Efficor. Most reliable technology. High installation benefits. Best in class. Standards. Approvals. Global contactors. Intro. J/X New A.

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1 Most reliable technology igh installation benefits lobal contactors Standard materials for food & beverage and transportation purposes complying the latest rail standards ighest reliable product performance for worldwide applications nergy efficient design ecological mindset est electrical endurance lectrical endurance > 17 million operations 3 category at rated current Reliability data per standard N SO x10 6 ops x10 6 ops x10 6 ops Widest temperature operation from -40 to +55 Suitable for extreme temperatures Reduced flammability risk and lower toxicity ty or demanding applications as lifts, appliances and transportation Lowest noise production: 32d Perfect answer to demanding applications like hospitals ompliant with nternational standards for plastic parts N & N N Safe ecological plastic for all applications Only one frame covering 9 up to 40 series Three different depths epth 1: 9 up to 18 epth 2: 25 epth 3: 32 up to 40 Smart, various wiring and connectivity technologies fast assembly of starter solutions Smaller product dimensions for panel design and motor control centers integrated auxiliary contacts in standard product Modular and compact motor starter solutions est in class ighest 10d data as per SO Optimized power per size Lower number of stock keeping units reducing stock complexity for distributors, panelbuilders and OM customers Outstanding range of power contactors and motor starter solutions including wide range of accessories Standards /N /N N /N N UL 508 S 222/14 V 0660/ pprovals (1) (1) (1) (1) (1) n progress 2

2 ompact starter Significant space reduction in the cabinet: ompact starter either with thermal overload relay or manual motor starter Starter mounting plates for friendly maintenance (easy removal of MMS Surion and/or contactor) usbar systems and wiring kits allow safe cabling avoiding mistakes, guaranteeing finger safe protection up to 6kV ontactor with manual motor starter Link module for compact starter ull coil access at the bottom ontactor with thermal overload relay Uniformity in compact design Thermal overload relay mounted direct to the contactor ll connections available enefits 3

3 Secure connection Smart connectivity esign of intelligent base plate lobal contactors Push the lid in order to move the manual motor starter Push the lid in order to move the contactor 4

4 Time saving Main advantages ouble box terminals dentical torque (22 Nm) for 9 up to 40 contactors No need for different screwdrivers ouble box clamps for the whole range ables from 075mm 2 up to 16mm 2 in the same box clamps terminal for 4kW up to 185kW No risk for loosing cables void temperature rising on the small cable No tools needed Mounting or dismounting the contactors on/from the N-rail can be done without tools ven for the mounting of accessories and auxiliaries to the contactor no tools are required Quick assembly of direct online starter Time saving Space saving Stock saving Secure connection nergy efficiency design Reliable technology Smart connecting enefits User friendly design of link modules and base plates to combine manual motor starter and contactor Smart busbar systems and wiring kits asy identification Self explanatory description of the catalogue number is an important advantage xample: : Means fficor ontactor range 09: 9 in 3 application : Type of control voltage stands for stands for 3: Number of main poles 3 stands for 3 poles 4 stands for 4 poles stands for 2 + 2N 11: Number of auxiliary contacts built-in 1 and 1N : Type of terminal stands for ox terminal R stands for Ring terminal 230: oil voltage W: nd character for contactors W stands for Wide voltage and built-in diode L stands for Low consumption 5

5 3 pole contactors - ouble box terminals lobal contactors Max operating current Not inductive load Motors <440V 3Ph 50/60z V dmissible power 3 lectrical endurance ux cont ontrol circuit V 440V 500V at 3 N 1 3 kw kw kw kw Operations Voltage at no Ref no Voltage at no (1) Ref no Pack P P P P W x W W W W W W W W W W L L L L W x W W W W W W W W W W L L L L W x W W W W W W W W W W L L L L W x W W W W W W W W W W L L L L W x W W W W W W W W W W L L L L W x W W W W W W W W W W L L L L (1) nd character: W = Wide voltage and built-in diode L = Low consumption

6 4 pole contactors - ouble box terminals Max operating current Not inductive load Motors <440V 3Ph 50/60z V dmissible power 1 lectrical Power endurance cont ontrol circuit V 440V 500V at 1 N 1 3 kw kw kw kw Operations Voltage at no Ref no Voltage at no (1) Ref no Pack W x W W W W W W W W W W L L L L W x W W W W W W W W W W L L L L Order codes W x W W W W W W W W W W L L L L W x W W W W W W W W W W L L L L (1) nd character: W = Wide voltage and built-in diode L = Low consumption 7

7 2-2N contactors - ouble box terminals lobal contactors Max operating current Not inductive load Motors <440V 3Ph 50/60z V dmissible power 3 lectrical Power endurance cont ontrol circuit V 440V 500V at 3 N 1 3 kw kw kw kw Operations Voltage at no Ref no Voltage at no (1) Ref no Pack P P P P W x W W W W W W W W W W L L L L W W x W W W W W W W W W L L L L W W x W W W W W W W W W W W x W W W W W W W W W (1) nd character: W = Wide voltage and built-in diode L = Low consumption

8 uxiliary contactors - ouble box terminals - th 20 ontacts ontrol circuit N 3 1 Voltage at no Ref no Voltage at no (1) Ref no Pack W W W W W W W W W W W L L L L W W W W W W W W W W W L L L L Order codes W W W W W W W W W W W L L L L atalogue number structure xample: : Means fficor ontactor range : uxiliary ontact : stands for stands for 4: vailable contacts 40 4/0N 31 3/1N 22 2/2N 13 1/3N 04 0/4N : Type of terminal stands for ox terminal R stands for Ring terminal 012: oil voltage (012 up to 600V) W W W W W W W W W W W L L L L W W W W W W W W W W W L L L L (1) nd character: W = Wide voltage and built-in diode L = Low consumption 9

9 Spare coils for contactors and auxiliary contactors - ox clamp terminals Voltage Use for at no Ref no Pack lobal contactors coil 12Vac 09 18, S1012S Voltage in 50/60z 24Vac 09 18, S1024S Vac 09 18, S1042S Vac 09 18, S1048S Vac 09 18, S1110S Vac 09 18, S1120S Vac 09 18, S1208S Vac 09 18, S1230S Vac 09 18, S1240S Vac 09 18, S1400S Vac 09 18, S1440S Vac 09 18, S1480S Vac 09 18, S1500S Vac 09 18, S1575S Vac 09 18, S1600S Wide Voltage range (W) 12Vdc 09 18, S1012S Operating range: 24Vdc 09 18, S1024S % Un 36Vdc 09 18, S1036S % Un 48Vdc 09 18, S1048S Vdc 09 18, S1060S Vdc 09 18, S1072S Vdc 09 18, S1110S Vdc 09 18, S1125S Vdc 09 18, S1230S Vdc 09 18, S1250S Vdc 09 18, S1440S Low onsumption (L) 24Vdc 09 18, S1024SL V < 33W for 09 up to 18 48Vdc 09 18, S1048SL Vdc 09 18, S1110SL Vdc 09 18, S1230SL coil 12Vac S2012S Voltage in 50/60z 24Vac S2024S Vac S2042S Vac S2048S Vac S2110S Vac S2120S Vac S2208S Vac S2230S Vac S2240S Vac S2400S Vac S2440S Vac S2480S Vac S2500S Vac S2575S Vac S2600S Wide Voltage range (W) 12Vdc S2012S Operating range: 24Vdc S2024S % Un 36Vdc S2036S % Un 48Vdc S2048S Vdc S2060S Vdc S2072S Vdc S2110S Vdc S2125S Vdc S2230S Vdc S2250S Vdc S2440S Low onsumption (L) 24Vdc S2024SL V < 55W for 25 up to 40 48Vdc S2048SL Vdc S2110SL Vdc S2230SL

10 ccessories for contactors uxiliary contact blocks ontacts ox clamp terminals N M N M at no Ref no Pack rontal auxiliary blocks 2 contacts S S S Lateral auxiliary blocks 4 contacts S S S S S S ontact block L220S L211S L202S Order codes Mechanical interlock M M02S Pneumatic timer (1) ox clamp terminals N Time Type at no Ref no Pack s delay ON PT30S s delay ON PT60S s delay O PT30S s delay O PT60S ll accessories can be used with all type of contactors (1) Use only with contactor coil in voltage 11

11 ccessories for contactors (continued) Mechanical latch ox clamp terminals N Use with oil voltage oil voltage at no Ref no Pack 50/60Z 5 6 lobal contactors 1 09 up to 18, 24-32V - ML1S up to 18, 42-60V - ML1S up to 18, V - ML1S up to 18, V - ML1S up to 18, V - ML1S up to 18, V - ML1S up to V - ML2S up to V - ML2S up to V - ML2S up to V - ML2S up to V - ML2S up to V - ML2S up to 18, V ML1S (1) up to 18, V ML1S (1) up to 18, V ML1S (1) up to 18, V ML1S (1) up to 18, V ML1S (1) up to 18, - 440V ML1S (1) up to V ML2S (1) up to V ML2S (1) up to V ML2S (1) up to V ML2S (1) up to V ML2S (1) up to V ML2S (1) 5 (1) No use with version low consumption Surge suppressor (plug-in) escription Suppressor Voltage at no Ref no Pack type iode type, V SU R type, 24-48V R SUR R type, V R SUR R type, V R SUR R type, V R SUR R type, V R SUR Varistor type, / 24-48V V / SUV Varistor type, / V V / SUV Varistor type, / V V / SUV Varistor type, / V V / SUV Varistor type, / V V / SUV

12 ccessories for starters useless starter kits Use with escription at no Ref no Pack PS1-09 up to 25 Link module M1L PS1-32 Link module M1L PS2-32 and 40 Link module M2L PS1-09 up to mm busbar adapter 45x200mm P PS2-32 up to mm busbar adapter 54x200 P mm busbar adapter empty for SRS reversing/star-delta application mm busbar adapter empty for SRS reversing/star-delta application mm busbar adapter empty for contactor lateral blocks SLS mm universal busbar support S60S Lateral protection for universal busbar support SLP Order codes PS1-09 up to 32 ase plate 45mm P PS2-32 and 40 ase plate 55mm P Wiring kits for reversing starters Use with escription at no Ref no Pack 09 up to 25 Suitable to be used for KS1RV upper and lower connections with and without overload relay with mechanical interlock 32 and 40 Suitable to be used for KS2RV upper and lower connections with and without overload relay with mechanical interlock Wiring kits for star delta starters Use with escription at no Ref no Pack 09 up to 25 Suitable to be used for KS1Y upper and lower connections with and without overload relay 32 and 40 Suitable to be used for KS2Y upper and lower connections with and without overload relay Parallel busbar Use with escription at no Ref no Pack 09 up to 25 Parallel busbar for 2 contactors and 40 Parallel busbar for 2 contactors Parallel poles Use with escription at no Ref no Pack 09 up to 25 3 poles in parallel 3PP up to 25 4 poles in parallel 4PP and 40 3 poles in parallel 3PP and 40 4 poles in parallel 4PP

13 Thermal overload relays Thermal overload relays Setting range uses ox clamp terminals M gl-g Trip class 10 Min Max Use with at no Ref no Pack lobal contactors RT RT RT RT RT RT RT110J RT110K RT110L RT110M RT110N RT110P RT110S RT110T RT210N RT210P RT210S RT210T RT210U RT210V RT210W ccessories Use with escription at no Ref no Pack ase for separate mounting RT1 N N RT1S RT2 N N RT2S Push-button with flexible cable RT1 05 m RTXS m RTXSL backside reset RTXS Remote electrical reset RT1 and RT2 12 V/ RTXRR V/ RTXRR V/ RTXRR V/ RTXRRJ /415V/ RTXRRN /480V/ RTXRRU

14 onformity to standards /N /N UL508 /N UL486 /N S N50011 N /102 N50012 N50005 mbient conditions Storage temperature -55º to +80º Operation temperature -40º to +55º -40º to +70º (1) ltitude <2000m (1) rom 100% to 110% of rated control voltage, without additional auxiliary blocks pprovals/marking limatic resistance ( 68-2) (1) (1) (1) (1) (1) n progress Mounting positions nstallation capabilities ontinuous tests 40 / 125 / 56 old (72h) Temperature -40º ry heat (96h) Temperature +125º Relative humidity < 50% umid heat (56h) Temperature +40º Relative humidity 95% yclic tests (6 cycles) irst half-cycle Second half-cycle umid heat Low temperature +25º Relative humidity 93% Low temperature +55º Relative humidity 95º Technical data With de-rating values -10% connection voltage -10% disconnection voltage with same rated power, data compared to vertical mounting +10% disconnection voltage +10% connection voltage with same rated power, data compared to vertical mounting Terminal capacity and tightening torque onventional Thermal urrent (lth) () ead type ox terminals Solid, stranded and finely stranded w/o end sleeve (mm 2 ) Slot & PZ inely stranded with end sleeve (mm 2 ) Slot & PZ inely stranded w/o end sleeve (mm 2 ) Slot & PZ W wires Tightening torque (Nm) (Lb x in) 22 / / / 20 inely stranded w/o end sleeve (mm 2 ) Slot & PZ W wires Tightening torque (Nm) (Lb x in) 22 / / / 20 inely stranded with end sleeve (mm 2 ) Slot & PZ W wires Tightening torque (Nm) (Lb x in) 22 / / / 20 15

15 lectrical endurance ategory 1 (3P & 4P contactors) ategory 3 (3P contactors) lobal contactors ategory 4 (3P contactors)

16 Power circuit Three pole version Rated thermal current th at 55º () Rated operational current e -3 () Rated operational voltage Ue (V) 690V acc / 600V acc UL-S our pole version Rated thermal current th at 55º () Rated operational voltage Ue (V) 690V acc / 600V acc UL-S Three and four pole version Rated insulation voltage Ui (V) 1000V acc / 600V acc UL-S Maximum continuous current -1 () requency limits (z) Making capacity (RMS) ( ) U = 500V () reaking capacity (RMS) (acc ) Ue = 500V () Ue = 690V () Short-time current from cold state 1s () s () s () s () min () min () Recovery time (min) Protection against short-circuit with fuses without thermal overload relay oordination type 1 gl-g (U = 500V, 50k or U = 415V, 80k) () oordination type 2 gl-g (U = 500V, 50k or U = 415V, 80k) () verage mpedance per pole (mω) Power dissipation per pole -1 (W) (W) nsulation resistance etween adjacent poles (MΩ) >10 >10 >10 >10 >10 >10 etween poles and earth (MΩ) >10 >10 >10 >10 >10 >10 etween input and output (MΩ) >10 >10 >10 >10 >10 >10 Technical data 17

17 ontrol circuit - lternating current lobal contactors 09 up to up to 40 Rated insulation voltage Ui (V) Standard voltages Us 50z (V) Standard voltages Us 60z (V) Voltage operating limits 50/60z coils Operating 50z xus Operating 60z xus Pick-up 50z xus Pick-up 60z xus rop out 50z xus rop out 60z xus Maximum consumption bifrequency coils (cold state) Magnetic circuit closed (50z/60z) (V) 98 / / 76 Magnetic circuit opened (50z/60z) (V) 701 / / 138 Power factor Magnetic circuit closed cos Magnetic circuit opened cos Opening and closing times Values between +10% Us and 20% Us Making time on energisation () (ms) reaking time on de-energisation () (ms) Values at Us Making time on energisation () (ms) Making time on de-energisation () (ms) Mechanical endurance ifrequency coils (at 50z) 10 6 ops Maximum rate -1 at rated power ops/h at rated power ops/h at rated power ops/h at rated power ops/h No load ops/h ontrol circuit - irect current oils with Wide voltage range oils with Low consumption 09 up to up to up to up to 40 Rated insulation voltage Ui (V) Standard voltages Us (V) Operating Limits Operating xus (V) Pick Up xus (V) rop Out xus (V) Maximum consumption at Us Magnet circuit open and closed (cold state) (W) Opening and closing times Values between +10% Us and 20% Us Making time on energisation () (ms) reaking time on de-energisation () (ms) Values at Us Making time on energisation () (ms) reaking time on de-energisation () (ms) Mechanical endurance 10 6 ops Maximum rate -1 at rated power ops/h at rated power ops/h at rated power ops/h at rated power ops/h No load ops/h (1) 44 for 230 Vdc version 18

18 uilt-in auxiliary contacts 09 up to 25 Rated insulation voltage Ui according to (V) 1000 Rated thermal current th a 55º () 10 Making capacity (rms) acc to Ue 400V, 50/60z () Ue 220Vdc () 105 reaking capacity (rms) acc to Ue 400V, 50/60z () Ue 220Vdc () 2-15 rated voltage and current Ue-e according to (V-) 110/ / / / /660-2 according to UL, S rated voltage and current Ue-le (V-) 24-6 according to according to UL, S Q600 lectrical endurance 10 6 ops 02 Minimum operational power (operational safety) 17 V - 5m Short-circuit protection Max fuse class gl-g without welding () 10 nsulation resistance etween contacts (MΩ) etween contacts and earth (MΩ) >10 uaranteed no overlap between and N contacts Space 13mm mpedance of the contacts (MΩ) 27 Technical data uxiliary contact blocks /L Rated insulation voltage Ui according to (V) 1000 Rated thermal current lth at 55º () 10 Making capacity (eff) according to Ue 400V, 50/60z () Ue 220Vdc () 60 reaking capacity (eff) according to Ue 400V, 50/60z () Ue 220V, () rated voltage and current Ue-e according to (V-) 110/ / / / / according to UL, S rated voltage and current Ue-e (V-) 24-4 according to according to UL, S Q600 lectrical endurance 10 6 ops 02 Mechanical endurance 10 6 ops 10 Minimum operational current (operational safety) 17-5 V-m Short-circuit protection Max fuse class gl-g without welding () 10 nsulation resistance etween contacts (MΩ) etween contacts and earth (MΩ) >10 uaranteed no overlap between and N contacts Space 16mm for / 22mm for L mpedance of the contacts (MΩ) 27 19

19 lobal contactors Mechanical latch blocks Rated insulation voltage Ui (V) 1000 Standard voltages Us: 50 to 60z and (V) & Operating limits 85% to 110% onsumption for unlatching (auto cut-out) 24 to 72V 30W / 25V 110 to 440V 15W / 12V lectrical unlatching control 18 Minimum impulse (ms) Maintained uto cut by internal contact Manual unlatching control y manual push-button lectrical making control Minimum pulse (ms) 40 (auto cut) Manual making control y manual push-button uxiliary contact N -15 utilisation according to according to UL/S -13 utilisation according to (V-) (V-) 110/ / / / / according to UL/S Q600 Mechanical endurance 10 6 ops 02 Wiring diagrams lternating current lternating current / irect current Terminal capacity Terminal capacity Screw plate MLS,MLS lexible wire (mm 2 ) 2x05 25 W wire (mm 2 ) 2x20 14 Standard gauge 3 Tightening torque (Nm/Lb in) 11 / 10 20

20 Thermal mechanical overload relays for contactors from 016 to 40 ontrol circuit up to 690V Power circuit RT1, RT2: up to 690V Thermal protection against balanced overload Three-pole differential (phase unbalance protection) utomatic ambient temperature compensation ront mounted selector for choosing utilization current Manual trip lever (tripping test) Tripping indicator (0-1) P20 protection Reset button, 4 positions: - Manual RST - Manual RST and STOP - utomatic RST with STOP - utomatic RST without STOP Standards 7 N N UL508 S222/14 V 0660 pprovals/marking (1) /N Ui=690V Tripping current 120% of current setting Tripping curves Trip Time (s) Manual RST Manual RST and STOP utomatic RST with STOP utomatic RST without STOP Technical data (1) (1) (1) (1) n progress Single phase old state Three phase old state Three phase Warm state Multiples of setting current 21

21 Thermal mechanical overload relays lobal contactors lass 10 Setting range () Suitable for ll fficor contactors Main circuit Rated insulation voltage (V) 690 requency limits (z) ontrol circuit Rated insulation voltage ( ) Ui (V) 690 Rated thermal current th () 10 Operation current rated voltage and current Ue-e (V-) 110/ / / / / rated voltage and current Ue-e (V-) Utilisation according UL and S 600-Q600 Protective fuse type gl () 10 Terminal capacity (mm 2 ) Tightening capacity (Nm) 22 / 20 Terminal capacity lamp terminal - lexible (mm 2 ) lamp terminal - Standard gauge 6 22 / 20 mbient conditions Remote electrical reset Storage temperature Operation temperature (compensated) ltitude <2000 m Relative humidity Protection treatment -55º to +80º -25º to +60º without any changes in characteristics 40º, 95% no cond Salt spary test Power consumption 100V 100W oils not suitable for continuous operating duty t 1 = 1 sec t 2 = 30 sec t 1 = 5 sec t 2 = 90 sec t 1 = 10 sec t 2 = 180 sec Mounting positions (t 1 = ON time t 2 = O time) nclination angle axis Y and Z: ±30 22

22 oordination table Type 2 with 50k at 415V and 500V Thermal Overload Relay urrent Setting range (ac) Rated Power (kw) Rated urrent () "r" urrent (k) "q" urrent (k) Type SP Rat (ac) 415V ontactor Type Rat (ac) With M as SP SP (M) Type Rat (ac) Rated Power (kw) Rated urrent () "r" urrent (k) "q" urrent (k) 500V With use MMS as SP ontactor SP ontactor Type Rat (ac) Type Rat (ac) Type Rat (ac) RT RT RT MMS MMS use use use use RT110 RT110 RT110 RT110J RT110K use use use use use use use use use use Technical data RT110L RT110M RT110N/ RT210N RT110P/ RT210P RT110S/ RT210S RT110T/ RT210T RT210U RT210V RT210W use use use use use M use use M use use M use use use M use use M use use M use Thermal overload relays, Trip lass: 10 Rated operational voltage: 415Vac, 500Vac Rated insulation voltage: 690Vac Rated frequency: 50z Rated duty: ight hour duty Pollution degree: 3 Rated conditional short-circuit protection device current: 80k at 415Vac; 50k at 500Vac 23

23 Surion PS high breaking capacity (Thermal Magnetic) oordination Type 2-65k at 380/400 & 415V lobal contactors Rated Power Motor (1) Manual Motor Starter ontactor ox clamp Links Rated current () atno Rated current (n) kw 380/400V 415V () Thermal current Setting range () Magnetic current () Series Smallest wire u (pvc) (2) 380/415V (mm 2 ) Minimum frontal electrical safety clearence PS M1L PS M1L PS M1L PS M1L PS M1L PS M1L PS M1L PS M1L PS M1L PS M1L PS1J M1L PS1K M1L PS1K M1L PS1L M1L PS1M M1L PS1P M1L PS1R M1L PS2S M1L32 (mm) atno (1) urrent are relevant to four pole motors not having special characteristics of torque nrush currents: 8 time rated current for 1s (2) The minimum cycle cross-sections are referred to an ambient temperature of 30º max in free air and are selected to withstand the maximum let-through energy and the motor rated current esides the user has to consider the drop voltage, the type of laying and ambient temperature 24

24 Record Plus oordination Type 2 at 80k at 380/400 & 415V Motor (1) M ontactor Overload relay ox clamp learance Rated Power Rated current () atno Rated current (n) Thermal urrent Magnetic urrent Operating current dmissible power Setting Range Smallest wire u (pvc) (2) Min frontal electrical safety clearance kw 380/400V 415V () Setting range () () Series P(kW) Series 380/415V (mm 2 ) RT RT RT RT RT RT Record Plus oordination Type 2 at 80k at 500/525V Rated Power Motor (1) M ontactor Overload relay ox clamp learance Rated current () atno Rated current (n) kw 380/400V 415V () Thermal urrent Setting range () Magnetic urrent Operating current dmissible power () P(kW) Series Setting Range Smallest wire u (pvc) (2) 380/415V (mm 2 ) mm Min frontal electrical safety clearance RT RT RT RT mm Technical data (1) urrent are relevant to four pole motors not having special characteristics of torque nrush currents: 8 time rated current for 1s (2) The minimum cycle cross-sections are referred to an ambient temperature of 30º max in free air and are selected to withstand the maximum let-through energy and the motor rated current esides the user has to consider the drop voltage, the type of laying and ambient temperature 25

25 ontact sequence evice Rating asic contactor uilt-in auxiliary uxiliary contact blocks - ront mounted-4p N P contactors lobal contactors 4P contactors 4 4P contactors 2+2N ontact sequence (auxiliary contactors) 4P contactors 4 4P contactors 2+2N

26 uxiliary contact blocks - ront mounted-2p uxiliary contact blocks - ront mounted-2p Technical data

27 Terminal numbering 3P and 4P contactors L1 3L2 5L N 1 1L1 3L2 5L3 1 1L1 3L2 5L3 7L4 1 R1 1L 3L R3 1 1L1 R1 R3 3L2 2 2T1 4T2 6T N 2 2T1 4T2 6T3 2 2T1 4T2 6T3 8T4 2 R2 2T1 4T R4 2 2T1 R2 R4 4T2 lobal contactors uxiliary contactors N N N N N N N 21 N 31 N 41 N uxiliary contact blocks - ront mounting uxiliary contact blocks - Lateral mounting L20 L11 L (104) (94) 74 (103) (93) (104) 74 (103) 81 (92) 82 (91) 71 (102) 81 (92) (101) (91) Mechanical and mechanical/electrical interlock M M02 01 (02) (02) (01) (01) 02 28

28 Terminal numbering (continued) Pneumatic timer blocks PT PT Voltage suppressor blocks SUR SU SUV Mechanical latch block ML ML c alterna / Technical data 29

29 Terminal numbering according to N uxiliary contacts escription N Possible basic auxiliary contactors + uxiliary contacts blocks to be added lobal contactors 4 auxiliary contactor terminal combination with 2P RONTL block auxiliary contactor terminal combination with 4P RONTL block L413 4 auxiliary contactor terminal combination with LTRL - block mounted on the RT side of contactor (102) (92) (101) (91) 73 (104) 74 (103) 81 (92) 82 (91) (104) (94) (103) (93) L L L220 30

30 Terminal numbering according to N (continued 1) uxiliary contacts escription N Possible basic auxiliary contactors + uxiliary contacts blocks to be added 4 auxiliary contactor terminal combination with LTRL - block mounted on the LT side of contactor N auxiliary contactor terminal combination with 2P RONTL block N N N N N N N N N N N N N auxiliary contactor terminal combination with 4P RONTL block N N N N N N N N N N N N N N N N N N N N L L L L Technical data

31 Terminal numbering according to N (continued 2) uxiliary contacts escription N Possible basic auxiliary contactors + uxiliary contacts blocks to be added lobal contactors 4N auxiliary contactor terminal combination with LTRL - block mounted on the RT side of contactor N N N N N N N N N N N N (102) (92) (101) (91) 73 (104) 74 (103) 73 (104) 74 (103) 81 (92) 82 (91) 81 (92) 82 (91) L L L220 4N auxiliary contactor terminal combination with LTRL - block mounted on the LT side of contactor N N N N N N N N L L N N N N L220 32

32 Terminal numbering according to N uxiliary contacts escription N Possible basic auxiliary contactors + uxiliary contacts blocks to be added Terminal numbering according to N L1 3L2 5L N T1 4T2 6T N 1L1 3L2 5L T1 4T2 6T3 RONT mounted auxiliary contact blocks with 2 contacts each 1L1 3L2 5L N T1 4T2 6T N L1 3L2 5L N T1 4T2 6T N Technical data 1 2 1L1 3L2 5L N 2T1 4T2 6T N L1 3L2 5L T1 4T2 6T L1 3L2 5L T1 4T2 6T L1 3L2 5L T1 4T2 6T LTRL mounted auxiliary contact blocks with 2 contacts each - RT side mounted L1 3L2 5L N 2T1 4T2 6T N 1L1 3L2 5L N 2T1 4T2 6T N (102) (92) (101) (91) 73 (104) 74 (103) 81 (92) 82 (91) L L211 33

33 Terminal numbering according to N (continued 1) uxiliary contacts escription N Possible basic auxiliary contactors + uxiliary contacts blocks to be added lobal contactors LTRL mounted auxiliary contact blocks with 2 contacts each - RT side mounted (continued) L1 3L2 5L N 2T1 4T2 6T N 1L1 3L2 5L3 2T1 4T2 6T3 1L1 3L2 5L3 2T1 4T2 6T3 1L1 3L2 5L3 2T1 4T2 6T (104) (94) (103) (93) (102) (92) (101) (91) 73 (104) 74 (103) 81 (92) 82 (91) (104) (94) (103) (93) LTRL mounted auxiliary contact blocks with 2 contacts each - LT side mounted L L L L L1 3L2 5L N 2T1 4T2 6T N L L1 3L2 5L N 2T1 4T2 6T N 1L1 3L2 5L N 2T1 4T2 6T N L L L1 3L2 5L3 2T1 4T2 6T3 1L1 3L2 5L3 2T1 4T2 6T L L L1 3L2 5L3 2T1 4T2 6T L220 34