TeSys contactors 5. TeSys F contactors Auxiliary contact blocks. Maximum number of blocks per contactor Clip-on mounting

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Cornelius Miller
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1 s Auxiliary contact blocks ravailable nd half 00. Instantaneous auxiliary contact blocks For use in normal operating environments Number of contacts Maximum number of blocks per contactor Clipon mounting Composition LAD N 0.00 LAD N LAD N 0.00 LAD N LAD N LAD N 0.00 LAD N 0.00 LAD N LAD N LAD N 0.00 () LAD C 0.00 With terminal referencing conforming to EN 00 LAD NP 0.00 LAD NG 0.00 LAD NP 0.00 LAD NG 0.00 Instantaneous auxiliary contact blocks for connection by lugs This type of connection is not possible for blocks with contact or blocks with dust and damp protected contacts. For all other instantaneous auxiliary contact blocks, add the figure to the end of the references selected above. Example: LAD N becomes LAD N. Instantaneous auxiliary contact blocks with dust and damp protected contacts Recommended for use in particularly harsh industrial environments Number of contacts Maximum number of blocks per contactor Clipon mounting Composition LA DX () LA DY LA DZ LA DZ 0.00 Time delay auxiliary contact blocks Number of contacts N/O + N/C Maximum number of blocks per contactor Time delay Clipon mounting Type Range s Ondelay 0. () LAD T LAD T LAD T () LAD S 0.00 Offdelay 0. () LAD R LAD R LAD R 0.00 Interface for PLC control Type of I/O Inputs: c V 0 ma Outputs: a 0 V A LA FSRE r () Including N/O + N/C make before break () Device fitted with earth screen continuity terminals. () With extended scale from 0. to 0. s. () With switching time of 0 ms ± ms between opening of the N/C contact and closing of the N/O contact. Presentation : page / Schemes : page / /

2 s Suppressor blocks 0 LA D0 LA Fppp Suppressor blocks RC s (resistorcapacitor) b Effective protection for s highly sensitive to "high frequency" interference. For use only in cases where the is virtually sinusoidal, i.e. less than % total harmonic distortion. b Voltage limited to max. and oscillating frequency limited to 00 Hz max. b Slight increase in dropout time (. to. times the normal time). Mounting Clipon mounting on all ratings a V LA FRCE 0.00 and all a.c. coils. 0 V LA FRCF V LA FRCP 0.00 V LA FRCV 0.00 Suppressor block bracket LA D Varistors (peak limiting) b Protection provided by limiting the transient to max. b Maximum reduction of transient peaks. Clipon mounting on all ratings and all coils. a or c V LA FVE V LA FVF V LA FVP 0.00 V LA FVV LA Fp0 LA Fp0 Diodes b No over or oscillating frequencies. b Increase in dropout time ( to times the normal time). b Polarised component. Clipon mounting on all ratings and all d.c. coils. c V LA FDE 0.00 V LA FDF V LA FDP V LA FDV 0.00 Bidirectional peak limiting diodes (transil) b Protection provided by limiting the transient to between and. times max. b Maximum reduction of transient peaks. Clipon mounting on all ratings and all coils. a or c V LA FTE V LA FTF V LA FTP 0.00 V LA FTV 0.00 Connection accessories For use on pole contactors Set of links Set reference Links for parallel connection of poles (in pairs) LC F LA FF LC F, F LA FG0 0.0 LC F, F, F0, F00 LA FH0.000 LC F00 LA FK0.0 LC F0 LA FL Links for star connection of poles LC F LA FF0 0.0 LC F, F LA FG LC F, F, F0, F00 LA FH0 0.0 LC F00 LA FK0 0.0 LC F0, F00 LA FL0 0.0 DZ FA takeoff from power terminals For use with contactors Mounted on bolt size Sold in lots of Unit reference LC F M DZ FA 0.00 LC F, F M DZ GA 0.00 LC F F00 M DZ HA 0.00 LC F0, F00 M DZ JA 0.00 Dimensions : pages / and / /

3 s (continued) TeSys Fcontactors Accessories 0 Rightangled connectors For contactors or thermal overload relays For use with With connector plates Set of connectors Contactors Thermal overload Set reference relays () Width Type LC F LR Fp, LR F mm Rear LA FF LA Fp LA Fp LC F, F LC F, F, F0, F00 LC F00 LC F0, F00 LR Fp, Fp, LR F, F Side LA FF 0.0 Large LA FF0 0. surface area 0 mm Rear LA FG 0.00 Side LA FG 0.0 Large LA FG surface area LR Fp,LR F mm Rear LA FJ 0.0 LR Fp, Fp, LR F, F Side LA FJ 0.0 Large LA FJ0 0.0 surface area 0 mm Rear LA FK 0.0 Side LA FK 0.0 Large LA FK surface area LR Fp,LR F 0 mm Rear LA FL. Side LA FL.0 LA FL0 Large surface area LA FL0.0 For use with With connector Set of connectors Contactors Thermal overload plates Set reference relays () Width Type LC F0, F0 0 mm Rear LA F0.0 LA F0 Connection accessories For reversing contactors or "stardelta" contactors combined with a thermal overload relay For use with Contactors LC F LC F and F LC F LC F and F LC F0 and F00 Thermal overload relays () LR Fp, Fp LR Fp, Fp LR F, F Width of connector plates Set of busbars Set reference mm LA F0 0. LR Fp, Fp 0 mm LA F0 0. LR Fp, LR F LR Fp, LR F LR Fp, Fp LR F, F LR Fp, Fp LR F, F mm LA F0 0. mm LA F0 0. mm LA F0 0. mm LA F0 0. LC F00 LR Fp,LR F mm LA F0 0. LC F00 LC F0, F00 LR Fp, Fp LR Fp LR F, F, F LR Fp, LR F 0 mm LA F mm LA F () For protection relays class, replace the p with a and for class 0, replace the p with a. Dimensions : pages / and / /

4 s (continued) Accessories 0 Insulated terminal blocks For use on pole contactors Connection F x mm or x mm Tightening tool mm hexagonal socket key Set of blocks Set reference LA F 0.0 LA F Power terminal protection shrouds For use on, and pole contactors Number of shrouds per set Set reference LC F LA F0 0.0 LC F, F LA F LC F, F, F0, F00 and F00 F00 and F00 LA F0 0.0 LC F0, F0 and F00 LA F0 0.0 LC F LA F LA F0 LC F and F LA F LC F, F, F0, F00, F00 LA F LC F0 LA F /

0 LC F poles LA FH 0.0 LC F0. F00 poles LA F000.000 LC F00 poles LA F000.0 LC F0 poles LA F00.0 LC F0 pole LA F00 ().00 poles LA F00.00 LC F00 poles LA F000.0 LC F0S0 poles LA F00S0.00 pole LC F.

5 s Spare parts 0 LA FG LA F000 LA F00 Sets of contacts Per pole: fixed contacts, moving contact, deflectors, backplate, clamping screws and washers. For contactor Type Replacement for pole LC F00 poles LA F000.0 LC F00 poles LA F000.0 LC F0 poles LA F00.00 LC F0S0 poles LA F00S0.00 pole LC F. F poles LA FF 0.0 LC F. F poles LA FG 0.0 LC F poles LA FH 0.0 LC F0. F00 poles LA F LC F00 poles LA F000.0 LC F0 poles LA F00.0 LC F0 pole LA F00 ().00 poles LA F00.00 LC F00 poles LA F000.0 LC F0S0 poles LA F00S0.00 pole LC F. F poles LA FF 0.0 LC F. F poles LA FG 0. LC F poles LA FH 0.0 LC F0. F00 poles LA F LC F00 poles LA F LC F0 poles LA F00. LC F0 pole LA F00 ().00 poles LA F00.00 LC F0S0 poles LA F00S0.00 Arc chambers For contactor Type Replacement for pole LC F00 poles LA F LC F00 poles LA F000.0 LC F0 poles LA F00.0 LC F0S0 poles LA F00.0 pole LC F poles LA F 0.0 LC F poles LA F0 0.0 LC F poles LA F0 0.0 LC F poles LA F0 0.0 LC F poles LA F0 0.0 LC F0 poles LA F00.00 LC F00 poles LA F LC F00 poles LA F000.0 LC F0 poles LA F00. LC F0 pole LA F0 ().0 LC F00 poles LA F000. LC F0S0 poles LA F00. LC F0 poles LA F00 ().0 LC F0 poles LA F00 ().0 pole LC F poles LA F0 0.0 LC F poles LA F0 0.0 LC F poles LA F0 0. LC F poles LA F0.000 LC F poles LA F0.0 LC F0 poles LA F00.0 LC F00 poles LA F000 ().0 LC F00 poles LA F000 ().00 LC F0 poles LA F00 ().00 LC F0 pole LA F0 ().0 LC F0S0 poles LA F00.00 () Comprising identical items per pole. () Comprising three pole arc chambers. () Comprising two pole arc chambers. () Comprising singlepole arc chambers. /

6 s Accessories for assembly of reversing contactors and changeover contactor pairs using contactors, vertically mounted for customer assembly LA Fppp Closing of one of the contactors prevents closing of the other. Mechanical interlock kits Contactor type () Mechanical interlock () Top Middle Bottom Kit reference () LC F, F0, F or F0 LC F00, F00 or F00 LC F00, F00 or F00 (continued on page /) LC F, F0, F or F0 LC F, F0, F or F0 LC F00, F00 or F00 LC F, F0, F or F0 LC F00, F00 or F00 LC F00, F00 or F00 LC F, F0, F or F0 LC F, F0, F or F0 LC F, F0, F or F0 LCF00, F00 or F00 LC F, F0, F or F0 F or F0 LC F, F0, F or F0 LC F00, F00 or F00 LA FFFF 0. LA FGFF 0. LA FGGF 0. LA FGGG 0. LA FHFF.0 LA FHGF. LA FHGG. LA FHHF. LA FHHG. LA FHHH. LA FJFF. LA FJGF. LA FJGG. LA FJHF. LA FJHG. LA FJHH. LA FJJF. LA FJJG. LA FJJH. LA FJJJ.0 LA FKFF. LA FKGF. LA FKGG. LA FKHF. LA FKHG. LA FKHH. LA FKJF. LA FKJG. LA FKJH. LA FKJJ. LA FKKF. () To order the contactors, see pages / and /. For auxiliary contact blocks LAD N0 used for electrical locking, see page /. For accessories, see pages / to / () Minimum distances between contactors, see page /. () The kit contains the lever arms, the x Ø mm rods and all parts required for assembly. Selection : pages / to / /

7 s (continued) Accessories for assembly of reversing contactors and changeover contactor pairs using contactors, vertically mounted for customer assembly LA Fppp Mechanical interlock kits (continued) Contactor type () Mechanical interlock () Top Middle Bottom Kit reference () LC F00, F00 or F00 (continued) LC F0, F00, F0 or F0 LC F00, F00 or F00 LC F, F0, F or F0 LC F00, F00 or F00 LCF00, F00 or F00 LC F0, F00, F0 or F0 LC F, F0, F or F0 LC F00, F00 or F00 LCF00, F00 or F00 LC F, F0, F or F0 LC F, F0, F or F0 LC F00, F00 or F00 LC F, F0, F or F0 LC F00, F00 or F00 LCF00, F00 or F00 LC F, F0, F or F0 LC F00, F00 or F00 LC F00, F00 or F00 LC F0, F00, F0, or F0 LA FKKG. LA FKKH. LA FKKJ. LA FKKK. LA FLFF. LA FLGF. LA FLGG. LA FLHF.0 LA FLHG.0 LA FLHH. LA FLJF. LA FLJG. LA FLJH. LA FLJJ.0 LA FKKF. LA FKKG. LA FKKH. LA FKKJ. LA FKKK. LA FLLF.0 LA FLLG. LA FLLH. LA FLLJ. LA FLLK. LA FLLL.0 () To order the contactors, see pages / and /. For auxiliary contact blocks LAD N0 used for electrical locking, see page /. For accessories, see pages / to /. () Minimum distances between contactors. This is the distance, in mm, between the centres of two adjacent contactors (between the top and middle contactors or between the middle and bottom contactors). Contactor Bottom or top Middle LC F or F LC F or F LC F or F0 LC F00 LC F00 LC F0 or F00 LC F or F LC F or F LC F or F LC F LC F LC F0 or F () The kit contains the lever arms, the x Ø mm rods and all parts required for assembly. Selection : pages / to / /

8 s a.c. 0/0 Hz supply coils LX FFppp LX FGppp s Maximum ambient air temperature: C. Above this, use an LX F coil, see page /. Operating cycles/hour (θ y C): y Hz 0 Hz Average Voltage resistance at code 0 C ± % V V Ω H For contactors LC F and LC F B LX FF D LX FF E LX FF E LX FF F LX FF G LX FF F LX FF FE LX FF 0.0 /.. G LX FF /0.. L LX FF M LX FF U LX FF /.. M LX FF P LX FF U LX FF Q LX FF R LX FF /0.. Q LX FF V LX FF N LX FF S LX FF Y LX FF /0. Y LX FF LX FF LX FF Average consumption at 0 C: inrush 0Hz: 0VA; 0Hz: 0 VA, sealed 0Hz: VA; 0 Hz: VA, cos ϕ= 0.. Heat dissipation: W. Operating time at : closing = ms, opening = ms. For contactors LC F and LC F B LX FG LX FG E LX FG E LX FG F LX FG0 0.0 /0. 0. G LX FG F LX FG FE LX FG 0.0 /. 0. G LX FG /0.. L LX FG M LX FG U LX FG /.. M LX FG P LX FG U LX FG Q LX FG R LX FG /0.. Q LX FG V LX FG N LX FG S LX FG Y LX FG /0. Y LX FG LX FG LX FG Average consumption at 0 C: inrush 0 Hz: 0 VA; 0 Hz: 0 VA, sealed 0 Hz: VA; 0 Hz: VA, cos ϕ= 0.. Heat dissipation: W. Operating time at : closing = 0 ms, opening = ms. /0

9 s a.c. 0 to 00 Hz supply coils LX FHppp LX FJppp s Low sealed consumption. Operate on networks with harmonic numbers y. Operating cycles/hour (θ y C): y 00. at 0 C ± % Inrush Sealed Voltage code V Ω Ω H For contactors LC F and LC F () B LX FH () E LX FH () F LX FH () FE LX FH 0.0 0/. () G LX FH /0. () L LX FH () M LX FH () P LX FH () U LX FH0 0.0 () W LX FH () Q LX FH () V LX FH0 0.0 () N LXFH () R LX FH /00 () S LX FH /0 () X LX FH () LX FH Average consumption at 0 C for 0 or 0 Hz and cos ϕ = 0.: inrush: VA, sealed: VA. Heat dissipation: W. Operating time at : closing = 0 ms, opening = 0 ms. For contactor LC F E LX FJ0.000 /0. 0. F LX FJ FE LX FJ.000 0/. 0. G LX FJ /0 0. L LX FJ M LX FJ P LX FJ U LX FJ0.000 / 0. W LX FJ Q LX FJ V LX FJ N LX FJ R LX FJ S LX FJ /00. X LX FJ LX FJ Average consumption at 0 C for 0 or 0 Hz and cos ϕ = 0.: inrush: 00 VA, sealed: VA. Heat dissipation: W. Operating time at : closing = 0 ms, opening = 0. () Please consult your Regional Sales Office. /

10 s (continued) a.c. 0 to 00 Hz supply coils LX FKppp LX FLppp s (continued) Low sealed consumption. Operate on networks with harmonic numbers y. at 0 C ± % Inrush Sealed Voltage code V Ω Ω H For contactor LC F E LX FK0. /0. 0. F LX FK.. 0. FE LX FK. 0/.. G LX FK. 00/0. L LX FK M LX FK P LX FK U LX FK0. /. 0. W LX FK Q LX FK V LX FK0. 0. N LX FK R LX FK S LX FK00. 0/00 0. X LX FK LX FK00. Average consumption at 0 C for 0 or 0 Hz, cos ϕ = 0.: inrush: 0 VA, sealed: 0 VA. Operating cycles/hour (θ y C): y 00. Heat dissipation: W. Operating time at : closing = 0 ms, opening = 0 ms. For contactor LC F E LX FL0.00 /0.. F LX FL.00.. FE LX FL G LX FL.00 00/ L LX FL M LX FL P LX FL U LX FL0.00 / 00. W LX FL Q LX FL V LX FL N LX FL R LX FL S LX FL /00 0. X LX FL LX FL00.00 Average consumption at 0 C for 0 or 0 Hz, cos ϕ = 0.: inrush: 0 0 VA, sealed: 0 VA. Operating cycles/hour (θ y C): 00. Heat dissipation: 0 W. Operating time at : closing = 0 0 ms, opening = 0 00 ms. /

11 s (continued) a.c. 0 to 00 Hz supply coils s (continued) Low sealed consumption. Operate on networks with harmonic numbers y. at 0 C ± % Inrush Sealed Voltage code V Ω Ω H For contactor LC F0 /0. () 0 () 0. F LX FX ().000. () 0 () 0. FE LX FX ().000. () 0 () 0. G LX FX () /0. () 0 () 0. L LX FX00 () () 0 () 0. M LX FX0 () () 0 () 0. P LX FX0 () () 0 () 0. U LX FX0 ().000 /. () 0 (). W LX FX0 () () 0 (). Q LX FX0 () () 0 (). V LX FX0 ().000 /0. () 0 (). N LX FX () () 0 (). R LX FX () () 0 (). S LX FX00 ().000 Average consumption at 0 C for 0 or 0 Hz, cos ϕ = 0.: inrush: VA, sealed: VA. Operating cycles/hour (θ y C): 00. Heat dissipation: x W. Operating time at : closing = 0 0 ms, opening = 0 0 ms. For contactor LC F00 V Voltage code Rectifier () Coil / FE DR TEU LX FFW.0 0/0 P DR TEU LX FMW.0 0/0 V DR TES LX FQW.0 Operating cycles/hour (θ y C): 00. Average consumption at 0 C for 0 or 0 Hz, cos ϕ = 0.: inrush: 0 VA, sealed: VA Operating time at : closing = 0 0 ms, opening = 0 ms. at 0 C ± % Inrush Sealed Voltage code V Ω Ω H For contactors LC F0 and LC F0. 0. F LX FK0 () G LX FK00 () M LX FK () P LX FK () U LX FK ().. 0. W LX FK0 (). 0. Q LX FK00 (). 00. V LX FK00 ()... N LX FK0 (). 0.. R LX FK0 () S LX FK0 (). Average consumption at 0 C for 0 or 0 Hz, cos ϕ = 0.: inrush: 0 00 VA, sealed: VA. Operating cycles/hour (θ y C): 00. Heat dissipation: x W. Operating time at : closing = 0 ms, opening = 0 ms. () of set of identical coils, to be connected in series. () Value for the coils in series. () Rectifier to be ordered separately: 0.0. () Order coils and connect them in series. /

12 s a.c. 0 to 00 Hz supply coils for specific applications () s Low sealed consumption. High tolerance to inrush drops. Immune to microbreaks (mains supply or contact chain). Operate on networks with harmonic numbers y. at 0 C ± % Inrush Sealed Voltage code LX FFppp V Ω Ω H For contactors LC F and LC F E LX FF F LX FF FE LX FF 0.0 0/. G LX FF L LX FF M LX FF P LX FF U LX FF Q LX FF V LX FF N LX FF R LX FF S LX FF Average consumption at 0 C: inrush: 0 VA, sealed:.. VA. Heat dissipation:.. W. Operating cycles/hour (θ y C): < 00. Operating time at : closing = ms, opening = 0 ms. LX FGppp For contactors LC F and LC F E LX FG F LX FG FE LX FG 0.0 0/ 0. G LX FG L LX FG M LX FG P LX FG U LX FG Q LX FG V LX FG N LX FG R LX FG S LX FG Average consumption at 0 C: inrush: 0 0 VA, sealed:.. VA. Heat dissipation:. W. Operating cycles/hour (θ y C): < 00. Operating time at : closing = ms, opening = 0 ms. For contactors LC F and LC F0. () LX FH0 0.0 /. () LX FH 0.0 0/. () LX FH 0.0 0/0. () LX FH () LX FH / 0 () LX FH () LX FH Average consumption at 0 C: inrush: 0 0 VA, sealed: VA. Heat dissipation:.. W. Operating cycles/hour (θ y C): < 00. Operating time at : closing = ms, opening = ms. () Application examples: hoisting (inching, high operating rates), MainStandby (unstable mains supplies). These coils are particularly suited for use at higher operating temperatures (mounting in nonventilated compartments, enclosures, etc.). () Please consult your Regional Sales Office. /

13 s (continued) a.c. 0 to 00 Hz supply coils for specific applications s (continued) Coils with short operating times (at ): N/O: 0 ms, N/C: 0 ms (a side); 0 ms (c side). Coils with high operating rates (θ y 0 C): 00 operating cycles/hour, 00 for LC F0. 0 LX FJppp LX FKppp LX FLppp Coils with low inrush consumption. at 0 C ± % Inrush Sealed Rectifier () Coil V Ω Ω H For contactor LC F DR TFV LX FJ DR TEU LX FJ DR TEU LX FJ 0.0 0/0. DR TEU LX FJ 0.0 0/ 0 DR TES LX FJ DR TES LX FJ DR TES LX FJ 0.0 inrush: 00 VA, sealed: VA Heat dissipation:.. W. For contactor LC F DR TFV LX FK DR TEU LX FK DR TEU LX FK.00 0/0. 0 DR TEU LX FK.00 0/ 0 DR TES LX FK DR TES LX FK DR TES LX FK.00 inrush: 0 VA, sealed: VA Heat dissipation:. W. For contactor LC F DR TFV LX FL DR TEU LX FL DR TEU LX FL.0 0. DR TEU LX FL0.0 0/0.. DR TEU LX FL.0 0/00 0. DR TES LX FL.0 /0 0 DR TES LX FL.0 00 DR TES LX FL.0 inrush: 0 VA, sealed: VA Heat dissipation:.. W. () Rectifier to be ordered separately: 0.0. /

14 s d.c. supply coils LX FFppp LX FHppp s Low sealed consumption. Operating cycles/hour (θ y C): y 00. at 0 C ± % Inrush Sealed Voltage code V Ω Ω H For contactors LC F and LC F. BD LX FF ED LX FF FD LX FF GD LX FF 0.0 0/0 0 0 MD LX FF UD LX FF / RD LX FF0 0.0 inrush: W, sealed:.. W. Operating time at : closing = 0 0 ms, opening = 0 0 ms. For contactors LC F and LC F 0.. BD LX FG ED LX FG FD LX FG GD LX FG 0.0 0/ MD LX FG UD LX FG /0 00 RD LX FG0 0.0 inrush: 0 W, sealed:..0 W. Operating time at : closing = 0 0 ms, opening = 0 0 ms. For contactors LC F and LC F0 0.. BD LX FH ED LX FH FD LX FH GD LX FH 0.0 0/ MD LX FH UD LX FH / RD LX FH0 0.0 inrush: 0 W, sealed:.. W. Operating time at : closing = 0 0 ms, opening = 0 ms. For contactor LC F00. ED LX FJ FD LX FJ GD LX FJ MD LX FJ UD LX FJ RD LX FJ0 0.0 inrush: 0 0 W, sealed:. W. Operating time at : closing = 0 0 ms, opening = 0 ms. /

15 s (continued) d.c. supply coils LX FKppp s (continued) Low sealed consumption. at 0 C ± % Inrush Sealed Voltage code V Ω Ω H For contactor LC F00. ED LX FK FD LX FK GD LX FK MD LX FK UD LX FK RD LX FK0.00 inrush: 0 0 W, sealed:. W. Operating cycles/hour (θ y C): 00. Operating time at : closing = 0 0 ms, opening = 0 ms. For contactor LC F0. 0. ED LX FL FD LX FL.0 0 GD LX FL MD LX FL UD LX FL RD LX FL0.0 inrush: 0 0 W, sealed:.. W. Operating cycles/hour (θ y C): 00. Operating time at : closing = 0 0 ms, opening = 0 0. For contactor LC F0. () 0 () 0. FD LX FX ().000. () () 0. GD LX FX () () 0 () MD LX FX0 () () 0 (). UD LX FX0 () () 0 (). RD LX FX0 ().000 inrush: 0 0 W, sealed: W. Operating cycles/hour (θ y C): 00. Operating time at : closing = 0 0 ms, opening = 0 0 ms. For contactor LC F00 /0 FW LX FFW.0 0/0 MW LX FMW.0 0/00 QW LX FQW.0 Heat dissipation: W. Operating time at : closing = 0 0 ms, opening = 0 0 ms. For contactors LC F0 and LC F0. FD LX FK0 ().00. GD LX FK0 () MD LX FK () UD LX FK () RD LX FK0 ().00 inrush: W, sealed: W. Operating cycles/hour (θ y C): 00. Operating time at : closing = 0 0 ms, opening = 0 ms. () of set of identical coils, to be connected in series. () Value for the coils in series. () Order coils and connect them in series. /

16 s d.c. supply coils for specific applications s Coils with short operating times (at ) : N/O: 0 ms, N/C: 0 ms. Coils with high operating rates (q y 0 C): 00 operating cycles/hour, 00 for LC F0. LX FJppp LX FKppp LX FLppp Coils with low inrush consumption. Average resistance at 0 C ± % Inrush Sealed of Qty Resistor () Coil closed required V Ω Ω H For contactor LC F DR SC00 LX FJ DR SC00 LX FJ DR SC00 LX FJ DR SC00 LX FJ 0.0 0/0 00 DR SC00 LX FJ 0.0 inrush: 0 W, sealed: W. For contactor LC F DR SC00 LX FK DR SC00 LX FK.00.. DR SC00 LX FK DR SC00 LX FK.00 0/0 00 DR SC00 LX FK.00 inrush: 0 W. sealed: W. For contactor LC F DR SC00 LX FL DR SC00 LX FL DR SC00 LX FL DR SC00 LX FL.0 0/0 0 0 DR SC00 LX FL.0 inrush: W. sealed: W. () Resistor to be ordered separately, weight of resistor: /

17 s (continued) Wide range d.c. supply coils for specific applications LX FFppp LX FHppp s (continued) Wide range coils: 0... Operating cycles/hour: y 0 (). Ambient temperature (operation): to + 0 C. at 0 C ± % Inrush Sealed V Ω Ω H For contactors LC F and LC F LX FF LX FF LX FF LX FF LX FF0 0.0 inrush: 00 W, sealed: W. For contactors LC F and LC F 0.. LX FG LX FG LX FG LX FG LX FG0 0.0 inrush: 0 0 W, sealed:.. W. For contactors LC F and LC F0 0.. LX FH LX FH LX FH LX FH LX FH0 0.0 inrush: 0 W, sealed:.. W. Operational resistance Average at 0 C ± % of closed Coil Economy resistor Resistors in // No. Ω of the assembly () V Ω H For contactor LC F LX FJW DR SC00 LX FJW LX FJW 0 DR SC00 LX FJW LX FJW 0 DR SC00 LX FJW 0.0 inrush: 0 0 W, sealed: W. () The mechanical durability of the contactor is limited to million operating cycles. () The set comprises: coil LX FJ and resistors DR SC. /

TeSys contactors From 115 to 2750 A

TeSys contactors From 115 to 2750 A Selection guide TeSys contactors From to 0 A Applications Control of all types of motor for standard or severe duty applications Control of resistive, inductive and capacitive circuits: heating, lighting,