 mm - 147.08 -
Umlegung
ewz/Telekom
PE 6
3
WL 150
PE 6
3
PE 63
PE 6
3
WL 150
OFH
PE 9
0
PE 6
3
PE 6
3
PE 6
3
PE 6
3
PE 6
3
PE 9
0
PE 1
60
OFH
WL 150
PE 6
3
PE 6
3
PE 6
3
PE 6
3
Relinin
g
PE 63
PE 6
3
PE 63
PE 63
PE 6
3
PE 6
3
PE 6
3
PE 63
PE 6
3
PE 6
3
HA
S
PE 6
3
PE 6
3
PE 63
PE 6
3
PE 6
3
PE 6
3
PE 6
3
PE 6
3
PE 6
3
OFH
PE 63
PE 63
PE 63
PE 63
PE 63
PE 63
PE 63
WL 150
PE 6
3
PE 63
PE 63
PE 90
PE 63
PE 63
PE 63
- 11.9
3 - z
u L
aste
n E
RZ
Wasserleitung Ø 1
50
WL 1
50
WL 150WL 150
PE 6
3
PE 1
60
PE 63
PE 6
3
PE 1
60
HA
S
HAS
HAS HAS HASHAS
HAS
HAS
HAS
HA
S
HA
S
HA
S
HAS
HA
S
HAS
HAS HAS
HAS HAS
HA
S
HA
S
HA
S
HA
S
HA
S
HAS HAS
HA
SH
AS
HA
S
WL 150
HAS
Bla
ue Z
one
Geh
weg
3.8
92.0
51.5
1
3.5
2
2.0
0
3.5
3
2.0
51.5
4
1.7
5
3.5
0
1.7
2
3.4
71.5
0
1.8
2
3.5
7
2.0
1
1.78
2.01
3.84
2.0
3
2.0
31.9
0
3.53
3.9
3
3.5
5
1.5
03.9
3
3.5
5
2.00
0.4
3
4 5 6 7 8 9 1011 16 17
1819 20 23
24 25 2627 28 29 31 32 33 34 35 36 37 38 39 40 41
43 44 45
46 47 48 49 50 51 53 54 55 5657
59
0.3
1
2
58
60
21
42
0.2
1322
12 14
52
1.9
01.9
9
2.2
0
4.2
31.9
0
2.2
02.2
0
1.7
52.2
02.2
0
1.7
5
4.4
0
6.1
3
1.7
52.0
5
1.7
52.2
03.9
1
6.1
1
1.9
0
1.75
2.52
6.00 2.00
1.9
0
1.9
0
6.46
6.1
3
2.2
0
4.4
0
2.0
52.2
0
2.00
4.4
01.7
0
4.1
2
1.7
5
Unterflurcontainer
währe
nd d
er
Bausausfü
hru
ng festg
ele
gt
Aus
mass F
undationsers
atz wird
Projektiert durch
N
07’014
Übersichtsplan
Situation 1:500
168 x 30
H:\Projekte_Neu\0897_TAZ_Hammerstrasse\Mstation\300_Submission\4_Bla\110_Sit\
bel / frd 0897.300 - 01
Bearb. / Gepr. Datum Format TAZ Bau - Nr.
˜nderungen
Plan - Nr.
Dateipfad
Ausfertigung fürProjektiert durch
Strassenbau /Kanalbau /Werkleitungen
Hammerstrasse
Submission
Partner
der Bauarbeiten durch den Unternehmer bei den Werken zu erheben.
Die genaue Lage der eingetragenen Werkleitungen ist vor Beginn
oder unterirdischen Anlagen leistet das Tiefbauamt keine Gewähr.
Für die Richtigkeit und Vollständigkeit der eingetragenen Leitungen
bei Kontrollschächten Boden auf- und Konus abbrechen
Ausser Betrieb genommene Kanäle auffüllen oder abbrechen,
21.10.2013
Tiefbauamt
Stadt Zürich
Wasserversorgung Zürich
Grün Stadt Zürich
Erdgas Zürich AG
Elektrizitätswerk Zürich
Entsorgung & Recycling Zürich
C
F
C
F
GG
EE
HH
DDB
B
AA
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