A E G CORP L?7E D MM 0029426 0009305 5S mm T-25-0] Thyristoren fiir selbstgefiihrte Stromrichter Thyristors for self-commutated converters Thyristors pour applications frquence Typ Vorm trams | sm sitar fravaite | fry sin. Vergy | tr | difdlt)er} (dv/dt)cy ty Vet Type VARM t=10ms t=10ms to=60C VAy=50V ty= ty= 180el. VDM 20,67 VoRM ty = | y= | nach DIN | nach DIN ty tmax| 45C | tymax| 45C | sin. fo = 2 KHZ | tumax| tyjmax| 41787 | 41767 25C 5OHz | 400Hz | 10 kHz Vv A A A As | As | APC A A A. Vv ma | A/ps | V/us ps Vv T3S 400 600 8 90) - 41 - | 5,1/68 16 16 15 1,6 (53 {300 C= 400/P <29 |2 500 700* 3 /85 T7F 100 400 700 | 16 100} 120 50} - | 10/59 23 23 23 1,58 147 | 100 B= s0/C si2 12 200 500 9800* 7/85 C = 400/B <10* 300 600 L = 400 M*= 1000 T10F 100 400 700 | 25 120} 140 70| 100 | 16/46 14 |30 |100 B= S0/C s12 |2 200 500 800* 10/85 C = 400/B si0* 300 600 L = 400 ; M*= 1000 T12F 500 800 1100*| 30 200| 220] 200] 240} 19/50 53 49 45 1,25 | 26 60 B= 50;)D s15 |2 600 $900 1200* 12/85 C= 4001C s124 700 1000 L = 400 M*= 1000 T13F 100 400 700 | 30 135; 160 90) 130] 19/57 45 42 42 1,2 |22 100 B= 50/C <12 2 200 500 800* 13/85 CG = 400 300 600 L = 400 M*= 1000 T17F 200 800 1100 | 35 350| 390] 612] 760; 22/68 70 70 70 12 114 100 B= SO|IF s25 | 25 400 900 1200* 17/85 C= 400/E =<20 600 71000 L = 400/S <18 M*=1000);D <15 CG S124 R s 89 T24F 200 800 1100 | 40 460| 520] 1060) 1350 | 25/82 80 80 80 1,2 8 | 100 B= SOIF s25 | 2,5 400 900 1200* 24/85 CG = 400/|E s20 600 1000 L = 4001S <18 M*=1000|D <15 Cc S124 R s 8g T35F 200 800 1100 | 80 1100| 1250 | 6050} 7800 | 51/60 1,4 6,2 | 200 B= 50/G <30 |2 400 900 1200 35/85 C = 400/F s25 600 1000 1300* L = 400/;E <20 M= 1000/0 5154 C 8124) T36F 200 800 1100 | 65 850} 980 | 8600} 4800 | 41/78 . 1,3 5,5 | 120 B= 5SO|F s25 | 2,5 400 900 1200* 36/85 C= 4001E s20 600 1000 L = 400/S s18 M*=1000}D <15 C*s124 T46F 200 800 1100 | 80 | 1000] 1150 | 5000] 6600 | 51/80 1,25 | 3,4 | 120 B= 50(/F s25 | 2,5 400 900 1200* 46/85 C= 4001E <20 600 1000 L = 400/S s18 M*= 1000} D* <15 C* $124 TS50F 200 800 1100 |120 1200| 1350 | 7200] 9100 | 76/55 1,4 4,5 | 200 B= 50/G s380 {2 400 900 1200 50/85 C= 400/F <25 600 1000 1300* L = 400/E s20 M*=1000)D s15 4) C s124 T60F 200 800 1100 |150 1300] 1450 | 8,45 | 10,5 | 96/50 1,3 4 |200 B= 50|/G s30 |2 400 900 1200 x10" | x10? | 60/85 C= 400/F <25 600 1000 1300* L = 400/E <20 M*=1000}D s15 4 C <124 T72F 200 600 200 2050; 2400 | 21 28,8 | 127/44 | 350 350 350 | 1,25} 1,8 | 200 B= 501D s15 |2 400 800 103 | x10? | 72/85 245 C = 400/B <104 L = 400 M*= 1000 T80F 900 1100 1300 |200 2450} 2800] 30 | 39,2 | 127/52 | 360 360 360 | 1,3 2,4 | 160 B= SO;/F s25 |2 1000 1200 1400* x10? | x109 | 80/85 CG = 400/E <20 L = 400/S <184 M*= 1000 T 102 F 200 600 220 =| 2760| 3200 | 37,8 | 51 140/64 |440 | 440 440 | 1,2 1,4 | 200 B= 501ID s15 |2 400 800 x10 | x10? | 102/85 330 C = 400/B <104 L = 400 M*= 1000 1) VpRM = 1000V = 4) Nur mit du/dt-Klassen 8 und L/ Only with du/dt-classes B and L / Seulment en du/dt classes B et L 2}VoAM s 800V 3)VoRM = 600V 14AE G CORP L7E D M@@ 0029426 0009306 7 mm 7-25-64] ier | Pinuc | tymaq M G MaBbild Outline 63x08 ty = | 190eI. Figure 146 A. shee sinus K | / ma [C }G | Nm | g aq Rel N | a 50 2,9 | 100 8 |24 ADAG RS 3 , - ro . 50 |24 /125| 2 | 15 | 25,26 ao - 244 50 | 1,9 125 | 2 15 | 25,26 ao 6 143 - j _ | i 2 50 | 1,6 125 | 2 12 | 28,29 i ! ! | {| 608 . | $4 50 11,6 125 2 15 | 25,26 Tour 326 Tits eel 46 jae 24 27 case B 150 {41,3 125 2 |C:12 | 27,28,29 B:20 a 150 | 1 125 2 C:12 | 27,28,29 B:20 j LU) 2 ol 4 an 150 {0,62 |125) 8 60 | 32 i ets la NA 160 | 0,62 125 4 22 | 30,31 150 0,53 425 4 22 30,31 25 case Cc 28 Th ~AT case Cc 150 | 0,41 125 | 20 160 | 33,34 150 10,385 | 125 | 20 150 | 33,34 = " 150 | 0,35 125 | 20 150 | 33,34 3 160 [0,28 | 125 ; 20 150 | 33,34 150 |0,26 {125 | 20 150 | 33,94 u o=i a) 26 " 3 case U 29 case U * Liefertermin fur grofe Stickzahlen ertragen / Delivery for large quantities on request / Delals pour quantits sur demandeAE G CORP L7E D MM 0029426 0009307 9 mm 7-5-6 | Thyristoren fiir selbstgefihrte Stromrichter Thyristors for self-commutated converters Thyristors pour applications frquence Typ VorM hrvsn| rsx fieat hravtc | tm, sin. Vero |tr | (di/dt)er| (dv/dt)er | ty Var Type Vram t=10ma t=10ms to= 60C, Vay =50V ty= ty= 180el. VOM ~0,67 VoRM ty= [ty | nach DIN | nach DIN y= tymax| 45C | timex! 45C | sin. fo = 2 itz | Wimax | bjmax| 41787 | 41787 26C 50 Hz 400Hz | 10 kHz 7 A kA [kA | As | A?s | APC A A A Vo[mo] As | V/us ps V T120F 900 1100 1300 | 240 |2,9 {3,8 | 42 1545 | 152/70 | 480 | 480 | 480/)1,2 [1,6 1160 |B = sO}F s25 2 1000 1200 1400* x103 | x108 | 120/85 C = 400/E <20 L = 400/S s184 M*= 1000 T 128 F 600 1100 1400*/ 300 |2,45/2,8 | 30 |39,2 | 191/54 | 575 | 575 | 575/1,28/2,15/160 |B = SOIF s25 2 800 1200 ' x10 | x10 | 128/85 C = 400{/E <20 1000 1300 L = 400]S <184 M*= 1000 T 168 S 200 800 1200 | 400 | 2,35 | 2,65 | 27,5 |35,1 | 254/47 | 700 | 700 | 700|1,25] 22/400 |B = SO/F <25 2,2 400 1000 1300* x10 | x10 | 158/85 520 C = 400/E <20 600 1100 L = 400/C <154 M*= 1000 T178F 200 500 300 11,9 | 2,2 | 18 |24,2 | 190/79 | 600 | 600 | 600/1,0211,55/300 {B= SOlE <20 2 400 600 x103 | x108 | 178/85 480 C = 400/D <15 . L = 400/C s124 M*= 1000 T 188 F 600 1100 1400*/ 400 |2,9 13,3 | 42 1/545 | 254/64 | 800 | 800 | 800 /1,2 (1,85]160 {|B = SsO|F 25 2 800 1200 x10 | x10? | 188/85 C = 400/E $20 1000 1300 L = 400/S <184 M*= 1000 T 195 F 200 800 1200 | 450 |6 |6,7 | 180 |224 | 287/59 | 890 | 890 | 800 /1,3 |0,85/200 |B = 50/F 25 2,2 400 1000 1300* x10 | x10 | 195/85 C = 400/E <20 600 1100 L = 400/S <184 M*= 1000 T 290 F 200 800 1200 | 550 16,4 |7,2 | 205 |260 | 350/73 | 1100] 1100] 1100/1,2 |0,75/200 {B= SOIF <25 2,2 400 1000 1300* x10 | x10? | 290/85 C = 400/E <20 600 1100 L = 400/S <184 M*= 1000 T 308 F 200 500 600 14 146 |80 |106 | 382/71 1200 | 1200} 1200] 1 0,7 |300 |B = SOIE <20 2 400 600 x10 | x10 | 308/85 630 C = 400/D s15 L = 400/C $124 M*= 1000 TS3I8F 600 1000 1200 | 700 |6 16,7 | 180 |224 | 446/62 | 1400} 1400| 1300/13 j|0,7 [200 |iB= SO|F <25 2,2 800 1100 1300* x10 | x108 | 318/85 C = 400/E <20 L = 400/S <18 4 M*= 1000 T388S 600 1000 1200 | 900 (5,6 16,4 | 157 |205 | 575/51 1650] 1650! 1650/13 |1,1 }600 |B= SsO;E <20 2,2 800 1100 x10? | x10? | 388/85 4000 C = 400;/S <18 L = 400}D s15 M*=1000| C <12 B s104 T 408 F 600 1000 1200 | 750 16.4 |7,2 | 205 |260 | 477/76 | 1500] 1800] 1500/12 ]0,63/200 |B = 5SO/F s25 2,2 800 1100 1300* 103 | x10 | 408/85 C = 400\E <20 L = 400/S <184 M*= 1000 T468S | 1600 1800 2000*/1300 |8,3 [9,3 | 345 1433 | 830/33 | 2000/ 2000| 2000/1,3 ]0,72/300 |B = 50/N 60 2,2 T4708 x10? | x103 | 470/85 C = 400|}M s50 L = 400/K <404 M*= 1000 T500S 600 1000 1200 |1500 |8,4 19,5 | 353 |451 | 960/22 | 2200| 2200] 2200/1,3 |0,65/500 |B = SO!E <20 2,2 T510S 800 1100 x10? | x108 | 510/85 1300) C = 400/18 <18 tL = 400/D s15 M*=1000|C <12 B 5104 T 600 F 600 1000 1200 /1500 {10 | 11,3 | 500 |638 | 960/47 | 2600/ 2600] 168011,15|0,42]/200 |B = 50/G <30 2,2 800 1100 1300* x10 | x10? | 600/85 C = 400/F $25 L = 400/E <204 M*= 1000 T670F |1600 1800 2000*/1500 |11,5/13 | 661 |845 | 960/57 | 2950] 2900] 1690/1,15]/0,55/200 |B = 50/N <60 2,2 x10? | x10? | 670/85 C = 400] M <50 L = 400/K 404 M*= 1000 T 698 F 200 400 500 [1100 |11 | 12,4 | 605 |769 | 698/85 | 2200] 2200] 2200/1,02/0,32/300 |iB= 50/E <20 2 600 x10? | x108 850 C = 400/D <15 L = 400'C <124 M#= 1000 4) Nur mit du/dt-Klassen B und L / Only with du/dt-classes B and L / Seulment en du/dt classes B et L 16 ailL7E D ME 002942b 0009308 0 mt 7-5-0] lar |Pinuc | tymad M G | MaBbild (Nm) Outline ee = | 180el. Figure --- ik $04 K 25C | sinus t $41-- ; F | 2,2 : ft mA |Cw |C | (KN) | g | #10 | a i} ye i emt eu =~ 63x08 150 [0,2 {125 | 20 | 150 | 33,34 i th < % i a | eit it | / ariOGRGRr; 2 IA A 160 /0,163 [125 | - 70 | 36 Port Rel i i 4 \ 3 3-4,5 L wad | \a. Sot / - ; / 260 |0,117 | 125 70 | 36 | yotow 3-4,5 Ls i sw 27 200 [0,18 | 140 | - 70 |36 a rag ggg elateae- A 3-4,5 twH-S 150 10,117 | 125 | - 70 | 36 30 case C 33 case B . 3-4,5 260 10,12 | 125 | - 620 | 35 Co 55 : temmicu 250 [0,08 | 125 | - 620 | 35 aaxae | 5,5 3 HK 200 |0,108 | 140 | - 70 | 36 | eget i jaune 3-45 250 |0,068 | 125 | - 100 | 37 5,5-8 250 | 0,045 | 125 | - 110 |37 TOON..Y wt. ee OA THMA-U 2'+20 UNF 8-12 31 case U 34 case V 250 |0,053 | 125 | - 100 | 37 5,5-8 { 250 10,04 | 125 | - 300 | 38 Psa 270 | 40 | yk 12-15 4 83x98 63x08 260 |0,038 | 125 | - 270 | 39 { i 300 | 40 | 4mmicu | | K 12-15 3 | 250 | 0,038 | 125 | - 300 | 40 | a t p= gato / 7 . yellow / 12-45 ' [ Mg jaune 260 [0,029 |125[- | 600 | 41 ley 14-20 | |? i | 7 1 Swa2 200 |0,05 [140 | - 100 | 37 1 1 Tae | \. 32 = 35 5,5-8 * Uetertermin flr groBe Stickzahten erfragen / Delivery for large quantities on request / Delals pour quantits sur demande 17A E G CORP L7E D mm CO2942b 0009309 2 mm 7-25-O/ Thyristoren fir selbstgefihrte Stromrichter Thyristors for self-commutated converters Thyristors pour applications frquence Typ Vorm trams] rsa Sitdt hravultc | hn, sin. 180el. Vag itr | di/dt)er| (dv/dt)er | ty Vat Type Verm {= 10ms t=10ms to = 60C, Vew4=50 V ty= ty= 180el, YOM = 0,87 VoRM ty= {ty = | Aach DIN | nach DIN ty = tyimax| 45C | tymax| 45C | sin. fo 2 kHz | Wimax| Wmax| 41787 | 41787 26C 50 Hz 400Hz | 10 kHz V A kA |kA | As |As | APC KA {KA {KA [VV |[mQ | Aps | Vins ps Vv T760S | 2000 2200 2400 |2000 | 16,5 | 18,5 | 1860] 1710) 1274/35 |3,5 [35 [3,05 11,35 /0,45| 250 |B = 50/U <120 |2,2 2600* x10? | x10? | 760/85 C = 400/V s 80 L = 400 M*= 1000 T930S 11600 1800 2000*/2000 118 | 20,5 | 1620/2100} 1274/61 | 4 4 34 |1,3 1033] 250 |B = 60/Ns 60 [22 x107|x10 | 930/85 C = 400|/Ms 50 L = 400|K = 40 M*= 1000! Gs 30g] T1052S | 600 1000 1200 |2200 |20 | 22,5 | 2000/2530/ 1400/66 14,4 14,4 14 1,3 |0,32] 400 |B = SOIF s 25 |22 800 1100 x10? | x10? | 1050/85 2 C = 400/E = 20 L = 400/D = 15 M*=1000|C < 124) T1078F | 200 400 500*/2000 |14,5]16 | 1080/1280] 1275/71 102/02 | 200 |B = SO;/E s 20 {2 x10? | x10? | 1078/85 C= 400/S < 18 L = 400/D = 15 M*= 1000/C < 124 Asymmetrisch sperrende Thyristoren fur selbstgefiihrte Stromrichter Asymmetrically blocking thyristors for self-commutated converters Thyristors asymtriques pour applications frquence Typ Vora Vara |'taMsm| fsa fiat havultc | tm, sin. 180el. Vero) | tr | (di/dt)cr| (dv/dt)er ty Ver Type Vram(d tp=10ms tp=10ms to=60C tp = ty> ty= VDM = 0,67 VoRM ty = |= | nach DIN] nach DIN ty = ips tymax 48C | tymax 45C fg = tyimax| tymax| 41787 | 41787 25C 1 kHz 1O kHz | 25 kHz V A kA |kA | As | A%s | APC A A A Vo [mo | Afps | V/ps Ls V A158S 600 1100} 15 | 400 | 2,45 /2,8 30} 39,2 | 254/49 | 750 | 620 |260 11,3 {2 |400 |C= 400 |D s15 | 2,7 800 1200] 50 x109}x10% | 158/85 F=1000 |C <12 1000 1300* . B s10 Rs 8 A198 S 600 1100} 15 | 400 ]2,7 |/3,1 | 365] 48) 254/68 | 800 | 750 |330 |1,4 11,3 [400 |C=400 |F <25 | 2,7 800 1200] 50 x103}x107 | 198/85 F=1000 |E <20 1000 1300* D <15 A358 S 600 1100} 15 | 800 |5 {56 125) 167] 510/59 |1600 | 1100 1440 |1,3 |o9 {500 |C=400 |D 15 | 2,7 800 1200] 50 x10 |} x108 | 358/85 F=1000 |C <12 1000 1300* B si0 Rs 8 A438 S 600 1100 | 15 | 900 15,5 |6,2 151] 192} 579/66 |1800 11350 {550 11,1 |06 |500 |C=400 |F <25 | 2,7 800 1200] 50 x107 | x109 | 438/85 F=1000 |E <20 1000 1300* D si5 A518 S 600 1100] 18 |1800 |9 | 10 405} 500} 955/80 | 2300 | 1400 /540 /1,3 10,51)400 |C=400 |D <15 | 2,7 800 1200] 50 x1071x109 | 518/85 F=1000 |C s12 1000 1300* B <10 RsB A618 8S 600 1100] 15 |1500 | 10,5 | 12 551] 720) 955/53 |2800 |1700 |660 |1,1 |0,83|/400 [C= 400 |F <25 | 2,7 800 1200] 50 x103}x109 | 618/85 F=1000 |E <20 1000 1300* D sid A9308 | 1600 20 12000 |18 | 20,5 | 1620] 2100! 1275/64 1,35 }0,3 |300 |C=400 |K <40 | 2,7 1800 50 x10? | x108 | 930/85 F=1000 |G <30 2000* F <25 A1050S | 600 1000] 15 [2500 /225/25 | 2531]3125/ te00/54 13 |0,21/300 |C=400 [D <15 | 2,7 800 1200] 50 x10? | x108 | 1050/85 F=1000 |C <12 1000 1300* B si0 Rs 8 A1250S | 600 1100| 15 |2500 |25 |28 | 3125/3920 1600/70 1,1 1014/3000 |C=400 |F <25 | 2,7 800 1200} 50 x10? | x10 | 1250/85 F=1000 |E <20 1000 1300* D s15 4) Nur mit du/dt-Klassen B und L / Only with du/dt-classes B and L / Seulment en du/at classes 8 at L. AA E G CORP L7E D m@ O029426 0009310 1 mi 7-95 Cf Rinuc 180el, alnus C/W timex C kN MaBbild Outline Figure 0,021 120 20-30 41 250 0,021 125 41 0,018 125 41 0,033 140 8-12 37 36 39 FU9N 935x355 lat 25C mA Pinuc 160el. sinus C tyjmax C kN MaBbild Outline Figure 0,117 125 3 -4,5 70 0,117 125 3 -4,5 70 0,053 125 5,5-8 100 37 37 T38en 40 ' easixgs A be 8 34 on HK 4,8 x08 Ng - 28x08 0,053 126 5,5-8 100 37 0,04 126 12-15 160 0,04 125 12-15 160 0,021 125 20-30 41 0,021 125 20-30 41 0,021 125 a 38 THON 41 * Uefertermin flr grote Stickzahlen erfragen / Delivery for large quantitles on request / Delals pour quantits sur demande