µµ≈•∏‡∆Æ1

Transcription

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5 2 Type, Type 2 4 TeSys GV2, GV3, GV7 (50 ) 5 TeSys D (50 ) 89 TeSys F, B, V (50 ) 59 TeSys (50) 79 TeSys (50 ) 205 2

6 TeSys IEC Type, Type Type Type 2 3,,,. Type Type,. Type 2 Type 2... Type 2. "Ico" ( l< 0ln) lco. ( ) IEC lco.25 lco " r " ( 0 < l < 50 ln). IEC r. r. le (C3) () r (k) le 6 6 < le < < < < "lq" ( > r)... IEC lq. 50k lq. 2

7 TeSys NF C 500 IEC 60364, 33 ( ) EN/IEC 60204, 7 ( ) IEC , 8.2.5() Type., : Type 2 :,,. :. 3

8 TeSys D.O.L. ( + ) 0.06 ~ 0kW: Type 3 C3 50/60Hz 400/45 V 440 V 500 V P Ie Iq P Ie Iq P Ie Iq kw k kw k kw k GV2 ME ~ 0.25 LC K06 LC D GV2 ME ~ 0.40 LC K06 LC D GV2 ME ~ 0.63 LC K06 LC D GV2 ME ~ LC K06 LC D GV2 ME06 ~.6 LC K06 LC D GV2 ME06 ~.6 LC K06 LC D GV2 ME07.6 ~ 2.5 LC K06 LC D GV2 ME ~ 4 LC K06 LC D GV2 ME0 4 ~ 6.3 LC K06 LC D GV2 ME4 6 ~ 0 LC K06 LC D GV2 ME6 9 ~ 4 LC K2 LC D GV2 ME20 3 ~ 8 LC D GV2 ME2 7 ~ 23 LC D GV2 ME22 20 ~ 25 LC D GV2 ME32 24 ~ 32 LC D GV3 P40 30 ~ 40 LC D GV3 P50 37 ~ 50 LC D GV3 P65 48 ~ 65 LC D GV7 RE80 48 ~ 80 LC D GV3 ME80 56 ~ 80 LC D GV7 RE80 48 ~ 80 LC D GV7 RE00 60 ~ 00 LC D GV7 RE00 60 ~ 00 LC D GV7 RE50 90 ~ 50 LC D GV7 RE50 90 ~ 50 LC D GV7 RE50 90 ~ 50 LC F GV7 RE ~ 220 LC F GV7 RE ~ 220 LC F GV7 RE ~ 220 LC F225 4

9 TeSys D.O.L. ( + ) 0.06 ~ 0kW: Type 2 3 C3 50/60Hz 400/45 V 440 V 500 V P Ie Iq P Ie Iq P Ie Iq kw k kw k kw k GV2 P02 GV2 ME ~ 0.25 LC D GV2 P03 GV2 ME ~ 0.25 LC D GV2 P04 GV2 ME ~ 0.63 LC D GV2 P05 GV2 ME ~ LC D GV2 P06 GV2 ME06 ~.6 LC D GV2 P06 GV2 ME06 ~.6 LC D GV2 P07 GV2 ME07.6 ~ 2.5 LC D GV2 P08 GV2 ME ~ 4 LC D GV2 P0 GV2 ME0 4 ~ 6.3 LC D GV2 ME0 4 ~ 6.3 LC D GV2 P0 4 ~ 6.3 LC D GV2 P4 GV2 ME4 6 ~ 0 LC D GV2 ME4 6 ~ 0 LC D GV2 P4 6 ~ 0 LC D GV2 P6 GV2 ME6 9 ~ 4 LC D GV2 P20 GV2 ME20 3 ~ 8 LC D GV2 P2 GV2 ME2 7 ~ 23 LC D GV2 P22 GV2 ME22 20 ~ 25 LC D GV2 P22 20 ~ 25 LC D GV2 P32 GV2 ME32 25 ~ 40 LC D GV3 P40 30 ~ 40 LC D GV3 P40 30 ~ 40 LC D GV3 P50 37 ~ 50 LC D GV3 P50 37 ~ 50 LC D GV3 P65 48 ~ 65 LC D GV3 P65 48 ~ 65 LC D GV7 RS40 25 ~ 40 LC D GV7 RS50 30 ~ 50 LC D GV7 RS80 48 ~ 80 LC D GV7 RS50 30 ~ 50 LC D GV7 RS80 48 ~ 80 LC D GV7 RS80 48 ~ 80 LC D GV7 RS80 48 ~ 80 LC D GV7 RS80 48 ~ 80 LC D GV7 RS80 48 ~ 80 LC D GV7 RS00 60 ~ 00 LC D GV7 RS50 90 ~ 50 LC D GV7 RS ~ 220 LC F GV7 RS ~ 220 LC F GV7 RS ~ 220 LC F

10 TeSys D.O.L. ( + + ) 0.06 ~ 250kW: Type 3 C3 50/60Hz 400/45 V 440 V 500 V lrm P Ie Iq P Ie Iq P Ie Iq kw k kw k kw k GV2 LE LC K06 LR2 K ~ GV2 LE LC K06 LR2 K ~ GV2 LE LC K06 LR2 K ~ GV2 LE LC K06 LR2 K ~ GV2 LE LC K06 LR2 K ~ GV2 LE05 3 LC K06 LR2 K ~ GV2 LE05 3 LC K06 LR2 K ~ GV2 LE LC K06 LR2 K ~ GV2 LE LC K06 LR2 K ~ GV2 LE LC K06 LR2 K ~ GV2 LE LC K06 LR2 K ~ GV2 LE LC K06 LR2 K ~ GV2 LE LC K06 LR2 K ~ GV2 LE LC K06 LR2 K ~ GV2 LE LC K09 LR2 K ~ GV2 LE LC K09 LR2 K ~ GV2 LE LC K09 LR2 K036 8 ~ GV2 LE LC K2 LR2 K032 0 ~ GV2 LE LC D8 LRD 2 2 ~ GV2 LE LC D8 LRD 2 2 ~ GV2 LE LC D25 LRD 22 6 ~ GV2 LE LC D25 LRD 22 6 ~ GV2 LE LC D32 LRD ~ GV3 L LC D40 LRD ~ GV3 L LC D50 LRD ~ 50 6

11 TeSys D.O.L. ( + + ) 0.06 ~ 250kW: Type 3 C3 50/60Hz 400/45 V 440 V 500 V lrm P Ie Iq P Ie Iq P Ie Iq kw k kw k kw k GV3 L LC D65 LRD ~ GV3 L LC D65 LRD ~ GV3 L LC D80 LRD ~ NS80HM LC D80 LRD ~ NS00M LC D95 LRD ~ NS00M LC D5 LRD ~ NS60M LC D5 LRD ~ NS60M LC D5 LRD ~ NS60M LC D50 LRD ~ NS60M LC F85 LR9 F ~ NS250M LC F85 LR9 F ~ NS250M LC F225 LR9 F ~ NS250M LC F225 LR9 F ~ NS250M LC F265 LR9 F ~ NS250M LC F265 LR9 F ~ NS400M LC F265 LR9 F ~ NS400M LC F265 LR9 F ~ NS400M LC F330 LR9 F ~ NS400M LC F330 LR9 F ~ NS400M LC F330 LR9 F ~ NS400M LC F400 LR9 F ~ NS630M LC F400 LR9 F ~ NS630M LC F400 LR9 F ~ NS630M LC F400 LR9 F ~ NS630M LC F400 LR9 F ~ NS630M LC F500 LR9 F ~ NS630M LC F500 LR9 F ~ 630 lq (k) NS00M NS60M NS250M NS400M NS630M 400/45 V V V /690 V N H N H H L 7

12 TeSys D.O.L. ( + + ) 0.06 ~ 250kW: Type 2 3 C3 50/60Hz 400/45 V 440 V 500 V lrm P Ie Iq P Ie Iq P Ie Iq kw k kw k kw k GV2 L03 LE LC D09 LRD ~ GV2 L03 LE LC D09 LRD ~ GV2 L04 LE LC D09 LRD ~ GV2 L05 LE05 3 LC D09 LRD ~ GV2 L05 LE05 3 LC D09 LRD 06 ~ GV2 L06 LE LC D09 LRD 06 ~ GV2 L07 LE LC D09 LRD 07.6 ~ GV2 L08 LE LC D09 LRD ~ GV2 L08 LE LC D09 LRD 0 4 ~ GV2 L0 LE LC D09 LRD 0 4 ~ GV2 LE LC D09 LRD 0 4 ~ GV2 L LC D09 LRD 0 4 ~ GV2 L4 LE4 0 0 LC D09 LRD ~ GV2 LE LC D2 LRD ~ GV2 L LC D2 LRD ~ GV2 L4 LE LC D09 LRD 4 7 ~ GV2 LE LC D09 LRD 4 7 ~ GV2 L LC D09 LRD 4 7 ~ GV2 LE LC D09 LRD 4 7 ~ GV2 L LC D09 LRD 4 7 ~ GV2 L LC D25 LRD 6 9 ~ GV2 L LC D25 LRD 2 2 ~ GV2 L LC D25 LRD 2 2 ~ GV2 L LC D25 LRD 22 6 ~ GV2 L LC D32 LRD 22 6 ~ GV3 L LC D40 LRD ~ GV3 L LC D65 LRD ~ 32 8

13 TeSys D.O.L. ( + + ) 0.06 ~ 250kW: Type 2 3 C3 50/60Hz 400/45 V 440 V 500 V lrm P Ie Iq P Ie Iq P Ie Iq kw k kw k kw k GV3 L LC D50 LRD ~ GV3 L LC D65 LRD ~ GV3 L LC D50 LRD ~ GV3 L LC D65 LRD ~ GV3 L LC D65 LRD ~ GV3 L LC D80 LRD ~ NS80HM LC D80 LRD ~ NS00M LC D80 LRD ~ NS00M LC D5 LR9 D ~ NS60M LC D5 LR9 D ~ NS60M LC D5 LR9 D ~ NS60M LC D50 LR9 D ~ NS60M LC D50 LR9 D ~ NS60M LC D50 LR9 D ~ NS250M LC F85 LR9 F ~ NS250M LC F85 LR9 F ~ NS250M LC F225 LR9 F ~ NS250M LC F265 LR9 F ~ NS400M LC F265 LR9 F ~ NS400M LC F265 LR9 F ~ NS400M LC F330 LR9 F ~ NS400M LC F330 LR9 F ~ NS400M LC F400 LR9 F ~ NS400M LC F400 LR9 F ~ NS630M LC F400 LR9 F ~ NS630M LC F500 LR9 F ~ NS630M LC F500 LR9 F ~ NS630M LC F630 LR9 F ~ 630 lq (k) NS00M NS60M NS250M NS400M NS630M 400/45 V V V /690 V N H N H H L 9

14 TeSys D.O.L. ( + ) 0.06 ~ 0kW: Type : LC3K: 2 /. LC3D: 30 / : 30 3 C3 50/60Hz 400/45 V 440 V P Ie IrD Iq P Ie IrD Iq kw k kw k GV2 ME ~ 4 LC3 K GV2 ME0 4 ~ 6.3 LC3 K GV2 ME4 6 ~ 0 LC3 K GV2 ME6 9 ~ 4 LC3 K GV2 ME20 3 ~ 8 LC3 K GV2 ME20 3 ~ 8 LC3 D GV2 ME2 7 ~ 23 LC3 D GV2 ME22 20 ~ 25 LC3 D GV2 ME32 24 ~ 32 LC3 D GV3 P40 30 ~ 40 LC3 D GV3 P40 30 ~ 40 LC3 D GV3 P50 37 ~ 50 LC3 D GV3 P50 37 ~ 50 LC3 D GV3 P65 48 ~ 65 LC3 D GV3 P65 48 ~ 65 3 x LC D GV7 RE80 48 ~ 80 3 x LC D GV3 ME80 56 ~ 80 3 x LC D GV7 RE80 48 ~ 80 3 x LC D GV7 RE00 60 ~ 00 3 x LC D GV7 RE50 90 ~ 50 LC3 D GV7 RE50 90 ~ 50 LC3 D GV7 RE ~ 220 LC3 D GV7 RE ~ 220 LC3 D50 0

15 TeSys D.O.L. ( + ) 0.06 ~ 0kW: Type 2 : LCD: 30 /. LCF: 2 / : LCD: 30. LCF: 20 3 C3 50/60Hz 400/45 V 440 V P Ie Iq P Ie Iq kw k kw k GV2 P ~ 4 3 x LC D GV2 P0 4 ~ x LC D GV2 P0 4 ~ x LC D GV2 P4 6 ~ 0 3 x LC D GV2 P4 6 ~ 0 3 x LC D GV2 P6 9 ~ 4 3 x LC D GV2 P6 9 ~ 4 3 x LC D GV2 P20 3 ~ 8 3 x LC D GV2 P2 7 ~ 23 3 x LC D GV2 P22 20 ~ 25 3 x LC D GV3 P32 23 ~ 32 3 x LC D GV3 P40 30 ~ 40 3 x LC D GV3 P40 30 ~ 40 3 x LC D GV3 P50 37 ~ 50 3 x LC D GV3 P50 37 ~ 50 3 x LC D GV3 P65 48 ~ 65 3 x LC D GV7 RS80 48 ~ 80 3 x LC D GV7 RS80 48 ~ 80 3 x LC D GV7 RS00 60 ~ 00 3 x LC D GV7 RS00 60 ~ 00 3 x LC D GV7 RS50 90 ~ 50 3 x LC D GV7 RS50 90 ~ 50 3 x LC D GV7 RS ~ x LC F GV7 RS ~ x LC F225

16 TeSys D.O.L. ( + + ) 0.06 ~ 35kW: Type : LC3K LC3F: 2 /. LC3D: 30 / : LC3K LC3D: 30. LC3F: 20 C3 50/60Hz 400/45 V 440 V Irm P Ie IrD Iq P Ie IrD Iq kw k kw k GV2 LE LC3 K06 LR2 K ~ GV2 LE LC3 K06 LR2 K ~ GV2 LE LC3 K06 LR2 K ~ GV2 LE LC3 K06 LR2 K ~ GV2 LE LC3 K06 LR2 K ~ GV2 LE LC3 K06 LR2 K ~ GV2 LE LC3 K06 LR2 K ~ GV2 LE LC3 K09 LR2 K036 8 ~ GV2 LE LC3 K09 LR2 K036 8 ~ GV2 LE LC3 D2 LRD 6 9 ~ GV2 LE LC3 K2 LR2 K036 8 ~ GV2 LE LC3 K2 LR2 K032 0 ~ GV2 LE LC3 K2 LR2 K032 0 ~ GV2 LE LC3 D8 LRD 2 2 ~ GV2 LE LC3 D8 LRD 2 2 ~ GV3 L LC3 D8 LRD 22 6 ~ GV3 L LC3 D32 LRD ~ GV3 L LC3 D32 LRD ~ GV3 L LC3 D32 LRD ~ GV3 L x LC D40 LRD ~ NS80HM x LC D40 LRD ~ NS80HM x LC D50 LRD ~ NS80HM x LC D40 LRD ~ NS60M LC3 D80 LRD ~ NS00M x LC D50 LRD ~ NS00M x LC D50 LRD ~ NS60M LC3 D80 LRD ~ NS60M LC3 D5 LRD ~ NS250M LC3 D5 LRD ~ NS250M LC3 D50 LRD ~ NS250M LC3 D5 LRD ~ NS400M LC3 D50 LR9 D ~ NS630M LC3 F225 LR9 F ~ NS400M LC3 D50 LRD ~ NS400M LC3 F85 LR9 F ~ NS630M LC3 F225 LR9 F ~ NS630M LC3 F265 LR9 F ~ NS630M LC3 F330 LR9 F ~ C80+STR35ME LC3 F330 LR9 F ~ C80+STR35ME LC3 F330 LR9 F ~ C80+STR35ME LC3 F400 LR9 F ~ 500 lq (k) NS00M NS60M, NS250M NS400M, NS630M C80+STR35ME 400/45 V V Code E S E S H L H L 2

17 TeSys D.O.L. ( + + ) 0.06 ~ 35kW: Type 2 : LC3D: 30 /. LC3F: 2 / : LC3D: 30. LC3F: 20 C3 50/60Hz 400/45 V 440 V Irm P Ie Iq P Ie Iq kw k kw k GV2 L x LC D8 LRD ~ GV2 L x LC D8 LRD 0 4 ~ GV2 L x LC D8 LRD 4 7 ~ GV2 L x LC D8 LRD 6 9 ~ GV2 L x LC D25 LRD 6 9 ~ GV2 L x LC D25 LRD 2 2 ~ GV2 L x LC D25 LRD 2 2 ~ GV2 L x LC D25 LRD 22 6 ~ GV3 L x LC D40 LRD ~ GV3 L x LC D50 LRD ~ GV3 L x LC D65 LRD ~ GV3 L x LC D50 LRD ~ GV3 L x LC D65 LRD ~ GV3 L x LC D65 LRD ~ GV3 L x LC D80 LRD ~ NS80HM x LC D80 LRD ~ NS00M x LC D5 LR9 D ~ NS60M x LC D5 LR9 D ~ NS60M x LC D50 LR9 D ~ NS60M x LC D50 LR9 D ~ NS250M x LC F85 LR9 F ~ NS250M x LC F225 LR9 F ~ NS250M x LC F225 LR9 F ~ NS400M x LC F265 LR9 F ~ NS400M x LC F330 LR9 F ~ NS400M x LC F330 LR9 F ~ NS630M x LC F400 LR9 F ~ NS630M x LC F400 LR9 F ~ NS630M x LC F500 LR9 F ~ 500 lq (k) NS00M NS60M, NS250M NS400M NS630M 400/45 V

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19 (50 ) TeSys GV2, GV3, GV , , 74 79,, 80,, 86 5

20 TeSys 3 In C3 45 V 5 kw 30 kw 37 kw 45 V 0. ~ 32 9 ~ ~ V (lcu) IEC ~ 00 k 35 ~ 00 k 50 ~ 00 k 5 k GV2 ME GV2 P GV3 P GV3 ME80 44,

21 20 In 7.5 ~ 0 kw kw 2 ~ ~ k, 36 k 70 k 5 ~ 00 k GV7 RE GV7 RS GV2 RT 47 48, 49 7

22 TeSys 3 In C3 45 V 5 kw 45 V 0.4 ~ V lcu IEC ~ 00 k 35 ~ 00 k GV2 LE GV2 L

23 6 ~ 4 In 8 ~ 3 In 6.3 ~ 2.5 In 30 kw 37 kw 0.37 ~ 250 kw 25 ~ ~ ~ 00 k 35 k 25.7 k, 50 k 35.7 ~ 50 k 45.7 ~ 50 k GV3 L GK3 EF80 NS80 NS00 NS250 NS400, NS Merlin Gerlin 9

24 TeSys GV2, GV3, GV GV2 ME, GV2 P, GV3 ME, GV3 P, GV7 R 3, IEC IEC GV2 GV2 ME.,,, GV3 P GV3 GV3 BTR (6 ) N4. EverLink.. GV3.. GV7 GV GV2 P GV2 ME GV3 ME80. Start I. Start O GV7 R 3 2 GV2, GV3, GV7 R : GV2 P GV3 P : GV7 R I. O2. Trip 3. O. 20

25 TeSys GV2, GV3, GV (Under voltage trip). Start I. (shunt trip). Stop O 4. operator.,,. 2

26 TeSys GV2 ME GV2 P GV3 P GV3 ME80 GV7 R IEC 60947, , IEC/EN IEC/EN, NF IEC 60947, , 60947, EN, BS EN, , EN 60204, UL 508, , DIN EN , , CS C 22.2 n405, , EN 60947, NF C 63650, 6320, 7930, UL 508 type E, , VDE 03, 0660 CS C 22.2 CS C 22.2 EN , n405 type E NF C 6320, 7930, VDE 03, 0660 UL, CS, CCC, CEBEC, UL, CS, PTB, EZU, UL, CS, CCC (pending), UL, CS, LROS UL, DNV, CCC GOST, TSE, GOST, TSE, GOST, TEX BV, GL, LROS, DNV, LROS, DNV, PTB, GL, BV, RIN, EZU, SETI, CCC, TEX RIN, TEX TH TH TC TC IEC IP 20 IP 20 IP 20 IP 405 ( ) GV2 M0: GV3 PC0 GV3 CE0: IP 4 GV3 PC02: IP 55 IP 55 GV2 M02: IP 55 IEC gn ms On: 5 gn ms Off: 30 gn ms 22 gn 20 ms 5 gn ms IEC gn (5 ~ 50 Hz) 4 gn (5 ~ 300 Hz) 2.5 gn (0 ~ 25 Hz) 2.5 gn (25 Hz) C 40 ~ ~ ~ ~ ~ + 95 C 20 ~ ~ ~ ~ ~ + 70 C 20 ~ ~ ~ ~ + 40 C 20 ~ ~ ~ ~ ~ + 55 C 20 ~ ~ ~ ~ + 40 IEC IEC C m Yes Yes Yes J IK 06 IK 09 (), GV2 ME GV2 P GV2 RT GV3 P GV3 GV7 GV7 GV7 ME80 R20 ~ R50 R220 R00 IEC IEC C3 C3 C3 C3 IEC V (Ue) (Ui) CS C222 No.4, UL508 IEC , UL, CS IEC V V Hz (B600) 50/60 50/60 50/60 50/60 (Ump) (C:. O:) 440 V In/2 (C3 duty) 440 V In (Duty) IEC (Ith) IEC kv W C.O. C.O. C.O. C.O./h ~ ~ ~ 23 3 ~ ~

27 TeSys (derating), h c.s.a c.s.a mm mm mm N.m mm GV2 ME GV2 P GV3 P GV3 ME x x : 25 mm 5 5 8: 35 mm mm d d e L L L mm GV2 ME6 GV3 P6 GV7 GV7 R50 GV7 R220 R20 ~ R mm e mm L mm L mm D mm M4 M6 M6 M8 M8 N.m mm C.s.a. mm.5 ~ 95.5 ~ 95.5 ~ 85 N.m

28 TeSys GV2 ME GV2 P GV2 ME GV2 P GV2 ME GV2 P , , 32 ~ 22 ~ 22 IEC /240 V Icu Ics % k , , 32 ~ 25 ~ /45 V Icu k Ics % V Icu k Ics % V Icu k Ics % V Icu k Ics % lsc > lcu IEC /240 V am gg /45 V am gg V am gg V am gg V am gg

29 TeSys GV2 ME GV2 P GV2 ME GV2 P GV L3 GV2 ME 0 ~ ~ IEC /240 V Icu Ics % k 400/45 V Icu k Ics % V Icu k Ics % V Icu k Ics % GV2 P 0 ~ ~ IEC /240 V Icu Ics % k 400/45 V Icu k Ics % 440 V Icu k Ics % V Icu k Ics % V Icu=lcs k GV2 ME 0 ~ ~ PVC c.s.a 40, lsc mm.5 mm 2.5 mm 0 k 6 k 20 k 0 k 4 ~ 6 mm 25

30 TeSys GV3 P GV3 ME80 GV3 P GV3 ME80 GV3 P GV3 ME IEC /240 V Icu Ics % k /45 V Icu k Ics % V Icu k Ics % V Icu k Ics % V Icu k Ics % () Isc > lcu 230/240 V am gg 45 V am gg V am gg V am gg V am gg

31 TeSys GV7 R GV7 R GV7 RE20 ~ RE00 RS20 ~ RS00 RE50 RS50 RE220 RS220 2 ~ 20, 60 ~ ~ ~ ~ ~ 220 IEC /240 V Icu Ics % k /45 V Icu k Ics % V Icu k Ics % V Icu k Ics % V Icu k Ics % PVC c.s.a 40, lsc 4 mm 6 mm 0 ~ 50 mm 6 k 6 k 25 k 27

32 TeSys GV2 LE GV2 L IEC IEC GV2 LE GV2 L IEC 60947, , EN 60204, NF C 63650, NF C6320, 7930, VDE 03, 0660, UL 077. UL, CS, CCC UL, CS, CCC, BV, DNV, GL, LROS, RIN TH TH 30 gn 30 gn 5 gn (5 ~ 50 Hz) 5 gn (5 ~ 50 Hz) 40 ~ ~ ~ ~ + 60 IEC m ( x c.s.a) mm mm mm N.m IEC J IEC IEC C3 C3 (Ue) IEC V (Ui) IEC V IEC Hz 50/60 50/60 (Ump) IEC kv6 6 6 W.8.8 (C:. O: ) : C3/45 V (C:. O: ) (Duty) () C3 IEC C.O. C.O. C.O./h

33 TeSys GV2 LE GV2 L IEC /240 V Icu Ics % k GV2 LE GV2 L , ~ ~ , ~ ~ /45 V Icu k Ics % V Icu k Ics % V Icu k Ics % V Icu k Ics % () lsc > lcu IEC /240 V am gg /45 V am gg V am gg V am gg V am gg (PVC ) c.s.a. 40 lsc mm.5 mm 2.5 mm k k ~ 6 mm 29

34 TeSys GV3 L GK3 EF80 GV3 L GK3 EF80 IEC/EN 60947, IEC , EN TH TH IEC IP 20 IP 20 IEC IEC On : 5 gn ms 22 gn 20 ms Off : 30 gn ms 4 gn (5 ~ 300 Hz) 2.5 gn (0 ~ 25 Hz) IEC ~ ~ ~ ~ + 70 m , ( x c.s.a) IEC mm mm mm N.m or 25 or or 25 or : 25 mm 5 8 : 35 mm (Ui) IEC V (Ump) IEC kv 6 0 (Ue) IEC V Hz 50/60 50 ~ 60 : C3/45 V (C:. O: ) (C:. O: ) C.O. C.O. C.O./h I max 3363 IEC

35 TeSys GV3 L GK3 EF80 GV3 L GK3 EF80 230/240 V Icu Ics % 400/45 V Icu 440 V Icu 500 V Icu 690 V Icu Ics % Ics % Ics % Ics % k k k k k GV3 L25 GV3 L32 GV3 L40 GV3 L50 GV3 L65 GK3 EF () lsc > 230/240 V am gg 45 V am gg V am gg V am gg V am gg k m GK3 EF80 c.s.a mm Lsc(rms) 3, (Ue = 45 V) 50 k 45 k m m k m k m

36 TeSys GV2, GV3 P, GV3 L (Ui) ( ) IEC CS C222 N0.4 UL508 V V GV E GV N, GV D GV D, GV M () ( 690) (lth) IEC CS C222 N0.4 UL508 5 (C:. O: ) IEC , C (Ue),, (le) C.O. V V kv C5/ C.O. C4/000 C.O. C5/ C.O IEC , DC (Ue),, (le) V W W DC3/ C.O. DC3/000 C.O. DC3/ C.O (2) DC, V m mm mm mm N.m GV E: n (7 V5m): = GB2 CB (: Ue45 V) gg ~ 2.5 ~ ~ ~ ~ ~ GB2 CB06 gg 0, mm GV N 0.75 ~ ~ ~.5 0 F F F O F O F F F O GV M GV D0 GV D0 F O 32

37 TeSys GV3 ME80 Ui IEC V GV3 0 ~ 07 GV3 08, CS C222 N0.4 UL508 V 600 (B600) 600 (B600) lth IEC CS C222 N0.4 UL508 5 (B600) 5 (B600) C O IEC , C Ue C.O. V C/ C.O. C/000 C.O. V kv le IEC , DC Ue V DC/ C.O. DC/000 C.O. W W le GB2 CB08 gg 6 2 mm ~ 2.5 ~ 2.5 mm 0.75 ~ ~ 2.5 mm 0.75 ~ ~.5 0 GV GV3 0, 07 O F GV3 02 GV3 03 GV3 05 GV3 06 F F O F F F F F F F 33

38 TeSys GV7 GV7 E GV7 B Ui IEC V lth IEC CO IEC C Ue le C2 C.O. V C2 C C.O. C2 C C.O / 380/ / 380/ C IEC DC Ue le DC2 V DC2 DC C.O. DC2 DC C.O DC DC V m mm GB2 CB Ue 45 V gg mm mm

39 TeSys GK3 EF80 Ui IEC V 500 Ue IEC V 500 lth IEC IEC C C O Ue V V C C.O. 48 0/27 220/ / V le IEC DC C O Ue V W DC C.O W le le IEC mm GB2 CB 08 gg 0. ~ 4 mm 2.5 mm ~ ~ 2.5 N.m

40 TeSys (UVT, SHT ) GV2 ME, GV2 GV2 ME GV3 ME80 GV7 R GV3 P, GV3 L GV U GV S GV X GV3 B GV3 D GV7 U GV7 S (Ui) IEC V CS C222 No.4, UL508 V (B600) 600 (B600) (inrush) IEC C V V V 0.85 ~ 0.7 ~ 0.85 ~ 0.8 ~. Un 0.85 ~ 0.7 ~. Un. Un. Un. Un. Un 0.7 ~ 0.75 ~ 0.7 ~ 0.7 ~ 0.35 Un 0.35 ~ 0.2 ~ 0.35 Un 0.2 Un 0.35 Un 0.7 Ue 0.75 Ue < 0 DC W < 5 Sealed C V < 5 DC W < 5 IEC ms 0 ~ < 50 (onload factor) 00 % 00 % 00 % mm ~ 2.5 ~ mm 0.75 ~ ~ mm 0.75 ~ ~ max.2.2 (C :, O : ) (GV2 ME GV2 P) 50% (GV3 P GV3 L) 36

41 TeSys GV2, GV3 3 GV2 G64 Ui IEC V GV2 G GV3 G lth IEC l peak k 20 lt ks IEC IP 20 IP 20 GV2 G05 GV G09 GV2 ME GV2 P Ui IEC V 690 lth IEC IEC IP 20 mm.5 ~ ~ 0 mm.5 ~ ~ 0 mm.5 ~ ~ 4 N.m 2.2 N.m.7 GV2 ME GV2 P GV L3 L9 LB920 Ui IEC V lth IEC rms 500 ( ) 000 ( ) 2 2 mm.5 ~ 25.5 ~ 0.5 ~ 25.5 ~ 0 mm.5 ~ ~ 0.5 ~ 25.5 ~ 0 mm.5 ~ 6.5 ~ 4.5 ~ 6.5 ~ 4 N.m

42 TeSys GV2 ME GV2 P GV2 ME GV2P

43 TeSys GV3 P GV3 ME80 20 () a 4b 00 3a 0 3b 2a 2b a b (lr) a. 3 (GV3 P) b. 3 (GV3 P) 2a. 2 (GV3 P) 2b. 2 (GV3 P) 3a. 3 (GV3 P) 3b. 3 (GV3 P) 4a. 3 (GV3 ME80) 4b. 3 (GV3 ME80) 39

44 TeSys GV7 R GV7 R lr 420% 40

45 TeSys GV2 RT GV7 RT

46 TeSys GV2 L GV2 LE LRD LR2 K GV2 L GV2 LE

47 TeSys GV3 L GK3 EF80 LRD 33 GV3 L GK3 EF80 20, B GK3 EF80 GV3 L 43

48 TeSys GV2 ME 0.06 ~ 5 kw/400 V GV2 ME C Hz 400/45 V 500 V 690 V Id20 P Icu Ics P lcu lcs P lcu lcs kw k % kw % kw k % kg 0. ~ GV2 ME ~ GV2 ME ~ GV2 ME ~ GV2 ME ~ 3 GV2 ME ~ GV2 ME ~ GV2 ME ~ 4 5 GV2 ME ~ GV2 ME ~ 0 38 GV2 ME ~ 4 70 GV2 ME ~ GV2 ME ~ GV2 ME ~ GV2 ME ~ GV2 ME ~ 5 kw/400 V 6. : GV2 ME 08 GV2 ME 086 GV2 ME, ( 57 ) GV E ETQ. : GV2 ME0ETQ GV E ETQ. : GV2 ME0ETQ GV N NTQ. : GV2 ME0NTQ

49 TeSys GV2 ME ( ) 0.06 ~ 5 kw/400 V GV2 ME C Hz 400/45 V 500 V Id20 P Icu Ics P lcu lcs kw k % kw % kg 0. ~ GV2 ME ~ GV2 ME ~ GV2 ME ~ GV2 ME ~ 3 GV2 ME ~ GV2 ME ~ GV2 ME ~ 4 5 GV2 ME ~ GV2 ME ~ 0 38 GV2 ME ~ 4 70 GV2 ME ~ GV2 ME ~ GV2 ME ~ GV2 ME N/O + N/C 0 GV E N/O + N/C 0 GV E N/O + N/C GV N N/O + N/C GV N kg ~.5 mm 20 L9 D99 () kg 45

50 TeSys GV2 P, GV3 P, GV3 ME ~ 5 kw/400 V C Hz 400/45 V 500 V 690 V Id20 P Icu Ics P lcu lcs P lcu lcs kw k % kw % kw k % kg GV2 ME 0. ~ GV2 P ~ GV2 P ~ GV2 P ~ GV2 P ~ 3 GV2 P ~ GV2 P ~ GV2 P ~ 4 5 GV2 P ~ GV2 P ~ 0 38 GV2 P ~ 4 70 GV2 P ~ GV2 P ~ GV2 P ~ GV2 P ~ GV2 P GV3 P EverLink ~ 3 82 GV3 P ~ GV3 P ~ GV3 P ~ GV3 P ~ GV3 P ~ GV3 P ~ GV3 P : GV3 P8 GV3 P86 GV3 ME ~ 80 GV3 ME hp/600 V UL508 E GV2 GV2 P, UL508 E CV2 PH7 32 GV2 GH7 GV3 GV3 P, UL508 E GV2 GH7 GVM GV3 GV3 P, UL508 E 6 IP 20 LD GV M 46

51 TeSys GV7 R GV7 R, C Hz 400/45 V 500 V 660 V/690 V P Icu Ics P lcu lcs P lcu lcs kw k % kw % kw k % kg ~ 20 GV7 RE ~ 20 GV7 RS ~ 25 GV7 RE ~ 25 GV7 RS ~ 40 GV7 RE ~ 40 GV7 RS ~ 50 GV7 RE ~ 50 GV7 RS ~ 80 GV7 RE ~ 80 GV7 RS ~ 00 GV7 RE ~ 00 GV7 RS ~ 50 GV7 RE ~ 50 GV7 RS ~ 220 GV7 RE ~ 220 GV7 RS

52 TeSys GV2 RT C Hz 200/ 400/ 440 V 500 V 690 V Id V 45 V kw kw kw kw kw kg ~ GV2 RT ~ GV2 RT ~ 22 GV2 RT ~.6 33 GV2 RT ~ GV2 RT ~ 4 78 GV2 RT ~ GV2 RT ~ GV2 RT ~ GV2 RT ~ GV2 RT ~ GV2 RT

53 TeSys GV2 RT C Hz 200/ 400/ 440 V 500 V 690 V Id V 45 V kw kw kw kw kw kg 0.25 ~ GV2 RT ~ GV2 RT ~ 22 GV2 RT ~.6 33 GV2 RT ~ GV2 RT ~ 4 78 GV2 RT ~ GV2 RT ~ GV2 RT ~ GV2 RT ~ GV2 RT kg (IP54) GV2 P

54 TeSys GV2 LE 0.06 ~ 5 kw GV2 L C Hz Id20 400/45 V 500 V 690 V P Icu Ics P lcu lcs P lcu lcs kw kw k kw k kg LR2 K0302 GV2 LE LR2 K0304 GV2 LE LR2 K0304 GV2 LE LR2 K0305 GV2 LE LR2 K0305 GV2 LE LR2 K0306 GV2 LE LR2 K0306 GV2 LE LR2 K0306 GV2 LE LR2 K0307 GV2 LE LR2 K0307 GV2 LE LR2 K0308 GV2 LE LR2 K0308 GV2 LE LR2 K030 GV2 LE LR2 K032 GV2 LE LR2 K032 GV2 LE LR2 K034 GV2 LE LR2 K036 GV2 LE LRD 4 GV2 LE LRD 6 GV2 LE LR2 K032 GV2 LE LRD 2 GV2 LE LRD 22 GV2 LE LRD 22 GV2 LE LRD 32 GV2 LE

55 TeSys GV2 L, GV3 L, GK3 EF ~ 30 kw GV2 L C Hz Id20 400/45 V 500 V 690 V P Icu Ics P lcu lcs P lcu lcs kw kw k kw k kg LRD 03 GV2 L LRD 04 GV2 L LRD 04 GV2 L LRD 05 GV2 L LRD 05 GV2 L LRD 06 GV2 L LRD 05 GV2 L LRD 06 GV2 L LRD 06 GV2 L LRD 07 GV2 L LRD 08 GV2 L LRD 08 GV2 L LRD 08 GV2 L LRD 0 GV2 L LRD 2 GV2 L LRD 4 GV2 L LRD 4 GV2 L LRD 6 GV2 L LRD 6 GV2 L LRD 2 GV2 L LRD 22 GV2 L LRD 22 GV2 L LRD 32 GV2 L GV3 L EverLink C Hz Id20 400/45 V 500 V 690 V P Icu Ics P lcu lcs P lcu lcs (class 0 ) kw kw k kw k kg LRD 22 GV3 L LRD 32 GV3 L LRD 3355 GV3 L LRD 3357 GV3 L LRD 3359 GV3 L GV3 L32 GVL326 GK LRD3363 GK3 EF

56 GV2 K00 GV L3 GV X GV2 ME GV D GV M GV U GV2 P GV M GV S GV2 L GV E, GV E20 GV N GV N GV E GV2 LE GV E 52

57 TeSys GV2, L9 LB920 () N/O N/C (2) N/O + N/C N/O + N/O 2 N/O + N/C N/O + N/O (3) N/O () + N/O + N/C N/C () + N/O + N/C C/O GV E GV E GV E20 GV N GV N20 GV D00 GV D00 GV D00 GV D00 GV M ( ) 24 V 48 V 50 Hz 60 Hz 50 Hz GV 025 GV 026 GV Hz GV V 50 Hz GV V 60 Hz GV V 50 Hz GV 5 60 Hz GV V 50 Hz GV V 60 Hz GV V 50 Hz GV V 60 Hz GV V 50 Hz GV Hz GV V 50 Hz GV Hz GV V 50 Hz GV V 60 Hz GV V 60 Hz GV V 60 Hz GV V 50 Hz GV V 60 Hz GV 505, INRS (GV2 ME ), INRS VDE03 (GV2 ME ) 0 ~ 5 V 27 V 220 ~ 240 V 50 Hz 60 Hz 60 Hz 50 Hz GV X5 GV X6 GV X5 GV X Hz GV X ~ 400 V 50 Hz GV X Hz GV X ~ 440 V 50 Hz GV X V 60 Hz GV X385 (GV2 ME GV2 P) GV2 K00 GV L3 L9 LB920 kg kg kg

58 O TRIP. RESET 54

59 TeSys GV2, kg GV2 ME GV2 LE 0 GV2 F GV2 ME GV2 P LD LC D09 D mm 0 GV F GV2 LC K LP K 0 GV2 F GV2 LC K D09 D38 0 GV2 F LD3 GV2 LC K D09 D38 0 GV2 F GV2 LC D09 D25 GK2 F mm kg GV2 G GV2 G GV2 G GV2 G GV2 G GV2 G GV2 G GV2 G GV2 G kg 5 GV G GV G GV2 G GV L3 GV2 G (GV2 ME GV2 P) 0 L9 E GV2 LC D09 D25 ( ) 0 GV G mm (Gk2FO ) GV2 ME 0 GV2 G GV2 PH7 (32 ) GV2 GH UP 508 E GV2 P, GV2 L, GV2 LE GV2 RT 00 L9 D ( (8 x 22 mm) ) kg GV2 P GV2 L On Off GV2 P (50 ~ 290 mm)., IP54 Off GV2 P , IP54 On Off GV2 P On. : RL 706, IP42 GV2 LW On Off GV2 P IP54 kg GV mm GV2 V ( ) 55

60 GV3 G264 GV3 G364 GV M GV3 P GV M GV E3, GV E203, GV ED 03, GV ED 03 GV3 L GV E, GV E20, GV ED 0, GV ED 0 GV E GV E GV3 P02 GV2 V03 56

61 TeSys GV3 P GV3 L kg N/O N/C 0 GV E 0.05 N/O + N/C 0 GV E N/O + N/O 0 GV E N/O + N/C GV N N/O + N/O GV N N/O () + N/O GV ED N/O () + N/C GV ED N/O () + N/O GV D N/C GV D N/C () + N/O GV D N/C GV D C GV M ( ) 24 V 48 V 50 Hz 60 Hz 50 Hz 60 Hz Hz 00 0 V 60 Hz 0 5 V 50 Hz 60 Hz V 50 Hz 27 V 60 Hz 200 V 50 Hz V 60 Hz V 50 Hz 60 Hz V 50 Hz 60 Hz V 50 Hz 45 V 60 Hz 440 V 60 Hz 480 V 60 Hz 500 V 50 Hz 600 V 60 Hz GV3 P GV3 L : LU9 P ( 260 mm),, On Off.., IP54 Off., IP54., IP54., IP mm, UL 508 E ( ) IP20 ( 2 ) 6 mm, 4 2 tapoff 3 tapoff GV3 ME GV3 P GV3 L GV3 P GV3 L GV3 P GV3 P6 GV3 L6 GV3 P GV3 L GV3 P6 GV3 L6 GV3 P GV 025 GV 026 GV 055 GV 056 GV 07 GV 07 GV 5 GV 6 GV 25 GV 5 GV 207 GV 207 GV 225 GV 226 GV 385 GV 386 GV 45 GV 46 GV 385 GV 45 GV 505 GV 505 GV3 0 GV3 02 LU9 LU9 2 GV3 G264 GV3 G364 GV3 G66 LD GV2 V03 LD 7X3 kg kg kg

62 58

63 TeSys GV3 ME80 GK3EF80 GV3 ME80 N/C + N/O ( ) N/O + N/O N/C + N/O + N/O N/O + N/O + N/O N/O + N/O + 2 N/C + N/O + 2 N/C N/O 50 Hz 60 Hz 0, 20, 27 V 20, 27 V 220, 240 V 277 V 380, 45 V 440 V, 480 V (shunt) 0, 20, 27 V 20, 27 V 220, 240 V 277 V 380, 45 V 440 V, 480 V 5 ( ) GV3 0 GV3 02 GV3 03 GV3 05 GV3 06 GV3 07 GV3 08 GV3 09 GV3 B GV3 B22 GV3 B38 GV3 D GV3 D22 GV3 D38 GV V02 kg kg kg 0.00 GK3EF80 ONOFF ( 2 ) GK3 EF80 ( 2 ) GK3 EF80 N/O N/O + N/O N/C + N/O N/O N/O + N/O N/C + N/O GK2 X0 GK2 X20 GK2 X50 GK2 X2 GK2 X22 GK2 X52 kg ( ) 40 mm, O (3 ) I. O GK3 V0 GK3 P03 kg GV3 ME80 24 ~ 690 V, 50/60 Hz. 59

64 2 3 4 GV7 E, B GV7 RE, RS GV7 U, S 60

65 TeSys GV7 R,,,,. 2.,.. / 4 C/O 2,, ( ).. 3,,. GV7 E GV7 E kg C 24 ~ 48 DC 24 ~ 72 V C/DC 0 ~ 240 V GV7 D GV7 D2 kg GV7 U 0.35 ~ GV7 U IEC GV7 S 0.7 (GV7 U GV7 S) GV7 U S. (.).. : 50% kg 48 V, 50/60 Hz GV7 U ~ 30 V, 50/60 Hz GV7 U ~ 240 V, 50/60 Hz GV7 U ~ 440 V, 50/60 Hz GV7 U V, 50 Hz GV7 U (shunt) 48 V, 50/60 Hz GV7 S ~ 30 V, 50/60 Hz GV7 S ~ 240 V, 50/60 Hz GV7 S ~ 440 V, 50/60 Hz GV7 S V, 50 Hz GV7 S

66 ON ON O OFF GV7 P04 O OFF ON GV7 P0, P02 GV7 RE, RS O OFF ON GV7 P03 ON O OFF ON O OFF GV7 P05 O OFF GV7 C04 GV7 C0 GV7 V0 GV7 RE, RS GV7 C04 GV7 C03 GV7 C0 62

67 TeSys GV7 R, + + GV7 R 3 IP ,.5 ~ 95 mm 2 220,.5 ~ 85 mm 2 45 mm. LC F5 ~ F85 LC F225 F265 LC D5 D GV7 C02 GV7 C022 GV7 C03 GV7 C0 GV7 C04 GV7 C05 GV7 C06 GV7 C07 GV7 C08 kg ~ 8 mm 3 ( ) O(OFF).. ON.. +, IP 40 GV7 P03 kg 0.205, IP 40 GV7 P IP 43 GV7 P ( ) ( : 85 mm 600 mm ). 5 ~ 8 mm 3 ( ) O(OFF). kg IP55 GV7 P IP55 GV7 P ~ 8 mm 3 ( ) O(OFF). kg GV7 V

68 TeSys GV2 ME GV2 P GV2 ME GV X GV D, M, N, U, S, X GV E 67.2 X 5 = b 45 = X 44.5 b GV2 ME 89 GV2 ME3 0 GV2 P GV D, M, N, U, S GV2 K GV2 ME 35 mm GV2 F02 M P D75MB F E = 50/60 = c GV2 P MDE200, ED200 (35x5) M P 35 GK2 F

69 TeSys GV2 ME GV2 P GV2 F0 GV2 F3 GV2 ME + TeSys k GV2 ME + TeSys D GV2 P + TeSys D b c c 45 GV2 F4 + LD 3 GV2 ME + TeSys k GV2 ME + LC D09 ~ D8 LC D25 D32 b c c GV2 P + TeSys D GV2 P + LC D09 ~ D8 LC D25 D32 b c c d d GV2 ME + GV L3 () 7.5 mm GV F03 GV2 ME + LC D09 ~ D8 LC D25 D32 b c c d d GV2 P GV2 P0 GV2 P02 GV2 P + LC D09 ~ D8 LC D25 D32 b c c ~ ~ = = 65

70 TeSys GV2 ME GV2 P, GV2 T GV2 ME, GV2 P GV2 G445, GV2 G454, GV2 G477, GV2 G a l p l p GV2 G445 (4 x 45 mm) GV2 G454 (4 x 54 mm) GV2 G472 (4 x 72 mm) a Taboff GV2 G GV2 G GV2 G GV GV2 G ~ G09 GV2 G245, GV2 254, GV2 G272 GV G09 l 30 l GV2 G245 (2 x 45 mm) 89 GV2 G254 (2 x 54 mm) 98 GV2 G272 (2 x 72 mm) 6 GV2 G554 GV2 G345 GV2 G l l GV2 G345 (3 x 45 mm) 34 GV2 G354 (3 x 54 mm) 52 GV2 RT GV2 P X /60 89 = 45 = X ~ ~ = = 35 mm M P D25MB GV2 F

71 TeSys GV3 P GV3 P () (2) 9 8 TeSys D40 ~ D65 TeSys LC D40 ~ D65 (S GV3S) x 4 36 F E M DE200 M ED 20 M M P

72 TeSys GV3 P GV3 P GV3 G264 9 GV3 G GV3 P0 GV3 P02 3 mm 232 ~ 390 mm 77 ~ 230 mm 68

73 TeSys GV7 R GV7 R GV7 R + GV7 C0 C04 GV7 C0 GV7 R TeSys LC F c a b a b c GV7 R + LC F F50 + GV7 C06 GV7 R + LC F GV7 C06 GV7 R + LC F GV7 C07 GV7 R + LC F GV7 C07 x x2 x2 x x x U 440 V V < U < 600 V 0 35 U 600 V

74 TeSys GV7 R GV7 R 2 DZ5 MB20 DZ5 ME = = 08 = = = = 5 35 GV7 R GV7 R n 88 = = = = 08 GV7 R LC F GV7 CO G E H E G H GV7 R + LC F5 + GV7 C GV7 R + LC F50 + GV7 C GV7 R + LC F85 + GV7 C GV7 R + LC F225 + GV7 C GV7 R + LC F265 + GV7 C

75 TeSys GV7 R GV7 R GV7 C X Z a Z 9 70 Z X X a GV7 R40 ~ R GV7 R GV7 P03. GV7 P04 I = 97 = GV7 P03 GV7 P04 GV7 P05 e = = h 25 ± = 00 = GV7 P0, GV7 P I 0 9 = = 75 l 60 = 75 = 7

76 TeSys GV2 ME, GV2 P, GV3 P GV2 RT GV2 ME GV2 RT GV2 P GV3 P (62) (74) (64) (74) 05 (6) 3 43 (73) (63) (73) /T /L 3/L2 5/L3 D D2 D2 C2 E E2 D C D D2 /L 3/L2 5/L /T 4/T2 6/T3 2/T 4/T2 6/T3 2/T 4/T2 6/T3 4/T2 6/T3 /L 3/L2 5/L3 /L 3/L2 5/L3 /L 3/L2 5/L3 GV E GV E GV E20 GV ED0 GV ED0 GV D00 GV D00 GV D00 GV D00 GV N GV N20 GV M GV U GV S GV X GV L3 (INRS ), GV2 ME 0gl max E2 E 72

77 TeSys GV3 ME80 GV7 R GV3 ME80 GV3 0 GV3 02 GV3 03 GV3 05 GV ms /L 3/L2 2/T ms /T 4/T2 6/T3 /L 3/L2 5/L D D2 5/L GV3 08 GV3 09 GV3 B GV3 D U C C2 GV7 R GV7 E, GV7 B 4/T2 6/T3 GV7 U GV7 S GV7 D, D2 D D4 C C2 GV7 D, D K 4 Reset K 73

78 TeSys GV2 L GV2 LE GV2 L GV D, M, N, U, S GV2 K00 X GV D, M, N GV U, S 4 98 = = X () M DE200 M P F E Ø ± mm GV F GV2 LE GV D, M, N, U, S GV2 E X GV D, M, N GV U, S 5 = = X () 35 mm GV2 F02 M P DZ5 MB20 F E /60 c /60 GV2 F DZ5 ME8 DZ5 MB20 74

79 TeSys GV2 L GV2 LE GV2 L GV2 LE GV2 P0 GV2 L GV2 P ~ ~ = = GV2 P03 GV2 L GV2 P ~ ~282 6 = = GV2 G445, GV2 G454, GV2 G472, GV2 G05 3 a l p l p GV2 G445 (4 x 45 mm) GV2 G454 (4 x 54 mm) GV2 G472 (4 x 72 mm) a Taboff GV2 G GV2 G GV2 G

80 TeSys GV2 L GV2 LE GV2 L GV2 LE GV2 G, GV G09 GV2 G245, GV2 G254, GV2 GR 272 GV G09 l 30 I GV2 G245 (2 x 45 mm) 89 GV2 G254 (2 x 54 mm) 98 GV2 G272 (2 x 72 mm) 6 GV2 G554 GV2 G345 GV2 G l I GV2 G345 (3 x 45 mm) 34 GV2 G354 (3 x 54 mm) 52 76

81 TeSys GV3 L GV3 L 36 X X () (2) TeSys LC D40 ~ D65 LR3 D33 ~ 365 TeSys LC D40 ~ D65 (S GV3 S) F E M DE200 M ED20 M4 44 M P GV3 G264 GV3 G

82 TeSys GV3 L GK3 EF80 GV3 L GV3 P0 GV3 P02 3 mm 23 ~ 390 mm 70 ~ 230 mm GK3 EF80 GK3 EF GK2 X X 45 = 80 = GK2 X a X a 78

83 TeSys GV2 L, GV2 LE, GV3 L GK3 EF80 GV2 L GV2 LE GV3 L GK3 EF D2 C2 D C (62) (74) (64) (74) 05 (6) 3 43 (73) (63) (73) /T 4/T2 6/T3 2/T 4/T2 6/T3 2/T 4/T2 6/T3 /L 3/L2 5/L3 /L 3/L2 5/L3 /L 3/L2 5/L3 GV E GV E GV E20 GV ED0 GV ED0 GV D00 GV D00 GV D00 GV D00 GV N GV N20 GV M GV U GV S GK2 X0 GK2 X20 GK2 X50 GK2 X2 GK2 X22 GK2 X52 79

84 TeSys GV2 ME ( ) GV2 ME : 45, 53, 55 GV2 ME IEC GV2 ME ME ME ME ME ME ME ME ME ME ME ME ME ME l () GV2 ME GV2 ME kg IP 4 GV2 MC (, IP 55 GV2 MC ) GV2MCK GV2 MP IP55 for GV2 MC <+5 IP4 GV2 MP0 0.5, () IP4 GV2 MP ( ) IP55 GV2 MP () IP55 GV2 MP ( ) _ kg IP 55 GV2 CP GV2 ME, GV2 CP2 ( ) kg ~ 3 GV2 V GV2 ME (O ) 4 ~ 8 mm GV2 K mm, GV2 K IP GV2 K GV2 K IP 55 0 GV2 E IP 55 0 GV2 E < B VV635UBL B C6BL

85 TeSys GV3 P ( ) GV3 P : 46, 57. GV3 P40: 30. GV3 P IEC/EN IEC/EN GV3 P, 30. kg IP 55 GV3 PC LU9 P IK 09 ON/OFF IP 55 GV3 PC LU P2 IK 09 OFF /

86 TeSys GV2 ME ( ) GV2 ME : 45, 53, 55 GV2 ME IEC GV2 ME ME ME ME ME ME ME ME ME ME ME ME ME ME l () GV2 ME GV2 ME kg IP 4 GV2 MC (, IP 55 GV2 MC ) GV2MCK IP55 for GV2 MC <+5 ( ) kg ~ 3 GV2 V GV2 ME (O ) 4 ~ 8 mm GV2 K mm, GV2 K IP GV2 K GV2 K IP 55 0 GV2 E IP 55 0 GV2 E < B VV635UBL B C6BL

87 TeSys GV3 P ( ) IEC , IEC IEC 60292) () GV2 MC GV2 ME GV2 GV2 X GV2 K02 GV2 K03 GV2 K04 83

88 TeSys GV2 ME GV2 MCO GV2 MCK04 GV2 MP0 ( ) GV MP0 GV2 MP0, MP02 GV2 MP03, MP04 GV2 CP2 7 = = = = = 2 ~6 a = = 93.5 = ~ GV2 a MP0, MP02 MP03, MP

89 TeSys GV2 ME GV2 ME GV E GV E GV E20 GV D00 GV D00 GV D00 GV D00 GV N GV N20 GV N20 GV U GV S GV X INRS, /L 3/L2 5/L3 D D2 E E2 D2 C2 D C D D2 (62) (74) (64) (74) 05 (6) 3 43 (73) (63) (73) /T 4/T2 6/T3 /L 3/L2 5/L3 0 gg max E2 2/T 4/T2 6/T3 E 85

90 TeSys D.O.L,, 0.55 ~ 30 kw IEC , IEC 60439, VDE EN IEC Ue GV2 LC: IP 547 GV NGC: IP 407 GV2 LC: 690 V GV NGC: 500 V, OFF ( 8 mm 3 ) Icu In IEC / 400/ 440 V 500 V 230 V 45 V Id 20 % k k k k kg In GV2 LC In GV2 LC In GV2 LC In GV2 LC In GV2 LC In GV2 LC In GV2 LC In GV NGC In GV NGC In GV NGC In GV NGC In GV NGC R. : GV2 LC0206 GV2 LC0206R. ( ), kg.6 ~ 8 GV2 LC ~ 63 GV NGC ~ 8 GV2 LC02R ~ 63 GV NGC02R

91 TeSys D.O.L,, 0.55 ~ 30 kw GV2 LC0206 ~ LC0220 GV NGC0225 ~ NGC = 88 = 65 = 50 = 2/T 4/T /T3 /L 3/L2 5/L3 67 = = = 330 = ISO ISO GV2 LC 2 x 20 2 x 25 2 x 20 2 x 25 GV NGC 2 x 20 2 x 25 2 x 32 2 x 40 2 x 20 2 x 25 2 x 32 2 x 40 87

92 88

93 (50 ) TeSys D C3 94 C 98 C2 C4 00 DC ~ DC () ~ 4 44,, 50, 56 89

94 TeSys TeSys D le C3 (Ue 440 V) le C ( 60 ) 9 20/ / / C DC 690 V /240 V 380/400 V 45/440 V 500 V 660/690 V 000 V 2.2 kw 4 kw 4 kw 5.5 kw 5.5 kw 3 kw 5.5 kw 5.5 kw 7.5 kw 7.5 kw 4 kw 7.5 kw 9 kw 0 kw 0 kw 5.5 kw kw kw 5 kw 5 kw 7.5 kw 5 kw 5 kw 8.5 kw 8.5 kw 9 kw 8.5 kw 8.5 kw 8.5 kw 8.5 kw I N/C + N/O, ( 4, 2) ( N/C + N/O ) Class 0 Class ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 38 (C ) RC ( ) C DC 3 C 4 DC 4 LC D09 LC DT20/ LC D098 LC D2 LC DT25/ LC D28 LC D8 LC DT32/ LC D88 LC D25 LC DT40/ LC D258 LC D32 LC D38 C 3 DC 3 C 4 DC 4 LC2 D09 LC2 D09 LC2 DT20 LC2 DT20 LC2 D2 LC2 D2 LC2 DT25 LC2 DT25 LC2 D8 LC2 D8 LC2 DT32 LC2 DT32 LC2 D25 LC2 D25 LC2 DT40 LC2 DT40 LC2 D32 LC2 D32 LC2 D38 LC2 D38 20 ~ ~ 32 90

95 C DC 690 V C 000 V, DC 690 V kw 8.5 kw 22 kw 22 kw 30 kw 5 kw 22 kw 25/30 kw 30 kw 33 kw 8.5 kw 30 kw 30 kw 37 kw 37 kw 22 kw 37 kw 45 kw 55 kw 45 kw 45 kw 25 kw 45 kw 45 kw 55 kw 45 kw 45 kw 30 kw 55 kw 59 kw 75 kw 80 kw 75 kw 40 kw 75 kw 80 kw 90 kw 00 kw 90 kw I N/C + N/O, ( 4, 2) ( N/C + N/O ) 3 ~ 40 3 ~ 40 3 ~ 50 3 ~ 50 3 ~ 65 3 ~ 65 7 ~ 04 7 ~ 80 7 ~ ~ ~ ~ ~ 50 LC D40 LC DT60 LC DT60 LC D50 LC D65 LC DT80 LC DT80 LC D80 LC D80 LC D80 LC D95 LC D5 LC D5 LC D5 LC D50 LC2 D40 LC2 D40 LC2 D50 LC2 D50 LC2 D65 LC2 D65 LC2 D80 LC2 D80 LC2 D95 LC2 D5 LC2 D5 LC2 D50 20 ~ ~ 32 9

96 TeSys TeSys D ( ) le C3 (Ue 440 V) le C ( 60 20/25 20/25 25/ V /240 V 2.2 kw 3 kw 4 kw C3 380/400 V 4 kw 5.5 kw 7.5 kw 45/440 V 4 kw 5.5 kw 9 kw 500 V 5.5 kw 7.5 kw 0 kw 660/690 V 5.5 kw 7.5 kw 0 kw 2.4 W (00 m 24 V) 0.7 ~.25 Uc 70 ms Uc 25 ms N/O N/C 3 (LDC) LC D09 LC D2 LC D8 4 (LDC) LC DT20/D098 LC DT25/D28 LC DT32/D88 3 (LDC) LC2 D09 LC2 D2 LC2 D8 4 (LDC) LC2 DT20 LC2 DT25 LC2 DT32 20 ~ ~ 32 92

97 / V 690 V kw 7.5 kw 9 kw kw 5 kw 8.5 kw kw 5 kw 8.5 kw 8.5 kw 22 kw 30 kw kw 5 kw 8.5 kw 22 kw 25/30 kw 30 kw 5 kw 8.5 kw 8.5 kw 22 kw 30 kw 37 kw 5 kw 8.5 kw 8.5 kw 30 kw 33 kw 37 kw 2.4 W (00 m 24 V) 0.7 ~.25 Uc (L4 DFB) 0.6 W(25 m24 V) + 70 ms 25 ms N/O N/C LC D25 LC D32 LC D38 LC D40 LC D50 LC D65 LC DT40/D258 LC DT60 LC DT80 LC2 D25 LC2 D32 LC2 D38 LC2 DT40 20 ~ ~ 32 93

98 TeSys C3 ( ) IEC ( 60C) C3 440 V 220/240 V kw LC/ LC/ LC LC LC LC LC LC LC LC LC LP LP K2 K6 D09 D2 D8 D25 D32 D38 D40 K06 K /400 V kw V kw V kw V kw /690 V kw V kw Onload 85 % P LC LC LC LC LC LC LC D09 D2 D8 D25 D32 D38 D P % P UL, CS ( 60C) C3 440 V 200/208 V HP LC/ LC/ LC/ LC LC LC LC LC LC LC LP LP LP D09 D2 D8 D25 D32 D38 D40 K06 K09 K /240 V HP /480 V HP /600 V HP

99 LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC D50 D65 D80 D95 D5 D50 F85 F225 F265 F330 F400 F500 F630 F780 F800 BL BM BP BR , LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC D50 D65 D80 D95 D5 D50 F85 F225 F265 F330 F400 F500 F630 F780 F800 BL BM BP BR LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC D50 D65 D80 D95 D5 D50 F85 F225 F265 F330 F400 F500 F630 F780 F

100 TeSys C3 ( ) C3 ( 440C) 3,. C3 (Ic) (Ie) LC, LP, LP4 K06 LC, LP, LP4 K09 LCD09 LC, LP, LP4 K2 LC D2 LC K6 LC D8 LC D25 LC D32 LC D38 LC D40 LC D50 LC D65 LC D80 LC D95 LC D5 LC D V kw 400 V kw V kw Hz (kw) : P = 5.5 kw Ue = 400 V Ie = Ic = Ie = P = 5.5 kw Ue = 45 V Ie = Ic = Ie = 50 : LC D8 C3 (Ue = 660/690 V) 3,. C3 (Ic) (Ie) LC D09 LC D2 LC D8 LC D25 LC D32. LC D38 LC D40 LC D50 LC D65 LC D80 LC D95 LC D5 LC D

101 TeSys C3 ( ) C3 ( 440C) 3,. C3 (Ic) (Ie) LC F85 LC F225 LC F265 LC F330 LC F400 LC F500 LC F630 LC F800 LC F780 LC BL. BM LC BP LC BR () V 230 V kw 380 V 400 V kw 440 V Hz (kw) kw : P = 32 kw Ue = 380 V Ie = 245 Ic = Ie = 245 P = 32 kw Ue = 45 V Ie = 240 Ic = Ie = : LC F330 C3 (Ue = 660/690 V) 3,. C3 (Ic) (Ie) LC F85 LC F225 LC F265 LC F330 LC F400 LC F500 LC F630 LC F780 LC F800 LC BL, BM LC BP LC BR () V 690 V kw : P= P = 32 kw Ue = 660 V Ie = 40 Ic = Ie = : LC F330 97

102 TeSys C ( ) ( ) (/) IEC Cable c.s.a. Bar c.s.a. mm 2 mm LC/ LC/ LC LC LC LC LC LC LC LC LP LP D09 DT20 D2 D8 D25 D32 D38 D40 K09 K2 DT25 DT32 DT40 DT C IEC C 60 C 70 C (UC) /230 V 60 C 240 V 380/400 V 45 V 440 V 500 V 660/690 V 000 V kw kw kw kw kw kw kw kw : K =.6 3 : K = : K = 2.8 C (Ue 440C) LC, LP, LP4 K09 LC, LP, LP4 K2 LC D09 LC, LP D2 LC D8 LC, LP D25 LC D32, LC D38 LC D40 LC D50 LC D65 LC, LP D80 LC D95 LC D5 LC D (cos 0.95). C (lc) (le). : Ue = 220 V Ie = C Ic = Ie = : LC LP D50. 98

103 LC LC LC/ LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC D50 D65 LP D95 D5 D50 F85 F225 F265 F330 F400 F500 F630 F780 F800 BL BM BP BR DT80 D LC F85 LC F225 LC F265 LC F330 LC F400 LC F500 LC F630 LC F800 LC F780 LC BL, BM LC BP LC BR () : Ue = 220 V Ie = C Ic = Ie = : LC F780 99

104 TeSys C2 C4 C2: C4: C4 (Ie max.) Ue < 440 V Ie = 6xI 440 V < Ue < 690 V Ie = 6xI () onload factor, 60C (2) 50 20% ~ 600 0% LC/ LC/ LC/ LC LC LC LC LC LC LC LP LP LP D09 D2 D8 D25 D32 D38 D40 K06 K09 K % ~ 200 0% % ~ 300 0% % ~ % % ~ % ()., C2 C4. 200,000 C4 220/230 V kw LC/ LC/ LC LC LC LC LC LC LC LC LP LP D09 DT20 D2 D8 D25 D32 D38 D40 K09 K2 DT25 DT32 DT40 DT /400 V kw V kw V kw V kw /690 V kw

105 LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC D50 D65 D80 D95 D5 D50 F85 F225 F265 F330 F400 F500 F630 F780 F800 BL BM BP BR SFlb SFlb SFlb SFlb SFlb LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC LC D50 D65 D80 D95 D5 D50 F85 F225 F265 F330 F400 F500 F630 F780 F800 BL BM BP BR

106 TeSys C2 C4 C2 C4 (Ue 440 V), 3 (C4) (C2), C2 (Ic) 2.5xIe C4 (Ic) 6xIe (Ie = ) LC, LP, LP4 K06 LC, LP, LP4 K09,K2 LC D09 LC D2 LC D8 LC D25 LC D32 et D38 LC D40 LC D50 LC D65 LC D80 LC D95 LC D5 LC D () P = 5.5 kw Ue = 400 V Ie =. Ic = 6 x Ie = 66 P = 5.5 kw Ue = 45 V Ie =. Ic = 6 x Ie = ,000 : LC D25 C4 (440 V < Ue 690 V) 3,. C2 (Ic) 2.5xIe C4 (Ic) 6xIe (Ie = ) LC D09 LC D2 LC D8 LC D25 LC D32, D38 LC D40 LC D50 LC D65 LC D80 LC D95 LC D5 LC D

107 TeSys C2 C4 C2 C4 (Ue 440 V), 3 (C4) (C2), C4 (Ic) 6xIe (Ie = ) LC F85 LC F225 LC F265 LC F330 LC F400 LC F500 LC F630 LC F800 LC F780 LC BL, BM LC BP LC BR : P= 90 kw Ue = 380 Vle = 70. lc = 6 x le = 020 P =90 kw Ue = 45 Vle = 65. lc = 6 x le = ,000 : LC F265 C4 (440 V < Ue 690 V) 3,. C4 (Ic) 6xIe (Ie = ) LC F85 LC F225 LC F265 LC F330 LC F400 LC F500 LC F630 LC F780, F800 LC BL, BM LC BP LC BR

108 TeSys DC ~ DC DC,, L/R < ms, 60 (Ie, ) LC LC LC LC LC LC LC LC LC LC D09 DT20 D2 D8 D25 DT60 D32 D38 D40 DT60 Ue DT25 DT32 DT40 V / DC2 ~ DC5,, L/R < 5 ms, 60 (Ie, ) LC LC LC LC LC LC LC LC LC LC D09 DT20 D2 D8 D25 DT60 D32 D38 D40 DT60 Ue DT25 DT32 DT40 V /

109 LC LC LC LC/ LC LC LC LC LC LC LC/ LC LC LC LC LC LC LC/ LC LC D50 D65 DT80 LP D95 D5 D50 F85 F225 F265 F330 F400 F500 F630 F780 F800 BL BM BP BR D LC LC LC LC/ LC LC LC LC LC LC LC/ LC LC LC LC LC LC LC/ LC LC D50 D65 DT80 LP D95 D5 D50 F85 F225 F265 F330 F400 F500 F630 F780 F800 BL BM BP BR D

110 TeSys DC ~ DC5 DC ~ DC5, : Ie Ue L/R ( ) : 20 / LC D09 LC D2 LC D8 LC D25 LC D32, LC D38 LC D40, DT60 LC D50 LC D65, DT80 LC, LP D80 LC D95 LC D5, D : P =.5 kw Ue = 200 V Ie = 7.5. :, = DC5 3LCD25 LP D25 : Pc = 2.5 x 200 x 7.5 = 3.75 kw. :.25 kw N, ( x N x 0.7) 34,

111 TeSys DC ~ DC5 DC ~ DC5,. P = U x I UcIc () DC DC2, DC3,, DC4, DC5,, U I P Ue Ie Ue x Ie 0. Ue Ie 0.Ue x Ie Ue 2.5 Ie Ue x 2.5 Ie 0.3 Ue Ie 0.3 Ue x Ie Ue 2.5 Ie Ue x 2.5 Ie LC F85, F225 LC F265 LC F330 LC F400 LC F500 LC F630. F800 LC F780 LC BL, BM LC BP LC BR : P = 40 kw Ue = 200 V Ie = 200. :, = DC5 2LC F265 : Pc = 2.5 x 200 x 200 = 00 kw : 50 kw 400,000 07

112 TeSys TeSys D (Ui) IEC , III, 3. LC V D09 ~ D8 D25 ~ D38 D40 ~ D65 D80 ~ D95 DT20 DT32 DT60 DT25 DT40 DT D5 D50 UL, CS V 600 (Uimp) IEC kv 6 8 IEC/EN , IEC/EN , UL 508, CS C22.2 n 4. () VDE 006 IEC () UL, CS. CCC, GL, DNV, RIN, BV, LROS ( LC D40 ~ D65 ) IP2X IP2X IEC TH C 60 ~ + 80 C 5 ~ + 60 C 40 ~ + 70, Uc m 3000 (2) C/DC C DC LC D09 ~ LC D65 V C 850 (3) /2 = ms 0 gn 8 gn 0 gn 8 gn 6 gn 5 gn 5 gn 5 gn 0 gn 5 gn (3) 5 ~ 30 Hz 2 gn 4 gn 4 gn 4 gn 3 gn 4 gn 08

113 TeSys TeSys D LC D09 D2 DT20 DT25 D8 (3P) D25 (3P) D32 D38 D8 D25 (4P) DT32 DT40 D40 ~ D65 DT60 and DT80 D80 D95 D5 D mm 2 ~ 4.5 ~ 6.5 ~ ~ ~ 0 ~ 35 4 ~ 50 0 ~ 20 2 mm 2 ~ 4.5 ~ 6.5 ~ ~ ~ 0 ~ 25 4 ~ 25 0 ~ 20 ~ ~ 50 mm 2 ~ 4 ~ 6 ~ 6 ~ ~ 0 ~ 35 4 ~ 50 0 ~ 20 2 mm 2 ~ 2.5 ~ 4 ~ 4.5 ~ ~ 0 ~ 25 4 ~ 6 0 ~ 20 ~ ~ 50 mm 2 ~ 4.5 ~ 6.5 ~ 6.5 ~ ~ 6 ~ 35 4 ~ 50 0 ~ 20 2 mm 2 ~ 4.5 ~ 6.5 ~ ~ ~ 6 ~ 25 4 ~ 25 0 ~ 20 ~ ~ 50 Phillips N2 N2 N2 N2 N ~ N.m : 25 mm : 35 mm 2 (2) mm (4: DT25) mm (DT25) c.s.a. 3 x 6 5 x 25 mm (3) mm M3.5 M3.5 M4 M4 M3.5 M6 M6 M8 Phillips N2 N2 N2 N2 N2 () N.m ( ) Phillips () (2) 2 Phillips () mm 2 mm 2 mm 2 mm 2 mm 2 mm 2 N.m mm 2 mm 2 mm mm N.m ~ 4 ~ 4 ~ 4 ~ 4 ~ 4 ~ 4 ~ 4 ~ 2.5 ~ 4 ~ 4 ~ 4 ~ 4 ~ 4 ~ 4 ~ 4 ~ 2.5 ~ 4 ~ 4 ~ 4 ~ 4 ~ 4 ~ 4 ~ 2.5 ~ 2.5 ~ 2.5 ~ 2.5 ~ 2.5 ~ 2.5 ~ 2.5 ~ 2.5 ~ 2.5 ~ 2.5 ~ 4 ~ 4 ~ 4 ~ 4 ~ 4 ~ 4 ~ 4 ~ 2.5 ~ 4 ~ 4 ~ 4 ~ 4 ~ 4 ~ 4 ~ 4 ~ 2.5 N2 N2 N2 N2 N2 N2 N2 N ~ ~ M3.5 M3.5 M3.5 M3.5 M3.5 M3.5 M3.5 M3.5 N2 N2 N2 N2 N2 N2 N2 N

114 TeSys TeSys D (Ie) In C3, 60 C (Ue 440 V) In C, 60 C (Ue) (Ith) 60 C (440 V) IEC (440 V) IEC (Ue 690 V), 2 gg Ith 50 Hz C3 C LC V Hz W W D09 (3P) DT20 D098 D2 (3P) DT25 D28 DT25 D28 DT32 D ~ ~ ~ ~ ~ 95 am gg D25 (3P) DT40 D258 C (Uc) 50 ~ 60 Hz 50, 60 Hz 50/60 Hz Dropout ~ 50 Hz 50 Hz 20, Uc Cos 50/60 Hz 50 Hz Cos 50/60 Hz ~ 60 Hz 50 Hz Cos 50/60 Hz 50 Hz Cos 50/60 Hz 50/60 Hz C O 50, 60 Hz 50 Hz 50/60 Hz / 60 V V V V V V V V V W ms ms 2 ~ ~. Uc (50 Hz) 0.85 ~. Uc (60 Hz) 60 C 0.3 ~ 0.6 Uc, 60 C ~ 3 2 ~ 22 4 ~

115 D32 D38 D40 DT60 D50 D65 DT80 D80 D95 D5 D () ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 95 am gg ~ ~ ~ ~. Uc, ~ 0.6 Uc, ~ 0.5 Uc, ~. Uc (50 Hz) 0.8 ~. Uc (50 Hz) 0.8 ~. Uc (50 Hz) 0.8 ~.5 Uc (50/60 Hz) 0.85 ~. Uc (60 Hz) 0.85 ~. Uc (60 Hz) 0.85 ~. Uc (60 Hz) ~ 0.6 Uc, ~ 0.6 Uc, ~ 0.6 Uc, ~ 0.5 Uc, ~ ~ ~ 8 2 ~ ~ ~ ~ 8 2 ~ 8 2 ~ 3 4 ~ 5 6 ~ 0 3 ~ 8 3 ~ ~ 22 2 ~ 26 2 ~ 26 2 ~ 26 2 ~ 26 2 ~ ~ ~ ~ ~ 35 4 ~ 9 4 ~ 9 4 ~ 9 4 ~ 9 4 ~ 9 4 ~ 9 6 ~ 20 6 ~ 20 6 ~ ~

116 TeSys TeSys D DC (Uc) C IEC UL, CS Dropout 20, Uc C Uc O (L/R) Uc 60 V V V W W ms ms ms LC D09 ~ D38 LC DT20 ~ DT40 LC D40 ~ D65 LC DT60 DT80 LC LP D80 LC D95 LC D5 LC D50 2 ~ ~ ~ ~.25 Uc 0.75 ~.25 Uc 0.85 ~. Uc 0.75 ~.2 Uc 60 C 60 C 55 C 55 C 0.75 ~.2 Uc 55 C 0. ~ 0.25 Uc 0. ~ 0.3 Uc 0. ~ 0.3 Uc 0.5 ~ 0.4 Uc 60 C 60 C 55 C 55 C ~ ~ % 50 5% 95 ~ ~ % 20 20% 20 ~ ~ 75 :. 3 0ms DC IEC UL, CS C 20, Uc (0.7 ~.25 Uc) C 20, Uc O (60 C) Dropout (L/R) Uc 60 V V V W W ms ms ms % % 0.8 ~.25 Uc 0. ~ 0.3 Uc

117 TeSys TeSys D IEC IEC (Ue) (Ui) IEC UL, CS 60 (Ith) U min = 0 8 I min IEC IEC , I rms s 500 ms 00 ms N/C N/O IEC N/O, N/C. N/C, PREVENT. V 690 V 690 V Hz V 7 m 5 gg : 0 C: 40, DC: M > 0 ms.5 ( ) C, C4 C5 DC, DC3 ( 3600 ). ( 200 ), (Cos 0.7) = 0 (Cos 0.4) Economy Resistor V V V V C V W W W DC V 24 V 48 V 25 V 250 V

118 TeSys TeSys D, LD N LD C LD T LD S LD R LD 8 IEC , NF C 6340, VDE 0660, BS 4794, EN UL, CS IEC TH VDE 006 IP2X Uc Phillips N 2 6 C C C m mm 2 60 ~ ~ ~ : x ; : 2 x 2.5, /, mm 2 : 2 x 2.5 (Ue) (Ui) IEC UL, CS (Ith) 60 U min I min IEC , VDE 0660 gg IEC s 500 ms 00 ms N/C N/O LD C22 N/C N/O (LDT, R S ) 500,000 (Drift) V V V Hz V m M ms ms C, ~ C: 40; DC: > 0.5 ( ).5 40 ~ ~ % 2 % + 5 % + 5 % 0.25 % C 0.25 % C

119 TeSys TeSys D, (,) L DX L DZ L DY IEC609475, VDE0660 UL, CS IEC TH IP2X Phillips No. 2 6 mm C mm 2 25 ~ + 70 : x ; : 2 x 2.5 / (U) (Ui) IEC UL, CS (Ith) 40 (Ie) U min I min IEC gg IEC I rms s 500 ms 00 ms V V V m Hz V m M ~ C:40; DC: > 0 > 0 > 0 >

120 TeSys TeSys D (,) (IEC ) C, C4, C5 ( 3600 ) (cos 0.7) = 0(cos0.4) V V V V DC, DC3 ( 200 ) V W W W V 48 V 24 V V V

121 TeSys TeSys D,, IEC VDE 006 Uc C C C IEC UL, CS TH IP2X 40 ~ ~ ~ + 70 IEC IEC LED V V kv (OI) O By varistor L4 D, LD 4RC, LD 4RC3 L4 DB, LD 4T, LD 4T3 L4 DC, LD 4D3 L4 DE, LD 4V, LD 4V3 RC (Uc) V C 24 ~ 45 C 24 ~ 440 C 2 ~ 250 C 24 ~ Uc 2 Uc Uc 2 Uc RC 24/48 V Hz /27 V Hz 200 0/240 V Hz /45 V Hz 50 LD 6K0 L6 DK20 IEC C 50/60 Hz DC C DC Onload (Uc) V V V W LC D09 ~ D65 LC D80 ~ D50 DT20 ~ DT80 LP D80 LC D5 UL, CS UL, CS ~ ~ % 0 %

122 TeSys TeSys D L4 DT (Ondelay) IEC UL, CS IEC TH VDE 006 C 40 ~ + 80 C 25 ~ + 55 Uc C 25 ~ + 70 (Ui) IEC V 250 Phillips No. 2 6 mm mm 2 : x ; : 2 x 2.5 / (Uc) V C DC : 24 ~ ~. Uc s 0. ~ 2;.5 ~ 30; 25 ~ ~ 40 3 % (0 ms) ms 50 ms 50 ms 0 ms 2 ms () W m V 2 < kv; 0.5 joule 30 Ondelay L4 DT U supply (2) 0 0 t LED 8

123 TeSys TeSys D IEC UL, CS IEC TH VDE 006 IP2X C 40 ~ + 80 C 25 ~ + 55 Uc C 25 ~ + 70 L4DFB L4DWB IEC IEC (EE2) 20 O U I I U 220 / 240 V 20 C C 24 ~ 250 V C 00 ~ 250 V C 380 ~ 45 V C 24 ~ 250 V LD 4BB C 380 ~ 45 V C 24 ~ 250 V LD 4BB3 C 380 ~ 45 V (Uc) () L4 DFB "C" O Phillips No. 2 6 mm / V V LED V V m C 24 7 ~ C 24 5 ~ 30 5 V V 5 V m V < 2.4 < 2 7 < 2.4 < ms W LC D80 ~ D50 LC D80 ~ D5 LC D09 ~ D38, LC D09 ~ D38, LC DT20 ~ DT40 LC DT20 ~ DT40 LC D40 ~ D65 LC D40 ~ D65 LC D40 ~ D65 LC D40 ~ D65 C. O. LC D09 ~ D38, LC D40 ~ D65 LC D80 D95 LC DT20 ~ DT40 ms ms mm 2 20 ~ 30 6 ~ 24 : x ; : 2 x ~ ~ ~ 43 8 ~ 32 9

124 TeSys 400 V 75 kw, C3 TeSys D 3 C3,, 5060 Hz, C3 440 V, ( 60) 220 V 380 V 45 V 440 V 500 V 660 V 000 V 230 V 400 V 690 V kw kw kw kw kw kw kw kg LC D LC D LC D LC D LC D LC D LC D LC D LC D LC D LC D LC D LC D : LC D09 LC D096 : 33 ~ 43 C LCD09 ~ D50 (D5 D50 ) 50/60 Hz B7 D7 E7 F7 FE7 M7 P7 U7 Q7 V7 N7 R7 S7 LC D80 ~ D5 50 Hz B5 D5 E5 F5 FE5 M5 P5 U5 Q5 V5 N5 R5 S5 60 Hz B6 E6 F6 M6 U6 Q6 R6 DC LC D09 ~ D65 () U Uc JD BD CD ED ND SD FD GD MD UD RD LC D80 ~ D95 U Uc JD BD CD ED ND SD FD GD MD UD RD U Uc JW BW CW EW SW FW MW LC D5 D50 () U Uc BD ED ND SD FD GD MD UD RD (DC) LC D09 ~ D38 () U Uc L JL ZL BL EL FL ML UL 20

125 TeSys 400 V, 30 kw, C3, TeSys D 3 C3,, 5060 Hz, C3 440 V, ( 60) 220 V 380 V 45 V 440 V 500 V 660 V 000 V 230 V 400 V 690 V kw kw kw kw kw kw kw kg LC D LC D LC D LC D LC D EverLink BTR LC D LC D LC D Faston 2x6.35 mm, 6.35 mm Faston. Faston ( L9 680,, 00) 6.35 mm. LC D09 LC D2 39. : LC D093 LC D099 : 33 ~ 43 C LC D09 ~ D65 50/60 Hz B7 D7 E7 F7 FE7 M7 P7 U7 Q7 V7 N7 R7 DC LC D09 ~ D65 () U 0.75 ~.25 JD BD CD ED ND SD FD GD MD UD RD (DC) LCD09 ~ D32 () U Uc L JL ZL BL EL FL ML UL 2

126 TeSys TeSys D 3 C, 25 ~ 200 3,, ( 60 ),, C kg 25 3 LC D LC D LC D LC D LC D LC D LC D LC D LC D LC D LC D LC D LC D : LC D09 LC D096 C LC D09 ~ D65 LC DT20 ~ DT40 () 50/60 Hz B7 D7 E7 F7 FE7 M7 P7 U7 Q7 V7 N7 R7 LC D80 ~ D5 50 Hz B5 D5 E5 F5 FE5 M5 P5 U5 Q5 V5 N5 R5 S5 60 Hz B6 E6 F6 M6 U6 Q6 R6 DC LC D09 ~ D65 LC DT20 ~ DT80 () U 0.7 ~.25 Uc JD BD CD ED ND SD FD GD MD UD RD LC LP D40 ~ D80 U 0.85 ~. Uc JD BD CD ED ND SD FD GD MD UD RD U 0.75 ~.2 Uc JW BW CW EW SW FW MW LC D5 () U 0.75 ~.2 Uc BD ED ND SD FD GD MD UD RD (DC) LC D09 ~ D38 LC DT20 ~ DT40 () U 0.8 ~.25 Uc L JL ZL BL EL FL ML UL 22

127 TeSys TeSys D 3 C, 25 ~ 200 ( ) 3, Faston 2x6.35 mm, 6.35 mm Faston. Faston ( LD 99635,, 00) 6.35 mm. LC D09 LC D : LC D09 LC D099 3,, ( 60 ),, C kg 6 3 LC D LC D LC D LC D LC D LC D LC D LC D : 34 ~ 43 C LCD09 ~ D65 LC DT20 ~ DT40 () 50/60 Hz B7 D7 E7 F7 FE7 M7 P7 U7 Q7 V7 N7 R7 LC D80 ~ D5 50 Hz B5 D5 E5 F5 FE5 M5 P5 U5 Q5 V5 N5 R5 S5 60 Hz B6 E6 F6 M6 U6 Q6 R6 DC LC D09 ~ D65 LC DT20 ~ DT80 () U 0.7 ~.25 Uc JD BD CD ED ND SD FD GD MD UD RD LC LP D80 U 0.85 ~. Uc JD BD CD ED ND SD FD GD MD UD RD U 0.75 ~.2 Uc JW BW CW EW SW FW MW LC D5 () U 0.75 ~.2 Uc BD ED ND SD FD GD MD UD RD (DC) LC D09 ~ D38 LC DT20 ~ DT40 () U 0.8 ~.25 Uc L JL ZL BL EL FL ML UL 23

128 TeSys TeSys D 4 C, 25 ~ 200, ( 60 ),, C kg 20 4 LC DT LC D LC DT LC D LC DT LC D LC DT LC D LC DT LC D LP D LC DT LC D LP D LC D LP D LC D LP D LC D : LC DT20 LC DT206 C LC D09 ~ D65 LC DT20 ~ DT40 () 50/60 Hz B7 D7 E7 F7 FE7 M7 P7 U7 Q7 V7 N7 R7 LC D80 ~ D5 50 Hz B5 D5 E5 F5 FE5 M5 P5 U5 Q5 V5 N5 R5 S5 60 Hz B6 E6 F6 M6 U6 Q6 R6 DC LC D09 ~ D65 LC DT20 ~ DT80 () U 0.7 ~.25 Uc JD BD CD ED ND SD FD GD MD UD RD LC LP D80 U 0.85 ~. Uc JD BD CD ED ND SD FD GD MD UD RD U 0.75 ~.2 Uc JW BW CW EW SW FW MW LC D5 () U 0.75 ~.2 Uc BD ED ND SD FD GD MD UD RD (DC) LC D09 ~ D38 LC DT20 ~ DT40 () U 0.8 ~.25 Uc L JL ZL BL EL FL ML UL 24

129 TeSys TeSys D 4 C, 25 ~ 200 ( ) 4,, ( 60 ),, C kg 20 4 LC DT LC D LC DT LC D LC DT LC D LC DT LC D , EVerLink BTR 60 4 LC DT LC DT : 34 ~ 43 C LCD09 ~ D65 LC DT20 ~ DT40 () 50/60 Hz B7 D7 E7 F7 FE7 M7 P7 U7 Q7 V7 N7 R7 LC D80 ~ D5 50 Hz B5 D5 E5 F5 FE5 M5 P5 U5 Q5 V5 N5 R5 S5 60 Hz B6 E6 F6 M6 U6 Q6 R6 DC LC D09 ~ D65 LC DT20 ~ DT80 () U 0.7 ~.25 Uc JD BD CD ED ND SD FD GD MD UD RD LC LP D80 U 0.85 ~. Uc JD BD CD ED ND SD FD GD MD UD RD U 0.75 ~.2 Uc JW BW CW EW SW FW MW LC D5 () U 0.75 ~.2 Uc BD ED ND SD FD GD MD UD RD (DC) LC D09 ~ D38 LC DT20 ~ DT40 () U 0.8 ~.25 Uc L JL ZL BL EL FL ML UL 25

130 TeSys UL, CS 2 3 UL, CS, NCE, ( NEC, CEC, MEC). IEC.. IEC,. 4 M ( ) 2 ( ) 3 () 4 ( ),. 4, NEC 430. UL 508. E, ( ) ( ). E,.. F E ( ).,. E ( ). 26

131 TeSys UL, CS MCC, 2005 NEC 409. UL (SCCR) E F,, , UL

132 TeSys UL, CS NEC ,...,. ( ) /. /3. ( / ) 7.6m. 2. /. / m. FL() 25%. F.. NEC (D) UL508 F. F. NEC. 28

133 TeSys UL, CS, 20 ~ /60 Hz 3, 3 75 CCu 5 V 230 V 200 V 230 V 460 V 575 V, 240 V 208 V 240 V 480 V 600 V HP HP HP HP HP HP WG0 20 LC D WG0 25 LC D WG8 32 LC D WG6 40 LC D WG6 50 LC D WG3 60 LC D WG3 70 LC D WG3 80 LC D WG2 0 LC D WG2 0 LC D WG2/0 75 LC D WG3/0 200 LC D50 5 HP230 V LC D50 : 2, WG3 75Cu C LCD09 ~ D50 (D5 D50, ) 50/60 Hz B7 D7 E7 F7 FE7 M7 P7 U7 Q7 V7 N7 R7 S7 LC D80 ~ D5 50 Hz B5 D5 E5 F5 FE5 M5 P5 U5 Q5 V5 N5 R5 S5 60 Hz B6 E6 F6 M6 U6 Q6 R6 DC LC D09 ~ D65 () U Uc JD BD CD ED ND SD FD GD MD UD RD LC D80 ~ D95 U Uc JD BD CD ED ND SD FD GD MD UD RD U Uc JW BW CW EW SW FW MW LC D5 D50 () U Uc BD ED ND SD FD GD MD UD RD (DC) LC D09 ~ D38 () U Uc L JL ZL BL EL FL ML UL 29

134 TeSys 75 kw, 400 V, C3 3,, 3, 3 C3, 5060 Hz, C3 440 V,, ( 60) 220 V 380 V 45 V 440 V 500 V 660 V 000 V 230 V 400 V 690 V kw kw kw kw kw kw kw kg LC2 D LC2 D LC2 D LC2 D LC2 D LC2 D LC2 D LC2 D LC2 D LC2 D LC2 D LC2 D LC2 D LC2 D09, LC2 D38, LC2 D5 LC2 D50 6. : LC2 D09 LC2 D ~ 65 LC D6 2 LD 4CM(60 ) : 33 ~ 43 C LCD09 ~ D50 (D5 D50, 50/60 Hz B7 D7 E7 F7 FE7 M7 P7 U7 Q7 V7 N7 R7 S7 LC D80 ~ D5 50 Hz B5 D5 E5 F5 FE5 M5 P5 U5 Q5 V5 N5 R5 S5 60 Hz B6 E6 F6 M6 U6 Q6 R6 DC LC D09 ~ D65 ( ) U Uc JD BD CD ED ND SD FD GD MD UD RD (DC) LC D09 ~ D38 ( ) U Uc L JL ZL BL EL FL ML UL 30

135 TeSys 5 kw, 400 V, C3 3,, () 3, 3 C3, 5060 Hz, C3 440 V,, ( 60) 220 V 380 V 45 V 440 V 500 V 660 V 230 V 400 V 690 V kw kw kw kw kw kw kg LC2 D LC2 D LC2 D LC2 D LC2 D EverLink BTR LC2 D LC2 D LC2 D Faston 2x6.35 mm, 6.35 mm Faston. Faston ( LD 99635,, 00) 6.35 mm. LC2 D09 LC2 D2 39. : LC2 D093LC2 D099 : 33 ~ 43 C LC D09 ~ D65 50/60 Hz B7 D7 E7 F7 FE7 M7 P7 U7 Q7 V7 N7 R7 S7 DC LC D09 ~ D65 ( ) U 0.75 ~.25 JD BD CD ED ND SD FD GD MD UD RD (DC) LCD09 ~ D32 ( ) U 0.8 ~.25 Uc L JL ZL BL EL FL ML UL 3

136 TeSys TeSys D 4 () C, 20 ~ 200 LC2 DT20, LC2 DT40: LC2 D80004: 2 2 LD N(37 ). LC2 D5004: C,, ( 60) ( ) kg 20 LC2 DT LC2 DT LC2 DT LC2 DT LC2 D LC2 D LC2 DT LC2 DT LC2 DT LC2 DT LC DT60 80 LC DT80 60 LC DT LC DT806 : 33 ~ 43 32

137 TeSys TeSys D 4 () C, 20 C,, ( 60) ( ) kg 20 LC2 DT EverLink BTR 60 LC DT LC DT803 : 33 ~ 43 C LC2 DT20 ~ DT40, LC DT60 ~ DT80 50/60 Hz B7 D7 E7 F7 FE7 M7 P7 U7 Q7 V7 N7 R7 LC2 D80004 ~ D Hz B5 D5 E5 F5 FE5 M5 P5 U5 Q5 V5 N5 R5 S5 60 Hz B6 E6 F6 M6 U6 Q6 R6 DC LC2 DT20 ~ DT40, LC DT60 ~ DT80 () U 0.7 ~.25 Uc JD BD CD ED ND SD FD GD MD UD RD (DC) LC2 DT20 ~ DT40() U 0.7 ~.25 Uc L JL ZL BL EL FL ML UL 33

138 TeSys / 3 LD 9V2 LD 9V LD9V5() LD 9V6() LD 9V2, LD9V5() LD 9V6() LD 4CM LD9V5 / 2N/O + 2N/C / LD S2(LC D09 D80) (LC D09 D80), (LC D40 D80) 2 LC D09 ~ D38 LC D09 ~ D38 LC D40 ~ D65 LC D80 D95 (C) LC D80 D95 (DC) LC D5 D50 LC D09 ~ D38 LC D40 ~ D65 LC D80 D95 (C) LC D80 D95 (DC) LC D09 ~ D38, LC D09 D32, LC D40 ~ D65 LC D80 D95 (C) LC D80 D95 (DC) LC D5 D50 LC D09 D2 LC D8 ~ D32 LC D40 D50 LC D80 LC D09, D2 D8 LC D32 LC D40 D50 LC D80 LD 9RV LD 9R LD 9R3 L9 D4002 L9 D8002 L9 D502 LD 9V2 LD 4CM L9 D50978 L9 D80978 LD 9V5 + LD 9V6 LD 9V2 + LD 9V3 L9 D6569 L9 D8069 L9 D8069 L9 D569 LD 9PVGV LD 3PVGV LD 3PVGV0 LD 927 LD 9327 LD 9SD3 L9 D807 L9 D2974 L9 D32974 L9 D40973 L9 D80973 kg kg kg

139 TeSys 4 (3 + ) 2 kg LC DT20 ~ DT40 LD T9RV LD 9V LD 9V2 () LD 9V7 LC DT20 ~ DT40 LD T9R LD 9V2 () LD 9V7 LC D65004 L9 D LC D80004 L9 D LP D80004 L9 D LC D5004 L9 D LC DT20 ~ DT40 LD 9V LC DT203 ~ DT403 LD 9V LC DT60 DT80 LD 4CM LC D80004 L9 D LP D80004 L9 D LC D65004 L9 D LC D80004 L9 D LP D80004 L9 D LC D5004 L9 D LC DT203 ~ DT403 LD 9V LC D80004 L9 D8070 LP D80004 L9 D , 2 kg LC D40 ~ D65 LD 9R3S 0.05 LC D5 D50 L9 D LC D5 D50 L9 D

140 36

141 TeSys TeSys, LC D80 ~ D95 LD 8N, (43 ). 6. : LD N LD N6 LD 8, LD N. 3. : LD N LD N3 Faston LD 8, LD N. 9. : LD N LD N N/O & N/C 2 EN P, 4P 2 0 ~ P 2 25 ~ LD N0 LD N0 LD N LD N20 LD N02 LD N22 LD N3 LD N40 LD N04 LD N3 LD C22 LD 8N LD 8N20 LD 8N02 LD NG LD N22G LD NP LD N22P L DX20 L DX L DX02 L DY20 L DZ40 L DZ3 kg C 3P LC D09 ~ D38 LC D80 ~ D95 (50/60 Hz) 2 LC D40 ~ D65 LC D80 D95 (50 60 Hz) 2 LC D5 D50 4P LC DT20 ~ DT40 LC DT60 ~ D80 LC D5 DC 3P LC D09 ~ D38 LC D40 ~ D65 LC D80 D95 LC D5 D50 4P LC DT20 ~ DT40 LC DT60 ~ D80 LC D5 LC(4) 3P LC D09 ~ D38 4P LC DT20 ~ DT40 37

142 TeSys TeSys D 37. : 43 LD T0 LD R0: 0. ~ 0.6 LD S2: N/C N/O 40 ms 5 ms kg Front N/O + N/C Ondelay 0. 3 s LD T s LD T s LD T s LD S Offdelay 0. 3 s LD R s LD R s LD R : LD T0 LD T06 3. : LD T0 LD T03 Faston 9. : LD T0 LD T09 LC D09 ~ D38 (C DC) LC DT20 ~ DT40 (C DC) LC D40 ~ D65 (3 P C DC) LC DT60 DT80 (4 P C DC) LC D80 ~ D50 (3 P C) LC D80 D5 (3 P C) LC D80 (4 P C) LC D80 D5 (4 P C) LP D80 LC D5 (4 P C) LD 6K0 LD 6K0 L6 DK20 kg /60 Hz, C 24 32/36 42/48 60/ /27 220/ / /45 B C E EN K F M U Q 38

143 TeSys TeSys RC ()., 5 % 3 Uc 400 Hz Dropout (.2 ~ 2). V C V DC D09 D38 (3P) DT20 DT40 D40 D65 (3P) DT60 DT80 (4P) D80 D50 (3P) D40 D5 (4P) 24 ~ ~ 27 0 ~ ~ ~ 27 0 ~ ~ ~ ~ 27 0 ~ ~ 45 () 2 Uc.. Dropout (. ~.5) D09 ~ D38 (3P) DT20 ~ DT40 D40 ~ D65 (3P) DT60 ~ DT80 (4P) D80 ~ D5 (3P) D80 ~ D5 (4P) D80 ~ D95 (3P) D80 (4P) 2 Uc. 24 ~ ~ 27 0 ~ ~ ~ ~ ~ 27 0 ~ ~ ~ ~ 27 0 ~ ~ ~ 27 0 ~ 250 D09 ~ D38 (3P). DT20 ~ DT40 D40 ~ D65 (3P). DT60 ~ DT80 (4P) D80 D95 (3P). D40 ~ D80 (4P) 24 ~ ~ ~ 250 Dropout ( 6 ~ 0). D09 ~ D38 (3P) DT20 ~ DT40 (4P) D40 ~ D65 (3P) DT60 ~ DT80 (4P) D80 ~ D95 (3P) D40 ~ D80 (4P) LD 4RCE LD 4RCG LD 4RCU LD 4RC3E LD 4RC3G LD 4RC3U LD 4RC3N L4 D2E L4 D2G L4 D2U L4 D2N LD 4VE LD 4VG LD 4VU LD 4V3E LD 4V3G LD 4V3U L4 DE2E L4 DE2G L4 DE2U L4 DE3E L4 DE3G L4 DE3U LD 4DDL LD 4D3U L4 DC3U LD 4TB LD 4TBDL LD 4TS LD 4TSDL LD 4TGDL LD 4TUDL LD 4TXDL LD 4T3B LD 4T3S LD 4T3G LD 4T3U LD 4T3R L4 DB2B L4 DB2S L4 DB3B L4 DB3S kg

144 40

145 TeSys TeSys D 3 LC D09 ~ D38 4 LC DT20 ~ DT40: LD 4BB( ) 3 LC D40 ~ D65 4 LC DT60 ~ DT80: LD 4BB3( ) 3 LC D80 ~ D50 4 LC DT40 ~ DT5: 2 Ondelay, C 24 ~ 250 V 00 ~ 250 V kg LC D09 ~ D65 (3P). LC D80 ~ D50 (3P) 0. ~ 2 s L4 DT0U LC DT20 ~ DT80 (4P).5 ~ 30 s L4 DT2U ~ 500 s L4 DT4U LC D09 ~ D38 4 LC DT20 ~ DT40: LD 4BB( ). 3 LC D40 ~ D65: LD 4BB3( )., C 24 ~ 250 V 380 ~ 45 V EE2 (DC) kg LC D09 ~ D50 (3P) 24 V L4 DFB LC DT20 ~ DT80 (4P) UTO ( ON), C 24 ~ 250 V 00 ~ 250 V EE2 (DC) kg LC D09 ~ D65 (3P). LC D80 ~ D5 (3P) 24 V L4 DWB LC DT20 ~ DT80 (4P) kg LC D40 ~ D65 (3P) L4 DBL LD 4BB3 L4 DFB : 3 kg LC D09 ~ D38 LD 4BB 0.09 LC DT20 ~ DT25 C V LD 4BBVE 0.04 C V LD 4BBVG 0.04 C V LD 4BBVU 0.04 LC D40 ~ 65 LD 4BB

146 TeSys TeSys D ( ) 4 0 mm mm 2 LC C DT20, DT25 D09 ~ D38 DC DT20, DT25 D09 ~ D38 LD L9 D3260 kg EverLink 3 D40 ~ D65 D40 ~ D65 LD (2 ) 3 20 mm mm 2 D5, D50 D5 D5, D50 D5 L9 D5603 L9 D (2 ) 3 4 D56, D506 D56 D56, D506 D56 L9 D5503 L9 D D406 ~ D656 D406 ~ D656 LD D56, D506 D56, D506 L9 D D606 ~ D806 D606 ~ D806 LD IP20 ( GV3 P6 GV3 P6) 3 2 D56, D506 D406 ~ D656 D09 ~ D38 D56, D506 D406 ~ D656 D09 ~ D38 0 L9 D5704 LD L9 D DT20, DT25 (4P) DT20, DT25 (4P) 0 L9 D DT32, DT40 (4P) DT32, DT40 (4P) 0 LD D40 ~ D65 D40 ~ D65 LD 9P D80, D95 D80 2 L9 D (star connection) D09 ~ D38 D40 ~ D65 D09 ~ D38 D40 ~ D65 0 LD 9P3 LD 9P D80, D95 D80, D95 L9 D DT20, DT25 DT20, DT25 2 L9 D D80, D95 D80 2 L9 D D80 0 L9 D D80, D95 D5, D50 D80, D95 D5, D L9 D8067 L9 D mm D5, D50 D5, D50 3 GV7 C

147 TeSys TeSys D 63 5 S 64, 8x33 mm 2, 8x2 mm 64, 8x33 mm 440, 8x2 mm, 8x22 mm, 8x8 mm 300, 7x2 mm SIS Label CDROM 4, 000 V 3 LC D5 LC D50 4 LC D LC D5 LC D50 4 LC D GV2G LCD09 ~ D8 D25 ~ D38 2 LCD09 ~ D8 D25 ~ D38 4 LCD40 ~ D65 2 LCD40 ~ D65 4 GV3 GV3 LC D40 ~ D65 5 x 20, V LD R, LD T LC D09 ~ D65 DT20 ~ DT80 LC D80 D95 LC D5 D50 (4P) 0 LC D80 ~ D5 LD N (4), L6 DK LD N (2) 0 LD T, LD R, LRD (4P) 0 LC D80 ~ D5 LD N (4), L6 DK LC D80 ~ D5, L6 DK LCD09 ~ D65, LCDT20 ~ DT80, 00 LD(4), LD T, LD R L9 D92,,, LC D40 ~ D65 LC D40 ~ D65 LC F5 F50 LC D5 D50 LD 8N LC D80 D95 LC D40 ~ D50 5 L5 D5803 L5 D50803 L5 D5804 L5 D550 L5 D5050 L5 D5450 GV G09 GV2 G245 GV2 G445 GV3 G264 GV3 G364 GV3 S L9 D94 L9 D90 LD 9ET LD 9ET3 LD 9ET4 LD 2 LD 22 LD 23 LD 24 L9 D92 LD 90 L9 D93 XBY 2U LD 7X3 L9 D730 L9 D5 LD LLEN4 kg kg kg kg

148 TeSys C TeSys D 34 LC D09 ~ D38 DT20 ~ DT40 20 (cos=0.75) 70 V (cos=0.3) 50 Hz: 7V, 60 Hz: 7.5 V ( 60 C): : 50 Hz:0.8 ~.Uc, 60 Hz:0.85 ~.Uc 200% Uc V H kg 50/60 Hz LXD J LXD Z LXD B LXD C LXD CC LXD D LXD E LXD EE LXD K LXD F LXD FE LXD G LXD FC LXD L LXD LE LXD M LXD P LXD U LXD W LXD Q LXD V LXD N LXD R LXD T LXD S LXD SC LXD X LXD Y

149 TeSys C TeSys D 34 LC D40 ~ D65, LC DT60 LC DT (cos=0.75) 70 V (cos=0.3) 50 Hz: 7V, 60 Hz: 7.5 V ( 60 C) : 50 Hz:0.8 ~.Uc, 60 Hz:0.85 ~.Uc 200% Uc V H kg 50/60 Hz LXD 3J LXD 3B LXD 3C LXD 3D LXD 3E LXD 3K LXD 3F LXD 3FE LXD 3G LXD 3FC LXD 3L LXD 3LE LXD 3M LXD 3P7( LXD 3U LXD 3W LXD 3Q LXD 3V LXD 3N LXD 3R LXD 3T LXD 3S LXD 3SC LXD 3X LXD 3YC LXD 3Y

150 TeSys C TeSys D LC D40, D50, D65, D80, D95 (LC D40 ~ 65 ) 20 (cos=0.75) 50 Hz:200 V, 60 Hz: 220 V (cos=0.3) 50 Hz: 20 V, 60 Hz: 22 V ( 55 C): 0.8 ~. Uc Uc V / / % H Hz LX D6B5 LX D6C5 LX D6D5 LX D6E5 LX D6F5 LX D6FE5 LX D6G5 LX D6M5 LX D6P5 LX D6U5 LX D6W5 LX D6Q5 LX D6V5 LX D6N5 LX D6R5 LX D6S5 LX D6Y5 200% H Hz LX D6B6 LX D6E6 LX D6F6 LX D6G6 LX D6L6 LX D6M6 LX D6U6 LX D6W6 LX D6Q6 LX D6R6 LX D6T6 LX D6S6 LX D6X6 kg (cos=0.75) 50/60 Hz:245 V, at 50 Hz (cos=0.3) 50/60 Hz: 26V, at 50 Hz ( 55 C): 0.8 ~. Uc / / / /60 Hz LX D6B7 LX D6D7 LX D6E7 LX D6F7 LX D6FE7 LX D6G7 LX D6M7 LX D6P7 LX D6U7 LX D6Q7 LX D6V7 LX D6N7 LX D6R

151 TeSys C TeSys D LC D5 20 (cos=0.8) Hz:300 V (cos=0.3) Hz: 22 V ( 55 C): : 0.85 ~. Uc Uc V % H Hz LX D8B5 LX D8C5 LX D8D5 LX D8E5 LX D8F5 LX D8FE5 LX D8FC5 LX D8M5 LX D8P5 LX D8U5 LX D8Q5 LX D8V5 LX D8N5 LX D8R5 LX D8S5 200% H Hz LX D8B6 LX D8E6 LX D8F6 LX D8G6 LX D8L6 LX D8M6 LX D8U6 LX D8W6 LX D8Q6 LX D8R6 LX D8T6 kg LC D5, LC D50 20 cos= V cos= V ( 55 C): : 0.85 ~. Uc Class B Uc V % H LX D8B5 LX D8C5 LX D8D5 LX D8E5 LX D8F5 LX D8FE5 LX D8FC5 LX D8M5 LX D8P5 LX D8U5 LX D8Q5 LX D8V5 LX D8N5 LX D8R5 LX D8S5 200% H 50/60 Hz 3.03 LX D8B LX D8C LX D8D LX D8E LX D8F LX D8FE LX D8G LX D8FC LX D8LE LX D8M LX D8P LX D8U LX D8UE LX D8Q LX D8V LX D8N LX D8R LX D8T LX D8S7 kg

152 TeSys DC TeSys D 34 3 LC D80 4, LP D80 : 22 W : 0.85 ~. Uc. 200% Uc V H kg LX4 D7JD LX4 D7BD LX4 D7CD LX4 D7ED LX4 D7ND LX4 D7SD LX4 D7FD LX4 D7GD LX4 D7MD LX4 D7UD LX4 D7RD

153 TeSys DC TeSys D 34 LC D5, D50 : 22 W : 0.7 ~.2 Uc. Class B 200% Uc V H kg LX4 D8BD LX4 D8ED LX4 D8ND LX4 D8SD LX4 D8FD LX4 D8GD LX4 D8MD LX4 D8UD LX4 D8RD LC D80 4 LP D80 : 23 W : Uc TH 200% Uc V H kg LX4 D7JW LX4 D7BW LX4 D7CW LX4 D7EW LX4 D7SW LX4 D7FW LX4 D7MW

154 TeSys TeSys D : C LC D09 ~ D8 (3) LC D25 ~ D38 (3), LC DT20 ~ DT40 (4) LC D09 ~ D8 D093 ~ D099 ~ D25 ~ D38 D83 ~ DT20 DT203 DT32 DT323 D23 D29 D323 DT25 DT253 DT40 DT403 b b LD 4BB , L4 D L4 DF, DT L4 DW, DL c , c LD N C (2 4) c2 L6 DK0, LD 6K c3 LD T, R, S LD T, R, S LC D40 ~ D65 (3), LC DT60 ~ DT80 (4) LC D80 D95 (3), LC D80004 D80008 (4), LC D65004, D40008 D65008 (4) LC D40 ~ D65 DT60 ~ DT80 D40008 D80, D65004 D95, D65008 D80004 D80008 a b L4 D L4 DB3 LD 4BB L4 DF, DT L4 DM, DW, DL c , c LD N () LD N C (2 4) c2 LD 6K0 L6 DK c3 LD T, R, S LD T, R, S LC D5 D50 (3), LC D5004 (4) LC D5, D50 D5004 D5006 D50006 D50046 a b L4 D L4 DF, DT L4 DM, DL L4 DW c, c LD N C (2 4) c2 L6 DK c3 LD T, R, S LD T, R, S

155 TeSys TeSys D : DC LC D09 ~ D8 (3) LC D25 ~ D38 (3) LC LC D09 ~ D8 D093 ~ D23 D099 ~ D29 D25 ~ D38 D83 ~ D323 b c , c LD N C (2 4 ) c2 L6 DK c3 LD T, R, S LD T, R, S LC DT20 ~ DT40 (4) LC DT20 DT25 DT203 DT253 DT32 DT323 DT403 D098 D28 D0983 D283 DT40D88 ~ D258 D883 D2583 b c c LD N C (2 4 ) c2 L6 DK c3 LD T, R, S LD T, R, S LC DT40 ~ DT65 (4) LC D80 D95 (3), LP D80004, LP D80008 (4), LP D40008 D65008 (4) LC LP D65004 LP D40008 LC D80 LP D80004 LP D80008 DT40 ~ DT65 D65008 D95 a b LD 4BB3 36 L4 DF, DT 57 c , c LD N ( ) LD N C (2 4 ) c2 L6 DK c3 LD T, R, S LD T, R, S

156 TeSys TeSys D LC D09 ~ D38, DT20 ~ DT40 M DP200, DR200, M DE20 (35 mm ) LC D40 ~ D65, LC D80 D95, LP D40 ~ D80 M DL200 DL20 (75 mm ) M ED M DE200 (35 mm ) = b = = b = = 27 = c c c LC D09 ~ D8 D25 ~ D38 DT2 DT32 DT25 DT40 b c (M DP200 DR200) c (M DE200) : DC b c (M DP200 DR200) c (M DE200) : C LC D40 ~ D65 D80 D95 c (M DL200) 47 c (M DL20) 37 c (M ED DE200) : DC LC D40 ~ D65 D80 D95 c (M DL200) 205 c (M DL20) 95 c (M ED ~ DE200) LC D5, D50 D25 MB 220 mm 00 = 58 = c : C DC LC D5 D50 D56 D506 c (M DP200 DR200) c (M DE200 ED) LC D80 D95, LP D80 D25 MB 220 mm DZ5 ME5 : C LC D80 D95 c : DC LC D80 D95 c 86 LP D80 c 8 c

157 TeSys TeSys D LC D09 ~ D38 LC DT20 ~ DT40 D25 MB 2 c 5 H LC D09 ~ D38 LC DT20 ~ DT40 M P, PB, PC DZ5 ME8 G H : C DC LC D09 ~ D8 D25 ~ D38 D09 ~ D8 D25 ~ D38 c G H H LC DT20 DT32 DT20 DT32 DT25 DT40 DT25 DT40 c G H H LC D40 ~ D95, LP D80 M P, PB, PC H 0 c F E4 G c 40 F E6 : C DC LC D09 ~ D8 D25 ~ D38 D09 ~ D8 D25 ~ D38 c G H 60/70 60/ LC DT20 DT32 DT20 DT32 DT25 DT40 DT25 DT40 c G H LC D09 ~ D38 2xM4 = 60/70 = 2xM4 2x 4.5 = 50 = : C DC LC D40 ~ 65 D80 D95 D40 ~ 65 D80 D95 c LP D80 c 8 LC D40 ~ D95, LP D80 c = 35 = = 35 = c = 40 = = 00/0 = 3x 6.5 : C DC LC D09 ~ D8 D25 ~ D38 D09 ~ D8 D25 ~ D38 c LC DT20 DT32 DT20 DT32 DT25 DT40 DT25 DT40 c LC D5, D50 : C DC LC D40 ~ 65 D80 D95 D40 ~ 65 D80 D95 c LP D80 c 8 30 = 58 c = = G = LC D5 D56 D50 D506 c G (3) 96/0 96/0 96/0 96/0 G (4) 30/44 30/44 53

158 TeSys TeSys D 3 (20 ~ 23 ) LC D09 ~ D50 4 (22 ~ 23 ) LC DT20 ~ DT80 LC D5004 LC D098 ~ D258 LC LP D40008 ~ D80008 (37 ) N/O LD N0 N/C LD N0 N/O + N/C LD N 2 N/O LD N20 2 N/C LD N02 2 N/O + 2 N/C LD N22 N/O + 3 N/C LD N3 4 N/O LD N40 4 N/C LD N04 2 N/O + 2 N/C, N/O + N/C LD C22 3 N/O + N/C LD N3 EN 5002 (37 ) N/O + N/C LD NG N/O + N/C LD NP 2 N/O + 2 N/C LD N22G 2 N/O + 2 N/C LD N22P 3 N/O + N/C LD N3G 3 N/O + N/C LDN3P N/O + 3 N/C LD N3G N/O + 3 N/C LD N3P 32 3/NC 44 43/NO 54 53/NO 64 63/NO 4 3/NO 22 2/NC 34 33/NO 44 43/NO 32 3/NC 42 4/NC 52 5/NC 64 63/NO 4 3/NO 22 2/NC 32 3/NC 42 4/NC 32 3/NC 44 43/NO 4 3/NO 22 2/NC 32 3/NC 42 4/NC 54 53/NO 64 63/NO 4 3/NO 22 2/NC 32 3/NC 44 43/NO 52 5/NC 62 6/NC 72 7/NC 82 8/NC 54 53/NO 62 6/NC 76 75/NC 88 87/NO 54 53/NO 62 6/NC 74 73/NO 84 83/NO 52 5/NC 62 6/NC 54 53/NO 62 6/NC 72 7/NC 84 83/NO 54 53/NO 62 6/NC 72 7/NC 82 8/NC 54 53/NO 64 63/NO 74 73/NO 84 83/NO 44 43/NO (93) (94) 42 4/NC (9) (92) 54 53/NO 62 6/NC 54 53/NO 64 63/NO 2 2/T /L 4/T2 3/L2 6/T3 5/L3 8/T4 7/L4 2 2 R2 R R4 R /NO 22 2/NC 2 R2 R R4 R3 2 2/T /L 4/T2 3/L2 6/T3 5/L3 4 3/NO 22 2/NC 54

159 TeSys TeSys D (37 ) 2 N/O (2450 V) L DX20 2 N/C (2450 V) L DX02 2 N/O (524 V) L DY20 2 N/O (2450 V) 2 N/O L DZ40 2 N/O (2450 V) + N/O + N/C L DZ3 (38 ) Ondelay N/O + N/C LD T Offdelay N/O + N/C LD R N/O + N/C LD S (38 ) LD 6K0 L6 DK20 (37 ) N/O + N/C LD 8N 2 N/O LD 8N20 2 N/O LD 8N02 E2 2 E E2 2 E 56 55/NC 68 67/NO 58 57/NO 66 65/NC 56 55/NC 68 67/NO 54 53/NO 64 63/NO 74 73/NO 84 83/NO 54 53/NO 62 6/NC 74 73/NO 84 83/NO Ondelay L4 DTU L4 DM L4 DFB L4 DWB 55

160 TeSys TeSys D LC2 D09 ~ D38 2 x LC D09 ~ D38 b e 2xM4 60/70 = LC2DT20 ~ DT40 2 x LC DT20 ~ DT40 b 2xM4 60/70 = c e2 = G = a = c e2 = G = a = LC 2 x LC a b c e e2 D09 ~ D8 C D093 ~ D23 C D09 ~ D8 DC D093 ~ D23 DC D25 ~ D38 C D83 ~ D383 C D25 ~ D32 DC D83 ~ D383 DC G LC2 2 x LC a b c DT20 DT DT32 DT G LC2 D40 ~ D95 2 x LC D40 ~ D95 C b e 6x 6,5 = G = 00/0 8 2 x LC D40 ~ D95 C b e 6x 6.5 = G = 00/0 8 c e2 = 40 G 40 = a 3 c e2 = 40 G 40 = a 3 LC2 2 x LC a b c e e2 D40 ~ D65 C D65004 C D80 D95 C D80004 C G G x LC a b c e e2 D40 ~ D D80 D G G LC2 D5 D50 2 x LC D5 D50 = 58 e 30 = c e2 = G = a LC2 2 x LC a c e e2 D5 D D G 242/256 30/324 56

161 TeSys TeSys D LC2 D09 ~ D50 LD 9RV 2 U V 2 W 2 R R2 R3 R4 U V W /NO 22 2/NC /NO 22 2/NC /NO 22 2/NC /NO 22 2/NC 2 L L2 L3 L L2 L3 U V W /NO 22 2/NC /NO 22 2/NC 2 L L2 L3 LC2 DT20 ~ DT40 LD T9RV L L2 L3 N L L2 L3 N 2 2 /L 4 3 /L2 6 5 /L3 8 7 N 4 3/NO 22 2/NC 2 2/L 4 3 2/L /L N 4 3/NO 22 2/NC /L 4 3 /L2 6 5 /L3 8 7 N 4 3/NO 22 2/NC 2 2/L 4 3 2/L /L N 4 3/NO 22 2/NC 2 U V W /NO 22 2/NC /NO 22 2/NC 2 L L2 L3 + L9 D02 + L9 D78, LD 9R KM2 KM KM KM2 02 KM2 KM KM , LD 9PV/GV LD 3PV/GV 2 2 R2 R R4 R LD 3PV/GV0 U V W U2 V2 W2 PV GV PV GV 57

162 58

163 (50 ) TeSys F, B, V LC F LC B 74 CV 76 LC V 77 59

164 , C3 (5 ~ 800 ) C DC /60 Hz C3 C3 220 V 380 V 660 V 440 V 230 V 400 V 45 V 440 V 500 V 690 V 000 V kw kw kw kw kw kw kw LCF LCF LCF LCF LCF LCF LCF LCF LCF LCF LCF800 (C) / 220/ / 45/ LCF5 ~ F Hz ( LX) B5 D5 E5 F5 G5 M5 U5 Q5 N5 60 Hz ( LX) B6 D6 E6 F6 G6 L6 M6 Q6 R6 40 ~ 400 Hz ( LX9) E7 F7 G7 M7 Q7 N7 (C) / 220/ / LCF265 ~ F ~ 400 Hz ( LX) E7 F7 G7 L7 M7 U7 Q7 N7 S7 (DC) LCF5 ~ F780 BD(3) ED(5) FD GD MD UD RD (C DC) 0/27 220/ /440 LCF800 FW MW QW 60

165 , C (200 ~ 600 ) C DC 2, 3, 4 C (40) LCF LCF5 4 LCF LCF50 4 LCF LCF85 4 LCF LCF225 4 LCF LCF265 4 LCF LCF330 4 LCF LCF LCF400 4 LCF LCF LCF500 4 LCF LCF LCF630 LCF800 4 LCF LCF780 4 LCF7804 LCF6304 6

166 LC2F 3, 3, L9F970 L9F76 L9F82 LCF5 LCF50 LCF85 LCF225 LCF265 LCF330 LCF400 LCF500 LCF630 LCF800 L9FF4F L9FH4H, L9FG4G L9FJ4J L9FK4K LCF5 L9FL4L LCF50 LCF85 LCF225 LCF265 LCF330 LCF400 LCF500 LCF630 LCF800 LCF780 L9FX970 62

167 LC2F 3, 2 () 3 LCF5 L9FF976 L9FF970 LCF50 L9F5076 L9FF970 LCF85 L9FG976 L9FG970 LCF225 L9F22576 L9FG970 LCF265 L9FH976 L9FJ970 LCF330 L9FJ976 L9FJ970 LCF400 L9FJ976 L9FJ970 LCF500 L9FJ976 L9FJ970 LCF630 F800 L9FL976 L9FL970 LCF5 F50 L9FF4F LCF85 L9FG4G LCF225 L9FG4G LCF265 F330 L9FH4H LCF400 L9FJ4J LCF500 L9FK4K LCF630 F800 L9FL4L LCF780 L9FX970 3 LCF5 L9FF982 L9FF970 LCF50 L9F5082 L9FF970 LCF85 L9FG982 L9FG970 LCF225 L9F22582 L9FG970 LCF265 L9FH982 L9FJ970 LCF330 L9FJ982 L9FJ970 LCF400 L9FJ982 L9FJ970 LCF500 L9FK982 L9FJ970 LCF630 F800 L9FL982 L9FL970 LCF5 F50 L9FF4F LCF85 L9FG4G LCF225 L9FG4G LCF265 F330 L9FH4H LCF400 L9FJ4J LCF500 L9FK4K LCF630 F800 L9FL4L LCF780 L9FX970 63

168 64

169 , LCF LDN0 LDN0 2 2 LDN 2 LDN20 2 LDN LDN22 3 LDN3 4 LDN40 4 LDN04 3 LDN3 2 2() LDC LDX20 2 2(2) LDY LDZ40 2 LDZ3 (sec) N/O 2 Ondelay 0. ~ 3(3) LDT ~ 30 LDT2 N/C 0 ~ 80 LDT4 ~ 30(4) LDS2 Offdelay 0. ~ 3(3) LDR0 0. ~ 30 LDR2 0 ~ 80 LDR4 48 ~ 45 V C EE2 (DC) LCF5 ~ F V L4FWB 65

170 LCF (LCF5 ~ F225) C 55 LX9F. 7 / ( 55) 2400 LXFF (200%) Uc Uc 50 Hz 60 Hz V V H LCF5, LCF B5 LXFF LXFF E6 LXFF E5 LXFF F6 LXFF G6 LXFF F5 LXFF0 27/ G5 LXFF27 200/ L6 LXFF M6 LXFF U6 LXFF87 220/ / M5 LXFF U5 LXFF Q6 LXFF R6 LXFF / Q5 LXFF N5 LXFF S5 LXFF Y6 LXFF / Y5 LXFF LXFF LXFF000 (20) 50 Hz550 V60 Hz660 V 50 Hz45 V60 Hz55 V, cos = ~ 6 W Uc = 23 ~ 35 ms = 5 ~ 5 ms LCF85, LCF225 LXFG B5 LXFG LXFG E6 LXFG E5 LXFG F6 LXFG092 5/ G6 LXFG095 0/ F5 LXFG0 27/ G5 LXFG27 200/ L6 LXFG M6 LXFG U6 LXFG87 220/ / M5 LXFG U5 LXFG Q6 LXFG N6 LXFG R6 LXFG / / Q5 LXFG N5 LXFG S5 LXFG Y6 LXFG / Y5 LXFG LXFG LXFG000 (20) 50 Hz805 V60 Hz970 V 50 Hz55 V60 Hz66 V, cos = ~ 24 W Uc = 20 ~ 35 ms = 7 ~ 5 ms 66

171 LCF (LCF265 ~ F500) 40 ~ 400 Hz C. 7. / (( 55) 2400 LXFH2 (200%) Uc V H LCF265, LCF () E7 LXFH0482 0/ () F7 LXFH02 20/ () G7 LXFH / () L7 LXFH / () M7 LXFH () U7 LXFH () W7 LXFH / () Q7 LXFH / () S7 LXFH / () X7 LXFH () LXFH Hz cos = 0.9 (20) 600 ~ 700 V 8 ~ 0 V 8 W Uc = 40 ~ 65 ms = 00 ~ 70 ms LCF400 LXFJ E7 LXFJ048 0/ F7 LXFJ G7 LXFJ27 200/ L7 LXFJ / M7 LXFJ / U7 LXFJ / W7 LXFJ / Q7 LXFJ380 45/ N7 LXFJ S7 LXFJ / X7 LXFJ LXFJ Hz cos = 0.9 (20) 000 ~ 50 V 2 ~ 8 V 4 W Uc = 40 ~ 75 ms = 00 ~ 70 ms LCF500 LXFJ E7 LXFK048 0/ F7 LXFK G7 LXFK27 200/ L7 LXFK / M7 LXFK / U7 LXFK / W7 LXFK / Q7 LXFK380 45/ N7 LXFK S7 LXFK / X7 LXFK LXFK Hz cos = 0.9 (20) 050 ~ 50 V 6 ~ 20 V 8 W Uc = 40 ~ 75 ms = 00 ~ 70 ms 67

172 LCF (LCF630 ~ F800) 40 ~ 400 Hz C. 7. LXFL (200%) (Uc) V H LCF E7 LXFL048 0/ F7 LXFL G7 LXFL27 200/ L7 LXFL / M7 LXFL / W7 LXFL / Q7 LXFL380 45/ N7 LXFL S7 LXFL / X7 LXFL LXFL Hz cos = 0.9 (20) 500 ~ 730 V 20 ~ 25 V / ( 55) W Uc = 40 ~ 80 ms = 00 ~ 200 ms LCF780 0/ F7 LXFX G7 LXFX27 200/ L7 LXFX / M7 LXFX / W7 LXFX Q7 LXFX380 45/ N7 LXFX S7 LXFX Hz cos = 0.9 (20) 900 ~ 2300 V 44 ~ 55 V / ( 55) W Uc = 40 ~ 80 ms = 00 ~ 200 ms LCF /27 FE7 LX4F8FW + DR5TE4U 220/240 P7 LX4F8MW + DR5TE4U 380/440 V7 LX4F8QW + DR5TE45 / ( 55) W Uc = 40 ~ 80 ms = 20 ~ 40 ms 68

173 LCF (LCF5 ~ F400) DC. / ( 55) 2400 LX4FF (200%) (Uc) V H LCF5, LCF BD LX4FF ED LX4FF FD LX4FF GD LX4FF25 220/ MD LX4FF UD LX4FF / RD LX4FF ~ 665 W 3.94 ~ 4.83 W Uc = 30 ~ 40 ms = 30 ~ 50 m LCF85, LCF BD LX4FG ED LX4FG FD LX4FG GD LX4FG25 220/ MD LX4FG UD LX4FG / RD LX4FG ~ 902 W 4.3 ~ 5.07 W Uc = 30 ~ 40 ms = 30 ~ 50 ms LCF265, LCF330 LX4FH BD LX4FH ED LX4FH FD LX4FH GD LX4FH25 220/ MD LX4FH UD LX4FH / RD LX4FH ~ 803 W 3.68 ~ 4.53 W Uc = 40 ~ 50 ms = 50 ~ 65 ms LCF ED LX4FJ FD LX4FJ GD LX4FJ MD LX4FJ UD LX4FJ RD LX4FJ ~ 40 W 4 ~ 7.5 W Uc = 50 ~ 60 ms = 45 ~ 60 ms 69

174 LCF (LCF500 ~ F800) DC (200%) (Uc) V H LCF ED LX4FK FD LX4FK GD LX4FK MD LX4FK UD LX4FK RD LX4FK ~ 220 W 4.5 ~ 8 W / ( 55)2400 Uc = 50 ~ 60 ms = 45 ~ 60 ms LCF ED LX4FL FD LX4FL GD LX4FL MD LX4FL UD LX4FL RD LX4FL ~ 920 W 6.5 ~ 72.5 W / ( 55)200 Uc = 60 ~ 70 ms = 40 ~ 50 ms LCF FD LX4FX GD LX4FL MD LX4FL UD LX4FL RD LX4FL ~ 2420 W 42 ~ 52 W / ( 55)600 Uc = 70 ~ 80 ms = 00 ~ 30 ms LCF800 0/27 FW LX4F8FW 220/240 MW LX4F8MW 380/440 QW LX4,F8QW / ( 55) W Uc = 40 ~ 80 ms = 20 ~ 40 ms 70

175 LCF (LCF5 ~ F330) 40 ~ 400 Hz, C ( ).. ( ). 7. LX9FF (200%) (Uc) V H LCF5, LCF E7 LX9FF048 0/ F7 LX9FF G7 LX9FF27 220/ M7 LX9FF U7 LX9FF / Q7 LX9FF380 45/ N7 LX9FF S7 LX9FF500 (20) 690 ~ 855 V 6.6 ~ 8. V 5.9 ~ 7.2 W Uc = 35 ms = 30 ms / (55)2400 LCF85, LCF225 LX9FG E7 LX9FG048 0/ F7 LX9FG G7 LX9FG27 220/ M7 LX9FG U7 LX9FG / Q7 LX9FG380 45/ N7 LX9FG S7 LX9FG500 (20) 950 ~ 80 V 8.9 ~ 0.9 V 8 ~ 9.8 W Uc = 35 ms = 30 ms / (55)2400 LCF265, LCF (2) LX9FH0482 0/ (2) LX9FH02 20/ (2) LX9FH / (2) LX9FH / (2) LX9FH (2) LX9FH5002 (20) 560 ~ 660 V 8 ~ 0 V 8.4 ~ 0.4 W Uc = 45 ms = 25 ms / (55)3600 7

176 LCF400 ~ F630 () 40 ~ 400 Hz C. ~ 60 ms ~ 50 ms (), 20 ms (). ( 70)3600 / 800 (LCF630). (200%) (Uc) LX9FJ V H LCF DR5TF4V LX9FJ DR5TE4U LX9FJ DR5TE4U LX9FJ / DR5TE4U LX9FJ93 380/ DR5TE4S LX9FJ DR5TE4S LX9FJ DR5TE4S LX9FJ V 23 V.4 ~ 3.9 W LCF500 LX9FK DR5TF4V LX9FK DR5TE4U LX9FK DR5TE4U LX9FK / DR5TE4U LX9FK93 380/ DR5TE4S LX9FK DR5TE4S LX9FK DR5TE4S LX9FK V 3 V 5 ~ 8.3 W LCF630 LX9FL DR5TF4V LX9FL DR5TE4U LX9FL DR5TE4U LX9FL DR5TE4U LX9FL / DR5TE4U LX9FL93 380/ DR5TE4S LX9FL935 45/ DR5TE4S LX9FL DR5TE4S LX9FL V 47 V 22.8 ~ 27.8 W 72

177 LCF400 ~ F630 () DC. ~ 60 ms ~ 20 ms. ( 70)3600 / 800 (LCF630). (200%) (Uc) LX9FJ V H LCF DR2SC0047 LX9FJ DR2SC0330 LX9FJ DR2SC0390 LX9FJ DR2SC200 LX9FJ / DR2SC4700 LX9FJ W 22 W LCF500 LX9FK DR2SC0039 LX9FK DR2SC0220 LX9FK DR2SC0330 LX9FK DR2SC000 LX9FK / DR2SC3300 LX9FK W 29 W LCF630 LX9FL DR2SC0047 LX9FL DR2SC0270 LX9FL DR2SC0330 LX9FL DR2SC000 LX9FL93 440/ DR2SC3900 LX9FL W 48 W 73

178 LCB, 750 ~ 800 C3 LCBP /60 Hz C3 C3 220 V 380 V 660 V 440 V 230 V 400 V 45 V 440 V 500 V 690 V 000 V kw kw kw kw kw kw kw kg LCBL3322 FMQ LCBL333 FMQ LCBL333 FMQ LCBL3340 FMQ LCBM3322 FMQ LCBM333 FMQ LCBM333 FMQ LCBM3340 FMQ LCBP3322 FMQ LCBP333 FMQ LCBP333 FMQ LCBP3340 FMQ LCBR3322 FMQ LCBR333 FMQ LCBR333 FMQ LCBR3340 FMQ C 50 ~ 400 Hz F G M P U Q V N R S DC ED FD GD MD RD (3 ) (2C DC). 82 V.d.c. LCBP33082DC22. 74

179 LCB, 800 ~ 2750 C, 2, 3, 4 C (60) LCBP33 kg LCBL322 FMQ LCBL33 FMQ LCBL33 FMQ LCBL340 FMQ LCBL3222 FMQ LCBL323 FMQ LCBL323 FMQ LCBL3240 FMQ LCBL3322 FMQ LCBL333 FMQ LCBL333 FMQ LCBL3340 FMQ LCBL3422 FMQ LCBL343 FMQ LCBL343 FMQ LCBL3440 FMQ LCBM322 FMQ LCBM33 FMQ LCBM33 FMQ LCBM340 FMQ LCBM3222 FMQ LCBM323 FMQ LCBM323 FMQ LCBM3240 FMQ LCBM3322 FMQ LCBM333 FMQ LCBM333 FMQ LCBM3340 FMQ LCBM3422 FMQ LCBM343 FMQ LCBM343 FMQ LCBM3440 FMQ LCBP322 FMQ LCBP33 FMQ LCBP33 FMQ LCBP340 FMQ LCBP3222 FMQ LCBP323 FMQ LCBP323 FMQ LCBP3240 FMQ LCBP3322 FMQ LCBP333 FMQ LCBP333 FMQ LCBP3340 FMQ LCBP3422 FMQ LCBP343 FMQ LCBP343 FMQ LCBP3440 FMQ LCBR322 FMQ LCBR33 FMQ LCBR33 FMQ LCBR340 FMQ LCBR3222 FMQ LCBR323 FMQ LCBR323 FMQ LCBR3240 FMQ LCBR3322 FMQ LCBR333 FMQ LCBR333 FMQ LCBR3340 FMQ LCBR3422 FMQ LCBR343 FMQ LCBR343 FMQ LCBR3440 FMQ

180 , CV,,,,, CV3. C 600 V, DC 230 V/pole CVB C 000 V, DC 440 V/pole CV3B CV80 CV380 F CV200 CV360 G CV300 CV3250 H CV470 CV3320 J CV630 CV3500 K CV000 CV3500 L N/O N/O 2 N/O 2 3 N/O 3 4 N/O 4 5 N/O 5 N/C N/C 2 N/C 2 3 N/C 3 0 Z 0 Z E E 20 N N 40 P P 80 F F 25 R R 200 G G 250 S S 300 H H 320 T T 400 U U 470 J J 500 V V 630 K K 000 L L Without breaking Z Z 24 V B 48 V E 0 V F 20 V K 27 V G 208 V L 220 V M 230 V P 240 V U 380 V Q 400 V V 45 V N 440 V R 480 V T 500 V S 600 V X 50 Hz 5 60 Hz 6 50/60 Hz 7 DC D DC + R N/O N/O 2 N/O 2 3 N/O 3 4 N/O 4 N/C N/C 2 N/C 2 3 N/C 3 4 N/C C/O J C/O N 76

181 3 C 50/60 Hz C3 230 V 400 V 525 V 690 V 000 V C3 C kw kw kw kw kw LCV LCV LCV LVN 2 LVN02 2 LVN20 LVNX LCV60 L9V974 LCV320 L9V975 LCV60 L9V976 V LCV60 0 ~ 20 FE7 LXV60FE7 220 ~ 240 P7 LXV60P7 380 ~ 45 V7 LXV60V7 440 ~ 480 R7 LXV60R7 550 ~ 600 X7 LXV60X7 LCV320 0 ~ 20 FE7 LXV320FE7 220 ~ 240 P7 LXV320P7 380 ~ 45 V7 LXV320V7 440 ~ 480 R7 LXV320R7 550 ~ 600 X7 LXV320X7 LCV60 0 ~ 20 FE7 LXV60FE7 220 ~ 240 P7 LXV60P7 380 ~ 45 V7 LXV60V7 440 ~ 480 R7 LXV60R7 550 ~ 600 X7 LXV60X7 50/60 Hz 0 ~ ~ ~ ~ ~ 600 FE7 P7 V7 R7 X7 77

182 78

183 (50 ) TeSys : TeSys D ,

184 ..,,,,,..... : 0. : 0.,,,. 80

185 , (),, () () () (), () () () ( ) () (, ) () ( ) ( ) 8

186 .... :. :,... : :, (). M.. (gg ) IEC

187 ... (,, ) (, )... ( ) PTC(Positive Temperature Coefficient).. (Class). (Thetmal memory) ( ). CT.. CDC. 3, FLC. (differential) IEC PTC 83

188 PTC. ( ).., ( ). ( : ).,... (TeSys T) S/W. TeSys U. 32. TeSys U TeSys U. 80. TeSys T I

189 PTC TeSys U TeSys U LR2 K, LT3 S LR97 D, LUT M LTM R LRD, LT47 LRD 3, LR9 F, LR9 D () (2) LR9 7D (excitation) 85

190 TeSys (Stall) Class 0 Classes 0 20 Classes 0 20 LC K, LP K LC D LC F (ln) 0. ~ 6 0. ~ ~ 630 LR2 K LRD, LR2 D LR9 D LR9 F 94 ~ 97 86

191 (Stall) Classes 5 ~ 30 Classes 5 ~ 30 SInterface, Modbus, CNopen, dvantys STB Modbus, CNopen, DeviceNet, Profibus DP ll contactors 0.7 ~ 630 Unlimited 0.3 ~ ~ ~ ~ 80 RM X LT3 S LR97D LT47 LUTM 0BL LTM R TeSys T 87

192 TeSys TeSys D 3 TeSys D C. (Stall) LRD 0 ~ LRD 35 LRD 0 ~ 35.. LRD 33 ~ LRD365 BTR (6 ). 4. EverLink (). ( )... LRD 336 ~ 4369, LRD2 Ir 2 ; (N/O N/C ) 3. N/C. N/O / LRD 0 ~

193 TeSys TeSys D 3 VDE 006 IEC (IEC ) / () ( ) IEC IEC (50Hz) IEC IEC C, C5 ( 9596 DC, DC3 ) gg, bs. GB2 (/ c.s.a.) ~ 2 ~ 2 ~ 2 (/ c.s.a) ~ 2 ~ 2 (Ui) UL 508, IEC IEC UL. CS (Uimp) (/ c.s.a.) (/ c.s.a.) C C C kv kv V V mm 2 mm 2 mm 2 N.m mm 2 mm 2 V V kv Hz mm 2 mm 2 mm 2 N.m mm 2 mm 2 IEC/EN , IEC/EN , UL 508, CS C22.2 n4. TEX directive 94/9/EC UL, CS. CCC (2). GL, DNV, RIN, BV, LROS(2). TEX INERIS IP2X TH 60 ~ ~ ~ stop 5 gn ms 6 gn /2.5 /2.5 /2.5.7 /2.5 /2.5 LRD 0 ~ 6, LR3 D0 ~ D6 LRD 5 LRD 2 ~ 35, LR3 D2 ~ D ex. LRD ~ ~ ~ ~ ~ ~ ~ 3 2 ~ 38 9 ~ 65 9 ~ 65 7 ~ ~ 40.5/0.5/0 /35 /35 4/35 4/50 /4 /6 ex. /35 /35 4/35 4/35 LRD2: /4 /35 /35 4/35 4/50 /6.5/0 ex. LRD2: / /25: 5 /25: : 8 35: 8.5/4.5/4.5/4.5/4 LRD 33 ~ 365 LRD 33L ~ 365L LRD 3322 ~ LR3 D3322 ~ D33696 LR2 D35 LRD 4365 ~

194 h TeSys TeSys D 3 LRD 0 ~ 6, LR3 D0 ~ D6 LRD 5 LRD 2 ~ 35, LR3 D2 ~ D35 LRD 33 ~ 365 LRD 33L ~ 365L LRD 3322 ~ LR3 D3322 ~ D33696 LR2 D35 LRD 4365 ~ 4369 ( x ) 2 2 (/ c.s.a.) mm 2 mm 2 mm 2 N.m mm 2 mm 2 /2.5 /2.5 /2.5.7 /2.5 /2.5 d d e L L L' LRD 33 6 ~ LRD 3656 mm mm e N.m 6 L mm L mm d 0 M6 N.m 6 ( ) mm C.s.a. mm 2 N.m 90

195 TeSys TeSys D 3 LRD 0 ~ 6, LR3 D0 ~ D6 LRD 5 LRD 2 ~ 35, LR3 D2 ~ D35 LRD 33 ~ 365 LRD 33L ~ 365L LRD 3322 ~ LR3 D3322 ~ D33696 LR2 D35 LRD 4365 ~ 4369 IEC IEC LRD 33, LRD2 D C 20 ~ ~ ~ ~ ~ lr Ir 30%, Ir LRD , 3 (Cold ) 2 2(Cold ) 3, 3 (Hot ) 9

196 TeSys 3 TeSys LR9D LR9D LC D5 D Ir() 27 NO NC Tesys (94 ). Class (lood shedding) Class Load Ir() V / larm NO NC Class 0 / Class IEC VDE 006 (IEC ) IEC IEC Hz IEC IEC IEC IEC NFC IEC Draft EN 5008 & 2, EN C (9596 DC ) gg BS, GB2 2 C C m kv kv kv V/m kv V V V W mm 2 Nm IEC , 2558, 2557, VDE 0660 EN UL 508, CS 222 L9 D570 D560 IP 20 TH 40 ~ ~ + 55 () gn ms 2 gn 5 ~ 300 Hz c.s.a.: c.s.a.:

197 TeSys 3 TeSys LR9D UL 508, IEC (Ui) IEC UL, CS (Uimp) IEC IEC DC V V Hz Hz mm N.m C V V m m V mm 2 N.m ~ ~ M ~ In.2.06 In Tripping in 4 s 20 % in the event of phase failure 24 7 ~ ~ ~ LR9 D Cold 2 Hot 93

198 TeSys TeSys D 3 GV2 L GV3 L C / DC () am () gg () BS88 () LC kg 0, 0.0 ~ D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ 2 4 D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ D2 ~ D38 LRD ~ D8 ~ D38 LRD ~ D25 ~ D38 LRD ~ D25 ~ D38 LRD ~ D32 D38 LRD , EverLink, BTR (3) 9 ~ D40 ~ D65 LRD ~ D40 ~ D65 LRD ~ D40 ~ D65 LRD ~ D40 ~ D65 LRD ~ D40 ~ D65 LRD ~ D40 ~ D65 LRD ~ D50 ~ D65 LRD , 55 ~ D50 ~ D95 LRD ~ D65 ~ D95 LRD ~ D80 D95 LRD ~ D5 D50 LRD ~ D5 D50 LRD ~ D50 LRD ~ LRD ~ LRD ~ LRD ,, /. LRD 0 ~ LRD 35, LRD 33 ~ LRD 3656 LRD 336 ~ LRD LRD43 0, LRD (LRD4) LR3D. : LRD 0 LR3D0 : LRD 340 LR3D340 : LRD 3406 LR3 D

199 TeSys TeSys D 3 GV2 L GV3 L, C / DC () am () gg () BS88 () LC kg 0, 0.0 ~ D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ 2 4 D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ D09 ~ D38 LRD ~ D2 ~ D38 LRD ~ D8 ~ D38 LRD ~ D25 ~ D38 LRD , EverLink BTR 9 ~ D40 ~ D65 LRD ~ D40 ~ D65 LRD ~ D40 ~ D65 LRD ~ D40 ~ D65 LRD ~ D50 ~ D65 LRD ~ D40 ~ D65 LRD ~ D50 ~ D65 LRD , BTR LRD3 LR3D3 LRD 3653 LR3D V 0, LRD 06 ~ LRD35, 000V, LRD : LRD2 LRD L7D

200 TeSys TeSys D 3 GV2 L GV3L, C / DC () am () gg () BS88 () LC kg 20, 2.5 ~ D09 ~ D32 LRD ~ D09 ~ D32 LRD ~ D09 ~ D32 LRD ~ D09 ~ D32 LRD ~ D2 ~ D32 LRD ~ D8 ~ D32 LRD ~ D25 D32 LRD ~ D25 D32 LRD ~ D25 D32 LRD ~ D40 ~ D65 LRD 33L ~ D40 ~ D65 LRD 38L ~ D40 ~ D65 LRD 325L ~ D40 ~ D65 LRD 332L ~ D40 ~ D65 LRD 340L ~ D40 ~ D65 LRD 350L ~ D40 ~ D65 LRD 365L ~ D65 ~ D95 LR2 D ~ D80 D95 LR2 D

201 TeSys TeSys D 3 GV2 L GV3 L, C LC () am () gg () kg 0 20, 60 ~ D5 D50 LR9 D ~ D5 D50 LR9 D ~ D5 D50 LR9 D ~ D5 D50 LR9 D / LC () am () gg () kg 0 20, 60 ~ D5 D50 LR9 D ~ D5 D50 LR9 D C. 97

202 98

203 TeSys TeSys D 3 ` Unit LRD 0 ~ 35 LR3 D0 ~ D35 N/C LC D09 ~ D8 LC D25 ~ D38 kg 0 LD 7C 0 LD 7C mm (M DP200) : 206 ~ 208 EverLink 4, 000V LC D5 D50 0 mm 88 mm 400 (, 76 mm) IP20 IP20 LC D406 ~ D656 LRD 0 ~ 35 LR3 D0 ~ D35 LRD 508 ~ 32 LRD 33, LR3 D33, LR2 D35 LRD 3, LRD 3L LR3 D3 LRD 3, LRD 3L LR3 D3 LRD 3, LR3 D3, LRD 35 LRD 0 ~ 35, LR3 D0 ~ D35, LRD 508 ~ 32 LRD 3, LR3 D3, LR2 D35 LRD 3 (LRD 0 ~ 35, LR3 D0 ~ D35, LRD 3, LRD 3L LR3 D3 (LRD 0 ~ 35, LR3 D0 ~ D35, LR9 D LRD 33 ~ LRD 365 LRD 0 ~ 35, LR3 D0 ~ D35 LRD 33 ~ LRD 365 (LRD 0 ~ 35, LR3 D0 ~ D35, LRD 3, LRD 3L LR3 D3 LR9 D LRD 336 ~ L7 D90 LD 703 L7 D03 L9 F03 LD LRD 336 ~ 3656 LRD 336 ~ 3656 LD 7B06 LD 7B05 L7 D3064 LD LD LLEN4 L7 D DX P25 L7 D LD L7 D903 L9 D9 LD LD ` Unit kg LRD 0 ~ 35, LR3 D0 ~ D35 LD ( = 0.5m) LRD 33 ~ LRD 365 L7 D (LRD 0 ~ 35, LR3 D0 ~ D35, LRD 3, LRD 3L LR3 D3, 3 : LRD 33, LR2 D LRD 5 L7 D020 XB5 L840 XB / /400 45/440 50/60Hz B E F M Q N,, < 00V DC J B E DD F M,, < 00W 99

204 TeSys TeSys D LRD 0 ~ 35 c LRD 508 ~ 32 LRD03 ~ 223 c b b e b c LC D09 D25 ~ D8 ~ D38 b c 50 ~ 5 LC ~ D009 ~ D25 D09 D25 D8 D38 D8 D37 b c e LC D093 ~ D253 b 68 c 50 ~ 5 LRD 33 ~ 365 LRD336 ~ 3656 LCD40 ~ D65 EverLink LC D406 ~ D656 LD LD

205 TeSys TeSys D LRD 4 LCD5 D50 LR9 D LCD5 D50 LD 7B06 = 46 = LD 7B = d 20 M DL200 DR200 DE200 ED d d 20 M DP200 DR200 DP200 ED d LRD 0 ~ mm MDP200 DE 0 mm DX P25 2x 6.5 = LRD 33 ~ 365 MD200 ED200 MP LD96560 LD () LD F E4 6 d M DP200 DE200 ED200 d LRD 035 LRD33 ~

206 TeSys TeSys D LRD 5 50 mm MD DP200 DE200 LD 7B05 = = /65 00 d 2x M DP200 DE200 d LRD 3 LR2D35 LRD 3 LR2D35 LR9D 50 mm MD DP200 DE L7 D3064 = 50 = L7 D03 () /87 2 d 2x M DP200 DE200 d LRD 5 LRD 3 L7D020 c 0 L7 D020 LRD, LRD33 ~ 365, LRD 5 LR9D L7D350 LD7305 e c e M0x 202

207 TeSys TeSys D LRD, LRD3 LR2D LD7C, LD7C2 _ KM _ LRD LR9 D5 _ KM 2 /L 4 3/L /L3 L L2 L3 (3) (4) u2% (2) (3) 95 2/T 4/T2 6/T _ M 3 _ M 3 _ KM N _ KM 2 4 () LR9 D67 LR9 D _ KM V L L2 L3 (5) /L 3/L2 5/L3 (3) (4) u05% (5) u2% (2) (3) 95 2/T 4/T2 6/T _ M 3 _ M 3 _ KM N _ KM 2 4 () 203

208 204

209 (50 ) Tesys LR9F (30 ~ 630 )

210 206

211 30 ~ LR9F C. am gl LC 30 ~ F5 ~ F85 LR9F ~ F5 ~ F85 LR9F ~ F5 ~ F85 LR9F ~ F5 ~ F85 LR9F ~ F85..F400 LR9F ~ F225 ~ F500 LR9F ~ F225 ~ F500 LR9F ~ F400 ~ F630, F800 LR9F738 L7D03 L7D305 (=0.5 m) / L7D020 (7 ~ 20 mm 0 Z2BZ3 ) Z2B / /400 45/440 50/60 Hz B E F M Q N ( )00 V J B E DD F M ( )00 W 207

212 30 ~ LR9F class 0 20 ( ) C class 0 class 20, LC 30 ~ 50 F5 ~ F85 LR9F57 48 ~ 80 F5 ~ F85 LR9F63 60 ~ 00 F5 ~ F85 LR9F67 90 ~ 50 F5 ~ F85 LR9F69 32 ~ 220 F85 ~ F400 LR9F7 200 ~ 330 F225 ~ F500 LR9F ~ 500 F225 ~ F500 LR9F ~ 630 F400 ~ F630, LR9F8 F

213 30 ~ ( ) LR9F LR9F5357, F5363, F5367, F5369, F537 L7F90 LR9F7375, F7379, F738 L7F902 LR9F5357 L9F70 LR9F5363, F5367, F5369 L9F702 LR9F537 L9F705 LR9F7375, F7379, F738 L9F703 (3) LR9F5357, 5363, 5367, 5369 L7F70 LR9F537 LR9F7375, F7379, F738 L7F702 L7F703 LR9F5357, F5363, F5367, F L9F03 (, ) 3 LR9F5357, F5363, F5367, F5369 LCF5 L7F40 LR9F5357, F5363, F5367, F5369 LCF50 F85 L7 F402 LR9F537 LCF225 F265 L7F403 LR9F7375, F7379 LCF330 F400 L7F404 LR9738 LCF400 L7F404 LR9F7375, F7379, F738 LCF500 L7F405 LR9F738 LCF630 L7F L7D (,, 76mm) L9D9 209

214 20

215 TeSys 22 2

216 TeSys, GV3 ME Icu / 400 V Icu / 400 V Ir GV3 ME06 00 k GV2 P06 > 00 k ~.6 GV3 ME07 00 k GV2 P07 > 00 k.6 ~ 2.5 GV3 ME08 00 k GV2 P08 > 00 k 2.5 ~ 4 GV3 ME0 00 k GV2 P0 > 00 k 4 ~ 6 GV3 ME4 00 k GV2 P4 > 00 k 6 ~ 0 GV3 ME20 00 k GV3 P3 00 k 9 ~ 3 GV3 P8 00 k 2 ~ 8 GV3 ME25 00 k GV3 P25 00 k 7 ~ 25 GV3 ME40 35 k GV3 P32 00 k 23 ~ 32 GV3 P40 50 k 30 ~ 40 GV3 ME63 35 k GV3 P50 50 k 37 ~ 50 GV3 P65 50 k 48 ~ 65 GV3 ME Icu / 400 V Icu / 400 V Ir GK3 EF40 50 k GV3 L25 00 k 25 GV3 L32 00 k 32 GV3 L40 50 k 40 GK3 EF65 35 k GV3 L50 50 k 50 GV3 L65 50 k 65 GV3 ME () GV3 CE0 GVK0 GV3 PC0 GV3 PC02 LU9 P () LU9 P2 () GV3 0 GV3 02 GV3 03 GV3 05 GV3 06 GV3 07 GV3 08 GV3 09 GK2 X0 GK2 X20 GK2 X50 GK2 X2 GK2 X22 GK2 X52 GV3 ME GV3 ME GV3 ME GV3 ME GV3 ME GV3 ME GV3 ME GV3 ME GK3 EF GK3 EF GK3 EF GK3 EF GK3 EF GK3 EF GV E GV N GV E20 GV N20 GV E + GV N20 GV E + GV N20 GV D00 GV D00 GV D00 GV D00 GV ED0 GV ED0 GV E GV E20 GV N20 GV E GV N GV D00 GV D00 GV ED0 GVED0 GV2, GV3 P GV3 L GV2, GV3 P GV3 L GV2, GV3 P GV3 L GV2, GV3 P GV3 L GV2, GV3 P GV3 L GV2, GV3 P GV3 L GV3 P GV3 L GV2, GV3 P GV3 L GV2, GV3 P GV3 L GV2, GV3 P GV3 L GV2, GV3 P GV3 L GV2, GV3 P GV3 L GV3 B (50 Hz) GV3 B (60 Hz) GV3 B22 (50 Hz) GV3 B38 GV3 D (50 Hz) GV3 D (60 Hz) GV3 D22 (50 Hz) GV3 D38 (50/60 Hz) GV3 ME GV3 ME GV3 ME GV3 ME GV3 ME GV3 ME GV3 ME GV3 ME GV U5 GV U25 GV U5 GV U225 GV U385 GV U45 GV S5 GV S25 GV S5 GV S225 GV S385 GV S45 GV2, GV3 P GV3 L GV2, GV3 P GV3 L GV2, GV3 P GV3 L GV2, GV3 P GV3 L GV2, GV3 P GV3 L GV2, GV3 P GV3 L GV2, GV3 P GV3 L GV2, GV3 P GV3 L, GV V02 GK3 V0 GK3 P03 GV3 ME GK3 EF GK3 EF GV2 V03 GV2 V03 GV3 P02 GV2, GV3 P GV3 L GV2, GV3 P GV3 L GV3 P GV3 L 22

217 TeSys TeSys D 3, 40 ~ 65 (kw) 400 V/C LCD40 LCD40 LCD405 LCD406 LCD406 LCD50 C/DC C/DC C/DC C/DC C/DC C/DC LCD40 LCD40 LCD405TQ LCD406 LCD406 LCD50 EverLink EverLink EverLink EverLink C/DC C/DC C/DC C/DC C/DC C/DC 30 LCD65 C/DC LCD65 EverLink C/DC 4, 60 ~ 80 C LCD40004 LCD C/DC C/DC LCDT60 LCDT606 EverLink C/DC C/DC LPD40008 LPD C/DC C/DC LCD65004 LCD C/DC C/DC LCDT80 LCDT806 EverLink C/DC C/DC LPD65008 LPD C/DC C/DC : 40 (kw) 400 V/C3 Hz 8.5 LCD C LCD407 50/60 C 8.5 LCD C LCD407 50/60 C 8.5 LCD407 50/60 C LCD407 50/60 C 8.5 LCD40D DC LCD40D DC 8.5 LCD40W DC LCD40D DC 8.5 LPD40D DC LCD40D DC 8.5 LPD40W DC LCD40D DC 23

218 TeSys TeSys D 3, 40 ~ 65 (kw) 400 V/C LC2D40 LC2D40 LC2D405 LC2D50 LC2D65 C/DC C/DC C/DC C/DC C/DC LC2D40 LC2D40 LC2D40 LC2D50 LC2D65 EverLink EverLink EverLink EverLink EverLink C/DC C/DC C/DC C/DC C/DC 4, 60 ~ 80 C LC2D40004 LC2D65004 C C 2 x LC DT60 + LD 4CM 2 x LC DT80 + LD 4CM, 40 ~ 50 (kw) / 400 V/C LC3D40 LC3D50 C C 3 x LC D40 + LD 9SD3 (stardelta kit) 3 x LC D50 + LD 9SD3 (stardelta kit) 24

219 TeSys TeSys D ~, 40 ~ 65 V Hz Hz 2 LXD6J5 C 50 LXD3J5 C LXD6Z5 Z6 Z7 C /60 C 50/60 LXD6B5 B6 B7 C /60 LXD3B7 C 50/60 LXD6C5 C 50 LXD3C7 C 50/60 LXD6 D5 D7 C 50 50/60 LXD3D7 C 50/60 LXD6E5 E6 E7 C /60 LXD3E7 C 50/60 LXD6K7 C 50/60 LXD3K7 C 50/60 LXD6F5 F6 F7 C /60 LXD3F7 C 50/60 LXD6FE7 C 50/60 LXD3FE7 C 50/60 LXD6G5 G8 G7 C /60 LXD3G7 C 50/60 LXD6GG5 C 50 C 50/60 LXD6 L7 C 50/60 LXD3L7 C 50/60 LXD6L6 LE7 C 60 50/60 LXD3LE7 C 50/60 LXD6M5 M6 M7 C /60 LXD3M7 C 50/60 LXD6P5 P7 C 50 50/60 LXD3P7 C 50/60 LXD6U5 U6 U7 C /60 LXD3U7 C 50/60 LXD6W5 C 50 C 50/60 LXD6W6 C 60 LXD3W7 C 50/60 LXD6Q5 Q6 Q7 C /60 LXD3Q7 C 50/60 LXD6V5 V7 C 50 50/60 LXD3V7 C 50/60 LXD6N5 N6 N7 C /60 LXD3N7 C 50/60 LXD6R5 R6 R7 C /60 LXD3R7 C 50/60 LXD6T6 C 60 LXD3T7 C 50/60 LXD6S5 C 50 LXD3S7 C 50/60 LXD6SF5 C 50 C 50/60 LXD6S7 C 50/60 LXD3SC7 C 50/60 LXD6X6 C 60 LXD3X7 C 50/60 LXD6Y5 C 50 LXD3YC7 C 50/60 25

220 TeSys TeSys D 65 Class Type Class Type Ir Ir LRD3306 ~.6 0 LRD LRD ~ LRD LRD ~ 4 0 LRD LRD330 4 ~ 6 0 LRD LRD ~ 8 0 LRD LRD334 7 ~ 0 0 LRD LRD336 9 ~ 3 0 LRD EverLink LRD332 2 ~ 8 0 LRD EverLink LRD ~ 25 0 LRD EverLink LRD ~ 32 0 LRD EverLink LRD ~ 40 0 LRD EverLink LRD ~ 50 0 LRD EverLink LRD ~ 65 0 LRD EverLink LR2D33 ~ 65 0 LRD EverLink LRD3366 ~ 65 0 LRD LR2D3366 ~ 65 0 LRD LR2D35 7 ~ LRD3L EverLink LR3D33 7 ~ 65 0 LR3D EverLink LR3D35 7 ~

221 TeSys TeSys D ~, 40 ~ 65 V 24 ~ 48 L4DE C RC circuit LD4RC3E C RC circuit 0 ~ 240 L4DU C RC circuit LD4RC3U C RC circuit 24 ~ 48 L4D2E C RC circuit LD4RC3E C RC circuit 50 ~ 27 L4D2G C RC circuit LD4RC3G C RC circuit 380 ~ 45 L4D2N C RC circuit LD4RC3N C RC circuit > 24 L4DB2B C LD4T3B C/DC 25 ~ 72 L4DB2S C LD4T3G C/DC > 24 L4DB3B DC LD4T3B C/DC 25 ~ 72 L4DB3S DC LD4T3G C/DC 24 ~ 250 L4DC3U DC LD4D3U DC 24 ~ 48 L4DE2E C LD4V3E C/DC 50 ~ 27 L4DE2G C LD4V3G C/DC 0 ~ 250 L4DE2U C LD4V3U C/DC 24 ~ 48 L4DE3E DC LD4V3E C/DC 50 ~ 27 L4DE3G DC LD4V3G C/DC 0 ~ 250 L4DE3U DC LD4V3U C/DC 27

222 TeSys TeSys D, 40 ~ 65 L4DT0U, 0. ~ 2 s. L4DT0U LD ~ 250 V L4DT2U,.5 ~ 30 s. 24 ~ 250 V L4DT2U LD4883 L4DT4U, 25 ~ 500 s. L4DT4U LD ~ 250 V L6DK0B L6DK0E L6DK0F L6DK0M L6DK0Q L7D03B L7D03DD L7D03E L7D03F L7D03J L7D03M L7D03N L7D03Q LD6K0B LD6K0E LD6K0F LD6K0M LD6K0Q LD703B LD703DD LD703E LD703F LD703J LD703M LD703N LD703Q 28

223 TeSys TeSys D, 40 ~ 65 L7D03Q 380/400 V LD703Q L7D020 L7D305 LD7305 L7D3058 L7D mm LD96560 EverLink EverLink L7D90 L7D902 L7D903 LD90 L9D LD4BB3 L9D4002 LD4CM L9D LD9P32 L9D x LD9P33 L9D ~ 65 LD9R3 L9D6567 L9D6569 L9D6569 L9D92 L9D90 LD9ET2 LD9ET XB XB XB5 L840. XB5 L840 29

224 TeSys 3 C () LCD0900 LCD09 LCD090 LCD09 LCD090 LCD09 LCD200 LCD2 LCD20 LCD2 LCD20 LCD2 LCD800 LCD8 LCD80 LCD8 LCD80 LCD8 LCD2500 LCD25 LCD250 LCD25 LCD250 LCD25 LCD3200 LCD32 LCD320 LCD32 LCD320 LCD32 LCD380 LCD38 LCD380 LCD38 4 C () LCD2004 LCD25004 LCD2008 LCD25008 LCDT25 LCDT40 LCD28 LCD258 () C B7 E7 F7 M7 Q7 N7 R7 3 DC (2) LPD090 LPD090 LPD20 LPD20 LPD80 LPD80 LPD250 LPD250 LPD320 LPD320 LCD09 LCD09 LCD2 LCD2 LCD8 LCD8 LCD25 LCD25 LCD32 LCD32 4 DC (2) LPD2004 LPD25004 LPD2008 LPD25008 LCDT25 LCDT40 LCD28 LCD258 DC JD BD ED FD GD MD 220

225 TeSys 3 DC () LP4D090 LCD09 LP4D090 LCD09 LP4D20 LCD2 LP4D20 LCD2 LP4D80 LCD8 LP4D80 LCD8 LP4D2500 LCD25 3, () LP5D090 LP5D20 LP5D80 LP5D2500 LC2D09 LC2D2 LC2D8 LC2D25 () LDC(2) L JL BL EL 3 C LC2D090 LC2D20 LC2D80 LC2D250 LC2D320 LC2D380 LC2D09 LC2D2 LC2D8 LC2D25 LC2D32 LC2D38 3 DC LP2D090 LP2D20 LP2D80 LP2D250 LP2D320 LC2D09 LC2D2 LC2D8 LC2D25 LC2D32 LDN0 LDN0 LDNM LDNG LDN0 LDN0 LDNP LDNP LDN LDN LDNG LDNG LDN20 LDN20 LDN22M LDN22G LDN02 LDN02 LDN3M LDN22G L8DN LD8N LDN3M LDN3G L8DN20 LD8N20 LDN22P LDN22P LDN22 LDN22 LDN3P LDN3P LDN3 LDN3 LDN3P LDN3P LDN40 LDN40 LDN22G LDN22G LDN04 LDN04 LNDN LDN LDN3 LDC22 LDN3 LDC22 22

226 TeSys LR2D30 LRD0 LR3D30 LR3D0 LR2D302 LRD02 LR3D302 LR3D02 LR2D303 LRD03 LR3D303 LR3D03 LR2D304 LRD04 LR3D304 LR3D04 LR2D305 LRD05 LR3D305 LR3D05 LR2D306 LRD06 LR3D306 LR3D06 LR2D307 LRD07 LR3D307 LR3D07 LR2D308 LRD08 LR3D308 LR3D08 LR2D30 LRD0 LR3D30 LR3D0 LR2D32 LRD2 LR3D32 LR3D2 LR2D34 LRD4 LR3D34 LR3D4 LR2D36 LRD6 LR3D36 LR3D6 LR2D32 LRD2 LR3D32 LR3D2 LR2D322 LRD22 LR3D322 LR3D22 LR2D2353 LRD32 LR3D2353 LR3D32 LR2D2355 LRD35 LR3D2355 LR3D35 Model GV2 GV2M0 GV2ME0 GV2RS0 GV2ME06 GV2LS03 GV2LE03 GV2E GVE GV2M02 GV2ME02 GV2RS02 GV2ME026 GV2LS04 GV2LE04 GV2E GVE GV2M03 GV2ME03 GV2RS03 GV2ME036 GV2LS05 GV2LE05 GV2E20 GVE20 GV2M04 GV2ME04 GV2RS04 GV2ME046 GV2LS06 GV2LE06 GV2N GVN GV2M05 GV2ME05 GV2RS05 GV2ME056 GV2LS07 GV2LE07 GV2N20 GVN20 GV2M06 GV2ME06 GV2RS06 GV2ME066 GV2LS08 GV2LE08 GV2D00 GVD00 GV2M07 GV2ME07 GV2RS07 GV2ME076 GV2LS0 GV2LE0 GV2D00 GVD00 GV2M08 GV2ME08 GV2RS08 GV2ME086 GV2LS4 GV2LE4 GV2D00 GVD00 GV2M0 GV2ME0 GV2RS0 GV2ME06 GV2LS6 GV2LE6 GV2D00 GVD00 GV2M4 GV2ME4 GV2RS4 GV2ME46 GV2LS20 GV2LE20 GV2M GVM GV2M6 GV2ME6 GV2RS6 GV2ME66 GV2LS22 GV2LE22 GV2M20 GV2ME20 GV2RS20 GV2ME206 GV2LS32 GV2LE32 GV2M2 GV2ME2 GV2RS2 GV2ME26 GV2M22 GV2ME22 GV2RS22 GV2ME226 GV2M32 GV2ME32 GV2RS32 GV2ME326 GV2025 GV025 GV2207 GV207 GV2X5 GVX5 GV2026 GV026 GV2225 GV225 GV2X6 GVX6 GV2055 GV055 GV2226 GV226 GV2X5 GVX5 GV2056 GV056 GV2385 GV385 GV2X225 GVX225 GV207 GV07 GV2386 GV386 GV2X226 GVX226 GV25 GV5 GV245 GV385 GV2X385 GVX385 GV26 GV6 GV246 GV386 GV2X386 GVX385 GV225 GV25 GV2505 GV505 GV2X45 GVX45 GV2X385 GVX

227 TeSys C DC DC C2DN40 CD50 C3DN40 CD50 C4DN40 CD50 C2DN3 CD32 C3DN3 CD32 C4DN3 CD32 C2DN22 CD32 C3DN22 CD32 C4DN22 CD32 223