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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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  • 0897 110 01 · 2013. 10. 23. · nbr Ø 6 00 m w m w mw mw mw 6.9 › < 9.0 › < 7. 8 › < 1 3. 2 › > 74.4› < 73.7 ›
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Cabl ec om mit EWZ Cablecom in/auf HK Cabl ec om i n/ auf HK Cabl ec om i n/ auf HK Cabl ec om C a b l ec o mi nS wi ss c o m Cabl ec om i nSwi ss c om Ca b l e c o mi nS wi s s c o m Ca b l ec o mi nSwi s s c o m Cabl ec om i nHK Cabl ec om i n/ auf HK Ca b l e c o m1x PE4 0 Cabl ec om i nHK Ca b o mi ni ss c o m Ca b l ec o m1 x PE2 8i nEWZ- Tr a ss e Cabl ec om i nSwi ss c om NBR 400 HPE 200 NBR 600 MW MW MW MW MW 6 . 9 < 9 . 0 < 7. 8 < 13 . 2 > 74 . 4 < 7 3 . 7 < - 34 . 66- - 25 . 49- - 9 . 97- - 5 4 . 02- -13. 57- - 29 . 0 2- 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 4842 4850 4853 4856 4857 2012 2013 2015 2018 4872 2091 2094 2095 2097 2099 2100 2101 2102 2078 2079 2031 4859 4998 5000 5001 5002 3774 3775 3777 3778 3780 3781 3782 3783 3784 3787 3788 3791 3794 3757 3759 3760 3761 3762 3763 3764 3767 3768 3769 3770 3877 3882 3883 3884 3886 3887 3888 3889 3891 3892 3893 3894 3895 3896 3897 3898 3848 3850 3851 3869 3870 3872 3834 3835 3839 3797 3798 3799 3800 3801 3803 3999 3968 3970 3985 3943 3944 3945 3955 3899 3903 3904 3905 3906 3907 3909 3910 3911 3914 3915 3917 3918 3928 3929 3987 3989 3990 3991 3992 3994 3995 3996 3997 4276 8193 8194 8196 8198 8165 8166 2955 2957 4301 8233 8235 8236 8238 103619 103618 112602 112603 112616 112618 112619 112620 115991 115993 115994 115996 115990 116126 116127 119325 119326 119352 119353 119354 119355 119327 119328 119329 119330 119331 119332 119333 119335 119336 119337 119338 119339 119340 119341 119342 119343 119344 119345 119346 119347 119348 119349 119350 119351 122129 122130 127500 4834 3771 3772 3776 3785 3792 3878 3879 3986 3946 8195 8197 2956 4302 165759 ZS165777 ZS165780 165782 165783 167237 5025 5026 112614 A = 446.035 E = 446.045 D = 449.945 4305 A = 445.245 E = 445.295 D = 448.615 4277 A = 445.333 E = 445.373 D = 449.593 4309 A = 444.435 E 2 = 444.505 E 1 = 444.645 D = 447.885 4275 A = 443.743 E = 443.803 D = 448.173 4310 A = 429.676 E 2 = 430.236 E 1 = 430.236 D = 434.406 122174 A = 428.446 E = 428.476 D = 432.416 2093 A = 427.929 E = 427.969 D = 432.019 2092 A = 425.208 E = 425.288 D = 430.504 2077 A = 426.694 E = 426.774 D = 430.866 KE402191 A = 435.347 E = 435.377 D = 438.927 103606 A 3 = 425.778 A 2 = 426.772 A 1 = 427.142 E = 427.232 D = 430.907 KE2075 A = 426.534 E 2 = 426.604 E 1 = 426.674 D = 430.924 KE402192 A = 425.426 E 2 = 425.446 E 1 = 425.676 D = 430.728 2076 A = 424.865 E = 424.875 D = 428.305 2089 A = 425.068 E = 425.518 D = 428.168 2023 A = 422.859 E 2 = 423.499 E 1 = 422.859 D = 427.089 KE2025 A = 425.588 D = 427.440 2024 A = 425.740 E = 425.813 D = 427.163 2036 D = 429.293 2021 A = 425.371 E = 425.401 D = 428.271 2022 A = 423.008 E = 423.008 D = 429.328 2029 A = 436.327 E = 436.337 D = 439.988 103607 A = 441.702 E = 441.722 D = 445.142 5003 A = 425.878 E 2 = 426.188 E 1 = 426.468 D = 430.718 KE2020 A 3 = 425.848 A 2 = 426.748 A 1 = 425.978 E = 427.048 D = 431.418 KE2019 A = 427.358 E = 427.378 D = 432.188 2014 A = 437.358 E = 437.378 D = 441.056 103608 A = 437.770 E = 437.790 D = 441.402 103609 A = 427.998 E = 428.018 D = 432.828 2011 A = 428.120 E = 428.130 D = 434.010 30902 A = 429.462 E = 429.492 D = 434.292 3793 A = 439.055 E = 439.065 D = 442.557 103610 A = 440.089 E = 440.149 D = 443.683 103611 A = 429.896 E = 429.916 D = 435.056 30919 A = 430.975 E = 430.975 D = 435.795 3786 A = 429.565 E = 429.585 D = 431.197 3753 A = 429.995 E = 429.995 D = 431.835 3754 A = 441.628 E = 441.658 D = 445.328 400873 A = 446.853 E = 446.853 D = 450.643 4298 A = 449.026 E 2 = 449.036 E 1 = 449.056 D = 452.056 404512 A = 448.902 E = 448.932 D = 451.952 3836 A = 443.172 E = 443.282 D = 446.902 400874 A = 444.554 E = 444.634 D = 447.624 450749 A = 443.434 E 2 = 443.564 E 1 = 444.254 D = 447.014 KE400875 A = 445.152 E = 445.182 D = 448.872 KE403594 A = 432.465 E = 432.505 D = 437.215 3773 A = 430.474 E = 430.494 D = 432.724 3756 A 2 = 433.905 A 1 = 433.775 E = 434.015 D = 438.755 KE3765 A = 436.205 E 2 = 436.235 E 1 = 436.885 D = 441.005 3758 A =44 3. 9 55 D =445. 595 3913 A 2 = 447.102 A 1 = 446.752 E = 446.852 D = 450.782 KE403593 A = 447.266 E = 447.366 D = 451.026 3942 A 2 = 446.560 A 1 = 446.450 E 2 = 446.530 E 1 = 446.450 D = 450.600 4844 A = 439.590 E = 439.600 D = 444.070 3920 A = 447.840 E = 448.040 D = 451.170 406742 A = 447.552 E = 447.692 E = 447.692 D = 450.842 3951 A = 449.494 E = 449.554 D = 453.254 3988 A = 446.040 E 2 = 446.120 E 1 = 446.050 D = 449.856 4843 A =444. 768 D=44 9. 148 11923 1 A = 441.776 E = 441.876 D = 447.116 3885 A = 440.596 E 2 = 440.626 E 1 = 441.116 D = 446.706 3881 A = 443.338 D = 446.008 KE3875 A = 443.126 E = 443.246 D = 446.436 3874 A = 445.448 E 2 = 445.508 E 1 = 445.488 D = 449.117 4838 A = 445.678 E = 445.678 D = 449.318 4840 A = 446.899 E = 446.969 D = 450.459 3993 A = 446.408 E = 446.458 D = 450.598 4000 MW SBR 800 - 56.07 - 21.2 < MW NBR 600 - 70.22 - 21.5 < MW SBR 800 - 56.04 - 22.2 < MW SBR 600 - 67.45 - 20.9 < MW BN E 600/900 - 61.30 - 36.0 < MW STZ 150-3 9. 53-183. 5 < MW BN E 600/900 - 70.21 - 34.0 < MW STZ 250 -46. 01- 64. 3 < SW NBR 450 -17. 97- 23. 0 < SW NBR 450 -18. 40- 5. 1 > MW NBR 600 -22. 39- 85. 1 < MW NBR 600 - 25. 39-7. 8 > MWNBR 6 0 0 - 7 2 . 28-5 . 1 > MW BN E 600/900 - 56.99 - 35.1 < MW NBR 600 -24. 37- 38. 5 < MW NBR 600 -13. 06- 36. 6 < MW NBR 450 - 47. 82- 53. 9 > MW NBR 450 - 41. 66-53. 5 > -4. 59- 41. 2 < MW STZ 300 MWNBR 600- 70 . 89-5 . 7 > M W STZ 250 -80. 18 - 87 . 9 < MW NBR 450 -15. 13- 52. 1 > MWNBR 60 0- 6 5 . 1 8-4 . 7 > MWHP E 3 55- 6 2 . 9 1-30 . 5 < MWHP E 355- 58 . 0 9-27 . 3 < - 6 . 30-26 . 2 < MWS TZ 450 MWS TZ 4 5 0- 53 . 8 5-28 . 6 < MWS TZ 450- 58 . 19-25 . 9 < MWS TZ 4 5 0- 4 8 . 1 2-2 1 . 7 < MWS TZ 450- 57 . 35-22 . 4 < MWS TZ 4 50- 1 9 . 4 4-21 . 3 < MWS TZ 450 - 50 . 07 -20 . 8 < MW STZ 450 -47. 24- 20. 5 < MWSTZ 45 0 - 2 7 . 1 6-2 4 . 7 < -2. 93- 68. 3 < EW SBR 600 22k V 2 2k V 150k V 150k V 150k V 150k V 150k V 150k V 150k V 150 11k V 1 1k V 11k V 11k V 11k V 11k V 11k V 11k V 22k V 22k V 22k V k V 22k V 22k V 22k V 22k V 22k V 22k V 22k V 22k V 22k V 22k V 22k V 150k V/ Oe l 150k V/ Oel 150k V/ Oel 150k V/ Oel 150k V/ Oel 150k V/ Oel 150k V/ Oel 22k V 22k V 22k V 22k V 1 1k V 11k V 11 k V 11k V 1 1k V 1 1k V 11k V 11 k V 22 kV 22 kV 22k V 22k V 11 kV 11k V 11k V 1 1k V 11k V 22k V 22k V 1 1k V 11 kV 11 kV 11k V 1 1k V 11k V 22 kV 22 kV 22k V 22k V 22 kV 22 kV 22 kV 22 kV 22 kV 22 kV 22k V 11 kV 11 kV 11 kV 11 kV 11 kV 11 kV 11 kV 22k V 22k V 150k V 22 kV 22 kV 22 kV 22 kV 22 kV 22 kV 22 kV 22k V 22k V 2 2k V 150k V 22 kV 22 kV 22 kV 11 kV 22k V 2 2k V 2 2k V 2 2k V 2 2k V 22k V 22k V 22k V 22k V 22k V 11k V 11k V 22 kV 22 kV 22 kV 150 kV 1 5 0k V 15 0k V 150k V k V 11 kV 11 kV 11 kV 11 kV 11 kV 11 kV 11k V 11 kV 11 kV 11k V 11k V 11k V 1 1k V 1 1k V 11k V 11k V 11 kV 11k V 11k V 22k V 2 2k V 2 2 22k V 22k V 22k V 2 2k V 2 2k V 22k V 22k V 2 2k V 2 2k V 22 kV 22 kV 22 kV 22 kV 22 kV 22 kV 22 kV 22 kV 22 kV 22 kV 11 kV 11 kV 11 kV 11 kV 11 kV 11 kV 11 kV 11 kV 11 kV 22 kV 22 kV 22k V 22k V 2 2k V 2 2k V 22k V 2 2k V 22 kV 22 kV 22 kV 22 kV 11 kV 1 1k V 11k V 11k V 11k V 11k V 11k V 11 kV 11 kV 11 kV 1 1k V 11k V 11k V 11k V 11k V 1 1k V 11k V 11k V 11k V 11 kV 11k V 11k V 11k V 11k V 11k V 11k V 11k V 11k V 11k V 11k V 11k V 1 1k V 11k V 11k V 11k V 1 1k V 11k V 11k V 1 1k V 1 1k V 11k V 5 0k V/ Oe l 22 kV 22k V 22 kV 11 kV 22k V 22k V 150k V 22 kV 150k V 22k V 11 kV 11 kV 11 kV 11 kV 22k V V/ Oel 11k V 11k V 11k V 1 1k V 11k V 1 1k V 1 1k V 22 kV 22k V 22k V 150k V 150k V 1 50 k V 150k V 150k V 11k V 11k V 11k V 1 1k V 11k V 11k V 11 kV 11k V 11k V 11k V 11 kV 11k V VS VS VS VS VS VS VS VS VS ü=0. 40 tiefer ü=1.40 ti ef er t i ef er ü=0.30 ü=0.25 ü = 1 . 8 0 ü = 0 . 25 ü=0. 80 ü = 0 . 2 5 ü=1. 40 ü=1. 15 ü=1. 60 ü = 1 . 8 0 ü=1. 60 ü=0. 75 ü=1. 85 ü = 1 . 30 Swisscom S wi s s c o m S wi ss c o m S wi s s c o m S wi ss c o m Swi s s c o m Swi ss c om Swi s s c o m Swi ss c om Swisscom S wi ss c o m Swi s s c om Swisscom Swisscom Swisscom Swisscom Swi ss c om S wi s s c o m Swisscom S wi ss c o m Swi s s c om MW NBR 30 0- 2 0 . 08- 7 2 . 3 < MWNBR 3 00- 2 7 . 21- 7 7 . 1 < MWNBR 3 0 0- 2 7 . 8 0- 57 . 1 < MW SBR 300 - 41.35 - 16.4 < MWS BR 30 0- 8 0 . 04- 10 . 2 < MWS BR 3 00- 79 . 1 3- 1 1 . 6 < MW STZ 300-51. 97-76. 6 > MW STZ 300-14. 68-21. 2 > MW uE750/ 1200-45. 70-26. 8 > MWHP E 250- 12 . 37- 42 . 3 < MWS TZ 250- 28 . 85- 6 . 4 < MWHPE 5 0 0- 4 9 . 09- 42 . 2 > - 6 . 8 6- 1 6 . 0 > MW STZ 4 0 0 Er dgasS 501926 Er dg a sSK 501 9 8 0 Er dg a sSK 5 0198 0 Er d g a sSK 5019 80 Er d g a sSK 5019 8 0 Er dgasSK 501982 Er d g a sSK 501 98 0 Er d g a sSK 5 019 8 0 Er dgasSK 501980 Er dgasSK 501980 Er dgasSK 501980 Er d g a sSK 8 01 97 4 Er dgasSK 801980 E r dg a s S K 501980 Er dgasSK 501980 Er dgasSK 501980 Er dgasSK 2001980 E r d g a s S K 15 01 9 7 2 Er dgasSK 801974 Er dgasSK 801988 E r dg a s P 1401988 E r dg a s P 1401988 E r d g a sP 9 01 9 8 3 Er dgasP 401983 Er dgasP 631997 Er dgasP 632010 E r d g a s P 6 32 0 0 6 Er dgasP 631985 E r dg a s P 9 01 983 Er dgasP 631993 Er dgasP 501983 Erdgas P 90 1983 Er dgasP 632002 Er dgasP 401983 Er dgasP 321983 Er dgasP K632011 Er dgasP 632007 Er dgasP 631987 Er dgasP 631993 Er dgasP 321988 Er dgasP 401987 Er dgasP 321988 Er dgasP 501990 Er dgasP 401988 Er dgasP 322002 Er dgasP 322002 Er dgasP 322002 Er dgasP 321982 Er dgasP 631988 E r dg a s P 632002 Er dgasP 402002 Er dgasP 631988 Er dgasP 401982 Er dgasP 321986 Er dgasP 321988 Er dgasP EAF 502009 E r dg a s u E r d g a s P K 632011 Erdgas P K 63 2011 E r d g a s GD 30 01 9 88MD E r d g a s GD 1 501991 Er dgasGD 3001980 E r d g a s GD 15019 91 Er dgasGD 1001980 Er dga sGD 3001980 E r d g a s GD 3 001 9 80 E r dg a s GD 3 00198 0 Er dgasGD 2001984 E r dg a s GD 30 0198 0 991 Erdgas GD 300 1980 E r dg a s GD 3001988 E r dg a s GD 3 001988 E r d g a s GD 300198 8 E r d g a s GD 300198 8 Er dg a sGD 3 00198 7 Er dgasGD 2001987 P 321983 Er dgas C a b l e c o m1 x P E 4 0 112 Br 393 d3 0 0 PE 147. 2 4 0 0 W L d 1 00 WLd100 WL d 125 WL d 125 WLQ 26. 2PE100 WLQ 26. 2PE100 WLQ50d WL Q 102.2 PE WLQ1 0 2 . 2P E WLQ1 02 . 2P E WLQ1 0 2 . 2P E WLQ1 02 . 2P E WLQ 20. 4PE100 WLQ10 2 . 2P E WLQ102 . 2PE Er d g a sGD 1 5 01 98 6 Er d g a sP 6 31 9 9 2 Er d g a sP 3 21 9 92 Er dg a sP 321 980 Er dgasGD 2001980 Er dgasP 402010 Er dg a sGD 30 01986MD Er dgasP 401986 Er dgasGD 3001988MD Er dgasGD 2001988 Er dgasP 401988 E r dg a s P 631 9 88 Erdgas SK 150 1972 Er dgasP 401988 Er d g a sGD 2 5 01 9 8 4 Er dgas Erdgas SK 200 1975 Er dgasP 631988 E r dg a s GD 3001988 Er dga sGD 2001981 Er dgasP 321988 Er dgasP 401988 Er dgasP 401997 E r dg a s GD 30 01 9 8 8 Er dgasGD 2001987 Er dgasP 402002 Erdgas SK 200 1975 Er dga sGD 3001994MD Er dgasGD 3001994 Er dga sSK 501981 Erdgas GD 200 1975 Er dgasP 402002 E r dg a s GD 1 0 01 9 8 4 Er dgasGD 2001985 Er d g a sGD 3001 9 8 7 Er dgasSK 501981 E r dg a s P 3219 94 Erdgas Erdgas P 32 1985 Erdgas GD 200 1975 E r d g a s P 63200 2 Er dgasP 401985 Erdgas GD 300 1994 Erdgas P 63 2005 Erdgas GD 200 1985 E r dg a sP 901985 Er dgasP 631994 E r dg a s P 902 001 Er dgasP 631979 E r dg a s P 631 9 94 Er d g a sP 6319 9 4 Er dgasSK 3001994MD Er dgasSK 3001994 E r dg a sP 632 0 09 Er d g a sGD 3 0 01 9 87 Er dgasP 4019 85 Er d g a sGD 3 0 01 98 7 WL d 150 WLd150 WLd150 WLQ 100d WLd20 0 WLd150 WLd200 WLd150 WLd400 WLd200 WL d 150 WLd1 5 0 WL d 150 WL Q 100 d WL d 150 WLd150 WLd1 5 0 WL d 150 WLd15 0 WLd1 5 0 WLd150 WLd1 5 0 WLd15 0 WLd150 WLd1 5 0 WL d 150 WLd1 5 0 WL150 W L d 1 5 0 WL d 150 WL d 150 WL d 150 WLd1 50 WLd15 0 MW uE800/ 1200-19. 75-36. 2 > - 6 . 46-13 . 9 > E WS BR 1250 - 3 . 5 9-615 . 6 > MW ARME9 0 0 / 1350 MW uE750/ 1200-8. 41-64. 4 > MW uE750 / 120 0- 29 . 34- 3 9 . 3 > MWS BR 600- 2 7 . 21-15 . 1 < Er dg a sGD 20 01 995 MWS BR 500- 20 . 69-32 . 6 > -7. 37-14. 8 > MW SBR 300 MWNBR 6 00- 26 . 62- 24 . 2 < MW SBR 800 - 35.23 - 9.6 < MW NBR 600 - 70.87 - 20.7 < MW SBR 800 - 53.72 - 9.7 < MW NBR 600 - 68.81 - 21.9 < MW SBR 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 . 81- 26 . 0 < MWS BR 600 -11. 74- 92. 6 < MW STZ 250 -11. 06- 65. 6 < MW STZ 250 MW SBR 800 - 53.11 - 27.2 < S BR 60 0- 7 . 76-72 . 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 1000 - 30.57 - 6.9 < 15 0k V! 22k V 50 kV/Oel! 50 kV/Oel! 22 kV! 22 kV! 22 kV! 22 kV! 22 kV! 150k V / Oe l ! 150 kV/Oel! 50k V/ Oel ! 150 kV! 150 kV! 50k V/ Ma! 150 kV! 1 5 0k V! 150k V A = 443.296 E 2 = 443.336 E 1 = 443.586 D = 448.846 KE3868 A 2 = 425.088 A 1 = 423.018 E 2 = 425.778 E 1 = 423.668 D = 429.308 KE2030 A = 432.312 E = 432.342 D = 437.422 30921 A = 431.081 E = 431.091 D = 436.261 30920 A = 442.656 E 2 = 442.736 E 1 = 442.686 D = 448.556 3873 A = 438.195 E 2 = 438.245 E 1 = 438.595 D = 443.525 3919 A = 427.610 E = 427.610 D = 432.900 30901 A = 427.258 E 2 = 427.278 E 1 = 427.298 D = 432.058 KE2016 MW STZ 300 -18. 24- 83. 1 < MW SBR 35 0 - 0 . 90- 2 5 . 0 > STATION DRAHTZUG SM EK A EAG RL18 RL18 E K E K kasten WV Z - S t r e u s t r o m- Blaue Zone Blaue Zone Blaue Zone Blaue Zone Blaue Zone Blaue Zone B l a u e Z o n e Blaue Zone Blaue Zone Z o n e Bl a u e Blaue Zone VKT VKT VKT VKT VKT VKT VKT VKT VKT VKT VKT VKT VKT VKT VKT VKT VKT VKT VKT Spiegel VKT VKT VKT VKT VKT VKT VKT 2 Muffen 3Mu f f e n K r e u z p l a t z I +I I 2 Muffen 1 100 1 100 . B. VM Muf e L ee r »¿ Je 1 K.99 II K.68 I K.199 II K.67 I i nGe b u d e A n s c h l u ss i nGe bu d e A n s c h l u ss SV S V SV 1 100 K. II + III 2 Muffen K. I 1 Muffe K. III 1 Muffe K. I + II 2 Muffen Leiter erneuern Leiter erneuern versetzen versetzen 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 SA SA 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 gemss A = 428.167 E = 428.201 D = 434.040 KS 408’554 A = 432.2 DK Nr. 409 521 MW S BR 1200 - 15 . 98-7 . 0 < - 8 . 20-100 . 0 < MW S BR 1200 MW Rechteckkanal 1200/2200 - 35.85 - 5.0 < MW SBR 1200 - 73.85 - 35.5 < MW SBR 1200 - 58.43 - 35.5 < MW STZ 1000 - 68.27 - 22.0 < - 6 . 10 - 457 . 8 5 < MW ST Z 600 - 3.78 - 342.7 < MW STZ 800 M W S T Z 5 0 0 - 6 3 . 4 8 - 8 8 . 0 < M W STZ 8 00 - 5 5 . 92 - 5 0 . 0 < E2 E1 TED 13.42 gemss A = 443.267 E = 443.465 D = 448.880 KS 408’561 TED 13.46 gemss A = 442.863 E = 442.900 D = 448.960 KS 408’562 E2 E1 MW SBR 1200 - 58.43 - 35.5 < MW SBR 1200 - 73.35 - 35.5 < - 1.00 - 330.0 < MW STZ 400 TED 13.42 gemss A = 435.450 E = 435.780 D = 440.640 KS 409’267 MW Rechteckkanal 1200/2200 - 35.00 - 5.0 < - 8 . 2 0-10 0 . 0 < MW S BR 12 0 0 MWS TZ 800 - 14 . 41 - 74 . 0 < MW S BR 1200 - 15 . 23-7 . 0 < SA im Haus Reperaturen GAL - Ha u s Re p e r a t u r e n GALim Haus Reperaturen GAL - im Haus Reperaturen GAL - im Haus Reperaturen GAL - E1 E2 - 2 . 06- 342 . 7 < MW S T Z 80 0 Kanalsanierung Kanalsanierung Kanalsanierung Kanalsanierung Kanalsanierung Kanalsanierung Kanalsanierung MW STZ 1000 - 90.43 - 9.8 < - 16.06 - 74.0 < MW STZ 800 - 14 . 2 5 - 2 2 . 0 < MW ST Z 1 00 0 Kanalsanierung Kanalsanierung (Drittprojekt) 13.46 gemss TED gelochter Deckel A = 435.391 E = 435.396 D = 440.640 KE 408’557 TED 13 . 43 g e m ss D 449 . 350 E 444 . 538 A 444 . 450 KS 408 ’ 565 3 . 00x4 . 00m Zi e l g r ub e 7 . 50x4 . 0 0m St a r t g r ub e zulasten GE Reperaturen GAL - MW SBR 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 - z u s t e nGE Re p e r a t u r e n GAL- MW STZ 1 00 0 - 1 3 . 75- 2 2 . 0 < MW STZ 80055 . 4250 . 0 < MW SBR 1200 - 58.43 - 35.5 < MW STZ 500- 6 2 . 9 8- 88 . 0 < MW STZ 1000 - 90.43 - 9.8 < - 1.83 - 202.0 < MW STZ 400 Kanalsanierung Kanalsanierung TED 13.43 gemss = 445.464 A = 445.508 E2 = 445.488 E1 = 449.120 D KS 408’563 - 5 . 60- 457 . 85 < MW STZ 600 TED 13 . 42 g e m ss A 443 . 315 E 443 . 365 D 449 . 350 KS 408 ’ 567 MW STZ 1000 - 68.27 - 22.0 < z u s t e nGE Re p e r a t u r e n GALz u s t e nGE Re p e r a t u r e n GALP r e s s v o r t r i e b MW S T Z 80 0 - 3 5 . 3 1 - 5 0 . 0 < MW PEHD 80 0- 34 . 81- 50 . 0 < 0897 . 300- 57 g e m ssPn A 445 . 104 E 448 . 116 D 451 . 408 KE 408 ’ 568 0897.300 - 52 gemss Plan TED 13.74 gemss Abdeckung A = 435.222 D = 439.200 1000 /1000 /600 KE 409’235 0897.300 - 52 gemss Plan gelochter Deckel A1= 435.096 E = 435.220 D = 439.150 KE 408’555 0897.300 - 52 gemss Plan gelochter Deckel A2= 435.220 D = 439.150 KE 408’556 0897.300 - 54 gemss Plan gelochter Deckel A = 438.000 E2 = 438.910 E1 = 438.185 D = 443.900 KE 408’558 0897.300 - 58 gemss Plan A = 432.300 E = 434.400 D = 438.600 KE 409’179 0897.300 - 55 gemss Plan gelochter Deckel A = 440.259 E2 = 440.544 E1 = 440.956 D = 446.850 KE 408’559 0897.300 - 56 gemss Plan TED 13.74 gelochter Deckel A = 442.457 E2 = 442.561 E1 = 442.561 D = 448.830 KE 408’560 MW STZ 2 00- 1 4 . 1 1- - 2 . 06- 3 4 2 . 7 < MW S T Z 8 0 0 Ersatzloser Rückbau 50 kV Leitungen Sicherung ewz-Trasse Sicherung ewz-Trasse Sicherung ewz-Trasse E r dg a s l e it ung P E HD 225 mm- 136 . 06 - z u L a s t e n E R Z E r d g a s l e i t u n g P E HD 2 2 5 m m - 6 4 . 3 9 - z u L a s t e n E R Z Erdgasleitung PEHD 225 mm - 176.79 - Erdgasleitung PEHD 225 mm - 176.79 - Erdgasleitung PEHD 225 mm - 33.57 - E r dg a s l e it ung P E HD225 mm- 100 . 00 - z u L a s t e n E R Z Erdgasleitung PEHD 225 mm - 71.28 - PE H D 160 mm - 14 . 5 7 - E r dg a s l e it u ng PEHD 2 2 5 mm - 2 0 . 2 7 - Er d g a s l e i t u ng PEHD 63 mm - 1 6 . 1 0 - Er d g a s l e it u ng PEHD 63 Er dg a s l e i t un g PE HD 280 - 11 . 40 - P E HD 2 2 5 m m - 9 . 3 2 - E r d g a s l e i t u n g Wa ss e r l e it ung 150 mm- 311 . 89 - Wa ss e r l e it ung 150 mm- 311 . 89 - Wasserleitung 150 mm - 125.83 - zu Lasten ERZ Wasserleitung 150 mm - 147.08 - Umlegung ewz/Telekom PE 63 WL 150 PE 63 PE 63 PE 6 3 WL 150 OFH PE 90 PE 63 PE 63 PE 63 PE 6 3 PE 6 3 PE 90 PE 1 60 OFH WL 150 PE 63 PE 63 PE 63 PE 63 Re li n i ng PE 63 PE 63 PE 63 PE 63 PE 63 PE 6 3 PE 63 PE 63 P E 63 PE 63 HAS PE 63 PE 63 PE 63 PE 63 P E 63 PE 63 PE 63 PE 6 3 PE 63 OFH PE 63 PE 63 PE 63 PE 63 PE 63 PE 63 PE 63 WL 150 P E 63 PE63 PE 63 PE 90 PE 63 PE 63 P E63 - 1 1 . 9 3 - z u L a s t e n E RZ W a s s e r l e i t u n g 15 0 WL 150 WL 150 WL 150 PE 63 PE 160 PE 63 PE 63 PE 160 HAS HAS HAS HAS HAS HAS HAS HAS HAS HAS HAS HAS HAS HAS HAS HAS HAS HAS HAS HAS HAS HAS HAS HAS HAS HAS H AS HA S H A S WL 150 HA S Bu e Zon e Ge h we g 3 . 89 2 . 0 5 1 . 5 1 3 . 5 2 2 . 00 3 . 53 2 . 05 1 . 54 1 . 7 5 3 . 50 1 . 72 3 . 47 1 . 5 0 1 . 82 3 . 57 2 . 01 1 . 78 2.01 3.84 2 . 03 2 . 03 1 . 9 0 3 . 53 3 . 9 3 3 . 55 1 . 50 3 . 93 3 . 5 5 2.00 0.4 3 4 5 6 7 8 9 10 11 16 17 18 19 20 23 24 25 26 27 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 56 57 59 0.3 1 2 5 8 60 21 42 0.2 13 22 12 14 52 1 . 90 1 . 99 2 . 20 4 . 2 3 1 . 9 0 2 . 2 0 2 . 20 1 . 7 5 2 . 20 2 . 20 1 . 75 4 . 40 6 . 1 3 1 . 7 5 2 . 05 1 . 75 2 . 20 3 . 91 6 . 11 1 . 90 1 . 7 5 2 . 5 2 6.00 2.00 1 . 9 0 1 . 9 0 6 . 46 6 . 13 2 . 2 0 4 . 4 0 2 . 0 5 2 . 20 2.00 4 . 40 1 . 70 4 . 1 2 1 . 75 Unterflurcontainer w h r e nd d e r Ba u s a u s f üh r ung f e s t g e l e g t Au s ma ss F und a ti on s e r s a t zwi r d Projektiert durch N 07’014 bersichtsplan 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 für Projektiert 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 Gewhr. Für die Richtigkeit und Vollstndigkeit der eingetragenen Leitungen bei Kontrollschchten Boden auf- und Konus abbrechen Ausser Betrieb genommene Kanle auffüllen oder abbrechen, 21.10.2013 Tiefbauamt Stadt Zürich Wasserversorgung Zürich Grün Stadt Zürich Erdgas Zürich AG Elektrizittswerk Zürich Entsorgung & Recycling Zürich C F C F G G E E H H D D B B A A

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Page 1: 0897 110 01 · 2013. 10. 23. · nbr Ø 6 00 m w m w mw mw mw 6.9 › < 9.0 › < 7. 8 › < 1 3. 2 › > 74.4› < 73.7 ›

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123626701235

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27301766

267014112670

1409

75

71

202

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2

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69

103

40

4

39

192

193221

153

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1

91

16

23

135

141143

70

145

72

149

21

78

151

80

2

3

14

7

122

104

116114

125

112

123

106

2

220

119

102

117

98

115

218

96

4

109

41a

6

107

217

212

7

42

101

210a

41

210

215

76

78

88

95

84

93

82

234

232226

224

225

79

77

234b

228

120

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202c

205

109a

214

161

167

5a

87

67

37a

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128

26700543

26700929

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NP2134

NP112

NP934

NP964

NP2133

NP2180

HI1641

5706

HI0684

HI2235

HI1909

HI2152

HI1888

HI1887

HI1893

HI2118

HI1886

HI1912

HI1913

HI1914

HI1791

HI1901

HI1910

HI1937

HI2262

HI2261

HI1950

HI1044

HI2238

HI0759

HI1642

HI0762

HI2239

HI1931

HI1643

HI1834

HI1644

HI2135

HI2240

HI1932

HI0625

HI0629

HI1715

HI0627

HI1933

HI0626

HI1716

HI0630

HI0614

HI1935

HI1936

HI2260

HI0729

HI0741

HI0726

HI0727

RI1392

RI1391

RI1358

HI1928

RI2781

HI2237

HI2236

HI1999

4343

Mitta

gweg

Wald

Forchstrasse

Ham

mersteig

Ulrichstrasse

Hedwigstra

sse

Hed

wigsteig

Rankstra

sse

Frö

belstrasse

Hammerstrasse

Wetlistrasse

Forchstrasse

Sem

pacherstrasse

Rinne

Rinne

Tankstelle

Dra

htzugstra

sse

Hammerstrasse

Dra

htz

ugsteig

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

WZ

Cablecom in/auf HK

Cableco

m in/a

uf H

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m in/a

uf

HK

Cableco

m

Cablecom in Swisscom

Cableco

m in S

wissco

m

Cablecom in

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m in H

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Cablecom 1xPE28 in EW

Z-Trasse

Cableco

m in S

wisscom

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

4842

4850

4853

4856

4857

2012

2013

2015

2018

4872

2091

2094

2095

2097

2099

2100

2101

2102

2078

2079

2031

4859

4996

4998

5000

5001

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3774

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3778

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3783

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3788

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3757

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37623763

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3848

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3869

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3834

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3797

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3800

3801

3803

3999

3968

3970

3985

3943

3944

3945

3955

3899

3903

3904

3905

3906

3907

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3910

3911

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3928

3929

3987

3989

3990

3991

3992

3994

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3996

3997

4276

8193

8194

8196

8198

8165

8166

2955

2957

4301

8233

8235

8236

8238

103619

103618

112602

112603

112616

112618

112619

112620

115991

115993

115994

115996

115997

115990

116126

116127

119325

119326

119352

119353

119354

119355

119327

119328

119329

119330

119331

119332

119333

119335

119336

119337

119338

119339

119340

119341

119342

119343

119344

119345

119346

119347

119348

119349

119350

119351

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

MW SBR Ø 800 - 56.07 - 21.2 � <

MW NBR Ø 600 - 70.22 - 21.5 � <

MW SBR Ø 800 - 56.04 - 22.2 � <

MW SBR Ø 600 - 67.45 - 20.9 � <MW BN E 600/900 - 61.30 - 36.0 � <

MW S

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MW BN E 600/900 - 70.21 - 34.0 � <

MW S

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50 - 46.0

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SW N

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MW N

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MW N

BR Ø 600 - 25.39 - 7.8 �

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MW NBR Ø 600 - 72.28 - 5.1 �

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MW BN E 600/900 - 56.99 - 35.1 � <

MW N

BR Ø 600 - 24.37 - 38.5 � <

MW N

BR Ø 6

00 - 13.0

6 - 36.6 � <

MW N

BR Ø 450 - 47.82 - 53.9 �

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MW N

BR Ø 450 - 41.66 - 53.5 �

>

- 4.5

9 - 41.2 � <

MW S

TZ Ø 3

00

MW S

TZ Ø 800 - 28.89 - 114.1 � <

MW NBR Ø 600 - 70.89 - 5.7 � >

MW S

TZ Ø 2

50 - 80.1

8 - 87.9 � <

MW N

BR Ø 4

50 - 1

5.1

3 - 5

2.1 � >

MW NBR Ø 600 - 6

5.18 - 4.7 �

>

MW HPE Ø

355 - 62.91 - 30.

5 � <

MW HPE Ø 355 - 58

.09 - 27.3 �

<

- 6.30 - 26.2 � <

MW STZ Ø 450

MW STZ Ø 450 - 53.8

5 - 28.6 � <

MW STZ Ø 450 - 58.19 - 25.9 � <

MW STZ Ø 450 - 48.12 - 21.7 � <

MW STZ Ø 450 - 57.35 - 22.4 � <

MW STZ Ø 450 - 19.44 - 21.3 � <

MW STZ Ø 450 - 50.07 - 20.8 � <

MW S

TZ Ø 450 - 4

7.24 - 2

0.5 � <

MW STZ Ø

450 - 27.16 - 24.7 � <

- 2.93 - 68.3 � <

EW S

BR Ø 600

22 kV

22 k

V

150 k

V

150 k

V150 k

V150 k

V

150 k

V

150 k

V150 k

V150 k

V

11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

22 k

V

22 k

V

22 k

V

22 k

V

22 k

V

22 k

V

22 k

V

22 k

V

22 k

V

22 k

V

22 k

V

22 k

V

22 k

V

22 k

V22 k

V

150 kV/Oel

150 k

V/O

el

150 k

V/O

el

150 k

V/O

el

150 k

V/O

el

150 k

V/O

el

150 k

V/O

el

22 kV

22 kV

22 kV

22 kV

11 kV

11 kV

11 kV

11 k

V

11 kV

11 kV

11 kV

11 kV

22 kV22 kV

22 k

V22 k

V

11 kV

11 kV

11 kV

11 kV

11 kV

22 k

V

22 k

V

11 kV

11 kV11 kV11 kV

11 kV

11 kV

22 kV22 kV

22 kV

22 kV22 kV

22 kV22 kV22 kV22 kV 22 kV

22 kV

11 kV 11 kV 11 kV11 kV11 kV 11 kV 11 kV

22 k

V22 k

V

150 k

V

22 kV22 kV

22 kV22 kV

22 kV 22 kV 22 kV

22 k

V

22 k

V

22 kV

150 k

V

22 kV 22 kV 22 kV

11 kV

22 k

V

22 kV

22 kV

22 kV

22 kV

22 kV

22 kV

22 kV

22 k

V

22 kV

11 kV

11 kV

22 kV22 kV

22 kV

150 kV

150 kV

150 kV

150 kV

11 kV

11 kV11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

11 k

V

11 kV

11 kV

11 kV

11 kV

11 k

V

11 kV

11 kV

11 k

V

22 kV

22 kV

22 kV

22 k

V

22 k

V

22 kV

22 kV

22 kV

22 kV

22 kV

22 kV

22 kV

22 kV

22 kV

22 kV22 kV

22 kV22 kV

22 kV22 kV

22 kV22 kV

11 kV11 kV

11 kV11 kV

11 kV11 kV11 kV

11 kV11 kV

22 kV

22 kV

22 kV

22 kV

22 kV

22 kV

22 kV

22 kV

22 kV

22 kV

22 kV22 kV

11 kV

11 kV

11 kV11 kV

11 kV

11 kV

11 kV

11 kV 11 kV11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

11 kV 11 kV

11 kV

11 kV

11 k

V

11 k

V

11 kV

11 kV

11 kV

11 kV

11 kV

11 k

V

11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

50 k

V/Oel

22 kV22 kV22 kV

11 kV

22 k

V22 k

V

150 k

V

22 kV

150 kV

22 kV

11 kV

11 kV 11 kV11 kV

22 kV

150 k

V/O

el

11 kV

11 kV

11 kV

11 kV11 k

V

11 kV

11 kV

22 kV

22 k

V22 k

V

150 k

V

150 k

V

150 kV15

0 kV

150 k

V

11 kV

11 k

V

11 kV

11 kV

11 k

V

11 k

V

11 kV

11 kV

11 kV

11 kV

11 kV

11 kV

VS

VS

VS

VS

VS

VS

VS

VS

VS

ü=0.4

0

tiefer

ü=1.40

tiefer

tiefer

ü=0.30

ü=0.25

ü=1.80

ü=0.2

5

ü=0.8

0

ü=0.2

5

ü=1.40

ü=1.15

ü=1.60

ü=1.80

ü=1.60

ü=0.7

5

ü=1.8

5

ü=1.30

Swisscom

Swisscom

Swisscom

Swisscom

Swisscom

Swisscom

Swissco

m

Swisscom

Swissco

m

Swisscom

Swisscom

Swissco

m

Swisscom

Swisscom

Swisscom

Swisscom

Swissco

m

Swissco

m

Swisscom

Swisscom

Swissco

m

MW N

BR Ø 300 - 20.08 - 72.3 �

<

MW NBR Ø 300 - 27.21 - 77.1 � <

MW NBR Ø 300 - 27.80 - 57.1 � <

MW SBR Ø 300 - 41.35 - 16.4 � <

MW SBR Ø 300

- 80.04 -

10.2 � <

MW SBR Ø

300 - 79.

13 - 11.6 � <

MW S

TZ Ø 3

00 - 5

1.9

7 - 7

6.6 � >

MW S

TZ Ø 3

00 - 1

4.6

8 - 2

1.2 � >

MW u E 750/1200 - 4

5.70 - 2

6.8 � >

MW HPE Ø

250 - 12.

37 - 42.3 � <

MW STZ Ø 250 - 28.85 - 6.4 � <

MW HPE Ø

500 - 49.09 - 42.2 � >

- 6.86 - 16.0 � >

MW STZ Ø

400

Erdgas S Ø 50 1926

Erdgas SK

Ø 50 19

80

Erdgas SK

Ø 50 19

80

Erdgas SK Ø 50 19

80

Erdgas SK Ø 50 19

80

Erd

gas S

K Ø 5

0 1

982

Erdgas SK Ø 50 19

80

Erdgas SK Ø 50 19

80

Erd

gas S

K Ø 5

0 1

980

Erd

gas S

K Ø 5

0 1

980

Erd

gas S

K Ø 5

0 1

980

Erdgas S

K Ø

80 197

4

Erd

gas S

K Ø 8

0 1

980

Erdgas SK Ø 50 1980

Erd

gas S

K Ø 5

0 1

980

Erd

gas S

K Ø 5

0 1

980

Erd

gas S

K Ø 2

00 1

980

Erdgas SK Ø 150 1972

Erd

gas S

K Ø 8

0 1

974

Erd

gas S

K Ø 8

0 1

988

Erdgas P Ø 140 1988

Erdgas P Ø 140 1988

Erdgas P Ø 90 1983

Erd

gas P Ø 4

0 1

983

Erdgas P Ø 63 1997

Erd

gas P Ø 6

3 2

010

Erdgas P Ø 63 2006

Erd

gas P Ø 6

3 1

985

Erdgas P Ø 9

0 1983

Erd

gas P Ø 6

3 1

993

Erd

gas P Ø 5

0 1

983

Erdgas P Ø 90 1983

Erdgas P Ø 63 2002

Erd

gas P Ø 4

0 1

983

Erd

gas P Ø 3

2 1

983

Erd

gas P Ø K 6

3 2

011

Erdgas P Ø 63 2007

Erd

gas P Ø 63 1987

Erd

gas P Ø 6

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

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SÉRIE 22 - Valentino Tecnica · fluorescentes compensadas W Capacidade de ruptura em DC1: 30/110/220 V A Carga mínima comutável mW (V/mA) Material dos contatos Características

mw^m ISENÇÃO DE DIREITOS PARA FERRAMENTAS …memoria.bn.br/pdf/116408/per116408_1946_01548.pdf · '.^mW^ - - • ' 'mw^m. ¦¦ ¦. ISENÇÃO DE DIREITOS PARA FERRAMENTAS AGRÍCOLAS

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ZONAS 1, 2, 21, 22 Ex d llB T3 Gb LUMINÁRIA MW-201 · 2020. 3. 13. · 9 - Etiqueta de identificação, conforme exigência da norma NBR9518. Potência Peso (W) (k) Alt Larg W-201/2

PETROBRAS e o Programa Termelétrico Brasileiro · 2004. 9. 29. · Usinas com Participação da PETROBRAS - Status Projeto Participação Petrobras (%) (MW) Data (MW) Data (MW) Data

MW Eco MASTERColour CDM - Cloudinary

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Catálogo MW - 21-02-2014

Teoria e Pensamento Cromatico - LB e MW

scdhec.gov · 2020. 7. 30. · mw-i mw-6a mw-6b mw-7a mw-8a mw08b mw-9a mw-i mw-iob mw-i mw-18a mw-18b mw-19b mwqoa mw-20b mwr2 mwr2 2 /2019 0.49 3/2019 7/2019 1.77 0.01 340 2.2

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Situação Atual e perspectivas Energias Renováveis · 2019. 8. 16. · 16.754 MW UHE 823 MW PCH 163 MW CGH 524 MW Fotovoltaica 2.538 MW ... Brasil –11º país com ~ 3.100 MW Fonte:

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egeara Os apagões e O futurO etra engenharia /2010 597 da ... · tal de 14 000 MW (10 hidrogeradores de 700 MW – setor 60c/s - Brasil + 10 hidrogeradores de 700 MW – setor 50c/s

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 · 2020-07-30 · mw-i mw-6a mw-6b mw-7a mw-8a mw08b mw-9a mw-i mw-iob mw-i mw-18a mw-18b mw-19b mwqoa mw-20b mwr2 mwr2 2 /2019 0.49 3/2019 7/2019 1.77 0.01 340 2.2

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