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| Datasheet File OCR Text: |
| VACUTAP(R) VV TD 203 203/01/01/0 TD 203/01 1 1 1.1 1.2 2 2.1 2.2 2.3 3 Iu Ui PStN 13 13 14 17 4 6 TD61 203/01/01/0 TD 203/01 3 1 1.1 VV III 250 Y 3 VV III 250 D 3 VV III 400 Y 3 VV III 400 D 3 VV III 600 Y 3 VV III 600 D 3 I um kA s kA U im PStN Hz V A 250 4 3 10 2000 500 400 5 3 12.5 2000 700 50 12 1700 6801) 60 23 600 6 3 15 1700 680 1000 6001) k VA Um 2) kV kV 1.2/50 kV 1 50Hz 70 140 70 140 275 70 140 70 140 275 3 0.3 VACUTAP(R) VV 0.6 -25 +105 70 140 70 140 200 350 200 350 650 200 350 200 350 650 200 350 200 350 40 76 40 76 145 40 76 40 76 145 40 76 40 76 1a 4 TD 203/01 203/01/01/0 1 VV III 40 kV kg dm 3 VV III 76 kV 255 328 V 30 Vs 265 V 33 Vs VV III 145 kV 280 405 V 39 240 295 Vs 240 Vs dV 3) dm 3 325 1b 1a 1) 2) 3) 1b VDE 0111 1 = -30 +100 203/01/01/0 TD 203/01 5 1 1.2 VV III 250/400-D-145-10/12-0/W/G h mm Um kV 145 2224 VV III 250/400-Y/D-40 76-10/12-0/W/G h mm Um kV 40 76 1628 1810 excerpt from 8995410E 1 6 TD 203/01 203/01/01/0 1 2a 2b 2c MR 2a 10 10 0 12 12 0 A 10 A 1 1 12 9 excerpt from 8906164E_1 9 11 11 203/01/01/0 TD 203/01 7 1 2b 10 09 1 W 4 4 10 19 1 W 12 23 1 W 10 9 10 19 3 W 12 23 3 W 12 11 8 8 10 10 excerpt from 8906164E_2 8 TD 203/01 203/01/01/0 1 2c 10 09 1 G 4 5 4 10 19 1 G 12 12 23 1 G 9 10 9 10 19 3 G 10 11 11 12 23 3 G 8 8 10 8 10 excerpt from 8906164E_3 203/01/01/0 TD 203/01 9 2 3 VV III Y 10 10 0 10 TD 203/01 203/01/01/0 1 4 VV III Y 10 19 1 W 203/01/01/0 TD 203/01 11 1 5 VV III Y 10 19 1 G 12 TD 203/01 203/01/01/0 2 2 2.1 Iu Ui VV III 250 10 / 12 lu A Ui V PStN kVA 250 2000 500 PStN VV III 400 10 / 12 400 2000 700 1700 6801) VV III 600 10 / 12 600 1700 680 1000 6001) 2 P StN 1) 6 Iu Ui 10 12 from int 169 3 Ui Iu 2.2 500 000 203/01/01/0 TD 203/01 13 2 2.3 VV III xxx D Um = 40 kV Um = 76 kV Um = 145 kV Um = 40 kV Um = 76 kV Um = 145 kV kV 1.2/50 s kV 50Hz 1min kV 1.2/50 s kV 50Hz 1min kV 1.2/50 s kV 50Hz 1min kV 1.2/50 s kV 50Hz 1min b1 Um = 40 kV b Um = 76 kV Um = 145 kV Um = 40 kV Um = 76 kV Um = 145 kV kV 1.2/50 s kV 50Hz 1min kV 1.2/50 s kV 50Hz 1min kV 1.2/50 s kV 50Hz 1min kV 1.2/50 s kV 50Hz 1min kV 1.2/50 s kV 50Hz 1min c21 Um = 40 kV c2 Um = 76 kV Um = 145 kV kV 1.2/50 s kV 50Hz 1min kV 1.2/50 s kV 50Hz 1min kV 1.2/50 s kV 50Hz 1min kV 1.2/50 s kV 50Hz 1min kV 1.2/50 s kV 50Hz 1min kV 1.2/50 s kV 50Hz 1min 250 80 490 165 730 285 f1 Um = 40 kV f Um = 76 kV Um = 145 kV 200 70 350 140 650 275 200 70 350 140 650 275 200 50 250 65 100 20 130 30 b2 250 80 490 165 730 285 400 100 500 130 c22 300 90 520 180 800 300 f2 250 80 490 165 730 285 kV 200 70 350 140 350 140 350 140 b3 300 90 520 180 800 300 400 100 500 130 200 85 200 85 100 20 VV III xxx Y 200 50 a a1 c1 3 14 TD 203/01 203/01/01/0 2 a1 a K a b b1 b1 b2 b3 f f1 f2 b2 b3 c1 c2 c21 c22 899 758 0E 4 203/01/01/0 TD 203/01 15 3 3 VACUTAP(R) VV III 250/400/600-Y/D-40~76-10/12-0 899 120 899 119 VACUTAP(R) VV III 250/400D-145-10/12-0 899 163 899 162 VACUTAP(R) VV VACUTAP(R) VV VACUTAP(R) VV VACUTAP(R) VV VACUTAP(R) VV VACUTAP(R) VV 898 864 899 407 899 110 899 409 899 051 898 866 VACUTAP(R) VV VACUTAP(R) VV VACUTAP(R) VV VACUTAP(R) VV VACUTAP(R) VV 898 863 899 764 899 210 899 211 899 169 16 TD 203/01 203/01/01/0 899 120 3E VACUTAP(R) VV VV III 250/400/600-Y/D-40 76-10/12-0 10 Z Y Y 10 W n-1 12 Z E1 E2 Q R S W 31 32 12 15 Um kV m mm n h 40 432 437 1628 76 497 489 1810 203/01/01/0 TD 203/01 17 899 119 4E VACUTAP(R) VV VV III 250/400/600-Y/D-40 76-10/12-W/G 10 X Z X Y Y Y 10 W n-1 Y 12 Z E1 E2 Q R S W 31 32 12 15 Um kV i mm m n h 40 404 432 437 1628 76 456 497 489 1810 18 TD 203/01 203/01/01/0 899 163 2E VACUTAP(R) VV VV III 250/400-D-145-10/12-0 10 Z Y 10 Y W n-1 12 Z E1 E2 Q R S W 31 32 12 15 Um kV m mm n h 145 623 591 2224 203/01/01/0 TD 203/01 19 899 162 2E VACUTAP(R) VV VV III 250/400-D -145 -10/12-W/G 10 X X Z Y 10 Y W n-1 12 Z E1 E2 Q R S W 31 32 12 15 Um kV i mm m n h 145 558 623 591 2224 20 TD 203/01 203/01/01/0 898 864 6E VACUTAP(R) VV 11 12 13 14 21 22 23 24 31 32 33 34 35 36 37 38 0 145kV 12 23a 13 14 X X X 21 22 Z Y E2 R S Q X W n-1 Y Z 203/01/01/0 TD 203/01 21 899 407 1E VACUTAP(R) VV 1 2 3 R1 R1+R2 R1+R2+R3 10 12 56 22 TD 203/01 203/01/01/0 899 110 3E VACUTAP(R) VV 43 145 kV 46 3 O 203/01/01/0 TD 203/01 23 899 409 2E VACUTAP(R) VV 145 kV 24 TD 203/01 203/01/01/0 899 051 5E VACUTAP(R) VV 5 MR 5 MR 12 VV 203/01/01/0 TD 203/01 25 898 866 7E VACUTAP(R) VV 43 145 kV 46 3 O 26 TD 203/01 203/01/01/0 898 863 7E VACUTAP(R) VV 145 kV 31 32 32 33 34 35 36 37 38 E1 E2 R Q S R E2 R S Q 37a M12 Q S O 44.2 - 5.7 360 203/01/01/0 TD 203/01 27 899 764 0E VACUTAP(R) VV 4.25 178.5 200 28 TD 203/01 203/01/01/0 899 210 2E VACUTAP(R) VV 5 A- B- C1 - C2 - D- DV - E- F- G- H- ED - T- 178 200 R Q 15 203/01/01/0 TD 203/01 29 899 211 2E VACUTAP(R) VV 5 A- B- C1 - C2 - D- DV - E- F- G- H- ED - T- 178 200 R Q 15 30 TD 203/01 203/01/01/0 899 169 2E VACUTAP(R) VV G4 G11 G12 R L 15 G9 G10 G13 G14 H1 G4 G9, G10 G11, G12 G13, G14 400 400 520 H2 AB 400 400 400 C H3 H4 H1 >2254 >2309 H2 H3 H4 840mm >2259 >2254 >2259 >2249 >2259 H1 H2 203/01/01/0 TD 203/01 31 00852-2815 1626 00852-2815 2091 2850 7504 020-8473 7861 8473 7862 020-8473 7863 010-8526 1119 6523 8586 010-6523 8806 021-5385 3353 3304 0925 021-5385 3356 029-526 0959, 536 1963 029-536 6986 023-6352 9838 023-6352 9858 027-8856 4061 8677 4307 027-8677 3510 020-8473 7861 8473 7862 020-8473 7863 http://www.shunpower.com TD 203/01 203/01/01/0 |
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