3./ 3. / () 28-14W (U) 32 () 3 (U) 16 () 1 (U) 3./_ / nx.6.24" 1.9.7" ".1" " " 664-1/ U R PDF Free Download

3. / S3..2-1. 2 () 28-16W (U) 32 () 3 (U) 17. () 1 (U) S3./_ /9 19 S3. 3./ nx+.9 nx 8.4.331" 3.4.134".1" 6.8.268" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2 k U 19-6693 W S 22.2-R124 W U94 1 Ω Ω m.8...1..2...1..2...1..2...7.2...7 2 4 17. 17. 16 16 32 2. 2. 2. 3 3 1. 1. 28-16 3 1. 28-16 - 3.(.138) 3. 4. 2. 1 3 2.2...2 46 228/1 46 228/4 ScU 6693 = / n= oad current [] oad current [] 3 2 2 1 1 2 18 16 14 12 1 8 6 4 2 S 3. / 7-1. max. of poles (24-pole) min. of poles (2-pole) onductor current to 6947-7-1 1 2 3 4 6 7 8 9 1 11 12 13 mbient temperature T [ ] S 3. / -. onductor current to 6947-7-1 max. of poles (24-pole) min. of poles (2-pole) 1 2 3 4 6 7 8 9 1 11 12 13 mbient temperature T [ ] S.4X2.X7 993.16 S 9847.16 SW 2, 16/3, 1-16 162261 1-16.14 SW 2, 16/3, 1-24 16221 1-24.14 SW 2. < UTR 162996.14.2.2/1 9274.2 2 /24.2.34/1 927.34 2 /22.2./12 49. 2 /2.2.7/12 496.7 2 /18.2 3. 3. 2 S3./2/9 181118 1 3 S3./3/9 181119 1 4 S3./4/9 18112 1 S3.//9 181121 1 6 S3./6/9 181122 1 7 S3./7/9 181123 1 8 S3./8/9 181124 1 9 S3./9/9 18112 1 1 S3./1/9 181126 1 11 S3./11/9 181127 1 12 S3./12/9 181128 1 1inch.1

3./ 3. / 3..-1. 2 () 28-14W (U) 32 () 3 (U) 16 () 1 (U) 3./_ /9 19 3. nx.6.24" 1.9.7" 12.8.4".1" 4.4.174" 8.3.327" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2 3./9 3./13 1 3. 2 3. k U 19-6693 W S 22.2-R124 W U94 Ω Ω m 46 228/1 46 228/4 ScU 6693 = / n=.8...2.8...1....1....7. 2 4 12, 1, 12, 1, 1, 9, 1, 9, 16 16 32 2. 2. 2. 3 3 1. 1. 28-14 3 3 1. 1. 28-14 - 3. 3.2/4.. 2 1 3 2.2.2...2 oad current [] oad current [] 2 18 16 14 12 1 8 6 4 2 2 18 16 14 12 1 8 6 4 2 3./9 / 7-1. min. of poles (2-pole) 3./13 / 7-1. min. of poles (2-pole) onductor current to 6947-7-1 1 2 3 4 6 7 8 9 1 11 mbient temperature T [ ] onductor current to 6947-7-1 1 2 3 4 6 7 8 9 1 11 mbient temperature T [ ] S.4X2.X7 993.16 3. SW SW 2, 16/3, 1-16 162261 1-16.14 SW 2, 16/3, 1-24 16221 1-24.14 SW 2. < UTR 162996.14.14/1 918.14 2 /26.2.2/1 9274.2 2 /24.2.34/1 927.34 2 /22.2./12 49. 2 /2.2.7/12 496.7 2 /18.2 1/12 497 1 2 /17.2 3.2 3. 2 3./2/9 16677 1 3 3./3/9 166777 1 4 3./4/9 1844 1 3.//9 1722 1 6 3./6/9 184 7 3./7/9 1846 8 3./8/9 1847 9 3./9/9 1848 1 3./1/9 1849 11 3./11/9 1841 12 3./12/9 18411.2

3. / 3./_ /13 113 13./_ /9 219 23./_ /9 229 3. 3./ nx.6.24" 7.8.39" 12.7." 6.2.244".1" 12.7." nx.6.24" 13.2.2" 24.1.949" 8.33.328".1" 9.1.36" nx /2 /2.6.24 1.9.7" 13.2.2" 11..43" 24.1.949".1" 16.7.69" 4.43.174" 1.93.627" 3.2 3. 2 3./2/13 171498 1 3 3./3/13 1712 1 4 3./4/13 18422 1 3.//13 18423 6 3./6/13 18424 7 3./7/13 1842 8 3./8/13 18426 9 3./9/13 18427 1 3./1/13 18428 11 3./11/13 18429 12 3./12/13 1843 3.2 3. 2 13./2/9 171671 1 3 13./3/9 171672 1 3.2 3. 4 23./4/9 1737 1 6 23./6/9 17371 1 8 23./8/9 17372 1 1 23./1/9 17373 12 23./12/9 17374 14 23./14/9 1737 16 23./16/9 17376 18 23./18/9 17377 2 23./2/9 17378 22 23./22/9 17379 2 24 23./24/9 1738 2 26 23./26/9 17381 2 28 23./28/9 17382 2 3 23./3/9 17383 2 32 23./32/9 17384 2 34 23./34/9 1738 2 36 23./36/9 17386 2 38 23./38/9 17387 2 4 23./4/9 17388 2 42 23./42/9 17389 2 44 23./44/9 1739 2 46 23./46/9 17391 2 48 23./48/9 17392 2.3

3./3.81/ 3./3.81 / S-ST3. S-ST3.81 ST.2-1. 2 () 24-16W (U) 32 () 3 (U) 17. () 1 (U) S-ST3./3.81 S-ST3./_ /9 S-ST3.81/_ /9 19 +4.2 +.16" 8..33" 14.3.63" 7.276" 3.119" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2 k U 19-6693 W S 22.2-R124 W U94 Ω Ω m.13...1..2...1..2...1..2...1..2...7 8. 2 4 17. 17. 16 16 32 2. 2. 2. 3 3 1. 1. 24-16 3 3 1. 1. 24-16 - 3./3.81 3. 8. - 46 228/1 ScU 6693 = 1.3 (1.1) +.1 = / n= 13 - oad current [] oad current [] oad current [] S-ST 3.81/9 / 7-1. 3 2 2 1 1 2 2 1 1 onductor current to 6947-7-1 2 4 6 min. of poles (2-pole) S.4X2.X7 993.16 3. SW SW 2, 16/3, 1-16 162261 1-16.14 SW 2, 24/3, 1-24 16221 1-24.14 SW 2. < UTR 162996.14 3.81 SW SW 2. < UTR 162996.16 SW 2. < UTR 162999 1.16.2./1 94. 2 /2.7/1 42.7 2 /18 1./1 186 1. 2 /16 Z6 roto 9143.13-6 2.18 8 mbient temperature T [ ] 1 S-ST 3.81/13 / 7-1. 3 onductor current to 6947-7-1 2 min. of poles (2-pole) 4 6 8 1 mbient temperature T [ ] S-ST 3.81/18 / 7-1. 3 3 2 2 1 1 onductor current to 6947-7-1 2 4 6 min. of poles (2-pole) 8 mbient temperature T [ ] 1 12 12 12 1. 3. 3. 2 S-ST3./2/9 187 182442 71 3 S-ST3./3/9 1873 182443 49 4 S-ST3./4/9 187 182444 37 S-ST3.//9 1878 18244 3 6 S-ST3./6/9 1879 182446 2 7 S-ST3./7/9 18712 182447 21 8 S-ST3./8/9 18713 182448 19 9 S-ST3./9/9 18714 182449 17 1 S-ST3./1/9 1871 1824 1 11 S-ST3./11/9 18716 18241 14 12 S-ST3./12/9 18717 18242 12 13 S-ST3./13/9 18718 18738 11 14 S-ST3./14/9 18719 18739 11 1 S-ST3./1/9 18711 1874 1 16 S-ST3./16/9 187111 18741 9 17 S-ST3./17/9 187112 18742 9 18 S-ST3./18/9 187113 18743 8 19 S-ST3./19/9 187114 18744 8 2 S-ST3./2/9 18711 1874 7 21 S-ST3./21/9 187116 18746 7 22 S-ST3./22/9 187117 18747 7 23 S-ST3./23/9 187118 18748 6 24 S-ST3./24/9 187119 18749 6 3.81 2 S-ST3.81/2/9 186936 182462 69 3 S-ST3.81/3/9 186937 182463 46 4 S-ST3.81/4/9 186938 182464 3 S-ST3.81//9 186939 18246 28 6 S-ST3.81/6/9 18694 182466 23 7 S-ST3.81/7/9 186941 182469 2 8 S-ST3.81/8/9 186942 18247 17 9 S-ST3.81/9/9 186943 182471 1 1 S-ST3.81/1/9 186944 182472 14 11 S-ST3.81/11/9 18694 182473 13 12 S-ST3.81/12/9 186946 1823 12 13 S-ST3.81/13/9 186947 18712 11 14 S-ST3.81/14/9 186948 187121 1 1 S-ST3.81/1/9 1869 187122 9 16 S-ST3.81/16/9 18691 187123 9 17 S-ST3.81/17/9 18692 187124 8 18 S-ST3.81/18/9 18693 18712 8 19 S-ST3.81/19/9 18694 187126 7 2 S-ST3.81/2/9 1869 187127 7 21 S-ST3.81/21/9 18696 187128 6 22 S-ST3.81/22/9 18697 187129 6 23 S-ST3.81/23/9 18698 18713 6 24 S-ST3.81/24/9 18699 187131 6.4

3./3.81 / S-ST3./_ /18 S-ST3.81/_ /18 118 ST S-ST3./_ /13 S-ST3.81/_ /13 113 S-ST3./3.81-16 3./3.81/ SW -14 +4.2 +.16" 14.3.63"..21" 8..33".9.3" +4.2 +.16".197" 12.9.8" X. 12.7 X..".2" 3.1.12" -2,21 1. 3. 3. 2 S-ST3./2/18 18764 18264 71 3 S-ST3./3/18 1876 1826 49 4 S-ST3./4/18 18766 18266 37 S-ST3.//18 18767 18267 3 6 S-ST3./6/18 18768 18268 2 7 S-ST3./7/18 18769 18269 21 8 S-ST3./8/18 1877 1827 19 9 S-ST3./9/18 18771 18271 17 1 S-ST3./1/18 18772 18272 1 11 S-ST3./11/18 18773 18273 14 12 S-ST3./12/18 18774 18274 12 13 S-ST3./13/18 1877 1873 11 14 S-ST3./14/18 18776 18736 11 1 S-ST3./1/18 18777 18737 1 16 S-ST3./16/18 18779 1871 9 17 S-ST3./17/18 1878 1872 9 18 S-ST3./18/18 18783 1874 8 19 S-ST3./19/18 18784 1876 8 2 S-ST3./2/18 1878 1877 7 21 S-ST3./21/18 18786 1876 7 22 S-ST3./22/18 18787 18761 7 23 S-ST3./23/18 18788 18762 6 24 S-ST3./24/18 18789 18763 6 3.81 2 S-ST3.81/2/18 186989 18279 69 3 S-ST3.81/3/18 18699 1828 46 4 S-ST3.81/4/18 186991 18281 3 S-ST3.81//18 186992 18282 28 6 S-ST3.81/6/18 186993 18283 23 7 S-ST3.81/7/18 186994 18284 2 8 S-ST3.81/8/18 18699 1828 17 9 S-ST3.81/9/18 186996 18287 1 1 S-ST3.81/1/18 186997 18288 14 11 S-ST3.81/11/18 187 18289 13 12 S-ST3.81/12/18 1871 18292 12 13 S-ST3.81/13/18 1872 1879 11 14 S-ST3.81/14/18 1873 18791 1 1 S-ST3.81/1/18 1874 18792 9 16 S-ST3.81/16/18 187 18793 9 17 S-ST3.81/17/18 1876 18794 8 18 S-ST3.81/18/18 1877 1879 8 19 S-ST3.81/19/18 1878 18796 7 2 S-ST3.81/2/18 1879 18797 7 21 S-ST3.81/21/18 1871 18798 6 22 S-ST3.81/22/18 18711 18799 6 23 S-ST3.81/23/18 18712 1871 6 24 S-ST3.81/24/18 18713 18711 6 1. 3. 3. 2 S-ST3./2/13 18818 1886 71 3 S-ST3./3/13 18819 18866 49 4 S-ST3./4/13 1882 18867 37 S-ST3.//13 18821 18868 3 6 S-ST3./6/13 18822 18869 2 7 S-ST3./7/13 18823 1887 21 8 S-ST3./8/13 18824 18871 19 9 S-ST3./9/13 1882 18872 17 1 S-ST3./1/13 18826 18873 1 11 S-ST3./11/13 18827 18874 14 12 S-ST3./12/13 18828 1887 12 13 S-ST3./13/13 18829 18876 11 14 S-ST3./14/13 1883 18877 11 1 S-ST3./1/13 18831 18878 1 16 S-ST3./16/13 18832 18879 9 17 S-ST3./17/13 18833 1888 9 18 S-ST3./18/13 18834 18881 8 19 S-ST3./19/13 1883 18882 8 2 S-ST3./2/13 18836 18883 7 21 S-ST3./21/13 18837 18884 7 22 S-ST3./22/13 18838 1888 7 23 S-ST3./23/13 18839 18886 6 24 S-ST3./24/13 1884 18887 6 3.81 2 S-ST3.81/2/13 18841 18888 69 3 S-ST3.81/3/13 18842 18889 46 4 S-ST3.81/4/13 18843 1889 3 S-ST3.81//13 18844 18891 28 6 S-ST3.81/6/13 1884 18892 23 7 S-ST3.81/7/13 18846 18893 2 8 S-ST3.81/8/13 18847 18894 17 9 S-ST3.81/9/13 18848 1889 1 1 S-ST3.81/1/13 18849 18896 14 11 S-ST3.81/11/13 1881 18897 13 12 S-ST3.81/12/13 1882 18898 12 13 S-ST3.81/13/13 1883 18899 11 14 S-ST3.81/14/13 1884 1886 1 1 S-ST3.81/1/13 188 18861 9 16 S-ST3.81/16/13 1886 18862 9 17 S-ST3.81/17/13 1887 18863 8 18 S-ST3.81/18/13 1888 18864 8 19 S-ST3.81/19/13 1889 1886 7 2 S-ST3.81/2/13 1886 18866 7 21 S-ST3.81/21/13 18861 18867 6 22 S-ST3.81/22/13 18862 18868 6 23 S-ST3.81/23/13 18863 18869 6 24 S-ST3.81/24/13 18864 18861 6-18,19.

./.8/./.8 /..8.13-2. 2 () 26-14W (U) 6 () 3 (U) 24 () 1 (U)./.8./_ /9.8/_ /9 19 nx+1 nx 8.31" 1.394" 3.8.148".1" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2 k U 19-6693 W S 22.2-R124 W U94 Ω Ω m.13...2..13...2..13...2..2...1..2...1. 6. 2 4 24. 24. 2 2 6 4. 4. 4. 3 3 1. 1. 26-14 3 3 1. 1. 26-14 -,.8 3. 6. 2. 1 3 1..4... 46 228/1 46 228/4 = / n= oad current [] oad current [] 4 4 3 3 2 2 1 1 2 2 2 4 1 1 2 6 8 1 14 1 2 8 6 4 2./.8 / 7-2. min. of poles (2-pole) max. of poles (24-pole) onductor current to 6947-7-1 1 2 3 4 6 7 8 9 1 11 12 13 mbient temperature T [ ]./.8 / -. onductor current to 6947-7-1 min. of poles (2-pole) max. of poles (24-pole) 1 2 3 4 6 7 8 9 1 11 12 13 mbient temperature T [ ] S.6X3.X1 9833.16 S 1 9848.16.8 SW SW 2. 8/.8 1-8 16311 1-8.14 SW 2. 16/.8 1-16 1713971 1-16.14 SW 2. 24/.8 1-24 1713991 1-24.14 SW 2. < UTR 162996.14 SW 2. < UTR 162998 1.14.14/1 918.14 2 /26.2.2/1 9274.2 2 /24.2.34/1 927.34 2 /22.2./12 49. 2 /2.2.7/12 496.7 2 /18.2 1/12 497 1 2 /17.2 3. 3.. 2./2/9 179163 3./3/9 179164.8 2.8/2/9 17649 1761 3.8/3/9 176 1762.6

./.8 / S.8.8-1. 2 () 28-14W (U) 63 () 3 (U) 17. () 1 (U) S.8/_ /9 19 S.8./.8/ nx..2".7.66" 8.1.319" 1.46" 4.1.19".1" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2 k U 19-6693 W S 22.2-R124 W U94 Ω Ω m.8...1..8...1..8...1..2...1..2...1. 6. 2 4 17. 17. 2 32 63 4. 4. 4. 3 3 1 1. 28-14 3 3 13. 1. 28-14 -.8 3. 6. 2 1 3 1..4... 46 228/1 46 228/4 ScU 6693 = / n= oad current [] oad current [] 3 2 2 1 1 2 18 16 14 12 1 8 6 4 2 S.8 / 7-1. 1 2 3 4 6 7 8 9 1 11 12 13 mbient temperature T [ ] S.8 / -. min. of poles (2-pole) max. of poles (24-pole) onductor current to 6947-7-1 max. of poles (24-pole) onductor current to 6947-7-1 min. of poles (2-pole) 1 2 3 4 6 7 8 9 1 11 12 13 mbient temperature T [ ] S.6X3.X1 9833.16.8 SW SW 2. 8/.8 1-8 16311 1-8.14 SW 2. 16/.8 1-16 1713971 1-16.14 SW 2. 24/.8 1-24 1713991 1-24.14 SW 2. < UTR 162996.14 SW 2. < UTR 162999 1.14.14/1 918.14 2 /26.2.2/1 9274.2 2 /24.2.34/1 927.34 2 /22.2./12 49. 2 /2.2.7/12 496.7 2 /18.2 1/12 497 1 2 /17.2 3..8 2 S.8/2 /9 1818 1 3 S.8/3 /9 18186 1 4 S.8/4 /9 18187 1 S.8/ /9 18188 1 6 S.8/6 /9 18189 1 7 S.8/7 /9 1819 1 8 S.8/8 /9 18191 1 9 S.8/9 /9 18192 1 1 S.8/1 /9 18193 1 11 S.8/11 /9 18194 1 12 S.8/12 /9 1819 1.7

./.8/./.8 /..8.2-2. 2 () 24-14W (U) 63 () 3 (U) 17. () 1 (U)./.8./_ /9.8/_ /9 19 nx.6.24" 2.1.83" 13.8.43" 4.8.19".1" 1.394" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2 k U 19-6693 W S 22.2-R124 W U94 Ω Ω m.2...2..2...2..2...1..2...1..2...1. 6. 2 4 17. 17. 2 32 63 4. 4. 4. 3 3 1. 1. 24-14 3 3 18 1 24-14 -,.8 3. 6. 2. 1 3 1.2.4... 46 228/1 46 228/4 = / n= 2 18 min. of poles (2-pole) 16 14 12 1 8 6 onductor current to 6947-7-1 4 2 max. of poles (24-pole) 1 2 3 4 6 7 8 9 1 11 12 13 mbient temperature T [ ] oad current [] oad current [] oad current [] 3 2 2 1 1./.8/9 / -../.8/13 / 7-1. onductor current to 6947-7-1 min. of poles (2-pole) max. of poles (24-pole) 1 2 3 4 6 7 8 9 1 11 12 13 mbient temperature T [ ] 3 2 2 1 1./.8/18 / 7-1. onductor current to 6947-7-1 max. of poles (24-pole) min. of poles (2-pole) 1 2 3 4 6 7 8 9 1 11 12 13 mbient temperature T [ ] S.6X3.X1 9833.16.8 SW SW 4 8/.8 1-8 16321 1-8.14 SW 4 16/.8 1-16 163161 1-16.14 SW 4 24/.8 1-24 163181 1-24.14 SW 4 < UTR 162997.14 SW 4 < UTR 162999 1.14.14/1 918.14 2 /26.2.2/1 9274.2 2 /24.2.34/1 927.34 2 /22.2./12 49. 2 /2.2.7/12 496.7 2 /18.2 1/12 497 1 2 /17.2 3.. 2./2/9 17131 3./3/9 17132 4./4/9 182149 1.//9 18431 6./6/9 18432 7./7/9 18433 8./8/9 18434 9./9/9 1843 1./1/9 18436 11./11/9 18437 12./12/9 18438.8 2.8/2/9 17168 3.8/3/9 17169 4.8/4/9 999413.8//9 999414 6.8/6/9 99941 7.8/7/9 999416 8.8/8/9 999417 9.8/9/9 999418 1.8/1/9 999419 11.8/11/9 99942 12.8/12/9 999421 13.8/13/9 999422 14.8/14/9 999423 1.8/1/9 999424 16.8/16/9 99942 17.8/17/9 999426 18.8/18/9 999427 19.8/19/9 999428 2.8/2/9 999429 21.8/21/9 99943 22.8/22/9 999431 23.8/23/9 999432 24.8/24/9 999433.8

./.8 /./_ /13.8/_ /13 113./_ /18.8/_ /18 118-16./.8./.8/ SW -14 nx.6.24".2.24" 1..61" 13.9.46" nx.6.24" 1.394" 13.8.43".1" 7.8.3".1".4.16" -2,21 3.. 2./2/13 1713 3./3/13 17136 4./4/13 18439.//13 1844 6./6/13 18441 7./7/13 18442 8./8/13 18443 9./9/13 18444 1./1/13 1844 11./11/13 18446 12./12/13 18447 3.. 2./2/18 17133 3./3/18 17134-18,19.8 2.8/2/13 171612 3.8/3/13 171613 4.8/4/13 9994.8//13 99946 6.8/6/13 99947 7.8/7/13 99948 8.8/8/13 99949 9.8/9/13 99946 1.8/1/13 999461 11.8/11/13 999462 12.8/12/13 999463 13.8/13/13 999464 14.8/14/13 99946 1.8/1/13 999466 16.8/16/13 999467 17.8/17/13 999468 18.8/18/13 999469 19.8/19/13 99947 2.8/2/13 999471 21.8/21/13 999472 22.8/22/13 999473 23.8/23/13 999474 24.8/24/13 99947.8 2.8/2/18 17161 3.8/3/18 171611 4.8/4/18 999497.8//18 999498 6.8/6/18 999499 7.8/7/18 999 8.8/8/18 9991 9.8/9/18 9992 1.8/1/18 9993 11.8/11/18 9994 12.8/12/18 999 13.8/13/18 9996 14.8/14/18 9997 1.8/1/18 9998 16.8/16/18 9999 17.8/17/18 9991 18.8/18/18 99911 19.8/19/18 99912 2.8/2/18 99913 21.8/21/18 99914 22.8/22/18 9991 23.8/23/18 99921 24.8/24/18 99922.9

./.8/./.8 / 1.8/_ /9 219 1.8/_ /9 319 2.8/_ /9./.8 229 nx.4.18" 12.6.496" nx..6.18".26" 11.2.441" nx.4.18" 21.6.82" 2.2.992" 36.6 1.441" 2.1.83" 13..31" 2.2.992" 13..31".1" 11.434" 24.9.98".1" 9.6.379" /2.1" 1.3.64 4.8.189" 3. 3. 3. 3. 3. 3..8 2 1.8/2/9 17663 3 1.8/3/9 176631.8 2 1.8/2/9 176636 2 3 1.8/3/9 176637 2.8 4 2.8/4/9 17688 6 2.8/6/9 176886 8 2.8/8/9 176887 1 2.8/1/9 176888 12 2.8/12/9 176889 2 14 2.8/14/9 17689 2 16 2.8/16/9 176891 2 18 2.8/18/9 176892 2 2 2.8/2/9 176893 2 22 2.8/22/9 176894 2 24 2.8/24/9 17689 1 26 2.8/26/9 176896 1 28 2.8/28/9 176897 1 3 2.8/3/9 176898 1 32 2.8/32/9 176899 1 34 2.8/34/9 1769 1 36 2.8/36/9 17691 1 38 2.8/38/9 17692 1 4 2.8/4/9 17693 1 42 2.8/42/9 17694 1 44 2.8/44/9 1769 1 46 2.8/46/9 17696 1 48 2.8/48/9 17697 1.1

./.8 / 2.8/_ /9 329 3R.8/_ /9 339-16./.8./.8/ /2 nx..18" 22.8.898" /2 nx..18" 31.8 1.22" SW -14 /2 13..31" 24.9.96" 36.6 1.441" 1.16.4".1" 11..434" /2 2.1.83" 13..31" 24.8.88" 36.6 1.441" 1.24 1.16.6".4".1" 4.8.189" -2,21 3. 3. 3. 3. -18,19.8 4 2.8/4/9 176924 6 2.8/6/9 17692 8 2.8/8/9 176926 1 2.8/1/9 176927 12 2.8/12/9 176928 2 14 2.8/14/9 176929 2 16 2.8/16/9 17693 2 18 2.8/18/9 176931 2 2 2.8/2/9 176932 2 22 2.8/22/9 176933 2 24 2.8/24/9 176934 1 26 2.8/26/9 17693 1 28 2.8/28/9 176936 1 3 2.8/3/9 176937 1 32 2.8/32/9 176938 1 34 2.8/34/9 176939 1 36 2.8/36/9 17694 1 38 2.8/38/9 176941 1 4 2.8/4/9 176942 1 42 2.8/42/9 176943 1 44 2.8/44/9 176944 1 46 2.8/46/9 17694 1 48 2.8/48/9 176946 1.8 6 3R.8/6/9 176962 9 3R.8/9/9 176963 12 3R.8/12/9 176964 1 3R.8/1/9 17696 2 18 3R.8/18/9 176966 2 21 3R.8/21/9 176967 2 24 3R.8/24/9 176968 2 27 3R.8/27/9 176969 2 3 3R.8/3/9 17697 1 33 3R.8/33/9 176971 1 36 3R.8/36/9 176972 1 39 3R.8/39/9 176973 1 42 3R.8/42/9 176974 1 4 3R.8/4/9 17697 1 48 3R.8/48/9 176976 1 1 3R.8/1/9 176977 1 4 3R.8/4/9 176978 7 3R.8/7/9 176979 6 3R.8/6/9 17698 63 3R.8/63/9 176981 66 3R.8/66/9 176982 69 3R.8/69/9 176983 72 3R.8/72/9 176984.11

./.8/./.8 /..8.-6. 2 () 26-12W (U) () 3 (U) 32 () 2 (U)./.8./_ /9.8/_ /9 19 nx.6 11.24".433" 2.4.94" 17.669".1"..217" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2 k U 19-6693 W S 22.2-R124 W U94 Ω Ω m.13...6....6....4....2....2. 6. 2 4 32. 32. 2 2 4. 4. 4. 3 3 2. 1. 26-12 3 3 2. 1. 26-12 -2./.8 3.2 7. 3 1 3 1.2....6 46 228/1 46 228/4 = / n= oad current [] oad current [] 4 3 2 1.8/9 / 7-4. 1 2 3 4 6 7 8 9 1 11 4 3 2 1 min. of poles (2-pole) mbient temperature T [ ].8/18 / 7-4. min. of poles (2-pole) onductor current to 6947-7-1 1 2 3 4 6 7 8 9 1 11 mbient temperature T [ ] onductor current to 6947-7-1 S.6X3.X1 9833.16 ekafix W 1-473461 1-.1 W 1-1 473461 1-1X.1 RT 4976.1 UTR 47336.1 S2. 31.3.2.-2..2 /.3 3.2. 2./2/9 19432 1 3./3/9 19433 1 4./4/9 16831 1.//9 1791 6./6/9 16833 7./7/9 184448 8./8/9 1683 9./9/9 1733 1./1/9 16837 11./11/9 184449 12./12/9 16839 16./16/9 16841 24./24/9 16843 2.8 2.8/2/9 19282 1 3.8/3/9 19283 1 4.8/4/9 19436 1.8//9 17243 6.8/6/9 1682 7.8/7/9 17912 8.8/8/9 19437 9.8/9/9 17913 1.8/1/9 19438 11.8/11/9 17648 12.8/12/9 16827 13.8/13/9 17914 14.8/14/9 1791 1.8/1/9 17916 16.8/16/9 19439 17.8/17/9 17917 2 18.8/18/9 17918 2 19.8/19/9 18444 2 2.8/2/9 17919 2 21.8/21/9 1792 2 22.8/22/9 184446 2 23.8/23/9 184447 2 24.8/24/9 16829 2.12

./.8 /./_ /9.8/_ /9 19./_ /13.8/_ /13 113./_ /18.8/_ /18./.8 118./.8/ nx.6 13.4.24".28" 17.669" nx.6.24" 16.8.662" 17..689" nx.6.24" 11.433" 17.669" 2.4.94".1"..217" 7.9.39".1" 7..293" 1.41".1" 3.2. 2./2/9 19434 1 3./3/9 1943 1 3.2. 2./2/13 197 1 3./3/13 1971 1 4./4/13 179171.//13 184321 6./6/13 184322 7./7/13 184323 8./8/13 184324 9./9/13 18432 1./1/13 184326 11./11/13 184327 12./12/13 184328 3.2. 2./2/18 176133 1 3./3/18 176134 1.8 2.8/2/9 1944 1 3.8/3/9 19441 1.8 2.8/2/13 1973 1 3.8/3/13 1969 1 4.8/4/13 17921 1.8//13 18431 6.8/6/13 17936 7.8/7/13 184316 8.8/8/13 17294 9.8/9/13 184317 1.8/1/13 184318 11.8/11/13 184319 12.8/12/13 18432.8 2.8/2/18 17381 1 3.8/3/18 17382 1.13

./.8/./.8 / 1./_ /9 1.8/_ /9 219 1.8/_ /9 319 2./_ /9 2.8/_ /9./.8 229 nx.6.24" 11..44" nx.6.24" 11.433" nx /2+. 6 21.8.86" 16.4.646" 31 1.22".1" 1.4.49" 3.4 1.197" 4 1.772".1" 9.9.388" /2 2.4.94" 17.669" 31 1.22".1" 1.2.6".4.21" 3.2. 2 1./2/9 16487 1 3 1./3/9 16488 1 3.2 3.2. 4 2./4/9 16316 6 2./6/9 1626 8 2./8/9 1964 1 2./1/9 19649 16 2./16/9 196 2 2 2./2/9 1969 2 24 2./24/9 19663 1 3 2./3/9 19667 1.8 2 1.8/2/9 16483 1 3 1.8/3/9 16484 1.8 2 1.8/2/9 16491 1 3 1.8/3/9 16492 1.8 4 2.8/4/9 16314 6 2.8/6/9 1624 8 2.8/8/9 19646 1 2.8/1/9 1961 12 2.8/12/9 18441 14 2.8/14/9 18442 16 2.8/16/9 1963 2 18 2.8/18/9 18443 2 2 2.8/2/9 1967 2 22 2.8/22/9 18444 2 24 2.8/24/9 19661 1 26 2.8/26/9 1844 1 28 2.8/28/9 18446 1 3 2.8/3/9 1966 1 32 2.8/32/9 18447 1 34 2.8/34/9 18448 1 36 2.8/36/9 18449 1 38 2.8/38/9 18446 1 4 2.8/4/9 184461 1 42 2.8/42/9 184462 1 44 2.8/44/9 184463 1 46 2.8/46/9 184464 1 48 2.8/48/9 18446 1.14

./.8 / 2R.8/_ /9 329 3R.8/_ /9 339-16./.8./.8/ X -1 nx.6.24" 11.433" nx.6.24" 32 1.26" 3.4 1.197" 4 1.772" /2 2.4.94" 17 31.669" 1.22" 4 1.772".1".4.21" -2,21.1" 9.9.388" 1.24 1.16.6".4" 3.2 3.2-3 -2.8 4 2R.8/4/9 163621 6 2R.8/6/9 163622 8 2R.8/8/9 163623 1 2R.8/1/9 163624 12 2R.8/12/9 184466 2 14 2R.8/14/9 184467 2 16 2R.8/16/9 16362 2 18 2R.8/18/9 184468 2 2 2R.8/2/9 163626 2 22 2R.8/22/9 161326 2 24 2R.8/24/9 163627 1 26 2R.8/26/9 184469 1 28 2R.8/28/9 18447 1 3 2R.8/3/9 163628 1 32 2R.8/32/9 184471 1 34 2R.8/34/9 184472 1 36 2R.8/36/9 184473 1 38 2R.8/38/9 184474 1 4 2R.8/4/9 18447 1 42 2R.8/42/9 184476 1 44 2R.8/44/9 184477 1 46 2R.8/46/9 184478 1 48 2R.8/48/9 164648 1.8 6 3R.8/6/9 16393 9 3R.8/9/9 19632 12 3R.8/12/9 19634 1 3R.8/1/9 19636 2 18 3R.8/18/9 19638 2 21 3R.8/21/9 184479 2 24 3R.8/24/9 1964 2 27 3R.8/27/9 18448 1 3 3R.8/3/9 19642 1 33 3R.8/33/9 184481 1 36 3R.8/36/9 184482 1 39 3R.8/39/9 184483 1 42 3R.8/42/9 184484 1 4 3R.8/4/9 18448 1 48 3R.8/48/9 184486 1 1 3R.8/1/9 184487 1 4 3R.8/4/9 184488 1 7 3R.8/7/9 184489 6 3R.8/6/9 18449 63 3R.8/63/9 184491 66 3R.8/66/9 184492 69 3R.8/69/9 184493 72 3R.8/72/9 184494 / -3-7.1

./.8/./.8 / TR.-6. 2 () 26-12W (U) () 3 (U) 32 () 1 (U) TR.8 9 TR nx.7.28" 24.8.976" 19.6.772" 32.6 1.283"..217" 1.2.98".1" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2.13...6....6....4....2....2. 6 2 4 32 32 oad current [] 6 4 3 2 1 TR.8/9 / 7-4. min. of poles (1-pole) onductor current to 6947-7-1 3.2 4. k U 19-6693 W S 22.2-R124 W U94 Ω Ω m 2 2 4 4 4 3 3 1 1 26-12 3 3 1 1 26-12 -2.8 3.2/4. 6. 3 1 3 1.9....6 46 228/1 46 228/4 1 2 3 4 6 7 8 9 1 11 mbient temperature T [ ] S.6X3.X1 9833.16 W 1-473461 1-.1 W 1-1 473461 1-1X.1 RT 4976.1 UTR 47336.1 S2. 31.3.2.-2..8 1 TR.8 1718 1.2.2.16

.17

./.8/ T./.8 / T -T T.-2. 2 () 26-14W (U) () 3 (U) 24 () 1 (U) -T -T_ /9 19 /2 nx.6.24" 17.1.674" 21.6.8" 8.9.3".8.2".1" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2.13...2....2....2....1....1. 13. 2 4 24 23 oad current [] 3 2 2 1 1 T 9 / 7-2. min. of poles (2-pole) onductor current to 6947-7-1 3.2 k U 19-6693 W S 22.2-R124 W U94 Ω Ω m 2 32 4. 4. 4. 3 3 1. 1. 26-14 3 3 1. 1. 26-14 -2.8 T 3.2 13. 2. 1 3 1.2.4... 46 228/1 46 228/4 = / n= oad current [] 3 2 2 1 1 1 2 3 4 9 1 11 S.6X3.X1 9833.16 W 1-473461 1-.1 W 1-1 473461 1-1X.1 RT 4976.1 UTR 47336.1.2./16 9287. 2 /2.7/12 9291.7 2 / 18 1/18 9293 1. 2 / 17 1./16 631 1. 2 / 16 Z6 roto 9143.13-6 2.18 6 7 mbient temperature T [ ] T 18 / 7-2. 1 2 min. of poles (2-pole) 3 4 6 7 8 onductor current to 6947-7-1 mbient temperature T [ ] 8 9 1 11.8 2 -T 2/9 1326 1 3 -T 3/9 1336 1.18

./.8 / T -T _ /18 118 /2-16 -T./.8/ T X -1 nx.6.24" 21.6.8".8.2".1" 17.1.674" 9.2.362" 3.2.8 2 -T 2/18 13486 1 3 -T 3/18 13496 1.19

./.8/ T./.8 / T T1.S-.8 T1.S _ /9-.8 19 /2 T1.S-.8 T1.S_ /18-.8 118 /2 T.-2. 2 () 26-14W (U) 63 () 3 (U) 24 () 1 (U) nx 1.8 2..71".96" 18..728".1".8.2" 19..768" 9.3.366" nx 1.8 2..71".96" 19..768".1".8.2" 18..728" 9.3.366" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2.13...2....2....2....2....2. 1. 2 4 24 21 T 1.S.8/9 / 7-2. 3 oad current [] 2 2 1 1 min. of poles (2-pole) onductor current to 6947-7-1 1 2 3 4 6 7 8 9 1 11 mbient temperature T [ ] k U 19-6693 W S 22.2-R124 W U94 Ω Ω m 2 32 63 2. 2. 2. 3 3 1. 1. 26-14 3 3 1. 1. 26-14 -2 uzn.8 T 3. 1. 2. 1 3 1.2.4... 46 228/1 46 228/4 Z6/ = / n= oad current [] T 1.S.8/18 / 7-2. 3 2 2 1 1 min. of poles (2-pole) onductor current to 6947-7-1 1 2 3 4 6 7 8 9 1 11 mbient temperature T [ ] 3..8 2 T1.S 2/9-.8 64196 1 3 T1.S 3/9-.8 6426 1 4 T1.S 4/9-.8 64216 T1.S /9-.8 17882 6 T1.S 6/9-.8 9386 7 T1.S 7/9-.8 9396 8 T1.S 8/9-.8 946 9 T1.S 9/9-.8 9416 1 T1.S 1/9-.8 64226 2 11 T1.S 11/9-.8 9426 12 T1.S 12/9-.8 9436 13 T1.S 13/9-.8 9446 14 T1.S 14/9-.8 946 1 T1.S 1/9-.8 9466 16 T1.S 16/9-.8 64236 2 17 T1.S 17/9-.8 9476 2 18 T1.S 18/9-.8 1774 2 19 T1.S 19/9-.8 9496 1 2 T1.S 2/9-.8 96 1 21 T1.S 21/9-.8 916 1 22 T1.S 22/9-.8 926 1 23 T1.S 23/9-.8 936 1 24 T1.S 24/9-.8 946 1 4..8 2 T1.S 2/18-.8 6996 1 3 T1.S 3/18-.8 716 1 4 T1.S 4/18-.8 736 T1.S /18-.8 9736 6 T1.S 6/18-.8 9746 7 T1.S 7/18-.8 1697 8 T1.S 8/18-.8 9766 2 9 T1.S 9/18-.8 147466 2 1 T1.S 1/18-.8 76 2 11 T1.S 11/18-.8 147476 2 12 T1.S 12/18-.8 9796 2 13 T1.S 13/18-.8 172474 14 T1.S 14/18-.8 9816 2 1 T1.S 1/18-.8 178249 2 16 T1.S 16/18-.8 776 2 17 T1.S 17/18-.8 9836 2 18 T1.S 18/18-.8 9846 1 19 T1.S 19/18-.8 986 2 2 T1.S 2/18-.8 9866 2 21 T1.S 21/18-.8 9876 1 22 T1.S 22/18-.8 9886 1 23 T1.S 23/18-.8 9896 1 24 T1.S 24/18-.8 996 1.2

./.8 / T T1.S-.8/X'e' T1.S _ /9-.8x'e' 19 /2 T1.S-.8/X'e' T1.S_ /18-.8x'e' 118 /2./.8/ T T 1. 2 14W 176 12 nx 1.8 2..71".96" 18..728".1".8.2" 19..768" 9.3.366" nx 1.8 2..71".96" 19..768".1".8.2" 18..728" 9.3.366" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2 2 4 T 1.S.8/9 / 7-2. 3 oad current [] 2 2 1 1 min. of poles (2-pole) onductor current to 6947-7-1 1 2 3 4 6 7 8 9 1 11 mbient temperature T [ ] k U 19-6693 W S 22.2-R124 W U94 Ω Ω m 17 12.13...1./26...14-2 uzn.8 T 3./4. 1. 2. 1 3 1.2 46 228/1.4. 46 228/4 Z6/ = / n= oad current [] T 1.S.8/18 / 7-2. 3 2 2 1 1 min. of poles (2-pole) onductor current to 6947-7-1 1 2 3 4 6 7 8 9 1 11 mbient temperature T [ ] 3..8 2 T1.S 2 /9-.8x'e' 1812 1 3 T1.S 3 /9-.8x'e' 1813 1 4 T1.S 4 /9-.8x'e' 1814 1 T1.S /9-.8x'e' 181 6 T1.S 6 /9-.8x'e' 1816 7 T1.S 7 /9-.8x'e' 1817 8 T1.S 8 /9-.8x'e' 1818 9 T1.S 9 /9-.8x'e' 1819 1 T1.S 1 /9-.8x'e' 182 11 T1.S 11 /9-.8x'e' 1821 12 T1.S 12 /9-.8x'e' 1822 4..8 2 T1.S 2/18-.8x'e' 1823 1 3 T1.S 3/18-.8x'e' 1824 1 4 T1.S 4/18-.8x'e' 182 1 T1.S /18-.8x'e' 1826 6 T1.S 6/18-.8x'e' 1827 7 T1.S 7/18-.8x'e' 1828 8 T1.S 8/18-.8x'e' 1829 9 T1.S 9/18-.8x'e' 183 1 T1.S 1/18-.8x'e' 1831 11 T1.S 11/18-.8x'e' 1832 12 T1.S 12/18-.8x'e' 1833.21

./.8/./.8 / Z./13.13-2. 2 () 26-14W (U) 63 () 3 (U) 24 () 1 (U) Z./.8 Z./_ /13 113 /2 nx 1..7.9".28".9.233".197" 13.11".1" 14..71".197" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2 k U 19-6693 W S 22.2-R124 W U94 Ω Ω m.13...2..13...2..13...2..2...1..2...1. 6. 2 4 24. 24. 2 32 63 4. 4. 4. 3 3 1. 1. 26-14 3 3 2 1. 26-14 -.8 3. 6. - 1 3 1.3 46 228/1 46 228/4 ScU 6693 = / n= oad current [] oad current [] 4 4 3 3 2 2 1 1 Z.x/13 / 7-2. max. of poles (24-pole) min. of poles (2-pole) 2 4 6 8 1 12 mbient temperature T [ ] Z.x/13 / -. onductor current to 6947-7-1 16 14 min. of poles (2-pole) 12 1 8 max. of poles (24-pole) 6 onductor current to 6947-7-1 4 2 2 4 6 8 1 12 mbient temperature T [ ] S.6X3.X1 9833.16. SW.14 SW 2. 8/. 1-8 17661 1-8 SW 2. 16/. 1-16 16371 1-16 SW 2. 24/. 1-24 1713981 1-24 SW 2. < 162996 SW 2. <1 162998.2.2/1 9274.2 2 /24.34/1 927.34 2 /22./12 49. 2 /2.7/12 496.7 2 /18 1/12 497 1. 2 /17 1./14 4631 1. 2 /16 Z6 roto 9143.13-6 2.18 3.. 2 Z./2/13 181184 1 3 Z./3/13 18118 1 4 Z./4/13 181186 1 Z.//13 181187 1 6 Z./6/13 181188 1 7 Z./7/13 181189 1 8 Z./8/13 18119 1 9 Z./9/13 181191 1 1 Z./1/13 181192 1 11 Z./11/13 181193 1 12 Z./12/13 181194 1 13 Z./13/13 19976 1 14 Z./14/13 19977 1 1 Z./1/13 19978 1 16 Z./16/13 19979 1 17 Z./17/13 1998 1 18 Z./18/13 192141 1 19 Z./19/13 19982 1 2 Z./2/13 19983 1 21 Z./21/13 19984 1 22 Z./22/13 1998 1 23 Z./23/13 19986 1 24 Z./24/13 19987 1.22

./.8 / Z./_ /13 113 //2-16 Z./.8./.8/ SW -14 nx 1. 1.3.9".1" 17.4.684" 1.6.614" 16.7.69".1".197".197" 14..71" -2,21 3.. 2 Z./2/13 18111 1 3 Z./3/13 18112 1 4 Z./4/13 18113 1 Z.//13 18114 1 6 Z./6/13 1811 1 7 Z./7/13 18116 1 8 Z./8/13 18117 1 9 Z./9/13 18118 1 1 Z./1/13 18119 1 11 Z./11/13 18116 1 12 Z./12/13 181161 1 13 Z./13/13 19772 1 14 Z./14/13 19773 1 1 Z./1/13 19774 1 16 Z./16/13 1977 1 17 Z./17/13 19776 1 18 Z./18/13 19777 1 19 Z./19/13 19779 1 2 Z./2/13 19781 1 21 Z./21/13 19784 1 22 Z./22/13 19786 1 23 Z./23/13 19787 1 24 Z./24/13 19789 1-18,19.23

./.8/./.8 / 2Z 3RZ.2-2. 2 () 24-14W (U) 63 () 3 (U) 1 () 1 (U) 2Z/3RZ.8 2Z.8/_ /13 213 nx 1.4. 24..947" /2 13..32" 3.9 1.412" 2.6 1.8".1" 4.6.183" 3. 1.2" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2 k U 19-6693 W S 22.2-R124 W U94 Ω Ω m.13...2..2...2..2...1..2...1..2...1. 7. 2 4 1 13 2 32 63 4. 4. 4. 3 3 1. 1. 24-14 3 3 1. 1. 24-14 -2.8 3. 7. _ 1 2.1 _ 46 228/1 46 228/4 = / n= oad current [] oad current [] 18 16 onductor current to 6947-7-1 14 12 1 8 min. of poles (4-pole) 6 4 2 1 2 3 4 6 7 8 9 1 11 18 16 14 12 1 8 6 4 2 2Z.8/13 / 7-1. mbient temperature T [ ] 3RZ.8/13 / 7-1. in. number of poles (6-poles) onductor current to 6947-7-1 1 2 3 4 6 7 8 9 1 11 mbient temperature T [ ] S.6X3.X1 9833.16.8 SW SW 2. 8/.8 1-8 16311 1-8.14 SW 2. 16/.8 1-16 1713971 1-16.14 SW 2. 24/.8 1-24 1713991 1-24.14 SW 2. < UTR 162996.14 SW 2. < UTR 162998 1.14.2.2/12 9276.2 2 /24.34/12 9277.34 2 /22./14 697. 2 /2.7/14 4629.7 2 /18 1/14 463 1. 2 /17 1./14 4631 1. 2 /16 3..8 4 2Z.8/4/13 176481 6 2Z.8/6/13 176482 8 2Z.8/8/13 176483 1 2Z.8/1/13 176484 12 2Z.8/12/13 17648 14 2Z.8/14/13 176486 2 16 2Z.8/16/13 176487 2 18 2Z.8/18/13 176488 2 2 2Z.8/2/13 1782 2 22 2Z.8/22/13 176489 2 24 2Z.8/24/13 17649 1 26 2Z.8/26/13 1782 1 28 2Z.8/28/13 17821 1 3 2Z.8/3/13 17822 1 32 2Z.8/32/13 17823 1 34 2Z.8/34/13 17824 1 36 2Z.8/36/13 1782 1 Z6 roto 9143.13-6 2.18.24

./.8 / 3RZ.8/_ /13 313 2Z/3RZ.8-16./.8/ SW -14 nx 1.4." /2 13..32" 3.9 1.412" 8.3 2.296" 36.6 1.441".1" 32.2 1.268" 4.6.183" 3. 2.3 1.2".8" -2,21 3. 18,19.8 6 3RZ.8/6/13 176491 9 3RZ.8/9/13 176492 12 3RZ.8/12/13 176493 1 3RZ.8/1/13 176494 2 18 3RZ.8/18/13 17649 2 21 3RZ.8/21/13 1784 2 24 3RZ.8/24/13 176496 1 27 3RZ.8/27/13 176497 1 3 3RZ.8/3/13 1783 1 33 3RZ.8/33/13 176498 1 36 3RZ.8/36/13 176499 1 48 3RZ.8/48/13 178 1.2

./.8/./.8 / S-ST. S-ST.8.2-1. 2 () 24-16W (U) () 3 (U) 17. () 1 (U) S-ST./.8 S-ST./_ /9 S-ST.8/_ /9 19 /2 ST +4.2 +.16" 8..33" 14.1" 7.276" 3.119" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2.13...1..2...1..2...1..2...1..2...7 8. 2 4 17. 17. oad current [] 3 3 2 2 1 1 3 S-ST 3.81/18 / 7-1. onductor current to 6947-7-1 2 4 6 min. of poles (2-pole) 8 mbient temperature T [ ] 1 S-ST.8/9 / 7-1. 12 1. 3.. 2 S-ST./2/9 18696 182474 6 3 S-ST./3/9 186961 18247 39 4 S-ST./4/9 186962 182476 28 S-ST.//9 186963 182477 22 6 S-ST./6/9 186964 182478 18 7 S-ST./7/9 18696 182479 16 8 S-ST./8/9 186966 18248 14 k U 19-6693 W S 22.2-R124 W U94 2) Ω Ω m 2 32 4. 4. 4. 3 3 1. (12.) 1. 24-16 3 3 1. (12.) 1. 24-16 -./.8 3. 46 228/1 ScU 6693 = / n= 13 - - oad current [] oad current [] 2 2 1 1 3 2 2 1 1 onductor current to 6947-7-1 2 min. of poles (2-pole) 4 6 8 1 mbient temperature T [ ] S-ST.8/13 / 7-1. onductor current to 6947-7-1 2 4 6 min. of poles (2-pole) S.6X3.X1 9833.16. SW.14 SW 2. 8/. 1-8 17661 1-8 SW 2. 16/. 1-16 16371 1-16 SW 2. 24/. 1-24 1713981 1-24.8 SW SW 2. 8/.8 1-8 16311 1-8 SW 2. 16/.8 1-16 1713971 1-16 SW 2. 24/.8 1-24 1713991 1-24 SW 2. < 162996 SW 2. <1 162998.2.2/12 9276.2 2 /24.34/12 9277.34 2 /22./14 697. 2 /2.7/14 4629.7 2 /18 1/14 463 1. 2 /17 1./14 4631 1. 2 /16 8 mbient temperature T [ ] 1 12 12.8 2 S-ST.8/2/9 186967 182481 9 3 S-ST.8/3/9 186968 182482 38 4 S-ST.8/4/9 186969 182483 28 S-ST.8//9 18697 182484 22 6 S-ST.8/6/9 186971 18248 18 7 S-ST.8/7/9 186972 182486 1 8 S-ST.8/8/9 186973 182487 13 Z6 roto 9143.13-6 2.18.26

./.8 / S-ST./_ /18 S-ST.8/_ /18 118 /2 ST S-ST./_ /13 S-ST.8/_ /13 S-ST./.8-16./.8/ SW -14 +4.2 +.16" 14.3.63" 8..33" +4.2 +.16..21".9.3" -2,21 1. 3.. 2 S-ST./2/18 18714 18296 6 3 S-ST./3/18 1871 18297 39 4 S-ST./4/18 18716 18298 28 S-ST.//18 18717 18299 22 6 S-ST./6/18 18718 1826 18 7 S-ST./7/18 18719 18261 16 8 S-ST./8/18 1872 18262 14 1. 3.. 2 S-ST./2/13 18843 188434 6 3 S-ST./3/13 18844 188437 39 4 S-ST./4/13 1884 188438 28 S-ST.//13 18846 188439 22 6 S-ST./6/13 18847 18844 18 7 S-ST./7/13 18848 188441 16 8 S-ST./8/13 18849 188442 14 9 S-ST./9/13 18846 188443 12 1 S-ST./1/13 188466 188444 11 11 S-ST./11/13 188467 18844 1 12 S-ST./12/13 188468 188446 9 13 S-ST./13/13 188469 188447 8 14 S-ST./14/13 18847 1884 8 1 S-ST./1/13 188471 18841 7 16 S-ST./16/13 188472 18842 6-18,19.8 2 S-ST.8/2/18 18721 18264 9 3 S-ST.8/3/18 18722 18266 38 4 S-ST.8/4/18 18723 18267 28 S-ST.8//18 18724 18268 22 6 S-ST.8/6/18 1872 18261 18 7 S-ST.8/7/18 18726 182611 1 8 S-ST.8/8/18 18727 182612 13.8 2 S-ST.8/2/13 188473 1882 9 3 S-ST.8/3/13 188474 1883 38 4 S-ST.8/4/13 18847 1884 28 S-ST.8//13 188476 188 22 6 S-ST.8/6/13 188477 1886 18 7 S-ST.8/7/13 188478 1887 1 8 S-ST.8/8/13 188479 1888 13 9 S-ST.8/9/13 18848 1889 12 1 S-ST.8/1/13 188481 1881 11 11 S-ST.8/11/13 188482 18811 1 12 S-ST.8/12/13 188483 18812 9 13 S-ST.8/13/13 188484 18813 8 14 S-ST.8/14/13 18848 18814 7 1 S-ST.8/1/13 188486 1881 7 16 S-ST.8/16/13 188487 18816 6.27

7./7.62/ 6.32 / 7./7.62 6.32 / 7. 7.62.-6. 2 () 26-12W (U) 1 () 3 (U) 32 () 2 (U) 7./7.62 7./_ /9 7.62/_ /9 19 nx.6 11.24".433" 2.4.94" 17.669"..217".1" 664-1/11 4.97 2.13...6. 7 --U 2...6. 7 --R 2...6 7 -- 2...4. 2...2. 2...2. 6. 2 4 32. 32. 7.62/9 / 7-4. oad current [] 4 3 2 min. of poles (2-pole) 1 onductor current to 6947-7-1 3.2 7. 2 7./2/9 19442 1 3 7./3/9 19443 1 k U 19-6693 W S 22.2-R124 W U94 Ω Ω m 1 6. 6. 6. 3 3 2. 1. 26-12 3 3 2. 1. 26-12 -2 7./7.62 3.2 7. 3 1 3 1.2....6 46 228/1 46 228/4 = / n= oad current [] 1 2 3 4 6 7 8 9 1 11 4 3 2 1 mbient temperature T [ ] 7.62/18 / 7-4. min. of poles (2-pole) 1 2 3 4 6 7 8 9 1 11 mbient temperature T [ ] onductor current to 6947-7-1 S.6X3.X1 9833.16 W 1-473461 1-.1 W 1-1 473461 1-1X.1 RT 4976.1 UTR 47336.1 S2. 31.3.2./12 49. 2 /2.7/12 496.7 2 /18 1/12 497 1. 2 /17 1./14 4631 1. 2 /16 2./14 91916 2. 2 /14 7.62 2 7.62/2/9 19446 1 3 7.62/3/9 19447 1 Z6 roto 9143.13-6 2.18.28

7./7.62 6.32 / 7./_ /9 7.62/_ /9 19 7./_ /13 7.62/_ /13 113 7./7.62 7./_ /18 7.62/_ /18 118 7./7.62/ 6.32 / nx.6 13.4.24".28" 17.669" nx.6.24" 16.8.662" 17..689".7.26" nx 11.433" 17.669" 2.4.94".1"..217" 7.7.34".1" 7..293".1" 1.41" 3.2 7. 2 7./2/9 19444 1 3 7./3/9 1944 1 3.2 7. 2 7./2/13 1977 1 3 7./3/13 1981 1 3.2 7. 2 7./2/18 176137 1 3 7./3/18 176138 1 7.62 2 7.62/2/9 19448 1 3 7.62/3/9 19449 1 7.62 2 7.62/2/13 1979 1 3 7.62/3/13 1983 1 7.62 2 7.62/2/18 17389 1 3 7.62/3/18 1739 1.29

7./7.62/ 6.32 / T 7./7.62 6.32 / T T1.S-7.62 T1.S _ /9-7.62 19 /2 T1.S-7.62 T1.S_ /18-7.62 118 /2 T.-2. 2 () 26-14W (U) 1 () 3 (U) 24 () 1 (U) +.8 +.2" 1.8 2..71".96" 18..728".8.2".1" 19..768" 9.3.366" +.8 +.2" 1.8 2..71".96" 19. 768".8.2" 18..728" 9.3.366".1" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2.13...2....2....2....2....2. 1. 2 4 24 21 T 1.S 7.62/9 / 7-2. 3 oad current [] 2 2 1 1 min. of poles (2-pole) onductor current to 6947-7-1 1 2 3 4 6 7 8 9 1 11 mbient temperature T [ ] k U 19-6693 W S 22.2-R124 W U94 Ω Ω m 4 63 1 4. 4. 4. 3 3 1. 1. 26-14 3 3 1. 1. 26-14 -2 uzn 7.62 T 4. 1. 2. 1 3 1.2.4... 46 228/1 46 228/4 Z6/ = / n= oad current [] T 1.S 7.62/18 / 7-2. 3 2 2 1 1 1 min. of poles (2-pole) onductor current to 6947-7-1 2 3 4 6 7 8 mbient temperature T [ ] 9 1 11 3. 7.62 2 T1.S 2/9-7.62 39336 1 3 T1.S 3/9-7.62 39346 1 4 T1.S 4/9-7.62 3936 T1.S /9-7.62 39366 2 6 T1.S 6/9-7.62 168399 2 7 T1.S 7/9-7.62 164731 2 8 T1.S 8/9-7.62 64246 2 9 T1.S 9/9-7.62 39396 2 1 T1.S 1/9-7.62 6426 2 11 T1.S 11/9-7.62 3946 2 12 T1.S 12/9-7.62 39416 2 4. 7.62 2 T1.S 2/18-7.62 39136 1 3 T1.S 3/18-7.62 39146 4 T1.S 4/18-7.62 3916 T1.S /18-7.62 14946 2 6 T1.S 6/18-7.62 1976 2 7 T1.S 7/18-7.62 1977 2 8 T1.S 8/18-7.62 796 2 9 T1.S 9/18-7.62 1978 2 1 T1.S 1/18-7.62 7116 2 11 T1.S 11/18-7.62 1979 2 12 T1.S 12/18-7.62 39216 2.3

7./7.62 6.32 / T T1.S-7.62x'e' T1.S _ /9-7.62x'e' 19 /2 T1.S-7.62x'e' T1.S_ /18-7.62x'e' 118 /2 7./7.62/ 6.32 / T T 1. 2 14W 27 12 +.8 +.2" 1.8 2..71".96" 18..728".8.2".1" 19..768" 9.3.366" +.8 +.2" 1.8 2..71".96" 19. 768".8.2" 18..728" 9.3.366".1" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2 2 4 T 1.S 7.62/9 / 7-2. 3 oad current [] 2 2 1 1 min. of poles (2-pole) onductor current to 6947-7-1 1 2 3 4 6 7 8 9 1 11 mbient temperature T [ ] k U 19-6693 W S 22.2-R124 W U94 Ω Ω m = / n= 27 12.13...1./26...14-2 uzn 7.62 T 4. 1. 2. 1 3 1.2.4... oad current [] T 1.S 7.62/18 / 7-2. 3 2 2 1 1 1 min. of poles (2-pole) onductor current to 6947-7-1 2 3 4 6 7 8 mbient temperature T [ ] 9 1 11 3. 7.62 2 T1.S 2/9-7.62x'e' 1834 1 3 T1.S 3/9-7.62x'e' 183 1 4 T1.S 4/9-7.62x'e' 1836 1 T1.S /9-7.62x'e' 1837 6 T1.S 6/9-7.62x'e' 1838 7 T1.S 7/9-7.62x'e' 1839 8 T1.S 8/9-7.62x'e' 184 9 T1.S 9/9-7.62x'e' 1841 1 T1.S 1/9-7.62x'e' 1842 11 T1.S 11/9-7.62x'e' 1843 12 T1.S 12/9-7.62x'e' 1844 4. 7.62 2 T1.S 2/18-7.62x'e' 184 1 3 T1.S 3/18-7.62x'e' 1846 1 4 T1.S 4/18-7.62x'e' 1847 1 T1.S /18-7.62x'e' 1848 6 T1.S 6/18-7.62x'e' 1849 7 T1.S 7/18-7.62x'e' 18 8 T1.S 8/18-7.62x'e' 181 9 T1.S 9/18-7.62x'e' 182 1 T1.S 1/18-7.62x'e' 183 11 T1.S 11/18-7.62x'e' 184 12 T1.S 12/18-7.62x'e' 18.31

7./7.62/ 6.32 T 7./7.62 6.32 / T T4S-6.3 T4S-7.62 T.-6. 2 () 26-1W (U) 32 () 3 (U) 32 () 3 (U) T4S-6.3 T4S_ /9-6.3 19 /2 nx 1..9" 26 1.24" 26 1.24".1" 1.6.416" 1.16.4" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2 T4S6.3 T4S7.62 k k U 19-6693 W S 22.2-R124 W U94 Ω Ω m.13...6....6....4....4....4. 13. 2 4 32. 32. 32 32 32 2. 2. 2. 63 1 4. 4. 4. 3 3 3. 1. 26-1 3 3 3. 1. 26-1 -2 usn 6.3 T 3. 13. 3 1 3 1.4..6 46 228/1 46 228/4 = / n= oad current [] oad current [] 6 4 3 2 1 3 2 2 1 1 T 4S 6.3/9 / 7-4. 1 2 3 4 6 7 8 9 1 11 mbient temperature T [ ] S 1.X4.X1 9834.16 S1 1-1 S1 11-2 min. of poles (2-pole) 3311 1-1 33111 11-2 onductor current to 6947-7-1 T 4S 6.3/18 / 7-2. 1 2 min. of poles (2-pole) 3 4 onductor current to 6947-7-1 9 1 11.2./16 9287. 2 /2.7/18 9291.7 2 /18 1/18 9293 1. 2 /17 1./18 91918 1. 2 /16 Z6 roto 9143.13-6 2.18 6 7 mbient temperature T [ ] 8 3. 6.3 2 T4S 2/9-6.3 14176 1 3 T4S 3/9-6.3 163 1 4 T4S 4/9-6.3 17863 T4S /9-6.3 17864 6 T4S 6/9-6.3 1786 7 T4S 7/9-6.3 17866 8 T4S 8/9-6.3 166791 9 T4S 9/9-6.3 17867 1 T4S 1/9-6.3 17868 11 T4S 11/9-6.3 17869 12 T4S 12/9-6.3 17861.32

7./7.62 6.32 / T T4S _ /18-6.3 118 /2 T4S _ /9-7.62 19 /2 T4S-6.3 T4S_ /18-7.62 118 /2 7./7.62/ 6.32 / T nx 1..9" 26 1.24" 26 1.24" nx 1..9" 26 1.24" 26 1.24" nx 1..9" 26 1.24" 26 1.24".1" 9.8.386".1" 11.433".1" 9.8.386" 1.16.4" 1.16.4" 1.16.4" 3. 6.3 2 T4S 2/18-6.3 178619 1 3 T4S 3/18-6.3 17862 1 4 T4S 4/18-6.3 178621 T4S /18-6.3 178622 6 T4S 6/18-6.3 178623 7 T4S 7/18-6.3 178624 8 T4S 8/18-6.3 17862 9 T4S 9/18-6.3 178626 1 T4S 1/18-6.3 178627 11 T4S 11/18-6.3 178628 12 T4S 12/18-6.3 178629 3. 3. 7.62 2 T4S 2/9-7.62 28966 3 T4S 3/9-7.62 28976 4 T4S 4/9-7.62 2916 T4S /9-7.62 169874 6 T4S 6/9-7.62 178641 7 T4S 7/9-7.62 16473 8 T4S 8/9-7.62 178642 9 T4S 9/9-7.62 178643 1 T4S 1/9-7.62 178644 11 T4S 11/9-7.62 17986 12 T4S 12/9-7.62 17864 7.62 2 T4S 2/18-7.62 29836 3 T4S 3/18-7.62 29846 4 T4S 4/18-7.62 2986 T4S /18-7.62 17864 6 T4S 6/18-7.62 14946 7 T4S 7/18-7.62 1786 8 T4S 8/18-7.62 17866 9 T4S 9/18-7.62 1717 1 T4S 1/18-7.62 17867 11 T4S 11/18-7.62 17868 12 T4S 12/18-7.62 174917.33

7./7.62/ 6.32 7./7.62 6.32 / S-ST7. S-ST7.62 ST.2-1. 2 () 24-16W (U) 8 () 3 (U) 17. () 1 (U) S-ST7./7.62 S-ST7./_ /9 S-ST7.62/_ /9 19 /2 ST +4.2 +.16" 8..33" 14.3.63" 7.276" 3.119" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2 k U 19-6693 W S 22.2-R124 W U94 Ω Ω m.13...1..2...1..2...1..2...1..2...7 8. 2 4 17. 17. 63 8 6. 6. 6. 3 1 3 1. 1. 1. 24-16 3 1 3 1. 1. 1. 24-16 - 7.62 4. 1. 2. 1 3 1.2.4... 46 228/1 46 228/4 = / n= oad current [] 3 3 2 2 1 1 S-ST 7.62/9 / 7-1. onductor current to 6947-7-1 2 4 6 1 12 S.4X2.X7 993.16 7. SW.14 SW 4 8/7. 1-8 162261 1-8 SW 4 12/7. 1-12 163141 1-12 7.62 SW SW 4 8/7.62 1-8 17681 1-8 SW 4 12/7.62 1-12 162271 1-12 SW 4 < UTR 162997 SW 4 <1 UTR 162999.2./14 697. 2 /2.7/14 4629.7 2 /18 1/14 463 1. 2 /17 1./14 4631 1. 2 /16 8 mbient temperature T [ ] min. of poles (2-pole) 1. 3. 7. 2 S-ST7./2/9 186974 182488 47 3 S-ST7./3/9 18697 182489 28 4 S-ST7./4/9 186976 18249 2 S-ST7.//9 186977 182491 16 6 S-ST7./6/9 186978 182492 13 7 S-ST7./7/9 186979 182493 11 8 S-ST7./8/9 18698 182494 9 7.62 2 S-ST7.62/2/9 186926 18249 46 3 S-ST7.62/3/9 186927 182496 28 4 S-ST7.62/4/9 186928 182497 2 S-ST7.62//9 186929 182498 1 6 S-ST7.62/6/9 18693 182499 13 7 S-ST7.62/7/9 186931 182 11 8 S-ST7.62/8/9 186932 1821 9 Z6 roto 9143.13-6 2.18.34

7./7.62 6.32 / S-ST7./_ /18 S-ST7.62/_ /18 118 /2 ST S-ST7./_ /13 S-ST7.62/_ /13 S-ST7./7.62-16 7./7.62/ 6.32 / SW -14 +4.2 +.16" 8..33" +4.2 +,16" 12.9.8" X. 12.7 X.. 14.1"..21".9.3" 3.1.12".197" -2,21 1. 3. 7. 2 S-ST7./2/18 18728 182613 1 3 S-ST7./3/18 18729 182614 1 4 S-ST7./4/18 1873 18261 1 S-ST7.//18 18731 182616 6 S-ST7./6/18 18732 182617 7 S-ST7./7/18 18733 182618 8 S-ST7./8/18 18734 182619 1. 3. 7. 2 S-ST7./2/13 188488 188611 1 3 S-ST7./3/13 188489 188612 1 4 S-ST7./4/13 18849 188613 1 S-ST7.//13 188491 188614 6 S-ST7./6/13 188492 18861 7 S-ST7./7/13 188493 188616 8 S-ST7./8/13 188494 188617-18,19 7.62 2 S-ST7.62/2/18 186981 182621 1 3 S-ST7.62/3/18 186983 182622 1 4 S-ST7.62/4/18 186984 182623 1 S-ST7.62//18 18698 182624 6 S-ST7.62/6/18 186986 18262 7 S-ST7.62/7/18 186987 182626 8 S-ST7.62/8/18 186988 182627 7.62 2 S-ST7.62/2/13 18849 188618 1 3 S-ST7.62/3/13 188496 188619 1 4 S-ST7.62/4/13 188497 18862 1 S-ST7.62//13 188498 188621 6 S-ST7.62/6/13 188499 188622 7 S-ST7.62/7/13 188 188623 8 S-ST7.62/8/13 1881 188624.3

9.2/ 9.2 / 9.2.18-6. 2 () 26-1W (U) 1 () 3 (U) 32 () 3 (U) 9.2/_ /9 19 9.2.6.24" nx 12..492" 4.8.189" 21..846" 7.9.311".1" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2 k U 19-6693 W S 22.2-R124 W U94 Ω Ω m.18...6..18...6..22...4....2....2. 7. 2 4 32. 32. 69 1 1 6. 6. 6. 3 3 3. 3. 26-1 3 3 3. 3 26-1 - 9.2. 7. 3 1 3.7....6 46 228/1 46 228/4 = / n= oad current [] oad current [] 6 4 3 2 1 3 2 2 1 1 9.2 / 7-4. onductor current to 6947-7-1 min. of poles (2-pole) max. of poles (24-pole) 1 2 3 4 6 7 8 9 1 11 12 13 mbient temperature T [ ] 9.2 / -. min. of poles (2-pole) onductor current to 6947-7-1 max. of poles (24-pole) 1 2 3 4 6 7 8 9 1 11 12 13 mbient temperature T [ ] S 1.X4.X1 9834.18 SW SW 4 < UTR 162997.16 SW 4 < UTR 162999 1.16.2./14 697. 2 /2.7/14 4629.7 2 /18 1/14 463 1. 2 /17 1./14 4631 1. 2 /16 2./14 91916 2. 2 /14 Z6 roto 9143.13-6 2.18. 9.2 2 9.2/2/9 172468 1 3 9.2/3/9 172469 1.36

9.2 / 9.2.18-6. 2 () 26-1W (U) 1 () 3 (U) 32 () 3 (U) 2 9.2/_ /9 29 9.2 9.2/ n x +.6 n x +.24".4.211" n x - 1 /2 /2 4.2.16" 21.7.84" 39.1 1.39" 28.4 1.118" Ø 1.3 +.1.21" 17..689" 7.9.311" 28 1.12" 664-1/11 4.97 2 7 --U 2 7 --R 2 7 -- 2 2 2 k U 19-6693 W S 22.2-R124 W U94 Ω Ω m.18...6..18...6..22...4....2....2. 7. 2 4 32. 32. 69 1 1 6. 6. 6. 3 3 3. 3. 26-1 3 3 3. 3 26-1 - 9.2. 7. 3 1 3.7....6 46 228/1 46 228/4 = / n= oad current [] oad current [] 7 min. of poles (4-pole) 6 onductor current to 6947-7-1 4 3 max. of poles (16-pole) 2 1 2 4 6 8 1 12 mbient temperature T [ ] 4 3 2 1 2 9.2/9 / 7-U6 2 9.2/9 / 7-4. max. of poles (16-pole) min. of poles (4-pole) onductor current to 6947-7-1 2 4 6 8 1 12 mbient temperature T [ ] S 1.X4.X1 9834.18 SW SW 4 < UTR 162997.16 SW 4 < UTR 162999 1.16.2./14 697. 2 /2.7/14 4629.7 2 /18 1/14 463 1. 2 /17 1./14 4631 1. 2 /16 2./14 91916 2. 2 /14 Z6 roto 9143.13-6 2.18. 9.2 4 29.2/4/9 19263 1 8 29.2/8/9 192636 1 12 29.2/12/9 192637 1 16 29.2/16/9 192638 1 2 29.2/2/9 192639 1 24 29.2/24/9 19264 1.37

9.2/ 1.16 / S1.-1. 2 () 26-8W (U) 1 () 3 (U) 7 () 4 (U) S1/_ /18 S1 118 /2 nx+1 19.748" 32 1.26" 7.7.33".1" 2.32.8" 664-1/11 4.97 2.13...1. 7 --U 2...1. 7 --R 2 6...1 7 -- 2...1. 2.7...4. 2.7...4. 1. k U 19-6693 W S 22.2-R124 W U94 Ω Ω m 2 4 7. 7 4 1 6. 6. 6. 3 1 3 4. 4. 1. 26-8 3 3 4. 1. 26-8 -2 -u 1.16 4. 1.6+.1 1. 4 1 3.2 1.2... 1. 46 228/1 46 228/4 = / n= oad current [] 9 8 7 6 4 3 2 1 S 1 / 7-1 onductor current to 6947-7-1 min. of poles (2-pole) 1 2 3 4 6 7 8 mbient temperature T [ ] 9 1 11 S 1.X.X12 983.16 W 1-473461 1-.1 W 1-1 473461 1-1X.1 RT 4976.1 UTR 47336.1.2./16 9287. 2 /2.7/16 9286.7 2 /18 1/18 9293 1. 2 /17 1./16 631 1. 2 /16 2./18 91917 2. 2 /14 4/17 91919 4. 2 /12 4. 1.16 1 S1/1/18 4787 2 S1/2/18 99414 2 3 S1/3/18 4789 2 4 S1/4/18 16122 2 S1//18 176141 2 6 S1/6/18 99416 2 7 S1/7/18 99837 2 8 S1/8/18 99417 2 9 S1/9/18 99838 2 1 S1/1/18 99418 2.38

1.16 / U1.16.-16. 2 () 26-6W (U) 1 () 3 (U) 76 () 6 (U) U1.16 U1.16/_ /9 19 /2 1.16/ nx.6.24".2.2" 1.16.4" 28. 1.122" 18.3.72" 6..2".1" 664-1/11 4.97 2.14...16. 7 --U 2...16. 7 --R 2 6...16 7 -- 2...16. 2 2...1. 2 2...1. 12. k U19-6693 W S 22.2-R124 W U94 Ω Ω m 2 4 76. 76. 69 69 1 6. 6. 4. 3 1 3 6. 6. 1. 26-6 3 1 3 6. 6. 1. 26-6 Wemid () - -u 1.16 4. 1.6+.1 12. 4 1 3. 1.2... 1. 46 228/1 46 228/4 = / n= oad current [] oad current [] 11 1 9 8 7 6 4 3 2 1 3 2 2 1 1 U 1.16/9 / 7-16 max. of poles (1-pole) min. of poles (2-pole) onductor current to 6947-7-1 2 4 6 8 1 12 mbient temperature T [ ] U 1.16/9 / -. max. of poles (1-pole) onductor current to 6947-7-1 min. of poles (2-pole) 2 4 6 8 1 12 mbient temperature T [ ] S 1.X.X12 983.16 W 1-473461 1-.1 W 1-1 473461 1-1X.1 RT 4976.1 UTR 47336.1.2 2./18 91917 2. 2 /14 4/2 9192 4. 2 /12 6/2 33 6. 2 /1 1/22 342 1. 2 /7 S2. 31.3 4. 1.16 2 U1.16/2/9 164831 2 3 U1.16/3/9 16483 2 4 U1.16/4/9 99639 2 U1.16//9 9964 2 6 U1.16/6/9 99641 2 7 U1.16/7/9 99642 2 8 U1.16/8/9 99643 2 9 U1.16/9/9 99644 2 1 U1.16/1/9 9964 2.39

1.16/ 1.16 / U1.16.-16. 2 () 26-6W (U) 1 () 3 (U) 76 () 8 (U) U1.16 U1.16/_ /9 19 /2 664-1/11 4.97 2.13...16. 7 --U 2...16. 7 --R 2 6...16 7 -- 2...16. 2 2...1. 2 2...1. 12. k U19-6693 W S 22.2-R124 W U94 Ω Ω m 2 4 76. 72. 8 1 1 8. 8. 6. 3 3 3 8. 8. 1. 26-6 3 3 3 8. 8. 1. 26-6 Wemid() - -u 1.16 3.2 1.6+.1 12. 4 1 3. 1.2...1. 46 228/1 46 228/4 ScU 6693 = / n= oad current [] oad current [] 11 1 9 8 7 6 4 3 2 1 3 2 2 1 1 U 1.16/9 / 7-16 max. of poles (9-pole) min. of poles (2-pole) onductor current to 6947-7-1 2 4 6 8 1 12 mbient temperature T [ ] U 1.16/9 / -. max. of poles (9-pole) onductor current to 6947-7-1 min. of poles (2-pole) 2 4 6 8 1 12 mbient temperature T [ ] S1.X.X12 983.16 W1-473461 1-.1 W 1-1 473461 1-1X.1 RT 4976.1 UTR 47336.1.2 2./18 91917 2. 2 /14 4/2 9192 4. 2 /12 6/2 33 6. 2 /1 1/22 342 1. 2 /7 S2. 31.3 nx.8 2.1.31".987" 31. 1.24" 1.16.4" 11.1.439" 1.6+.1.63" 3.2 1.16 2 U1.16/2/9 183927 2 3 U1.16/3/9 183928 2 4 U1.16/4/9 183929 2 U1.16//9 18393 2 6 U1.16/6/9 183931 2 7 U1.16/7/9 183932 2 8 U1.16/8/9 183933 2 9 U1.16/9/9 183934 2.4

12.7 / U12.7 U12.7/_ /9 19 /2 U12.7 U U 16 /W 676 () 6 (U) 1 U 1.16U 8c U84 6 U 12.7 U 19 6 1.16/.-16. 2 () 26-6W (U) 1 () 6 (U) 76 () 8 (U) nx.8.31" 31. 1.24" 6..26" 1.18.4" 2.1.987" 11.1.439" 1.6+.1.63" -16 664-1/11 4.97 2.13...16. 7 --U 2...16. 7 --R 2 6...16 7 -- 2...16. 2 2...1. 2 2...1. 12. k U19-6693 W S 22.2-R124 W U94 Ω Ω m 2 4 76. 76. 1 1 1 8. 8. 6. 6 6 6 8. 8.. 26-6 6 6 6 8. 8.. 26-6 Wemid () - -u 1.16 3.2 1.6+.1 12. 4 1 3. 1.2... 1. 46 228/1 46 228/4 ScU 6693 = / n= oad current [] oad current [] 11 1 9 8 7 6 4 3 2 1 U 12.7/9 / -. 3 2 2 1 1 U 12.7/9 / 7-16 max. of poles (9-pole) 2 4 6 8 1 12 mbient temperature T [ ] max. of poles (9-pole) min. of poles (2-pole) onductor current to 6947-7-1 onductor current to 6947-7-1 min. of poles (2-pole) 2 4 6 8 1 12 mbient temperature T [ ] 3.2 12.7 2 U12.7/2/9 183918 2 3 U12.7/3/9 183919 2 4 U12.7/4/9 18392 2 U12.7//9 183921 2 6 U12.7/6/9 183922 2 7 U12.7/7/9 183923 2 8 U12.7/8/9 183924 2 9 U12.7/9/9 18392 2 X -1-2,21.41

1.16/.42

1. / X1. X1. 1.31-2. 2 () 16-4W (U) 1 () 6 (U) 11 () 8 (U) X1./_ /9 19 /2 +13. +.12" 37 1.47" 29.1 1.144" 12..492" 13..31" 3.8.1" 1.6+.1.63" 664-1/11 4.97 2 1.31...2. 7 --U 2 1...16. 7 --R 2 6...8. 7 -- 2 1...2. 2 1...16. 2 1...16. 16. k U19-6693 W S 22.2-R124 W U94 Ω Ω m 2 4 11. 11. 1 1 1 8. 8. 6. 6 6 6 8. 8.. 16-4 6 6 6 8. 8.. 16-4 Wemid() -1 -u 1. 4. 16 1 2.3 2...4. 46 228/1 46 228/4 = / n= oad current [] oad current [] 16 14 12 1 8 6 4 2 4 3 2 1 X 1./9 / 7-2 onductor current to 6947-7-1 min. of poles (2-pole) 2 4 6 8 1 12 mbient temperature T [ ] X 1./9 / 7-1. onductor current to 6947-7-1 min. of poles (2-pole) 2 4 6 8 1 12 mbient temperature T [ ] S1.X.X12 9834.16 W1-473461 1-.1 W 1-1 473461 1-1X.1 RT 4976.1 UTR 47336.1.2 1./24 66 1. 2 /16 2./24 91918 2. 2 /14 4/26 91921 4. 2 /12 6/26 67 6. 2 /1 1/28 68 1. 2 /7 16/28 66 16 2 /6 Z6 roto 9143.13-6 2.18 4. 1. 1 X1./1/9 178366 2 2 X1./2/9 178367 2 3 X1./3/9 178368 2 4 X1./4/9 178369 2 X1.//9 18646 2 6 X1./6/9 18987 1 7 X1./7/9 191916 1 8 X1./8/9 18988 1.43

1.16/ 1. / X1./_ /9 19 /2 X1./1/9 19 /2 X1. X 1. 2 W 4 11 8 U 1..91 6 U 19 2 /W 4 2 1 X 1. X 1. +4 +1.772" 29.1 1.144" 29 1.142" 29.1 1.144" 17.669" 3.8.+.1.1" 12. 37.492" 1.47" 13..31" 1.6+.1.63" 3.8.149" 37 1.47" 12..492" 13..31" 1.6+.1.63" 2 X 1. X 1. 4. 1. 2 X1./2/9 178371 2 3 X1./3/9 178372 2 4 X1./4/9 178373 2 X1.//9 18647 2 6 X1./6/9 178374 1 7 X1./7/9 19272 1 8 X1./8/9 17837 1 4. 1. 1 X1./1/9 17837 2-16 SW -14-2,21.44