Bulletin 100-C/104-C IEC Contactors

Transcription

1 Bulletin 1-C/14-C IEC Contactors Compact sizes from 4 4 kw/ 6 Hp (9 8 A) AC and DC coil control Common accessories for all contactor sizes Front and side mounting of auxiliary contacts Electronic and pneumatic timing modules Space-saving coil-mounted control modules Reversible coil terminations (line or load side) All devices can be attached to 3 mm DIN mounting Rail Environmentally friendly materials The Bulletin 1-C/14-C contactor family, along with a wide range of common accessories and Bulletin 193 solid-state overload relays, provides the most compact and flexible starter component system available. Your order must include: cat. no. of the contactor specified with coil voltage code and, if required, cat. no. of any accessories and/or replacement coils. Standards Compliance and Certifications Standards Compliance EN/IEC , IEC 6947 Type 2 Coordination CSA C22.2 No. 14 UL 8 Certifications CE Marked culus Listed (File No. E312; Guide NLDX, NLDX7).

2 Product Selection 3-Pole AC- and DC-Operated Contactors I e [A Ratings for Switching AC Motors AC-2, AC-3, AC-4 Aux. Contacts Cat. No. 3 kw ( Hz) Hp (6 Hz) AC- AC- 23V 4V/41V V69V V 23V2V23V46V 7VN.O. N.C /2 1-1/ /21 1- C C / / C C C C / C C / C C C / C C C / C C C C C C C72

3 / C C C C C8 1 Coil voltage code and terminal position see Coil Voltage Code and Terminal Position 4-Pole AC- and DC-Operated Contactors I e [A Ratings for Switching AC Motors AC-2, AC-3 Contact Configuration, Main Pole Cat. No. 3 kw ( Hz) Hp (6 Hz) AC AC 23 4V/ V V V V 11 V 23 V 2 V 23 V 46 V 7 V N.O. N.C /2 1-1/ /24 1- C C C / / C C C C C C / C C C / C4 4

4 / C C C9 2 Three-phase ratings apply only to contactors with at least three N.O. power poles. Coil voltage code and terminal position see Coil Voltage Code and Terminal Position Reversing AC- and DC-Operated Contactors I e [A Ratings for Switching AC Motors AC-2, AC-3, AC-4 Auxiliary Contacts Installed per Contactor Cat. No. 3 kw ( Hz) Hp (6 Hz) AC- AC-23V4V/41V V 69V V23V2V23V 46V7VN.O. N.C /2 1-1/ / C / / C C / C / / C C C C C C

5 / C C C C C C8 22 The N.C. auxiliary contact is supplied as part of the mechanical/electrical interlock. Coil Voltage Code and Terminal Position The Cat. No. as listed is incomplete. Select a coil voltage code from the table below to complete the Cat. No. Example: 12V, 6Hz: Cat. No. 1-C9 1 becomes Cat. No.1-C9D1. [V Hz Hz 6 Hz /6 Hz R K V WX Y K D P S K L F VA T N G B M C P G Q J V X KP D KG H L A T I E N B C K K J Y K P K D K G KL KL K F K A K N K B DC Voltages [V Standard ZR ZQ ZJ ZW ZY ZZ ZB ZG ZE ZD ZP ZS ZA ZF ZT C9 C43 with Integrated Diode DJ Electronic with Integrated EJ Diode 1- C6 C8 with Integrated Diode DR DQ DJ DW DY DZ DB DG DE DD DP DS DA DF DT Coil Terminal Position All contactors are delivered with the coil terminals located on the line side. For load side coil terminations, insert a U prior to the coil voltage code. Ordering example: Cat. No. 1-C9UD1

6 Bulletin 1-C/14-C Accessories Auxiliary Contacts (For 1-C9 C8 contactors) Description Auxiliary Contact Blocks for Front Mounting 2- and 4- pole Quick and easy mounting without tools Electroniccompatible contacts down to 17V, ma Mechanically linked performance between N.O. and N.C. poles and to the main contactor poles (except for L types) Models with equal function with several terminal numbering choices 1L = Late break N.C./early make N.O. Bifurcated version for switching down to 8V, ma also available Auxiliary Contact Connection Diagrams For Use With Standard Bifurcated Auxiliary Auxiliary N.O.N.C. Contact Contact Cat. No. Cat. No. 2 1-C all 1-FA2 1- FAB2 C3 C8 1-FB2 1- FBB C all 1-FA11 1- FAB11 C3 C8 1-FB11 1- FBB11 C9 1 C23 1-FC FCB C all 1-FA2 1- FAB2 C3 C8 1-FB2 1- FBB2 1L 1L C3 C8 1- FAL11 C3 C8 1- FBL C all 1-FA4 1- FAB C all 1-FA FAB13 1-C all 1-FA22 1- FAB22 C3 C8 1-FB22 1- FBB22 C9 1 C23 1-FC FCB C all 1-FA31 1- FAB31 C9 1 C23 1-FC FCB C all 1-FA4 1- FAB C all 1- L L FAL C all 1-SA1

7 Blocks for 1-C all 1-SA1 Side 1 Mounting 2 1-C all 1-SA2 without Sequence 1 1-C all 1-SA11 Terminal 1 Designations 1-C all 1-SA and 2-1L 1-C all 1- pole Two-way 1L SAL11 numbering for right or left mounting on the contactor Quick and easy mounting without tools Electroniccompatible contacts down to 17V, 1 ma Mirror contact performance to the main contactor poles 1L = Late break N.C./early make N.O. Auxiliary 1 1-C 1-SB1 Contact Blocks for 1-C 1-SB1 Side 1 Mounting 2 1-C 1-SB2 with Sequence 1 1-C 1-SB11 Terminal 1 Designations 2 1-C 1-SB2 1- and 2-1L 1-C 1- pole Two-way 1L SBL11 numbering for right or left mounting on the contactor Quick and easy mounting

8 without tools Electroniccompatible contacts down to 17V, 1 ma Mirror contact performance to the main contactor poles 1L = Late break N.C./early make N.O. Max. number of auxiliary contacts that may be mounted: AC coil contactors max. 4 N.O. contacts on the front of the contactor, 2 N.O. contacts on the side, 4 N.C. front or side, 6 total. DC coil contactors max. 4 N.O. contacts on the front of the contactor or max 2 N.O. contacts on the side, 4 N.C. front or side, 4 total. Double numbering Left-side mounting only is recommended for Cat. No. 1-C9 1- C23 due to double numbering. Control Modules (For 1-C9 C8 contactors) Description Pneumatic Timing Modules Pneumatic timing element contacts switch after the delay time. The contacts on the main control relay continue to operate without delay. On-Delay.3 3 s Range s Range Off-Delay.3 3 s Range Connection Diagrams For Use With Cat. No. 1-C with AC coils, 7-CF all 1-C all, 7- CF all 1-FPTA3 1-FPTA18 1-FPTB s 1-FPTB18 Range Electronic Timing 1 3 s 1-C with 1-ETAZJ3 Modules On-Delay Range 24 48V DC Delay of the contactor 1 3 s coils, 7-CF 1-ETA3 or control relay Range with DC coils solenoid s 1-ETA18 The contactor or control Range relay is energized at the.1 3 s 1-C with 1-ETAZJ3 end of the delay time. Range 24 48V DC 1 3 s coils, 7-CF 1-ETAZJ3 Range with DC coils 1 18 s 1-ETAZJ18 Range Electronic Timing.3 3 s 1-C9 C37 1-ETBKJ3

9 Modules Off-Delay Delay of the contactor or control relay solenoid. After interruption of the control signal, the contactor or control relay is deenergized at the end of the delay time. Electronic Timing Modules Delay of the contactor solenoid. Contactor K 3 (Y) is de-energized (off) and K 2 (D) is energized (on) after the end of the set Y end time. (Switching delay at ms.) Continuous adjustment range High repeat accuracy Mechanical Interlocks For interlocking of two contactors. Common interlock for all Bul. 1-C contactor sizes Interlocking of different sizes possible Mechanical and electrical interlocking possible in one module by means of integrated auxiliary contacts 9 mm dovetail connector included Mechanical Latch Following contactor latching, the contactor coil is immediately deenergized (off) by the N.C. auxiliary contact (6-66). Electrical or manual release 1 N.O. + 1 N.C. auxiliary contacts Suitable for all Bul. 1-C contactor sizes, Range 1 3 s Range 1 18 s Range.3 3 s Range 1 3 s Range 1 18 s Range Transition Time Y Contactor 1 3 s Range Mechanical only without auxiliary contacts Mechanical/ electrical with 2 N.C. auxiliary contacts Maximum command duration.3 1 s with 24V /6 Hz coils, 7-1-ETBKJ3 CF with AC coils 1- ETBKJ18 1-C with 1-ETB V /6 Hz coils, 1-ETB3 7-CF with AC coils 1-ETB18 1-C with 11 24V AC, /6 Hz coils 1-ETY3 1-C (except 1-MCA 1-C4, -C9) 1-C (except 1-MCA2 1-C4, -C9) 1-C with AC 1-FL11 coils (except 1-C9)

10 9 8 A Package Quantity = 1 Coil Voltage Code The cat. no. as listed is incomplete. Select a voltage suffix code from the table below to complete the cat. no. Example: 12V, 6 Hz: Cat. No. 1-FL11 becomes Cat. No. 1-FL11D. Voltage [V Hz K Y KP D VA T N G B 6 Hz J D A T N B For special voltages, consult your local Rockwell Automation sales office or Allen-Bradley distributor. Control Modules (For 1-C9 C8 contactors), Continued Description DC Interface (Electronic) Interface between the DC control signal (PLC) and the AC operating mechanism of the contactor. Requires no additional surge suppression on the relay coils Surge Suppressors For limitation of coil switching transients. Plug-in, coil mounted. Suitable for all 1-C contactor sizes, 9 8 A. RC, varistor, and diode versions. RC Module AC operating mechanism Varistor Module AC/DC operating Voltage Range Input: 12V DC Output: 11 24V AC Input: 18 3V DC Output: 11 24V AC Input: 48V DC Output: 11 24V AC 24 48V AC, /6 Hz 11 28V AC, /6 Hz 38 48V AC, /6 Hz 12 V AC/ 12 77V DC mechanism 6 136V AC/ Connection Diagrams For Use With 1-C with AC coils 11 24V AC 1-C with AC coils Cat. No. 1-JE12 1-JE 1-JE48 1-FSC48 1-FSC28 1-FSC48 1-C 1-FSV 1-C 1- FSV136

11 Diode Module DC operating mechanism 78 18V DC V AC/ 181 3V DC 278 7V AC 12 2V DC 1-C 1- FSV277 1-C 1- FSV7 1-C with 1- DC coils FSD2 Assembly Components (For 1-C9 C8 contactors) Cat. No. 1-S Cat. No. 1- SCCA Cat. No. 1- SCFA Cat. No. 1- PW23 Description For Use With Cat. No. Dovetail Connectors For use in contactor and starter assemblies. Single Connector mm Spacing 1-C 1-S Dovetail Connectors 1-S9 For use in contactor and starter assemblies. Dual Connector 9 mm Spacing Protective Covers 1-C all 1- Provides protection against unintended manual SCCA operation For contactors and front mounted auxiliary contacts, pneumatic timers and latches 1-FA, -FB, -FC, 1-SCFA -FP, -FL; Reversing Power Wiring Kits For reversing connection with a solid-state or thermal overload relay DIN (#3) Symmetrical Rail 3 x 7. x 1 m 1-C9 C23 1-C3 C37 1-C43 1-C6 8 14M-D 14M-F 1-PW23 1-PW37 1-PW43 1-PW8 199-DR1 Must be ordered in multiples of package quantities. Wye-Delta/Star-Delta Starter Kits Wye-Delta power wiring kits were designed to aid in the field assembly of open-transition wyedelta starters that use Bulletin 1-C contactors. These kits include line, load, and start-point

12 (shorting) connections. Assembling a wye-delta starter requires the use of the following additional components: Contactors Overload Relay Cat. No. 1-MCA2 Mechanical/Electrical Interlock Cat. No. 1-ETY3 Electronic Y- Timer Cat. No. 1-S9 Base Coupler for 1M to 2M contactor (optional) Cat. No. 17-PW23 3-Phase Rating kw ( Hz) Hp (6 Hz) Pkg. Cat. No. Use with Cat. No. 1-Qty /41VV 69V2V23V46V 7VDelta Wye V 1M 2M 1S C9 C9 C PW C12 C12 C PW C16 C16 C PW C23 C23 C PW C3 C3 C PW C37 C37 C PW C43 C43 C PW C6 C6 C PW C72 C72 C PW C8 C8 C PW8 Package Quantity = 1 Marking Systems (For 1-C9 C8 contactors) Description Label Sheet 1 self-adhesive paper labels each, 6 x 17 mm Pkg. Cat. No. Qty. 1 1-FMS Marking Tag Sheet 1 1-FMP 16 perforated paper labels each, 6 x 17 mm, to be used with a transparent cover Transparent Cover 1 1-FMC To be used with marking tag sheets Marking Tag Adapters To be used with marking tag 1 1- FMA1 Marking Tag Adapters 1 1-

13 To be used with marking tag FMA2 Must be ordered in multiples of package quantities. Terminal Kits (For 1-C9 C8 contactors) Description Max. Current Ratings and Wire Sizes Stab Connector Kit Dual stab (.2 in.) for 1-C coil terminals For 1-C9 C8 contactors Stab Connector Kit Dual stab (.2 in.) for 1-C power terminals For 1-C9 C23 contactors 3-Pole Terminal 4 4 A (4 16 mm 2, Lug Kit C fine stranded w/ For Cat. No ferrule) C9 C23 (Line C 4 A (4 2 mm 2, side) UL/CSA coarse stranded/solid) (Encl.) 4 A (#1 4 AWG, 3-Pole Terminal Lug Kit For Cat. No. 1- C9 C23 (Load side) 3-Pole Terminal Lug Kit For Cat. No. 1- C3 C37 (Line side) 1-Pole Terminal Lug Kit For Cat. No. 1- C43 1-Pole Terminal Lug Kit For Cat. No. 1- C6 C8 3-Pole Paralleling Kit For Cat. No. 1- C9 C23 4 C 4 C UL/CSA (Encl.) 4 C 4 C UL/CSA (Encl.) 4 C 4 C UL/CSA (Encl.) 4 C 4 C UL/CSA (Encl.) 4 C 4 C stranded/solid) 4 A (4 16 mm 2, fine stranded w/ ferrule) 4 A (4 2 mm 2, coarse stranded/solid) 4 A (#1 4 AWG, stranded/solid) 6 A (4 16 mm 2, fine stranded w/ ferrule) 6 A (4 2 mm 2, coarse stranded/solid) A (#1 4 AWG, stranded/solid) 9 A (6 3 mm 2, fine stranded w/ ferrule) 9 A (6 mm 2, coarse stranded/solid) 7 A (#8 2 AWG, stranded/solid) 13 A (1 7 mm 2, fine stranded w/ ferrule) 13 A (1 9 mm 2, coarse stranded/solid) 13 A (#8 2/ AWG, stranded/solid) 1 A (3 7 mm 2, fine stranded w/ ferrule) 1 A (3 9 mm 2, Pkg. Cat. No. Qty SC SC CTN CTL CT CT CT8 2 1-CP23

14 3-Pole Paralleling Kit For Cat. No. 1- C3 C37 UL/CSA (Encl.) 4 C 4 C UL/CSA (Encl.) coarse stranded/solid) 1 A (# 2/ AWG, stranded/solid) 1 A (3 7 mm 2, fine stranded w/ ferrule) 1 A (3 9 mm 2, coarse stranded/solid) 1 A (# 2/ AWG, stranded/solid) 2 1-CP37 Must be ordered in multiples of the package quantity. 16 mm 2 max. according to IEC 6947; actual max. 2 mm 2.

15 Bulletin 1/14-K, 1/14-C, 1/14-D, 1S/14S-C, 1S-D Specifications 1/14-K 1/14-C, 1S/14S-C *24*443 6 Coil Type : Conventional X X X X X X X X X X X X X Electronic EI AC-1 Active Power Load ( Hz); Ambient temperature 4 C I e V [A (4) V [A (4) V [A 23V [kw V [kw V [kw V [kw V [kw V [kw V [kw Ambient temperature 6 C I e V [A V [A V [A 23V [kw V [kw V [kw V [kw V [kw V [kw V [kw Switching of 3-phase Motors; ( Hz) Ambient temperature 6 C, AC-2, AC-3 23V [A V [A V [A V [A V [A V [A V [A 23V [kw V [kw V [kw V [kw V [kw V [kw V [kw Load Carrying Capacity per UL/CSA General Purpose Current (enclosed) [A Rated power (enclosed) 1-phase 11V [A

16 3-phase 23V [A V [Hp V [Hp V [A V [A V [A V [A V [Hp V [Hp V [Hp V [Hp Values in ( ) with increased cross-section and cable lug Coil Type : AC-1 Active Power Load ( Hz); Ambient temperat ure 4 C 1/14-C, 1/14-D, 1S-D 1S/14S-C *2 9* ConventioX X X X X X X X nal Electronic X X X X X X X X X X EI Electronic AC-1 Active Power Load ( Hz); EI Ambient temperature 4 C I e [A V 69V [A [A V 23V [kw V [kw V [kw V [kw V [kw V [kw [kw V 7 6 Ambient Electronic Ambient temperature 6 C

17 temperat EI ure 6 C I e [A V 69V [A [A V 23V [kw V [kw V [kw V [kw V [kw V [kw [kw V 4 6 Switchin Electronic Switching of 3-phase Motors; ( Hz) g of 3- EI Ambient temperature 6 C, AC-2, AC-3 phase 23V [A Motors; ( Hz) Ambient 24V [A temperat 4V [A ure 6 C, AC- 41V [A , AC-3 (13)(1)(1)(189)(189)(227)(28)(31) V [A V [A [A V 23V [kw V [kw V [kw V [kw (7) (9) (9) (11)(11)(132)(1)(18) V [kw V [kw

18 1 [kw V Load Electronic Load Carrying Capacity per UL/CSA Carrying EI Capacity per UL/CSA General Purpose General Purpose Current (enclosed) Current (enclosed) [A Rated power Rated power (enclosed) (enclosed) 1-11V [A phase 23V [A V [Hp V [Hp V [A phase V [A V [A V [A V [Hp V [Hp V [Hp V [Hp Values in ( ) with 41 V: values in ( ) AC-3 and AC-4 lifespan -2 % increased crosssection and cable lug 1/14-K 1/14-C, 1S/14S-C Coil Type : Conventional X X X X X X X X X X X Electronic EI Switching of 3-phase Motors, (Hz); Ambient temperature 6 C, AC-4 23V [A V [A V [A V [A

19 Electronic EI AC-4 at approximately 2, operations V [A V [A V [A 23V [kw V [kw V [kw V [kw V [kw V [kw V [kw 23V [A V [A /41V [A V [A V [A V [A 23V [kw V [kw V [kw V [kw V [kw V [kw V [kw Max. switching frequency Ops/h Wye-Delta (6 Hz) 2V [Hp ? 7? V [Hp ? V [Hp V [Hp UL/CSA Elevator Duty 2V [A V [A V [A V [A V [Hp ? 7? V [Hp 2 3 7? V [Hp 7? V [Hp 7? Star-Delta Starting ( Hz) 23V [A V [A V [A V [A V [A V [A V [A 23V [kw V [kw V [kw V [kw V [kw

20 69V [kw V [kw Power ratings at Hz: Preferred values according to IEC Approval pending on Cat. No. 1-D21 D86. 1/14-1/14-D, 1S-D C, 1S/1 4S-C Coil Type : Convention X X X X X X al Electronic EI X X X X X X X X X X Switching Electronic of 3-phase EI Switching of 3-phase Motors, (Hz); Ambient temperature 6 C, AC-4 Motors, 23V [A (Hz) Ambient 24V [A temperatu re 6 C, AC-4 4V [A V [A (13) (1) (1) (189) (189) (227) (28) (31) V [A V [A V [A V [kw V [kw V [kw V [kw (7) (9) (9) (11) (11) (132) (1) (18) V [kw V [kw V [kw AC-4 at Electronic Electronic EI approxima EI tely 2, 23V [A

21 operations 24V [A /41 [A V V [A V [A V [A V [kw V [kw V [kw V [kw V [kw V [kw V [kw Max. switching Ops frequency /h Wye-Delta Electronic Electronic EI (6 Hz) EI 2V [Hp V [Hp V [Hp V [Hp UL/CSA Elevator Electronic EI UL/CSA Elevator Duty Duty 2V [A V [A V [A V [A V [Hp V [Hp V [Hp

22 7V [Hp Electronic Star-Delta Starting ( Hz) EI 23V [A V [A V [A V [A (22) (268) (268) (332) (332) (393) (447) (46) 7 V [A V [A V [A V [kw V [kw V [kw V [kw (9) 1 (132) 132 (16) 132 (16) (33) 42 V [kw V [kw V [kw V: Values in ( ) AC-3 and AC-4 lifespan -2% 1/14-K 1/14-C, 1S/14S-C Conventional X X X X X X X X X X X Coil Type : Electronic EI Switching of Power Transformers, AC-6a ( Hz) Inrush Current Rated transformer current n = 3 = n 23V [A V [A V [A

23 8 41V [A V [A V [A V [A 23V [kva V [kva V [kva V [kva V [kva V [kva V [kva n = 2 69V [A n = 1 69V [A Hz Peak Inrush/peak rated transformer current n = 3 [A V [kva V [kva V [kva V [kva V [kva V [kva Hz Peak Inrush/peak rated transformer current n = 2 [A V [kva V [kva V [kva V [kva V [kva V [kva Hz Peak Inrush/peak rated transformer current n=1 [A V [kva V [kva

24 24V [kva V [kva V [kva V [kva Coil Type : Switching of Power Transformers, AC-6a ( Hz) 1/14-C, 1/14-D, 1S-D 1S/14S- C Conventional X X X X X X Electronic X X X X X X X X X X EI Electronic Switching of Power Transformers, EI AC-6a ( Hz) Inrush Current 23V = n Inrush Current Rated transformer 23V Rated transformer current current n = 3 [A V [A V [A V [A V [A V 69V [A [A V 23V [kva V [kva V [kva V [kva V [kva V [kva V [kva n = 2 69V [A n = 1 69V [A Hz Peak Electronic 6 Hz Peak Inrush/peak rated transformer current

25 Inrush/peak rated transformer current 6 Hz Peak Inrush/peak rated transformer current 6 Hz Peak Inrush/peak rated transformer current EI n = 3 [A V [kva V [kva V [kva V [kva V [kva V [kva Electronic 6 Hz Peak Inrush/peak rated transformer current EI n = 2 [A V [kva V [kva V [kva V [kva V [kva V [kva Electronic 6 Hz Peak Inrush/peak rated transformer current EI n=1 [A V [kva V [kva V [kva V [kva V [kva V [kva Coil Type : 1/14-K 1/14-C, 1S/14S-C *24*443 6 Conventional X X X X X X X X X X X X X Electronic EI Switching of 3-phase Capacitors, AC-6b ( Hz) Single capacitor 23V [kvar C 24V [kvar V [kvar V [kvar V [kvar V [kvar C 1V [kvar 23V [kvar V [kvar V [kvar V [kvar V [kvar V [kvar

26 Group capacitors 4 C 6 C 1V [kvar 23V [kvar V [kvar V [kvar V [kvar V [kvar V [kvar V [kvar 23V [kvar V [kvar V [kvar V [kvar V [kvar V [kvar V [kvar 6 Hz Single Capacitor 4 C 2V [kvar V [kvar V [kvar V [kvar Hz Group Capacitors 4 C 2V [kvar V [kvar V [kvar V [kvar Switching of Lamps Gas discharge lamps AC-a, 4 C open [A enclosed [A Individually compensated: Max. capacitance at expected Short-circuit 1 ka [ F current of ka [ F ka [ F Filament AC-b 23/24V [A Switching of Low Inductive Loads in Home Appliances and Similar Applications per IEC 619 ( Hz) AC-7a 23V [A V [A V [A Switching of Motor Load for Home Appliances ( Hz) AC-7b 23V [A V [A V [A Inductance of leads between capacitors in parallel: min. 6 H (1-C9 C3 contactors: min 3 H) 1/14-C, 1/14-D, 1S-D

27 1S/14S-C *2 9* Coil Type : Conventional X X X X X X X X Electronic EI X X X X X X X X X X Switching of Electronic EI Switching of 3-phase Capacitors, AC-6b ( Hz) 3-phase Capacitors, AC-6b ( Hz) Single 23V [kvar capacitor 9 4 C 24V [kvar V [kvar V [kvar V [kvar V [kvar V [kvar C 23V [kvar V [kvar V [kvar V [kvar V [kvar V [kvar V [kvar Group capacitors 4 C 23V 24V 4V 41V V 69V 1V [kvar [kvar [kvar [kvar [kvar [kvar [kvar

28 6 C 23V [kvar V [kvar V [kvar V [kvar V [kvar V [kvar V [kvar Hz Single Electronic EI 6 Hz Single Capacitor 4 C Capacitor 4 C 2V [kvar V [kvar V [kvar V [kvar Hz Group Electronic EI 6 Hz Group Capacitors 4 C Capacitors 4 C 2V [kvar V [kvar V [kvar V [kvar Switching of Electronic EI Switching of Lamps Lamps Gas open [A discharge 4 4 lamps AC- enclosed [A a, 4 C Individually 46V [A Individually compensated: compensated : Max. capacitance at expected 7V [A Max. capacitance at expected Short-circuit 1 ka [ F 4 4 current of 7 2 ka [ F 2 2

29 3 ka [ F 8 94 Filament 23/24 [A AC-b V 7 Switching of Electronic EI Switching of Low Inductive Loads in Home Appliances and Low Similar Applications per IEC 619 ( Hz) Inductive Loads in Home Appliances and Similar Applications per IEC 619 ( Hz) AC-7a 23V [A 4V [A Switching of Motor Load for Home Appliances ( Hz) AC-7b 44V [A Electronic EI Switching of Motor Load for Home Appliances ( Hz) 23V [A 4V [A 44V [A 1/14-K 1/14-C, 1S/14S-C *24*443 6 Coil Conventional X X X X X X X X X X X X X Type : Electronic EI Switching of Hermetically Sealed Cooling Compressor Motors - manual reset of overload release ( Hz) AC- 4V [A a V [A V [A automatic reset of overload release AC- 4V [A b V [A V [A Switching of DC Loads Non-inductive or slightly inductive loads or resistance furnaces DC-1 at 6 C 1 24V [A pole 48/6V [A 4/1 6/1. 6/ V [A V [A V [A V [A

30 poles in series 3 poles in series 48/6V [A V [A V [A V [A V [A /6V [A V [A V [A V [A Shunt-wound Motors Starting, reverse current braking, reversing, stepping DC-3, 6 C 3 poles in series 24V [A /6V [A V [A V [A V [A Series-wound Motors Starting, reverse current braking, reversing, stepping DC-, 6 C 3 poles in series 24V [A /6V [A V [A V [A V [A Short Time Withstand I CW, 6 C 1 s [A Resistance and Power Dissipation Main current circuit resistance Power dissipation by all circuits at I e AC-3/4V [m [W Total power dissipation At I e AC- AC control [W /4 DC [W V control Lifespan Mechanica[Mil l AC operations control Mechanica[Mil l DC operations control Electrical [Mil AC-3 (4 operations V) Weight AC Non- kg (lbs.) Reversi (.3 (.3 (.3(.86(.86(.86(.86(1.6(1.8 (1.12(3.2 ng ) ) ) ) ) ) ) ) ) ) )

31 DC Reversi ng Non- Reversi ng Reversi ng kg (lbs.) (1.89 (1.89 (1.89 (1.89(2.39(2.39 (2.4(6.9 ) ) ) ) ) ) ) 2) kg (lbs.) (.44 (.44 (.44(1.32(1.32(1.32(1.61(1.87(1.87 (2.2(3.2 ) ) ) ) ) ) ) ) ) ) 4) kg (lbs.) (2.81 (2.81 (2.81(3.39(4.) (4.) (4.7) (7.1) ) ) ) ) 1/14-C, 1-D, 1S-D 1S/14S-C * 9* Coil Conventional X X X X X X X X Type : Electronic X X X X X X X X X X EI Switchi Electronic Switching of Hermetically Sealed Cooling Compressor Motors - ng of Hermeti cally Sealed Cooling Compre ssor Motors - manual reset of overloa d release ( Hz) EI manual reset of overload release ( Hz) AC-8a 4V [A 8 1 V [A V [A Electronic - automatic reset of overload release automati EI c reset of overload release AC-8b 4V [A 3 3 V [A V [A 3 3 Switching of DC Switching of DC Loads Loads Noninductiv Electronic EI e or slightly inductiv e loads

32 or resistanc e furnaces DC-1 at 6 C 1 pole 24V [A /6 [A V 11V [A V [A V [A V [A poles in 48/6 [A series V 11V [A V [A V [A V [A poles in 48/6 [A series V 11V [A V [A V [A Shuntwound Electronic Shunt-wound Motors Motors Starting, reverse current braking, reversin g, stepping DC-3, 6 C EI Starting, reverse current braking, reversing, stepping DC-3, 6 C 3 24V [A poles in 48/6 [A series V 11V [A V [A Serieswound Motors Starting, reverse current braking, reversin g, 44V [A Electronic Series-wound Motors EI Starting, reverse current braking, reversing, stepping DC-, 6 C

33 stepping DC-, 6 C 3 poles in series Short Time Withsta nd I CW, 6 C Resistan ce and Power Dissipat ion Main current circuit resistanc e Power dissipati on by all circuits at I e AC- 3/4V Total power dissipati on 24V [A /6 [A V 11V [A V [A V [A Electronic Short Time Withstand I CW, 6 C EI 1 s [A Electronic Resistance and Power Dissipation EI 23V [m V [W Electronic EI Total power dissipation At I e AC [W AC- contro 8 (16.8) (2.) /4V l DC [W contro l 8 (16.8) (2.) Lifespa n Electronic Lifespan EI Mechani 6V [Mil cal AC control operati ons DC control 6V [Mil. operati ons Electrica 6V [Mil

34 l AC-3 (4 V) operati ons Weight Electronic Weight EI AC Non- kg Rever (lbs.) (7.28) (7.28) (7.2(8.3(7.2(8.3(16. (16. (16. ( sing (3.2 (3.2 [3.8 [3.8 8) 8) 8) 8) 3) 3) 3) 3) (63 (63 ) ) (8.38) (8.38) ) ) Rever kg sing (lbs.) 4 4 (6.9 (6.9 2) 2) DC Non- kg Rever (lbs.) 7 7 (7.28) (7.28) (7.2(8.3(7.2(8.3(16. (16. (16. ( sing (3.2 (3.2 [3.8 [3.8 8) 8) 8) 8) 3) 3) 3) 3) (63 (63 4) 4) (8.38) (8.38) ) ) Rever kg sing (lbs.) 2 2 (7.1 (7.1 ) ) Values in brackets refer to electronic coil (EI) version. 1/14-K 1/14-C, 1S/14S-C Coil Type : Conventional X X X X X X X X X X X X X X Electronic EI Conductor Cross Sections - Main Contacts Terminal type (1) conductor (2) conductors (1) conductor (2) [mm [mm [mm [mm conductors b max. [mm c max. [mm s max. [mm min. [mm Recommended torque [N m Cross section per UL/CSA [AWG Recommended torque [lb-in With terminal lug kit Cross section per [AWG UL/CSA Recommended torque [lb-in With Frame Terminal

35 Block top opening bottom opening top opening [mm 2 [mm 2 [mm 2 bott. opening [mm 2 b max. [mm s top s bottom [mm [mm Recommended torque [N m Cross section per [AWG UL/CSA top bottom [AWG Recommended torque [lb-in Pozidriv No. 2 / Blade No. 3 screw Pozidriv No. 2 / Blade No. 4 screw Hexagonal socket screw Coil Type : EI Conductor Cross Sections - Main Contacts Terminal type (1) Recommended torque Cross section per UL/CSA 1-D, 1S-D Conventional X X X X Electronic X X X X X X X X X X conducto r (2) conducto rs (1) conducto r (2) conducto rs [mm 2 [mm 2 [mm 2 [mm 2 b max. [mm c max. [mm s max. [mm 6 2 x 8 2 x 8 min. [mm [Nm [AWG

36 Recommended torque With terminal lug kit Cross section per UL/CSA Recommended torque With Frame Terminal Block Recommended torque Cross section per UL/CSA top [lb-in [AWG 8 2/ 8 2/ 6 3 MCM [lb-in top opening bottom opening top opening bott. opening b max. s top s bottom [mm 2 [mm DL11 DLE DL18 DL42 (2x) 4 3 MCM 1- DL63 (2X) 2/ MC M 1- DL DTB [mm [mm 2 [mm [mm [mm DTB18 1- DTB [Nm [AWG 6 1 / AWG bottom [AWG 6 3 / AWG Recommended torque Coil Data 6 1 / AWG 4 AWG 6 MCM 6 AWG 2 MCM 4 AWG 6 MCM [lb-in Pozidriv No. 2 / Blade No. 3 screw Pozidriv No. 2 / Blade No. 4 screw Hexagonal socket screw Hexagonal screw 2 9 mm 2 with sleeve per DIN (4X) 2/ MC M 1/14-1/14-C, 1S/14S-C K *2 4* *2 9* Coil Type Conventional X X X X X X X X X X X X X X X X X

37 Electronic EI Operating Limits Hz, 6 pick-up [x Us Hz, /6 1 Hz dropout [x Us DC pick-up [x Us (convention al) dropout [x Us DC pick-up [x Us (electronic) dropout [x Us.1. Coil Consumption Hz, 6 pick-up [VA/ 3/32 7/ 7/ 8/6 13/9 13/92/114/24 Hz, /6 W Hz hold-in [VA/ W /1.8 8/2.6 9/3 9/3 12/3.6 1/3.2 16/4. 24/9 DC pick-up [W cold 3., (convention al) hold-in [W warm 2.6 cold 3., warm 2.6 DC pick-up [W 1/22 1/22 12/28 (electronic) (avg/pea k) hold-in [W Operating Times AC closing [ms delay 3 opening [ms delay 6 With RC opening [ms module delay 6 DC closing [ms (conventiondelay al) opening [ms delay With integ. opening [ms diode delay V 2 3 With external diode opening delay [ms V DC closing [ms 2 4 (electronic) delay opening [ms 2 4 delay Max. Ripple ± 1%

38 For 9, 12, 24, and 11V DC coils 1/14-D, 1S-D 9/11 14/ Coil Type Conventional X X Electronic EI X X X X X X X X X X Operating Limits Hz, 6 pick-up [x Us Hz, /6 dropout [x Us Hz DC control pick-up [x Us dropout [x Us Coil Consumption Hz, 6 pick-up [VA/W 6/31 38/24 49/27 191/172 Hz, /6 hold-in [VA/W /1 13/6 18/7 33/3 Hz DC control pick-up [W hold-in [W Operating Times AC closing [ms delay opening [ms delay With RC opening [ms 9 18 module delay DC closing [ms delay opening [ms With integrated diode With external diode delay opening delay opening delay [ms 12 2 [ms Electronic coil drives are designed to minimize power requirements, but this control may exhibit a higher inrush (4 W, < 1 ms) when energizing. This must be taken into account for the proper sizing of supply devices, all-or-nothing relays and cross-sections of coil supply lines. Please contact your local Rockwell Automation sales office or Allen-Bradley distributor for detailed information. Short-Circuit Coordination Data Coil Type : 1/14 1/14-C, 1S/14S-C -K *2 4* *2 9* Conventiona X X X X X X X X X X X X X X X X X l Electronic

39 El Short Circuit Coordination (Max. Fuse or Circuit Breaker Rating) Per IEC (contactor and fuses only) DIN Fuses - gg, gl ka Available Fault Current Type "1" [A (69V) Type "2" [A (4V) Type "2" [A (69V) BS88 Fuses 6 ka Available Fault Current Type "1" [A (41V) 2 Type "2" [A (41V) 2 Per UL 8 and CSA 22.2 No. 14 (contactor and fuses or circuit breaker only) UL Class K and ka Available Fault Current RK Fuses UL Listed [A Combinatio n (6V) UL Class K and 1 ka Available Fault Current RK Fuses UL Listed [A Combinatio n (6V) UL Class L Fuses 18 ka Available Fault Current UL Listed [A Combinatio n (6V) UL Class L Fuses 3 ka Available Fault Current UL Listed [A Combinatio n (6V) UL Class L Fuses 42 ka Available Fault Current UL Listed [A Combinatio n (6V) UL Class CC and CSA HRCI-MISC Fuses 1 ka Available Fault Current UL [A verified combination to IEC "Type 2" UL Class J and CSA 1 ka Available Fault Current HRCI-J Fuses UL verified [A

40 combination to IEC "Type 2" UL Inverse-Time Circuit Breaker UL Listed [A 3 3 Combinatio n (48V) UL Listed Combinatio n (6V) UL Inverse-Time Circuit Breaker UL Listed Combinatio n (6V) UL Inverse-Time Circuit Breaker UL Listed Combinatio n (6V) UL Inverse-Time Circuit Breaker UL Listed Combinatio n (6V) UL Inverse-Time Circuit Breaker ka Available Fault Current 12 [A ka Available Fault Current [A 2 18 ka Available Fault Current [A 3 ka Available Fault Current [A 42 ka Available Fault Current UL Listed [A Combinatio n (6V) ka available fault current. 1 A max. fuse for Type 2 coordination. See for complete short-circuit current ratings. 1/14-D, 1S-D 9/11 14/ Coil Type : Conventional X X Electronic X X X X X X X X X X El Short Circuit Coordination (Max. Fuse or Circuit Breaker Rating) Per IEC (contactor and fuses only) DIN Fuses - gg, gl [kvar ka Available Fault Current Type "1" (69V) [A Type "2" (4V) [A Type "2" (69V) [A BS88 Fuses 6 ka Available Fault Current Type "1" (41V) [A

41 Type "2" (41V) [A Per UL 8 and CSA 22.2 No. 14 (contactor and fuses or circuit breaker only) UL Class K and RK Fuses ka Available Fault Current UL Listed Combination (6V) [A UL Class K and RK Fuses 1 ka Available Fault Current UL Listed [A 22/23/ Combination (6V) UL Class L Fuses 18 ka Available Fault Current UL Listed Combination (6V) [A 771 UL Class L Fuses 3 ka Available Fault Current UL Listed Combination (6V) [A 2 UL Class L Fuses 42 ka Available Fault Current UL Listed Combination (6V) [A 2 UL Class CC and CSA HRCI- 1 ka Available Fault Current MISC Fuses UL verified combination to IEC "Type 2" [A UL Class J and CSA HRCI-J 1 ka Available Fault Current Fuses UL verified combination to IEC "Type 2" [A 2 2/ UL Inverse-Time Circuit Breaker ka Available Fault Current UL Listed [A Combination (48V) UL Listed Combination (6V) [A UL Inverse-Time Circuit Breaker 1 ka Available Fault Current UL Listed Combination (6V) [A 12/12/ UL Inverse-Time Circuit Breaker 18 ka Available Fault Current UL Listed Combination (6V) [A 34 UL Inverse-Time Circuit Breaker 3 ka Available Fault Current UL Listed Combination (6V) [A 12 UL Inverse-Time Circuit Breaker 42 ka Available Fault Current UL Listed Combination (6V) [A 12 Auxiliary Contacts and Auxiliary Contact Blocks To be determined. 1-K 1-C, 1S-C 1-D, 1S-D

42 Intern al Switching of AC Loads Frontmount ed Interna l Frontmountemounted d (Bifurcate Front- d) Sidemount Side-mounted Conven BifurcateElectronica ed t'l d lly compatible AC-12 I th at 4 [A C at 6 [A at 2V C AC-1 at rated voltage of 24V [A (1 1 42/48 [A ma) at V 3 12V 12V [A V [A V [A V [A V [A V [A V [A Switching of DC Loads DC-12 L/R< 1 ms resistive loads at 24V [A DC 48V [A DC 11V [A DC 22V [A DC 44V [A DC DC-14 L/R< 1 ms inductive loads with economy resistor in series at 24V [A DC 48V [A DC 11V [A X

43 DC 22V [A DC 44V [A DC DC-13 switching electromagnets at 24V [A (1 1 DC 48V [A ma) at DC 3 12V 11V [A DC 22V [A DC 44V [A DC Fuse gg Short-circuit protection with no welding of contacts per IEC [A Protective Separation per IEC , Annex N [A betwee n load and auxilia ry circuit 32V betwee n load and auxilia ry circuit 44V between load and auxiliary circuit 44V Min. switching 1V/ 17V/117V/ 8V/ ma 17V/1 17V/1 capacity according 2 ma ma ma ma ma to IEC ops.) Failure rate <1-8 V/2 ma (1 Mio. (less than 1 failure to 1 Mio. operation s) 3V/1 ma Load Carrying Capacity per UL/CSA Rated AC [Vmax. 6 max. 6 max. 6 max. 2 voltage Continuo 4 C [A General.1 us rating purpose Switchin AC [AA 6 B 6 A 6 Heavy pilot duty.1 g capacity (A 6) Rated voltage Switchin g DC [Vmax. 6 max. 6 max. 6 max. 2 DC [AQ 6 P 6 P Q 6 Standar Standard.1 3/Q d pilot pilot

44 capacity 6 duty duty (P 6) (Q 6) General 1-K 1-C, 1S-C 1-D, 1S-D Rated Isolation Voltage U i IEC [V UL, CSA [V Rated Impulse Voltage Withstand [kv U imp Rated Voltage U e AC /6 Hz [V 23, 24, 4, 41,, 69 11, 23, 4,, 69 23, 24, 4, 41,, 69, 1 DC [V 24, 48, 11, 22, 44 24, 48, 11, 22, 44 24, 48, 11, 22, Insulation Class of the Coil Class F per IEC 68 Class 1 insulation system per UL 8 Class F per IEC Class B per VDE 66, Table 22 Rated coil frequency AC /6 Hz, DC AC /6 Hz, DC AC Hz, /6 Hz, DC Ambient Temperature Storage [ C Operation at rated voltage [ C at 7 C 1% current reduction against 6 C values Climatic Withstand IEC IEC IEC Max. Altitude of [m 2 NN, per IEC 2 NN, per IEC NN, per IEC Installation Site Protection Class IP2X IP2X IP IEC 629 / DIN 4 Single contactor cover IP1 IEC 629 / DIN 4 Contactor with frame terminal block IP2 IEC 629 / DIN 4 Auxiliary contact IP2X IP2 IEC 629 / DIN 4 Protection against Accidental Contact Finger and back-of-hand proof per VDE 16, part 1 Finger and back-ofhand proof per VDE 16, part 1 Resistance to Shock IEC IEC IEC Resistance to Vibration IEC IEC IEC Mechanically Linked Contacts IEC , Annex L 1-K (on main device) 1-C9 C23, 1S- C9 C8, 1-C + 1-FA/FB/FC (except L11, L22), 1-C9 C

45 Mirror Contacts IEC Annex F Standards Compliance IEC/EN /-4-1/--1; UL 8; CSA No. 14 Certifications FAB/FBB/FCB 1-K + 1-KF 1-C9 C23, 1S- C9 C8, 1-C + 1-FA/FB/FC + 1-SA/SB, 1-C6 C FAB/FBB/FCB, 1S-C + 1-SA/SB CE, culus CCC in prep. IEC/EN /-4-1/-- 1; UL 8; CSA No. 14 CE, culus, CCC 1-D + 2 x 1-DS1-11 1S-D + 2 x 1S-DS1-11 IEC/EN /- 4-1/--1; UL 8; CSA No. 14 CE, culus, CCC

46 Bulletin 1-C/14-C Life-Load Curves Electrical Life in Utilization Category Bulletin 1-C/14-C IEC contactors are designed for superior performance in a wide variety of applications. When selecting IEC products, the user must give consideration to the specific load, utilization category and required electrical life of the application. The life-load curves shown here are based on Rockwell Automation tests according to the requirements defined in IEC Since contact life in application is dependent on environmental conditions and duty cycle, actual application contact life may vary from that indicated by the curves shown here. To find the contactor s estimated electrical life, follow these guidelines: 1. Identify the appropriate utilization category from the table below. 2. Choose the graph for the utilization category selected. 3. Locate the intersection of the life-load curve for the appropriate contactor with the application s operational current (I e ) found on the horizontal axis. 4. Read the estimated contact life along the vertical axis. Contact Life for Mixed Utilization Categories AC-3 and AC-4: In many applications, the utilization category cannot be defined as either purely AC-3 or AC-4. In those applications, the electrical life of the contactor can be estimated from the following equation: Lmixed = Lac3/[1 + Pac4*(Lac3/Lac4 1), where: Lmixed Approximate contact life in operations for a mixed AC-3/AC-4 utilization category application. Lac3 Approximate contact life in operations for a pure AC-3 utilization category (from the AC-3 life-load curves). Lac4 Approximate contact life in operations for a pure AC-4 utilization category (from the AC-4 life-load curves). Pac4 Percentage of AC-4 operations. Test Conditions Making Breaking I/I e U/U e cos I c /I e U r /U e cos AC-1 Resistance Furnaces: Non inductive or slightly inductive loads AC-2 Slip-ring motors: Starting and reversing AC-3 Squirrel - cage motors: Starting and stopping of running motors I e < 17 A 6 I e > 17 A AC-4 Squirrel - cage motors: Starting, plugging, inching I e < 17 A 6 I e > 17 A AC-1 Soleniods:

47 Contactors, valves and lifting magnets I e Rated operational current I Making Current U e Rated voltage Ic Breaking Current U r Recovery voltage U Off-load voltage Plugging is understood as stopping or reversing the motor rapidly by reversing motor primary connections while the motor is running. Inching (jogging) is understood as energizing a motor once or repeatedly for short periods to obtain small movements of the driven mechanism. Life-Load Curves AC-1 4 C Non- or slightly inductive loads, resistance furnaces; U e = 23 69V AC-2 Switching of slip-ring motors; U e = V

48 AC-3 Switching of squirrel-cage motors while starting; U e = V

49 Switching of squirrel-cage motors while starting; U e = 7V AC-3 Switching of squirrel-cage motors while starting; U e = 69V

50 AC-4 Switching of squirrel-cage motors; U e = 23 69V

51 AC-3 & AC-4 1% AC-4 Mixed operation of squirrel-cage motors; U e = V Heavy Duty Starting and Regular Short-time Operation Bulletin 1-C Contactors

52 Maximum Operating Rates AC-1 4 C Non- or slilghtly inductive loads, resistance furnaces; U e = 23 69V

53 AC-2 Stepping of slip-ring motors; U e = 23 46V Maximum Operating Rates AC-3 Switching of squirrel-cage motors while starting; U e = 23 46V Relative operating time 4%, Starting time t A =.2 s

54 AC-4 Stepping of squirrel-cage motors; U e = 23 46V Starting time t A =.2 s