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Motor charging type

1. o g o 5 o 6 5 z E 5 o 5 8 n g C E i 01 3 S ze o k o 2 1 2 9 a 42 3 gt T G 2 E 5 3 3 NS o 9 i N T e C ley v a 8 5 O E a _ BUB E ai aaa as z z 0 E o gt gt 1 c c o m o e E e e Y Y 8 al HE UVT Controller UVT Controller 51 Rear view External dimensions Vertical adapter attachable type In order to use as vertical type user can attach the optional vertical adopter in the existing horizontal connection type ACB Unit mm 3 88 25 2000 2500 4000 5000A 20t 3200A 25t Needed units of vertical adopter Size Ampere Pole Top Lower Common Total Ampere A B 3pole 6 6 2000 2500 630 1600A 52 9 Apole 8 8 4000 5000 3pole 3 3 6 3200 47 4 2000 3200A Apole 4 4 8 3pole 6 6 12 4000 5000A Apole i Z 14 Needed units of vertical adopter Size Ampere Pole Top Lower Common Total Ampere A B 3pole 6 6 2000 2500 72 29 630 160
2. 339 67 162 of 162 r4 27 i 19 O O o o Controller O r N 1 or ON o i 1 Mr CD m 1 o I Bj I A lt EN Y Y 100 25 4 9 14 Mounting hol E lounting hole 200 Note 1 mme hae 278 3Pole 1735 379 i Disconnect position Test position k 359 Connect position 68 12 3 Cell S W D Tanz ok Lifting hole Insulating barrier 8 e 8 5 earth terminal mtg holes Y ry S Note 1 57 1 200 Side view Note 1 Size of mounting hole 2 Size of connection conductor of Ace MEC ACB Unit mm 423 n 67 162 a 246 27 SN j o 0 UVT Controller G rN 3 el I HT 8 4 6 DE m QR s Y 100 425 Note 1 285 4 9 14 Mounting hole 278 Front view 4Pole Operating panel center 85 85 85 85 85 pe Qu Li a Qu Qu o Rear view In case of using DF Operating panel center 8 59 392 External size Dimension of cutting panel Note 2 Connection conductor In case of not using DF
3. i 1 MED BEE ii NA gt mj 15 no 4215 E zv H vH vH H aH H T orgH iH E HoH H n ee ee 4 eu HINH 1 SL Q aia aia ak T 1 RR 1 T RAR RR TA 1 T RR 1 R RRA i i i i i i i i i i i i i i 99 Eus An i TEE RARA PA M 197 tt xv xv xv xv xv xv xv xv xv n e e 4 i yed du l 9 9 I i E i i i i i i i i S N N N N ee m sama s aa EE E nam oe Lal ot H m RUN D UR E 1 1 1 1 1 1 r H H 1 1 1 N M AN 9 9 M IE E NO 440 ebeuoi INO NI i m 1 1 1 HO i ii 4 ii i 4 i i 38 OCRII uonojduroo 8 8 10 diy JIM snjejs GOV pue uonisod pojoouuo uo soje2o 99 SMOYS LAN yndyno ind peys F 10 se ons 100 din sapun 7 dheg SI uonrsoduioo joejuoo asneooq pasn aq jou ued 0 g pue 401g Airoedeo YSIY sr 1opjuoo Krerprxne jo asto up 90N 081000 uoyeopu auun snougyuesu 1 ew nd
4. uogeopui Aejap 59 gula indu eu is 10 Je4n9N cox EN En ypequoo fep auy snoaueyueisu r ndu samod zy Jeutual Buddy aaa n ED 30100 Budd auu uous se i feulwue dup Tu ndu J109 duj z5 Fs juo 18 ymsi IE Indu Jamod Busoj 00 Jogjuoo YOO w Jeuiuue SL Indu 100 n rn 109 Buiddu gula 9ejuoo dul 01 gula jejuoo si 63 Bum 4 1109 di unus swig jeuogeredo E Few gula jejuoo q yams fueixny roov praj se oejuoo uomeolpul 49 1109 Buisoj9 reuiuua YOO Ea FAW 1ejuoo e uos uelixny iv 1001000 JINDIO N oue Apel dul 95 UOIIAS Alpin v anap duy 900
5. eee eee AC220V AC110V e e ie hid i Trip Coil Q er 1 oy poe DR I A SHOTS HB H B HAS Gb Ha CL i NG relay i part AL AL AX AX AX I D el Ts H r2 HT INCE 1 MM n s nm 1 V eee eee AG220V ACTTOV Note 1 7 7 part shows optional feature N and R distributing wires are in same condition and applied OCR II 2 In case of connecting the trip relay OCR II Control power R R1 ACI 10V R R2 AC220V common 3 In case of connecting the trip relay OCR III Control power R R2 AC DC110V 220V common use DC48V DC24V contact is not provided 4 Please compose Self maintenance circuit because alarm contact AL1 AL1 AL2 AL2 is a instantaneous operating under 15ms type in case of using OCR II You may not compose Self maintenance circuit provided when is using for trip relay 5 Please input power to the MCB1 MCB2 of controller from the primary power If it is tripped OCR at the load part when power is connected power will not be transfered automatically 6 Please connect the control power of trip relay OCR II III
6. UC UC UVT coil Trip button Note Dot line is user wiring Key lock K1 To compulsorily prevent specific breaker from charging ON or trip OFF when two or more breakers are used together by interlocking K1 Mechanical ON protection Counter C To mechanically indicate the times of ON OFF operation of breaker Dust Cover DC Dust cover let us see the front side of air circuit breaker due to transparency cover and protect from various pollutions Key interlock K2 It consists of 3 breakers to supply power stably and it is possible to construct key interlock by using key lock attached to the inside of each breaker Operational condition ACBi ACB2 ABC3 ON ON OFF OFF ON ON ON OFF ON Door interlock DI To prevent the panel door from opening when the breaker is ON Wire 1500mm Panel cutout 31 Optional accessories Shorting b contact SBC It is the contact to maintain the external control circuit normal condition by disconnection of Axb of auxiliary contact when the position of air circuit breaker is moved from connected position to test position The number of shorting b contact is the same with the Condenser trip device CTD To trip the breaker electrically within regular time when the control power source is off It
7. r Operating panel center 85 85 85 85 85 re B ee mla Insulating barrier 181 295 Side view Rear view Connection conductor Dc ame DF 1600 IPol In case of using DF In case of not using DF Operating panel center 8 e Operating panel center NN 85 8 280 Breaker mounting frame 345 External size Dimension of cutting panel Cutting panel 49 External dimensions Fixed type Horizontal terminal type 2000 3200A 20 430 5 232 187 20 580 25 317 UVT Controller 67 118 i T k 141 UVT Controller _ 67 410 118 141 4 914 y 4 14 Mounting hole Mounting hole 295 3Pole Side view Operating Panel Center External size 50 JA 4000 lo Front view I Operating panel center 4Pole Rear view 5000A 3 4Pole In case of using DF Operating Panel Center 8 59 320 Dimension of cutting panel Connection conductor In case of not using DF 280 Breaker mounting frame Cutting panel Horizontal terminal type 4000 5000A Insulating barrier
8. AX AX AX AX 9 SHT CC Ts Hr H HerH Hnr s H cc H_M H Ts H B7 H B6 H As H A4 CLc Ll j eee e AC220V AC110V Note 1 7 part shows optional feature N and R distributing wires are in same condition and applied OCR II 2 In case of connecting the trip relay OCR II Control power R R1 ACI 10V R R2 AC220V common 3 In case of connecting the trip relay Control power R R2 AC DC110V 220V common use DC48V DC24V R1 contact is not provided 4 Please compose Self maintenance circuit because alarm contact AL1 AL1 AL2 AL2 is a instantaneous operating under 15ms type in case of using OCR II You may not compose Self maintenance circuit provided when is using for a trip relay 5 Please input power to the MCB1 MCB2 of controller from the primary power If it is tripped OCR at the load part when power is connected power will not be transfered automatically 6 Please connect the control power of trip relay OCR II at the primary power section 7 According to this circuit drawing ACB position is connected standard and ACB status is motor charged and tripped 41 Control circuit ATS with ACBs Manual jo gt R21 e N R rd
9. Connection method 28 a b H00000 Key to initialize test current value In In Max and LED trip testing Key to start the test Key to stop the operation of tester device Timer stop output signal Key to initialize timer ms Key that should be operated at first to revise test the current value and select type of the test current Key to shift the digit number of 7 segment which shows the test current value to right direction Key to shift the digit number of 7 segment which shows test current value to the left direction Key to increase 1digit by 1digit of 7 segment that shows the test curent value Key to decrease 1digit by 1digit of 7 segment that shows the test current value Key to set the test current value edited by gt 1 or CL Key to select operational characteristics of trip relay Note 1 o Pre alarm long time delay short time delay instantaneous time delay trip g Ground fault trip e Display output of contact except trip relay Use to check the tester OCR OCR III Auxiliary contact AX To remote supervisory of the ON OFF state of the ACB Ratings Standard type High capacity type Type Resistive Inductive Resistive Inductive Remark load load load load 460V 5A 2A 5A 2 5A AC 250V 10A 10A 10A 10A
10. Operating panel center 352 Breaker mounting frame Cutting panel 43 External dimensions Draw out type Horizontal terminal type 2000 3200A Operating panel center Unit mm 473 603 67 252 206 67 252 En 336 27 A l 27 f l T i zt i O O e UVT UVT i Controller G Controller 3 __ 0 _ e PH g e 8 1 lt 1 E a r CTD a 1 C E Cr H 8 8 di o AN 1 m d A 1 e POT e C3 om ES n n Y 100 42 5 100 5 4 9 14 Mounting hole 4 9 14 Mounting hole 200 Note 1 LO 278 278 300 Note 1 3Pole 4Pole Front view 17 35 379 Disconnect position Test position Connect position 12 Operating panel center gt Cell SW 130 130 Lifting hole Insulating barrier 8 o 8 8 28 5 earth terminal mtg holes Y I tf 1 200 s la Note 1 Size of mounting hole 2 Size of connection conductor of Ace MEC ACB 3 Please refer to T dimension in 43 page Side view In case of using DF Operating panel center 8
11. OCR program check sum FREQUENCY Mode USR 1 DIAGNOSIS 22 FREQUENCY Ent j FREQ If you press the mode button Freq 60Hz it displays previous menu 50 60Hz Mode USR gt 2 FREQUENCY t 3 SETTING Setting MENU USR 2 FREQUENCY gt 3 SETING ent SET gt 1 In 2 lc In Ent Set In 1 00k 1 0 0 4 1 0 Mode SET gt 1 In 2 lc In AY Rated current setting with knob In 0 4 0 5 0 6 0 7 0 8 0 9 1 0 Move with the Av button SET 1 In _ gt 2 Ent Set 1 1 00k 1 0 0 6 1 0 Mode SET gt 2 lc In Continuous current setting with knob 1c 0 6 0 7 0 8 0 85 0 9 0 95 1 0 x In Move gt with the Av button 3 LTD AY SET 2 lc In gt 3 LTD Ent Set LTD 15Sec 15 480 Mode SET gt 3 LTD 4 15 In AY SET 3 LTD gt 4 15 In Ent Set Is 10 0k 10 2 10 OFF Modo SET gt 4 Is In TE SID 5 ST SET 4 15 In 25 STD Ent Set STD 0 05Sec 0 05 0 5 Mode SET gt 5 STD 6 Ig In AY SET 5 STD 6 lg in Ent Set Ig 500 0 5 0 1 0 5 OFF Mode SET gt 6 lg Inp 7 GID AY Va SET 6 Ig Inp Gee Ent Set GTD 3 0Sec 0 1 3 0 Mode SET gt 7 GTD 8 Ip Ic AY Pa SET 7 GTD gt 8 Ip Ic Ent J Set Ip 1 00k 10 07 10 Mode SET gt 8 Ip lo 9 linst AY SET 8 Ip lo 29
12. x Ic 1 5 Long time delay L For industry 15 20 25 30 465 470 475 480 Steps 5sec Error tolerance 10 Trip time sec LTD For generator protection 1 5 2 0 2 5 3 0 46 5 47 0 47 5 48 0 Steps 0 5sec Short time delay S Trip current A Is X In 1 5 2 3 4 5 6 7 8 9 10 no Steps 0 5 Error tolerance 15 Trip time sec STD 0 05 0 06 0 49 0 5 Steps 0 01sec 4000A under 2 3 4 5 6 7 8 9 10 1 1 12 13 14 15 16 no Steps 1 Instantaneous time delay I Trip current A li X In 5000A over 2 3 4 5 6 7 8 9 10 11 12 no Steps 1 Error tolerance 15 E Trip time sec INST 0 025 under Note Ig x Inmax 3 pole 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 10 no Steps 0 1 Trip current A Ground fault G Inp x Inmax 4 pole 0 5 0 6 0 7 0 8 0 9 1 0 no Steps 0 1 Error tolerance 20 Trip time sec GTD 0 1 0 2 0 3 2 8 2 9 3 0 Step 0 1sec Pre alarm P Trip current A Ip Ic 0 7 0 8 0 9 1 0 Error tolerance 10 Trip time sec PAL LTD Os setting Ip 1 0 Operating time Half of the long time inverse time Note In case of short circuit accident instantaneous operation time of OCR is under 15ms Power consumplion of trip relay Operational voltage OCR III AC DC 110 220V 5VA DC 24V 5VA DC 48V 5VA Trip relay type selection Function Operational voltage Frequency Communication func ion NO 1 AC DC 110 220V 6
13. Standard length of wires are 1 8 meters lt Wire Type gt 34 Bar gt Time chart Ad puDjS I9yDSIg epis 89 jpuuiou 4e b aig SPIS N 9 JO NO 9 OU JOUJOUM 129jJe ou SI 21991 pbo1 81 uedo O dn LDIS 10 019U99 56 esoJ uollisod iamod Aqpurjs amod KoueBieu lt JOGWAS amod UIDW inn S009 09 SO LO GO 5081 021 SOS LO egov Lg v s s9 Hf NN 35 ATS with ACBs A flow chart of operation M made Normal power Stand by power ON Un voltage R mode and Un voltage Generator start up signal Stop Generator t lt t6 UR recover Stop generator N side breaker open R side breaker open N R side breaker open R side breaker close N side breaker close End reset Stand by power ON Normal power ON Operate 4 position switch d Operate 4 position switch Stop operation UN voltage recover Normal power ON t gt 12 UN voltage loss t gt t R side breaker open Operate generator 1 lt t6 UR recover N side breaker close N side breaker open Generator running under
14. T C LBA TO T C LBA 13 T T Rated current Inmax A 630 400 800 1000 1250 1600 Rated operating voltage Ue V 690 690 690 690 690 Rated insulation voltage U V 1000 1000 1000 1000 1000 Frequency Note2 Hz 50 60 50 60 50 60 50 60 50 60 Number of poles P 34 34 34 34 34 OCR Il For industry Inmax X 1 0 0 9 0 8 0 7 0 6 0 5 0 4 7 Steps Setting current In A OCR III Note3 For industry Inmox x 1 0 0 7 0 8 0 7 0 6 0 5 0 4 0 3 0 2 9 Steps For generator protection hma x 1 0 0 9 0 8 0 7 0 6 0 5 0 4 0 3 0 2 9 Steps Rated current of A 630 800 1000 1250 1600 neutral pole iy b 690V 50 50 50 50 50 ated breaking capac dpi Scopo Y CO ka 6 2 600 50 50 50 50 50 500V Under 65 65 65 65 65 sadi les x 100 100 100 100 100 breaking capacity cs KA i s 2 690V 105 105 105 105 105 Rated making capacity lcm xa 400v 105 105 105 105 105 peak 500V Under 143 143 143 143 143 1 sec 65 65 65 65 65 Rated short time capacity lcw 2 sec 40 40 40 40 60 3 sec 30 30 30 30 50 Maximum total breaking fime 40 40 40 40 40 Operating time t ms Closing time 80 80 80 80 80 Without maintenance 12000 12000 12000 12000 12000 Mechanical With maintenance 20000 20000 20000 20000 20000 ACB time Without maintenance 3000 3000 3000 3000 3000 Life cycle Electrical With maintenance 5000 5000 5000 5000 5000 ATS with ime Mechanical Without
15. at the primary power section 7 According to this circuit drawing ACB position is connected standard and ACB status is motor charged and tripped 40 ATS with ACBs M G controller circuit N R V v N R Wiring Terminal CONTROLLER E le lid 9 Q 10 T mE U V WN 1 J CL A 7 Trip i La 9 0 relay AL AL i part X EN l vi AX AX AX AX i iaia E 5 a pod i i D SHT CC i i i i 4 Y i I Ts He TE Hic HR AE s Hec H H TS H_ Bz H 86 HAS HA 6 5 7 wee c M LEES i eeei i eee eee e S AC220V AC110V i eee a ME HILL SOL HS Hes M s HGCcH Ws H TS H BT H Bes Hass H Ad CI HOLA a Y wj F Trip relay i pari AL AL
16. ower ON condition R side breaker close Generator OFF Stand by power ON UR voltage loss 36 A flow chart of operation Auto mode NRS Mode D terminal Operate generator t lt t6 UR recover N side breaker open R side breaker close Stand by power ON Auto mode 180 sec Note If you want to stop the test under test mode press test button again Test button Operate generator N side breaker open R side breaker close Auto mode NRS Mode D terminal Operate generator C terminal N side breaker open R side breaker open Auto mode NRS Mode D terminal Operate generator C terminal R side breaker open t gt 14 N side breaker close 37 WCUI Control c OCR II uone duroo 8 8 10 10 din aq sniegs OV pue uonisod pajsauuos UO sojeoo OY SMOYS WEITEIP VS plnous LON Jo angea indino Krepuooos ou LAN JO ind eus N 10 0 se euruue diy e3ejoA sapun 7 qpeg SI uorrsoduroo 3oejuoo osneooq posn oq jou 0 g pue 0 Lg Kiroedeo qsrq sr joejuoo Krerprne Jo ose up 30N
17. 2 be SI Nei e am los dI NH CAM SW 8 219 oc F 1 x l4 CAM SW a ai esee MCB1 135 135 CONTROLLER V v S MC1 b contact E E 1 0 lt lt 1 S HCC H M l Trip relay A AOR I QN part L del 0 O N21 MC1 b contact 09 60 MC2 b contact zb ao A 0 0 lt R11 Y St M 1 Lara p relay RA I e 1 5 O Ri lt lt V 1 1 ATS Controller will be damaged when or MC2 is missing Please compose it essentially A Caution 2 If application of connection wire is required please compose M and M of Auto mode wiring which shall open when transfer from Auto mode to manual mode Note 1 Red part shows manual wiring 2 Above wiring drawing is simplified please refer to page 38 3 CAM S W specification 2position 4contact 4a4b 4 MCI MC2 specification AX 2b Minimum contact capacity shall be 10A 5 Wiring of Auto Manual mode of N R circuit breaker is composed in same way When ship a ACB at factory 42 External dimensions Draw out type Horizontal terminal type 630 1600A Operating panel center
18. 25 25 B 150 150 Note The number of A shall be increased in proportion to the size when attaching UVT Mechanical Interlock Door Interlock 55 Leader in Electrics amp Automation Safety Instructions LS Industrial Systems Ltd E HEAD OFFICE Yonsei Jaedan Severance Bldg 84 11 Namdaemunno 5 Jung gu Seoul 100 753 Korea Tel 82 2 2034 4870 Fax 82 2 2034 4713 E CHEONG JU PLANT Cheong Ju Plant 1 Song Jung Dong Hung Duk Ku Cheong Ju 361 720 Korea I UI Specifications in this catalog are subject to change without notice due to continuous product development and improvement 2006 07 For your safety please read user s manual thoroughly before operating Contact the nearest authorized service facility for examination repair or adjustment Please contact qualified service technician when you need maintenance Do not disassemble or repair by yourself Any maintenance and inspection shall be performed by the personnel having expertise concerned E Global Network LS Industrial Systems Tokyo Office gt gt Tokyo Japan Address 16F Higashi Kan Akasaka Twin Towers 17 22 2 chome Akasaka Minato ku Tokyo 107 8470 Japan Tel 81 3 3582 9128 Fax 81 3 3582 0065 e mail dongjins isis biz LS Industrial Systems Dubai Rep Office gt gt Dubai U A E Address P O Box 114216 API World Tower 303B Sheikh Zayed road Dubai UAE Tel 971 4 3328289 Fax 971 4
19. 3329444 e mail hwyim lsis biz LS VINA Industrial Systems Co Ltd gt gt Hanoi Vietnam Address LSIS VINA Congty che tao may dien Viet Hung Dong Anh Hanoi Vietnam Tel 84 4 882 0222 Fax 84 4 882 0220 e mail srjo hn vnn vn LS Industrial Systems Hanoi Office gt gt Hanoi Vietnam Address Room C21 5Th Floor Horison Hotel 40 Cat Linh Hanoi Vietnam Tel 84 4 736 6270 1 Fax 84 4 736 6269 Dalian LS Industrial Systems Co Ltd gt gt Dalian China Address No 15 Liaohexi 3 Road Economic and Technical Development zone Dalian China Tel 86 411 8273 7777 Fax 86 411 8730 7560 e mail lixk Igis com cn LS Industrial Systems Wuxi Co Ltd gt gt Wuxi China Address 102 A National High amp New Tech Industrial Development Area Wuxi Jiangsu China Tel 86 510 534 6666 Fax 86 510 522 4078 e mail Xuhg lgis com cn LS Industrial Systems International Trading Shanghai Co Ltd gt gt Shanghai China Address Room E G 121 Floor Huamin Empire Plaza No 726 West Yan an Road Shanghai 200050 P R China Tel 86 21 6278 4291 Fax 86 21 6278 4372 e mail xuhg lgis com cn LS Industrial Systems Shanghai Office Shanghai China Address Room 1705 1707 17 Floor Xinda Commercial Building No 322 Xian Xia Road Shanghai 200336 China Tel 86 21 6208 7610 Fax 86 21 6278 4292 LS Industrial Systems Beijing Office gt gt Beijing China Address B Tower 17 FI Beijing Global Trade Center B D No 36 BeisanhUanDong Lu DongCheong Di
20. 59 Operating Panel Center 392 335 Dimension of cutting panel External size Note value is for 4000 5000A 3 4pole type 44 Rear view 130 130 130 Note 2 Connection conductor In case of not using DF 371 396 Note Breaker mounting frame Cutting panel Vertical terminal type 630 1600A 17 35 Unit mm Disconnect position Test position Connect position 430 350 12 Operating panel center Cell SW 85 85 85 85 85 Lifting hole 4 Insulating barrier 310 8 5 earth terminal mtg holes Side view Rear view Connection conductor Vertical terminal type 2000 3200A Disconnect position Test position Connect position 430 350 Operating panel center gt 130 130 130 130 130 lt al Lifting hole Insulating barrier 28 5 earth terminal mtg holes Note 1 57 200 Side view Rear view Connection conductor T Size Rated current T 2000A 2500A 20 3200A 25 Note 1 Siz
21. 60Hz DC 24 5 50Hz For industry Communication func ion YES 4 DC 48V For industry Communication func For genera ion NO or protection Communication func ion YES For generator protection 21 Operating characteristics of trip relay OCR 1 LS6 LS5 Without ground fault trip unit Characteristics of protection Standard functions DIGITAL TRIP RELAY Setting the fixed current Setting the long time delay tripping current Setting the long time delay ripping time Setting the short time delay tripping current Setting the short time delay tripping time Setting the instantaneous time delay tripping current Setting pre alarm current Long time delay pick up current Trip Indicator Q Long time delay tripping time Short time delay pick up current Short time delay tripping time Pt ON Operating characteristics inverse Pt OFF Operating characteristics definite Instantaneous pick up current Pre alarm pick up current Pre alarm tripping time Characteristics of protection Standard functions DIGITAL TRIP RELAY Setting the fixed current Setting the long time delay tripping current Setting the long time delay tripping time Setting the short time delay tripping current Setting the short time delay tripping time Setting the instantaneous time delay tripping curre
22. Contact 125V 10A 10A 10A 10A capacity 250V 0 3A 0 3A 3A 1 5A DC 125V 0 6A 10A 6A 30V 10A A 10A 10A AX 2 SI SA e Contact operating Maximum HX 5a4b charging type contact No AC 5a5b High speed The condition of ACB a contact b contact reclose ON ON OFF HC _ Sasb charging Selection Standard offer Note Option type OFF OFF ON Note When you order the high capacity type auxiliary contact the standard type auxiliary contact is not offered Cell switch C To indicate the position connected test dis connected of ACB ACB position DISCONNECTED CONNECTED It is installed in the upper and back side of a cradle Common use 630 5000A Draw in and draw out position ss iu SI 202 elio Standard contact configuration L CONNECTED S AC 1 Disconnected 1 test 2 connected 5 8C 2 Disconnected 2 test 4 connected 4C 2EA 8 Please change contact configurations if you needed E o DISCONNECTED OFF Voltage V Resistive load Inductive load 460 5 2 5 8 250 i 8 125 5 8 250 3 1 5 8 DC 125 10 6 30 10 10 Contact number 4C ON OFF button lock B To protect mis operation of the ON OFF button of ACB common use 630 5000A Note The number of maximum contact 8C if needed Miss insertion prevent device MIP When the ratings of ACB and cradle does not match this device mechanically prevent the ACB from being inserted into the cradle of ACB common use 630
23. ON button ON OFF Indicator Motor charging circuit Charging Indicator Charging Handle i Charging i ii to OFF charging method by using b Axb contact There is ae ae a mcr a contact to indicate the charging completion TS TS TS lt lt 0 Since the contact signal of charging completion switch is TS 0 o mus arging i connected to the extemal terminal It is easy to construct i 5 limit switch i i a circuit ex Automatic closing circuit by using that i contact x Manual charging is also available NT o ae 2 i 7 i With the breaker closed I ON only manual charging is T Control relay possible motor charging cannot be performed Moo i i With the open button O OFF pressed closing cannot be e M o t i performed electrical and mechanical lock L i 7 7 i u sc EE KG NE d i 1 When OFF Lock device is in use closing cannot be Book po v worked electrical and mechanical lock bu i Opening should follow at least one second after Note 1 Since charging completion contact TS TS terminal is for contact completion of charging output power should not be allowed ee 2 Charging completion contact capacity is equal to that high of Pumping preven
24. ON button Position indicator Key lock ON OFF indicator Counter Electronic trip relay Charging indicator D Extension rail Charging handle 0 Aperture for the draw out handle Lifting hook hole gt E REA bed a F n8 a 2 amp 5 0 asl e o D id am D DI oe Control circuit terminal block Control terminal Auxiliary switches Shunt trip device closing coil Electronic trip relay Front cover Closing mechanism Tripping mechanism Charging mechanism 0 Closing spring Draw out mechanism Insulated base D Arc extinguishing chamber D Main movable contact Main fixed contact D Main conductor of line part Main conductor of load part D Contact spring D CT for power Coil for current detection Cradle Main circuit junction Ratings Type LBA 06 T C LBA 08
25. TOP gt 2 SETTING 3 FAULT 2 SETTING gt 3 FAULT TOP S 70 7k Nixxx Rixxxx Tix 12 03 13 43 14 gt Duty 0s 12ms Duty 0s 12ms gt Prev Next M Ent M Duty 0s 12ms gt Prev Next Func Main formation method TOP 4 CALIBRATE gt 5 SYSTEM SYS gt 1 Frequency 2 Frame Sys 60Hz 50 60 SYS gt 2 Frame 3 User Frame Sys Frame 1 00k 250 10k SYS gt 3 User Frame 4 lg or In Sys USRF 250 10k SYS gt 4 10 or Inp 5 GND TRIP Ent Ent VA Ent v Ent VA Ent Y Ent YA Ent Y Ent Fault information mode Fault phase S phase Fault current 70 7kA Fault time 12mon 3day 13hour 43min 14sec Operation time 12ms Shifts to previous information by pressing Ent button Shifts to next information by pressing Ent button Shifts to set up initial window as pressing Func button Main mode formation Main power frequency set up Set up ACB frame current In use ACB reted frame current alters by pressing this button A Caution 1 As calibration in CALIBRATE MODE has been completed by manufacturer calibration by user is prohibited 2 System Data Main configuration data is an important basic data and it effects to the operational particularity of ACB So please use with its factory released default value If reseting up of default value is unavoidable please reset the control p
26. flammable ammonia and corrosive gas environment can not be used and stored H S lt 0 01 ppm SO2 lt 0 01ppm NHs x a few ppm Safekeeping temperature 20 C 60 C below 35 degree of 24 hours average temperature Applicable current of breaker in temperature In case of use of over 40 C in ambient temperature please refer to below table as adjusting the rated currents Type Ambient temperature LBA 06 LBA 08 LBA 10 LBA 13 LBA 16 LBA 20 LBA 25 LBA 32 LBA 40 LBA 50 40 C 630 800 1 000 1 250 1 600 2 000 2 500 3 200 4 000 5 000 45 630 800 1 000 1 250 1 600 2000 2 500 3200 4 000 5 000 1EC60947 2 50 C 630 800 1 000 1 250 1 600 2 000 2 500 3 200 4 000 5 000 Standard temp 40 C 55 C 630 800 1 000 1 250 1 550 2 000 2450 3000 3 900 4 850 60 C 630 800 1 000 1 200 1 500 2 000 2 350 2 900 3 750 4 700 gt 60 lt 100 315 400 500 630 800 1000 1250 1575 2000 2500 Note The data at 40 C are according to IEC 60947 2 Arc Space When designing switchboard please keep the distance more than the recommended insulation distance between Ace MEC ACB and switchboard Top Plate Electrical equipment Side Plate Electrical equipment Unit mm Type Fixed type Draw out type A
27. linst Ent Set Inst 16 0k 16 4 16 OF Mode SET gt 9 linst 1 In Set up LTD 15 30 60 120 240 480sec 1 5 x Ic with knob Move gt with the Av button Short time delay trip current setting with knob Is 2 3 4 6 8 1 O OFF x In Move with the Av button Short time delay trip time setting with knob STD 0 05 0 1 0 2 0 3 0 4 0 5 10 x In Move gt with the Av button Ground fault delay trip current setting with knob Ig 0 1 0 2 0 3 0 4 0 5 OFF x In Max Inp 0 5 1 0 OFF x In Max Note 2 Move with the Av button Ground fault delay trip time setting with knob GTD 0 1 0 3 0 8 1 5 3 0sec Definite time characteristics Move with the Av button Pre alarm current setting with knob PAL Ip 0 7 0 8 0 9 0 95 1 0 x Ic Move with the Av button Instantaneous time delay trip setting with knob Inst 4 6 8 10 12 16 OFF x In Note 2 When user set the position of ground fault trip current as OFF position Ig and Inp shall be also OFF 15 Electronic trip relay OCR I Button operation method in set up modes Select Ground Fault USR 3 SETTING 24GNDTRIP Eni GND gt 1 GND TRIP 2 UPDATE Ent GND TRIP OFF Select ON OFF ON OFF Ent J with the Av button GND gt 1 GND TRIP 2 UPDATE Ent J GND 2 GND TRIP gt 3 UPDATE Update Setting lt Press Enter gt If you press the Ent button Ent USER menu will displ
28. maintenance 10000 10000 10000 10000 10000 ime ACBs Note 4 Electrical Without maintenance 3000 3000 3000 3000 3000 Main body Motor charging type 66 80 67 81 67 81 67 81 67 81 raw ou with cradle Manual charging type 63 77 64 78 64 78 64 78 64 78 Weight type 3P 4P kg Cradle only 26 30 26 30 26 30 26 30 26 30 Motor charging type 43 53 44 54 44 54 44 54 44 54 Fixed type Manual charging type 40 50 41 51 41 51 41 51 41 51 Horizontal type Noted Standard Standard Standard Standard Standard Bus bar Connection type Vertical type Option Option Option Option Option Motor charging type Standard Standard Standard Standard Standard Closing type Manual charging type Option Option Option Option Option External Draw outtype mm H 435 D 479 W 3P 4P 350 435 350 435 350 435 350 435 350 435 dimension Fixed type mm H 410 D 375 W 3P 4P 345 430 345 430 345 430 345 430 345 430 Certificate amp Approval KERI CESI KEMA Note9 Note 1 Rated current of IEC standard 2 Trip relay is divided into 50Hz and 60Hz Please be careful when you order it 10 3 The generator protection relay is only available in OCR III 4 Ace MEC ACB with interlock device can be a substitute for ATS For order refer to page 55 5 For mainbody only horizontal type is available For cradle vertical type is optional In case of vertical type use of the horizontal type the user needs to apply the vertical adapter The vertical type is standard for 4000
29. value 4 6 8 10 12 16 OFF 15 e Qor ooo 2 ooooooo 2 22299 2 D ONDDO sess o 8 5 S H ONDDO e o 32335399 D GROG F Current x 25 Characteristics curve OCR III J6 CL 6 15 55 For industry 1000 900 800 700 600 500 400 480 The setting range of Pre alam current Ip Continuous current Ic x setting value 0 7 0 8 0 9 1 0 10 The setting range of long time delay LTD Continuous current Ic x 1 5 Time sec 15 480 Step 5 1096 300 200 100 T pua 90 80 a x09 KILO 60 ele ee 50 40 30 20 The setting range of ground fault current Ig 3Pole 0 2 1 0 OFF Step 0 1 4Pole 0 5 1 0 OFF Step 0 1 Rated current In max X setting value 3 0 The setting range of Short time delay is Setting current In x Setting value 1 5 10 OFF Step 1 0 15 Operating time sec 0 9 0 8 06 05 A A 05 0 4 lt tn 03 0 3 02 The setting range Short time delay STD Setting current Is x 10 Times S 0 05 0 5 Step 0 01 15 0 1 0 1 0 09 0 08 0 07 0 06 0 05 The setting
30. 0 09 0 08 0 07 0 06 0 05 0 04 0 03 0 02 0 01 T 48 The setting range of pre alarm current Ip Continuous current Ic x Setting curent 0 7 0 8 0 9 0 95 1 0 OFF 10 imi Al The setting range of long time delay LTD Continuous current Ic x 1 5 Time s 15 30 60 120 240 480 10 2 T 0 30 ZNA NG 5 The setting range of ground fault current Ig Inp NP Mode EN ENT EE EET Rated current In max X setting value Ar 02 g en SEES E 30 15 The setting range of short time delay Is 1 0 Setting current In x Setting value 2 3 4 6 8 10 OFF 15 1 The setting range of short time delay STD ol Setting current In x 10 Time s 0 05 01 02 03 0 4 05 15 0 5 MEN P 0 5 0 3 0 3 0 2 0 1 01 The setting range of ground fault time GTD Ground fault Ig Time sec _0 1 0 3 0 5 0 7 1 0 1 5 3 0 20 00 KA KI X16 The setting range of instantaneous time delay curren li Setting current In x Setting
31. 0A Apole 8 8 3200 67 24 3pole 3 3 6 2000 3200A Apole 4 4 8 52 ATS with ACBs 630 1600A 1 500 Controller ACB and center Anger center controller center Anger center 7A TTT SI 600 i z 600 ot WI x V 8 eo i e 8 R oo l le 460 4 8 14 Mounting Hole 4 9 14 Mounting Hole 3Pole type 4Pole type Note Above size is the standard size of our company If you need other size Please contact to us 4 9 14 Mounting Hole Side view 53 Exlernal dimensions ATS with ACBs 2000 3200A ACB and Controller center Anger center controller center Anger
32. 5 0 6 0 7 0 8 0 9 1 0 x In mox Generator protection power AC DC 100 220V R2 Continuous current lc 0 6 0 65 0 7 0 75 0 8 0 85 0 9 1 0 no DC24 DC48V Long time delay TE 15 20 25 30 465 470 475 480sec Step 5sec Industry Alarm AL1 ALT tripping time 1 5 2 0 2 5 47 0 47 5 48 0sec Step 0 5sec Generator protection Holding type contact AL2 AL2 Short time delay k 234567 89 10no xIn Common TO tripping current Time Long Short T2 Short time delay STD 0 05 0 06 0 07 0 48 0 49 0 5sec Step 0 01sec Tripping type Instantaneous trip T3 tripping time 4 5 6 7 8 9 10 1 1 12 13 14 15 16 no x In 4000AF under Ground trip T4 Instantaneous time delay 4 5 6 7 8 9 10 11 12 x In 5000AF over Pre alarm T5 tripping current 0 7 0 8 0 9 1 0 x Ic Communication 485 485 Pre alarm Note Only AC power can be used for input power to OCR II Ig 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 0 no Ground fault current Neutral protection 0 5 0 6 0 7 0 8 0 9 1 0 no Ground fault time 0 1 0 2 0 3 2 8 2 9 3 0sec Step 0 1sec 17 Electronic trip relay OCR I Button operation method in set up modes Set up procedure of various set up value Sixww Nixxxx Rixxex Tix Ent TOP gt 1 CONFIG 2 SETTING Y TOP 1 CONFIG gt 2 SETTING Ent Select Password 00 AY Select Password 99 Ent SET gt 1 In 2 le x In Ent SET In 1 00k Initial window Initial window set up Set up
33. 5000A 29 Optional accessories Undervoltage trip device UVT To trip the ACB automatically when the voltage of main power or control power source reduces below its normal value It consists of UVT coil and UVT controller UVT is attached to the inside of main body and UVT controller left side of the main Fixed type or cradle Draw out In addition external output contact 1alb which can use UVT operation as external control signal is supplied For control power use please apply AC power only UVT ratings Ratings of UVT output contact Type Resistance Inductive Remark AC125V 5A 25A Magnefic Voltage maintenance Dimension amp Circuit diagram of UVT UVT controller outline dimension Type Name Rated Operating UVT out put Pick up Drop off voltage time contact voltage voltage V1 AC 110V V2 220V V3 AC 380V Instantaneous v4 AC 460V 0 2sec Te type El DC 24V under E2 DC 40V DC110V E4 DC 125V Over Under TI AC 110V 85 70 ofthe of the 13 AC 380V rated rated T4 AC460v 0 5sec lc DC 24V over voltage voltage Time delay F2 DC 48V type DC 110V FA DC 125V DI AC 110V D2 AC 220v _ 380 over 04 AC 460V J 181 UVT circuit o
34. 500AF 6 For 4000 5000AF height is 455mm 7 Slim type 4000AF height is H 460 D 509 Type 1 20 T T IC LBA 25 T T IC 1 32 T T IC T EC LeA 40 T T IC LBA 50 T Lic Rated current Imo A 2000 2500 3200150 4000 4000 5000 Rated operating voltage Ue V 690 690 690 690 690 690 Rated insulation voltage Uj V 1000 1000 1000 1000 1000 1000 Frequency Note2 Hz 50 60 50 60 50 60 50 60 50 60 50 60 Number of poles P 34 34 34 34 34 34 OCR II For industry Inmax x 1 0 0 9 0 8 0 7 0 6 0 5 0 4 7 Steps Note 0 Setting current In A ocr Note For industry Inmox x 1 0 0 9 0 8 0 7 0 6 0 5 0 4 0 3 0 2 9 Steps For generator protection Inmox x 1 0 0 9 0 8 0 7 0 6 0 5 0 4 0 3 0 2 9 Steps cored ot A 2000 2500 3200 4000 2500 2500 neutral pole 690V 50 50 50 50 50 50 Rated breaking ku KA IEC60947 2 AC 600V 65 65 65 65 85 85 capacity Sym 500V Under 85 85 85 85 100 100 Rated service 3 Ics kA 95 xlcu 100 100 100 100 100 100 breaking capacity 690V 105 105 105 105 105 105 Rated making lem IEC 60947 2 AC 600V 143 143 143 143 187 187 capacity peak 500V Under 187 187 187 187 220 220 15 65 65 65 65 85 85 Rated 2sec 60 60 60 0 65 65 capacity 3sec 60 60 60 60 65 65
35. Draw out type Vertical terminal type 4000 5000A Unit mm la 860 17 35 379 7 Disconnect position a 382 467 Test position 359 100 Cell SW 50 50 Connect position Insulating barrier 1 8 no aim I i I Xxx IL L LB CID geg i Controller zh iN le s s 18 Y 278 308 425 A 700 4 14 Mounting hole Front view 3Pole Side view 990 UVT Controller a a N x ge a 8 42 5 700 100 6 914 Mounting hole Front view _ 4Pole Connection conductor i Operating panel center gt 960 i n 1090 Y Rear view Door Frame DF 4000 5000AF 3 4Pole The 2000 3200A of page42 is common use 48 External dimensions Fixed type Horizontal terminal type 630 1600A Unit mm 20 295 25 20 380 25 ji 1 1 oo 1 2 EI 1 1 Li ve LEN N m e 4 914 Mounting hole 4 914 Mounting hole 3Pole 4Pole Front view
36. KRA 99 Hs Lan 0 10 NA AAA PA AL AI AY AJA F AA XV XV xv xv xv xv xv xv xv xv ow V ped Aejou dup Ne Na suse usu uersa w H399H s H n Hesert M98 Lor Het 6 7 0 1 H 1 1 1 1 1 1 1 1 1 H H 1 1 1 1 N M AN i MI i NO J40 ebieyo 1 INO NI i li DI i H 5 4 d 4 i i bob 4 39 Control circuit ATS with ACBs LS controller circuit N R N R Wiring Terminal 1 12119 1141151151 7118 9 10 11 12 13 14 15 16 CONTROLLER AUX AUX AUX AUX Del AUX as com 5 n T V 52 A a s N 75 m ASH 59 __ CSI mimaa S H CC H M H TS H B7 H B6 H A5 H 4 Clb H cta Trip i relay AL AL part E 4 Ts HEH HEH SH MEH TS H H HAS HAS te d 9 9 1 1 H i I
37. Leader in Electrics amp Automation Ace MEC Air Circuit Breakers Electric Equipment It is customer s ACB that considers a customer s convenience in the use through the increase in the reliance of the operation characteristic by digital type of trip relay and the easy checking of load condition and fixed current value by LCD LS ATS with interlocks the ACBs by mechanically and electrically It is more reliable in switching operation and faster Than existing ATS The switching time is adjustable Application The place which require stable power supply Hospital Communication facility Computer room Pump room Office building Comparing with the existing ATS the LS ATS with ACBs has high breaking capacity and protects the loads from the over current and ground fault DIGITAL TRIP RELAY Contents T Tex ME lo Characteristics Environmental Policy and RoHSCompliance Features amp internal structure Ratings Charging methods Auxiliary devices Electronic trip relay Operating characteristics of trip relay Characteristics curve Optional accessories ATS with ACBs Control circuit External dimensions Technical information Type selection Ordering sheet for Ace MEC ACB Ordering sheet for ATS with ACBs Certification Internet inform
38. No MID coil Em 2 Program error Er 4 Configuration resister error Er 8 Watch dog error Self test function It is available to check whether OCR is operated normally or not by applying external power Pre alarm function Contact output of the each tripping cause and LED indication OCR alam contact AL 2a Variety of accessories Optional accessories Interlock device MI Mechanical Interlock ATSC ATS Controller Key interlock ON Lock K2 Key lock K1 ON OFF button lock B Door Frame DF Door Interlock DI UVT UVT controller Standard 1NO 1NC Type Operating time Rated voltage Instantaneous under AC 110 220 380 460V type 0 2sec DC 24 48 110 125V over AC 110 220 380 460V 0 5sec DC 24 48 110 125V Del elay type over AC 110 220 380 460V 3sec DC Cell switch 4C 8C Shorting b contact SBC 5b max Shorting b contact Safety shutter lock STL Miss insertion prevent device MIP Condenser tripping device CTD OCR tester OT Standard attachment of draw out type Pad lock Position indicator connected test disconnected Counter 5 digit Lifting hook Insulating barrier OCR alam contact AL 2a Environmental Policy and RoHSCompliance What is RoHS The RoHS is an EU Directive that specifically identifies six key materiala so that manufacturers are held responsible for Ensur
39. Note 9 KEMA CCC Note 8 Slim type 40004 D The cubicle of High capacity low voltage cubicle can get the most suitable space Dimension is 40 smaller than existing Ace Mec ACB 4000A Current capacity of neutral line N phase is 100 When the OCR II is applied only external input power is available Only vertical type of plug in type is available 9 It is guaranteed by CB certificate 10 OCR II is applied to only external CT power in slim 4000A ACB 11 Charging method Manual charging type The closing coil is charged by manual charging handle For closing first charge the spring by using the charging handle and then press the close button I ON for closing the open button O OFF for opening When closing spring is completely charged charge indicator indicate Charge It is mechanically locked not to press the close button LON and open button O OFF simultaneously lt Contact condition of the main circuit is shown on the O OFF LON indicator Motor charging type The closing spring is charged by a motor ON charging method or OFF charging method is available selectively OFF charging method When the breaker opened the closing spring is charged automatically It can change to ON charging method by removing b Axb contact like beside circuit diagram ON charging method The closing spring is charged automatically when the breaker is closed It can change OFF button
40. ON or OFF state and if converting into N mode during use of UR The Power Station power Generation start up signal is opened R mode In a state that UN EPCO power is usable or not a mode that ACB The Power Station circuit breaker is inputted ON artificially in a state that UR The Power Station power is usable Auto mode A mode that unusable power UN or UR circuit breaker is tripped OFF or usable power circuit breaker is inputted ON according to unusability or usability of UN EPCO power or UR The Power Station power Note EPCO Electric Power Co 33 ATS with ACBs Operational condition In case of using 2 ACBs ATS Controller If 1 One of 2 two connected ACBs is ON the other is not ON electrically and mechanically by interlock Operational condition ACB2 OFF OFF ON OFF OFF ON In case of using 3 ACBs Non ATS Controller If 2 two of 3 three connected ACBs are ON simultaneously the other is not ON electrically and mechanically by interlock Operational condition ACBi ACB2 ACBs OFF OFF OFF ON OFF OFF 4 ON ON OFF OFF ON ON OFF OFF ON ON OFF ON Interlock method Bar type ACB2 1600AF 1600AF 3200AF 3200AF 3Pole 3Pole 4Pole 4Pole Wire type Interlock is possible regordless of the Ampere Frame sizes and the number of poles
41. X Maximum total breaking fime 40 40 40 40 40 40 Operating time t ms Closing Time 80 80 80 80 80 80 Without maintenance 10000 10000 10000 10000 10000 10000 Mechanical ime With maintenance 20000 20000 20000 20000 20000 20000 ime a Without maintenance 3000 3000 3000 3000 3000 3000 Life cycle Electrical With maintenance 5000 5000 5000 5000 5000 5000 ATS with time Mechanical Without maintenance 10000 10000 10000 ACBs Note 4 Electrical Without maintenance 3000 3000 3000 Draw Main body Motor charging type 95 116 96 117 98 119 123 155 244 267 244 267 TRS out with cradle Manual charging type 92 113 93 114 95 116 120 152 240 263 240 263 ei P p kg type Cradle only 35 43 35 43 36 44 99 74 125 140 125 140 a Motor charging type 63 75 64 76 66 78 119 127 119 127 Fixed type Manual charging type 60 72 61 73 63 75 115 123 115 123 Horizontal type Notes Standard Standard Standard Standard offer in the fixed type Bus bar Connection type Verlical type Option Option Option Standard Standard offer in draw out type Motor charging type Standard Standard Standard Standard Standard Standard Closing type Manual charging type Option Option Option Option Option Option External Draw outtype mm 435 0 479 NGET w 3P 4P 485 615 485 615 485 615 485 615 960 1090 960 1090 dimension Fixedtype H 410 D 375 W 3P 4P 480 610 480 610 480 610 870 1000 870 1000 Certificate amp Approval KERI CESI KEMA Note 9 KEMA
42. ation service 10 12 13 14 20 24 28 33 38 43 55 56 58 59 60 62 Compact amp Modular design More compact overall dimensions and light weights LS Ace MEC ACB have been made three types of modular design creteria to facilitate their installation and integration in low voltage switch boards Slim type 40004 High breaking capacity LS Ace MEC ACB provides high breaking capacity up to 100kA Under 500V breaking Upto 1600AF 1 600 AF service capacity Icu kA Upto 3200AF 3200AF Upto 5000AF 5000AF Various certification and approval LS Ace MEC ACB is type tested by IEC 60947 and GB 14048 2 94 standard KEMA Netherlands CESI Italy KERI Korea ISO 9001 ISO 14001 Safety and Convenience OCR terminals are located in front Modulized mechanical part and accessories for easy maintenance and inspection Improved draw out rail for easy draw out Minimized arc space Molded frame X The reverse connection of power source and load part is available but please use the normal connection for the safety in maintenance and inspection x Neutral pole of ACB 4 pole type is the breaking structure which is opened after pre closing High functional digital type trip relay Easy inspection by LCD Load current value Setting values of each trip characteristics Fault curent Max value Tripping time Self diagnosis function noEr No error Er 1
43. ay USR gt 4 GND TRIP 5 FAULT Note ON ACB trip Ground fault Tripping indicator To ON OFF ACB No trip Ground fault Tripping indicator To T4 ON FAULT Mode USR 4 GND TRIP gt 5 FAULT Eni gt FLT 1 S Type L INV S 70 7k Nee R x xx Tis ay Duty s 12ms gt Prev Next Mode USR gt 5 FAULT Gm Note 1 In the status of pressing W Button if you press Ent button next Fault mode will be displayed 2 If you press the Mode button USER menu will display 16 Move gt three times in a row Move gt two times in a row TEST Mode USR 5 FAULT gt 6 TEST Ent TST gt 1 Trip 2 Alarm Ent i Start Trip Test lt Press Enter gt Ent Testing DONE Mode TST 1 Trip gt 2 Alarm Ent Start Alarm Test Press Enter Ent Testing DONE Mode TST 2 Alam gt 3 LED Ent Start LED Test Press Enter gt Ent Testing DONE Mode TST 2 Alarm gt 3 LED ACB Operation Continuous operation test Move Output OCR Alarm contact Continuous operation test Move Output OCR Alarm contact Continuous operation test Please OFF after all LED s are turned on If you press the Mode button USER menu shall be displayed OCR II External configuration Display LCD Display of normal condition In use current of R S T N phases Fault display Fault phases and kinds
44. center eo _ __800 _ 8 500 20 M NT 99 105 17 54 d o o o0 re 1 o 8 pr o fi S n 1 8 d b PC C h gt 875 o nge S N 660 L 660 360 4 8 14 Mounting Hole 4 8 14 Mounting Hole 4 9 14 Mounting Hole 3Pole type 4Pole type Side view Note Above size is the standard size of our company T Size If you need other size please contact to us Rated current T 2500A 20 3200A 25 54 Technical information Deratings by ambient temperature e Ambient temperature 5 c 40 c Only applicable when the 24 hours average temperature is below 35 C Altitude Below 2000m Environmental condition Below 85 in humidity with 40 maximum temperature Within the
45. e of mounting hole 2 Size of connection conductor of Ace MEC ACB 45 External dimensions Draw out type Slim type 4000A Unit mm Operating panel center 458 67 252 206 T y O O UVT Controller NO O E FF g ON 3 _ tole car P 8 Ll A H POS 100 425 200 4 614 Mounting hole 278 Front view 3Pole Side view Operating panel center 190 190 Plane view Rear view Connection conductor 46 Unit mm Operating panel center 588 ov 4 614 Mounting hole Side view 4Pole Front view Operating panel center 170 170 170 Plane view Rear view Connection conductor 47 External dimensions
46. f instantaneous type and 0 5 sec time delay type ACT U Us Power 3 2 Jf 1 UVT Controller US us COM b Miis bulan i UVT output contact Note Dot line is user wiring AN Caution In case of resetting or testing UVT device please do not maintain ON status of push button for a long time and besides do not operate often ON OFF It can be cause of damage Maintenance duration of ON status Under second ON OFF Cycle Under 30 Seconds 30 e How to use US US 1 Test Function As shown in above circuit diagram please organize push button During the operation in normal status UVT unit will operate in a normal way if push button will be On And user can check the normal operation of UVT unit 2 Reset Initialization Function A Formation of Circuit diagram and an operation method is as same as instruction explained in Test Function clause It is a function for initialize function of UVT when user draws out ACB and then put it in original position in the status of normal operation UVT circuit of 3 sec time delay type ACT Usp sl Power j x Up U je J LA Controller ACB
47. g current Is x 10 Times s 0 05 0 5 Step 0 01 15 0 1 0 09 0 08 0 07 0 06 The setting range of ground fault time delay GTD 0 05 Ground fault Ig Time s 0 1 3 0 Step 0 1 20 0 04 0 03 The setting range of instantaneous time delay current li Under 4000A 2 16 OFF 15 Over 5000A 2 12 OFF 15 0 02 Setting current In x setting value e A D OKOD 100 200 300 400 500 600 700 800 900 1000 2000 3000 4000 5000 6000 7000 8000 9000 Y Current x 27 Optional accessories OCR tester Ratings Name OT 2000 Rated voltage AC 100 240V Frequency 50Hz 60Hz selection In 0 1 If the value of In max is 1 the Output output voltage is 200mV voltage In 0 30 xIn max It corresponds to the signal of the OCR Ex If you set In to 30 6V turns out Type of output O g Notel voltage Stop signal OCR a contact b contact n TC Detect only the operation state of OCR f the time del regardless of the time dela Check ii T characteristics Apply DC power Key operating explanation hd Key to select frequency 50Hz 60Hz Key to select type of stop signal input voltage of the OCR tester OCR a contact b contact Key to initialize the test curent value when ED has been pressed one time Key to test whether OCR is operated normally or not
48. hat the pumping prevention circuit is reset when its voltage is under 85 of the rated voltage 4 The extent of operation voltage is 85 110 of the rated voltage Q Shunt coil SHT To open the breaker by remote control Use an auxiliary contact INO to prevent coil burning When the control power is OFF at the ACB is ON state the ACB remains ON Sta eR AC DC 77 121 2 1 cont n 50 60Hz 220 154 242 3 13 ee P C 125 88 138 23 1 0 04 under DC 24 21 26V 30 3 5 48 41 53v 30 7 Note The extent of operation voltage is 70 110 of the rated voltage OCR Alarm contact Pumping prevent circuit Trip coil circuit Breaker OCR alarm contact is fundamentally installed in only ACB with trip relay 5 P When the ACB is tripped by the OCR operation electrical signal flows SUAE through the OCR alarm contact for remote supervisory INO x x Contact type OCR II OCR III Momentary operation type Magnetic maintenance Operational type Under 15ms type Formation of contact 2NO 2NO Contact capacity Capaci Operating condition of contact Lus pasty FA z 250V 5A Condition of A Condition of Ratings KA Cause of trip Ep DC 30V 5A circuit b
49. ing that their products contain controlled concentration of the six substances restricted by the Diretive The six Hazardous Substances Below 1 000ppm of Lead Pb Mercury Hg Hexaval Ent Chromium Cr 6 Polybrominated Biphenyis PBB and Polybrominated Biphenyl ETher PBDE and below 10 Oppm of Cadimium Cd p RoHS Directive on the Restriction of Hazardous Substances in the Electronic Equipment Effective on February 13 2003 Application Products manufactured by LSIS do not directly apply to the ROHS Directive However small inverters imbedded in sport equipment and small breakers in large home appliances can be indirectly applied to the Directive LSIS continues to comply with the RoHS directive in order to establish environmentally Friendly management policies and global competitiveness for our products According to the regulation eight o the 10 WEEE products excluding medical equipment and control systems must be ROHS compliant J RoHS COMPRIANCE Microsoft Internet Explorer nD PRE LAW SANs SID x 2m grer amp Isis biz rohs Index asp 3 gos s2 amp Environmental Policy and RoHS Compliance Application 5155 Total Solution Provider MCCB MC INVERTER PLC Microsoft Internet Explorer mE BEC SO 297205 ERD SATH 6 Pu kan 2 5 s U 8 gos 2 Always with Our Customers Japanese Help Desk Sitemap Contactus LG i
50. is used with Shunt Coil SHT If there isn t DC powerit is possible to supply the power to ACB by rectifying the AC power number 5b of the auxiliary contact Axb of air circuit breaker Ratings Ratings Specification B6 B10 contacts Linkage between Axb and short b Type name CTD 100 CTD 200 ACB condition Close position Open position Rated input voltage V AC 100 110 AC 200 220 ACB position Auxiliary contact Axb ON Auxliiary contact Axb OFF Frequency Hz 50 60 50 60 Connected position 1 ON Rated charge voltage V DARI 155 280 31 0 Shorting b contact OFF Axb dg SBC med sac Charging time Within 5sec Within 5sec Tripping time over 3min over 2min Test position DA en Range of input voltage 85 110 85 110 Shorting b contact ON E 256 Axb E SBC Condenser capacity 4004F 1604F Safety shutter lock STL To fix safety shutter for the safety during the operation in draw out state of a breaker Door frame DF It is the device to look fine after the cut of a switchboard door when the breaker is installed It helps to check the front of a breaker from the outside of a distributing board easily x Please refer to door frame in 41 42 45 46page Mechanical operated cell switch MOC The ACB mechanically operates only in case of connected position of its main board so as to display its ON OFF condition by contact 10a and 10b Both Standard and large types a
51. larm gt 3 LED EN Start LED Tst Press Enter Ent Testing DONE Func TST 2 Alarm gt 3 LED Fung Date and time set up TOP 7 TEST gt 8 TIME SET Ent Date 2001 12 04 AY Time 10 41 33 Ent Date 2001 12 04 AY Time 10 41 33 Ent Date 2001 12 04 AY Time 10 41 33 Ent Date 2001 12 04 AY Time 10 41 33 Ent Date 2001 12 04 AY Time 10 41 33 Ent Date 2001 12 04 AY Time 10 41 33 Ent Saved Time lt Press Enter gt Ent Press Func button after checking OCR warning output OCR LED operation test Press Func button after checking if all LED is OFF after ON Press Func button shifts to initial window set up Date and time set up mode Year set up Month set up Day set up Time set up Minute set up Second set up Pressing Func button shifts to initial window set up Set up value initializing method TOP 8 TIME SET gt 9 FACTSET Select Password 00 AY Select Password 99 Ent Factory Setting Press Enter Ent OK Fact Set Press Func Set up value initial mode It restores all set up values as initial set up value The TIME SET alteration date is not changed exceptionally Pressing Func button shifts Func to initial window set up 19 Operating characteristics of trip relay OCR Il Ratings Classification Types and ratings of trip relays Type 60Hz 156 LF LN6 Note 50Hz LS5 LF5 LN5 N
52. lay tripping current Setting the short time delay tripping time Setting the instantaneous time delay tripping current Setting the pre alarm current Trip Indicator Communication RS232 Port Setting the fixed value Monitoring the fixed value Monitoring the operating state of ACB OCR Monitoring the load current of line Performing of calibration bility Standard functions Setting the fixed current Setting the long time delay tripping current Setting the long time delay tripping time Setting the short time delay tripping current Setting the short time delay tripping time Setting the instantaneous time delay tripping time Setting the ground fault tripping current Setting the ground fault tripping time Setting pre alarm current Trip Indicator Communication RS232 Port setting the fixed value Monitoring the fixed value Monitoring the load current of line Monitoring the operating state of ACB OCR Performing of Calibration ability RS485 Port 485 485 Setting the fixed value by remote Monitoring the fixed value Monitoring the load current of line Transmitting the failure information failure pole failure factor Transmitting the self diagnosis information 23 Characteristics curve ocR l LS6 LS5 For industry 1000 900 800 700 600 500 400 The setting range of pre alarm current Ip Continuou
53. mode of its value AV 1 0 0 2 1 0 Ent SET 1 In v set up continuously gt 2 le x In Ent J flowing current Set Ic 1 00k iy Set up step 0 05 Step 1 0 0 6 1 0 no Ent 9 Steps SET 2 le xIn y Long time delay trip gt 3 LTD Ent time set up Set LTD 25Sec i Generac protection 15 480 or 1 5748 Ent _ 55 0 5sec SET 3 LTD v Short time delay trip 24 ls x In Ent current set up Set Is 10 0k 1 Set up step 1 Step 1 0 2 10 no Ent 10 Steps nt SET 4 Is x In v Short time delay trip gt 5 STD Ent time set up Set STD 0 05Sec Av Set up step 0 01sec Step 0 05 0 5 Ent 46 Steps SET 5 STD Ground fault delay trip gt 6 Ig in Ent Current set up SET 0 5 1 0 0 5 Ent SET 6 lg Ground fault delay trip gt 7 GID Eni time set up Set GTD 3 0Sec ay Setup step 0 1 Step 0 1 3 0 Ent 30 Steps SET 7 GTD Pre alarm current gt 8 Ip x Ic Ent set up Set Ip 1 00k ay Set up step 0 1set Step 1 0 0 7 1 0 Ent 4 Steps SET 8 Ip gt 9 linst Set Inst 16 0k 16 2 16 no or 12 2 12 no SET 9 linst gt 10 Update Y AY Ent Y Ent Instantaneous time Ent delay trip set up Set up step 1 Step 4000A under 2 16 no 5000A under 2 12 no Update Setting EntJ Set up value completion SET 9 linst gt 10 Update Func Move back to set up initial window Fault information method
54. ndustrial Systems POWER SEARCH New name Fresh face Good Change PRODUCT CATEGORY L Indu FEATURED PRODUCTS Susol ies circuit a s takers Declaration of RoHS Compliance LS Industrial System Co Ltd Yonsei Jaedan Severance Bldg 84 11 Namdaemunno 5 ga Jung gu Seoul 100 733 Korea Manufacturer Do hereby confirm that With relevance of the EU Directive 2002 95 EC of 27 January 2003 on the Restriction of the use of certain Hazardous Substances in electrical and electronic equipment RoHS our listed products do not contain any of the following banned substances listed below Lead Mercury Cadmium Hexavalent Chromium Polybrominated Biphenyls PBB Polybrominated Diphenyl Ethers PBDE The following products sold as of July 1 2006 will be RoHS compliant Molded Case Circuit Breaker MCCB Earth Leakage Circuit Breaker ELCB Magnetic Switch MC TOR Manual Motor Starter MMS Protection amp Measurement device Programmable Logic Controller PLC Variable Frequency Drive AC Driver Note Please visit www Isis biz and see RoHS Compliance menu to verify the specification of each product s RoHS Compliance Place Date Korea April 4 2006 LS Industrial Systems President cro Chung Man KIM L aa gt LS Industrial Systems Features and internal structure Arc extinguishing chamber OFF button Pad lock Control circuit terminal
55. nt 22 Long time delay pick up current Q Long time delay tripping time Setti Short time delay pick up current Setting the ground fault tripping current ng the ground fault tripping time a Setti Short time delay tripping time Pt ON Operating characteristics inverse Pt OFF Operating characteristics definite Instantaneous pick up current 6 Pre alarm pick up curent Pre alarm tripping time Ground fault pick up current Ground fault trip time ng pre alarm current e Trip Indicator OCR III ND6 16 NI 5 5 C 16 MI je 15 ML 5 Characteristics of protection D Long time delay pick up current Long time delay tripping time Short time delay pick up current Short time delay tripping time Instantaneous pick up current Pre alarm pick up current Pre alarm tripping time Ground fault pick up current 9 Ground fault trip time Characteristics of protection D Long time delay pick up current Long time delay tripping time Short time delay pick up current Short time delay tripping time Instantaneous pick up current Pre alarm pick up current Pre alarm tripping time Ground fault pick up current 9 Ground fault trip time Standard functions Setting the fixed current Setting the long time delay tripping current Setting the long time delay tripping time Setting the short time de
56. of fault EX Long time delay trip L_INV Short time delay trip S_INV Instantaneous time delay trip INST Condition display LED Run The LED blinks with normal operation of OCR Over current display LED Pick up LED In case of over default pre alarm current flows the Pick up LED warning blinks and is turned off after OCR operation Fault LED The OCR operation of generating fault turns on Fault LED Q Communication display LED Rx Tx Blinks with normal communication of OCR Reset button Out put contact signal reset and OCR over current display LED Q Selection button Func Mode selection button Ent Selection button of various set up value V Set up value input button RS232 Port OCR operation check port as connecting PC Q TEST Port Connection button with OCR tester OT 2000 FAULT R Long time delay trip occuring in R phase Ground fault trip GND LCD reset method Press Func button after Ent It is tested by IEC standard 61000 4 3 for mobile checking function and certified class A of frequency range from 80MHz to 2 4GHz Setting step Formation of output terminal Operating characteristics Mode Setting step Type of contact Mark of contact 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 0 9 Steps x In max Industry Common R Rated current In Control 0 2 0 3 0 4 0
57. or and contact LED Contact Kinds of tripping characteristics LTD Ti Long time delay tripping indicator STD T2 Short time delay tripping indicator INST Ts Instantaneous time delay tripping indicator GID 4 Ground fault tripping indicator PAL Ts Pre alarm indicator RUN _ When the breaker closed I ON RUN LED turn on and off continuously PICK Over than 105 of the setting current In UP 5 LED turn on and off Over than 120 of the setting current In LED turn off Formation of output terminal Type of contact OCR II Control Common R power AC DC 110 220V R2 Pre alarm m MM AL2 AL2 Common TO Long time TI Tripping Short time T2 type Instantaneous T3 Ground fault T4 Pre alarm T5 14 o QOO DIGITAL TRIP RELAY Button operation method in set up modes Top MENU Sixxxx Nixxxx Press the Eni button one time Rixxxx Eni TOP gt 1 USR ERT DIAGNOSIS Mode TOP gt 1 USR __2 Ent TOP gt 1 DIAGNOSIS 2 FREQUENCY Ent DIA gt 1 COIL OK 2 Y Status of the connection to the MTD OK or Fail Note DIA 1 COIL OK Status of the 22 EEP OK vj OCR EEP ROM DIA 2 EEP OK Status of the gt 3 CSUM_ OK Note 1 If LCD display 1 COIL FAIL you should not setting the relay Please contact your local LSIS representative or LSIS sales office
58. ote Application For industry For industry For industry Possible number of ACB poles 3 3 4P 3P Operating voltage AC DC 110V 220V AC DC 110V 220V AC DC 110V 220V Communication Operating characteristics Long time delay L m m m Short time delay S m m Instantaneous time delay 1 m m Ground fault G m Pre alarm P m m Setting current In X In wax 0 4 0 5 0 6 0 7 0 8 0 9 1 0 Continuous current A Ic X In 0 6 0 7 0 8 0 85 0 9 0 95 1 0 Long time delay L Trip current A IL Ic 1 5 Error tolerance 10 Trip time sec LTD 15 30 60 120 240 480 Short time delay S Trip current A Is x In 2 3 4 6 8 10 OFF Error tolerance 15 Trip time sec STD 0 05 0 1 0 2 0 3 0 4 0 5 Instantaneous time delay l Trip current A X In 4 6 8 10 12 16 OFF Error tolerance 20 Trip time sec INST 0 025 under Note2 lg X Inmax 0 1 0 2 0 3 0 4 0 5 OFF Ground fault G Error tolerance 20 Trip current A Inp X In 0 5 1 0 OFF Noted Trip time sec GTD 0 1 0 3 0 5 0 7 1 0 1 5 3 0 Pre alarm P Error tolerance 10 Trip current A eX Ie 0 7 0 8 0 9 0 95 1 0 OFF Trip time sec x LTD 0 5 setting Ip 1 0 Operating time Half of the long time inverse time Note 1 For type LN5 and LN6 please use Neutral CT output 5A in ca
59. ower after updating its default value 18 Button operation method in set up modes SE mil The number of ACB pole set up nt SYS 4 g or Inp Y gt 5 GND TRIP Ent SYS 4 lg or Inp Y gt 5 GND TRIP Ent SYS TRIP ON Y ON OFF Ent SYS 5 GND TRIP Y 6 Update Ent Update System Press Enter Ent Self diagnosis method TOP 5 SYSTEM gt 6 DIAGNOSIS Ent DIA gt 1 COIL OK 2 RAM OK Y DIA gt 2 OK 3 EEP OK Y DIA gt 3 EEP OK 4 RTC OK Y DIA gt 4 RTC 0K 5 CSUM OK Y DIA 4 RTC OK gt 5 CSUM OK Func ON ACB trip Ground fault Tripping indicator To T4 ON OFF ACB No trip Ground fault Tripping indicator To T4 ON Self diagnosis mode Pressing Ent button starts self diagnosis Normal OK Falut Fail Pressing Func button shifts to initial window set up Note 1 In case it displays Fail terminate OCR set up and please contact us regarding the situation 2 Please do not touch Ent button in the Self diagnosis method OCR test method TOP 6 DIAGNOSIS gt 7 TEST Ent TST gt 1 Trip 2 Alarm Ent Start Trip Tst lt Press Enter gt Ent Testing DONE Func TST 1 Trip Y gt 2 Alarm Ent Start Alarm Tst Press Enter Ent OCR test mode ACB trip operation Press Func button after checking ACB trip OCR warning contact output test Testing DONE Func TST 2 A
60. range of ground fault time delay GTD Ground fault 19 x setting value Time s 0 1 3 0 Step 0 1 20 Y 0 04 0 03 X2 X16 The setting range of instantaneous time delay current li Under 4000 2 16 OFF Step 1 0 15 Over 5000 2 12 OFF Step 1 0 15 0 02 Setting current In x setting value 0 01 e A D 100 200 300 400 500 600 700 800 900 1000 2000 7000 8000 9000 3000 4000 5000 6000 a gE Current x 96 26 l6 6 15 5 For generator protection 1000 900 800 700 600 500 400 300 200 The setting range of Pre alam current Ip Continuous current Ic x setting value 0 7 0 8 0 9 0 95 1 0 10 100 90 80 70 60 50 40 The setting range of long time delay LTD Continuous current Ic x 1 5 Time sec 1 5 48 Step 0 5 10 30 20 The setting range of ground fault current Ig 3Pole 0 2 1 mius Rated current In max X setting value 0 5 1 0 OFF Step 0 The setting range of Short time delay Is Setting current In x Setting value 1 5 10 OFF Step 0 5 15 0 9 0 8 0 7 0 6 0 5 0 4 Operating time sec 0 3 0 2 The setting range of Short time delay STD Settin
61. re available The contact capacity is identical with the rated auxiliary contacts in page 26 32 Circuit diagram DI RI 315Vpeak 400uF electricity 450Vpeak 160uF R2 e Outline dimension 124 177 lt Side view gt CONDENSER TRIP DEVICE Name CTD 100 Standard KS C4611 Rated voltage AC100 110V lamp Charge lamp Condensor 400 ai 7 Serial No 75 Discharge SAW lt Front view gt lt Rear view gt ATS with ACBs Interlock can be composed only of an electric driven charge type circuit break and there are two kinds of bar type and wire one And in order to incorporate electric Interlock ATS control is required separately Electric Interlock charge closing mode voltage trip coil closing coil auxiliary contactor and charge complete contactor are elements for basic composition of ACB ATS controller rating As an operation voltage of ATS Controller it operates a motor of circuit breaker so an operation voltage of ATS controller and an operation of circuit breaker shall be used in the same way Model Name ATSC 110 ATSC 110 C ATSC 220 ATSC 220 C Rated voltage AC110V AC220V Usable voltage range AC 93 5 5 126 5V 5 AC 187 5 253V 5 Frequency 50Hz 60Hz Cons
62. reaker a contact Long time delay trip Short time delay trip Instantaneous time ON Rated current 5 i AC 380V TRIP delay trip Ground fault tip Maximum contact voltage Trip button Shunt trip coil SHT Undervoltage trip UVT OFF DC 125V ON OFF Maximum contact current 5A OFF OFF Minimum applicableload DC 5V 10mA 13 Electronic trip relay OCR I External configuration Note Inp is a function for neutral protection It protects neutral phase in 4 pole ACB from over current ofknob Mode Setting step Q Rated current ln 0 4 0 5 0 6 0 7 0 8 0 9 1 0 x In Max Continuous current c 0 6 07 0 8 0 85 0 9 0 95 1 0 x In Long time HORDE LTD 15 30 60 120 240 480 sec delay tripping time o Short time delay 2 3 4 6 8 10 OFF x In tripping current InOCR trip operation STD LED is turned on Short time delay dota STD 0 05 0 1 0 2 0 3 0 4 0 5 sec tripping time Instantaneous time 4 6 8 10 12 16 OFF x In delay tripping curent In OCR trip operation INST LED is turned on 0 7 0 8 0 9 0 95 1 0 OFF x Ic ka d P InOCR trip operation PAL LED is turned on 9 0 1 0 2 0 3 0 4 0 5 OFF x In Max 8 Ground fault curent in OCR trip operation GTD LED is turned on Ino 0 5 1 0 OFF x In Max 9 Ground fault time GTD 0 1 0 3 0 8 1 5 3 0 sec LED of the trip indicat
63. s current Ic x Setting curent 07 08 09 095 10 10 300 The setting range of long time delay LTD Continuouscument k x 15 Time s 15 30 60 120 240 480 10 200 100 90 80 70 60 50 40 E 30 20 MONGOO The setting range of short time delay Is Setting current In x Setting value 2 3 4 6 8 10 OFF 15 Operating time sec 0 9 The setting range of short time delay STD Setting curent In x 10 Time s 005 01 02 08 04 05 15 0 7 0 6 0 5 0 4 0 3 02 02 0 1 4 0 09 0 08 0 07 0 06 0 05 0 04 0 03 x4 Tx x12 x16 0 02 The setting range of instantaneous time delay curren Ii Setting current In x Setting value 4 6 8 10 12 16 OFF 20 0 01 N 0 o A HOROD Current x 100 200 300 400 500 600 700 800 900 1000 2000 3000 4000 5000 6000 7000 8000 9000 24 LF6 LF5 LN6 LN5 For industry Operating time sec 1000 900 800 700 600 500 400 300 200 100 90 80 70 60 50 40 30 20 0 9 0 8 0 6 0 5 04 0 3 0 2 0 1
64. se of using 3P ACB in 3phase 4wire circuit 2 In case of short circuit accident instantaneous operation time of OCR is under 15ms 3 Inp is a function for neutral protection It protects neutral pl Power consumption of trip relay Operational Voltage OCR Il AC DC 110 220V SYA 20 hase in 4 pole ACB from over current OCR II Classification Types and ratings of trip relays Type 60Hz NL J C 16 MLI 50Hz NDS cos POS MOS Application For industry For industry For generator protection For generator protection Possible number Of ACB poles 3 4P 3 4P 3 4P 3 4P 1 AC DC 110V 220V AC DC 110V 220V AC DC 110V 220V AC DC 110V 220V Operating voltage 2 DC24V DC24V DC24V DC24V 4 DC48V DC48V DC48V DC48V Communication B B Communication protocol RS 485 RS 485 Protocol DNP 3 0 DNP 3 0 Transmission speed 9600 bps 9600 bps Long time delay L m E Short time delay S a E m Operating characteristics Instantaneous time delay I m n m Ground fault G m L Pre alarm P m For industry 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 0 Rated current A In X Inmax For generator protection 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 0 Continuous current A lc X In 0 6 0 65 0 7 0 75 0 8 0 85 0 9 0 95 1 0 Trip current A IL
65. strict Beijing 100013 P R China Tel 86 10 6462 3254 Fax 86 10 6462 3236 e mail linsz Igis com cn LS Industrial Systems Guangzhou Office gt Guangzhou China Address Room 1403 14F New Poly Tower 2 Zhongshan Liu Road Guangzhou China Tel 86 20 8326 6754 Fax 86 20 8326 6287 e mail zhangch lgis com cn LS Industrial Systems Chengdu Office gt gt Chengdu China Address 12Floor Guodong Building No52 Jindun Road Chengdu 610041 P R China Tel 86 28 8612 9151 Fax 86 28 8612 9236 e mail hongkonk vip 163 com LS Industrial Systems Qingdao Office gt gt Qingdao China Address 7B40 Haixin Guangchang Shenye Building B No 9 Shangdong Road Qingdao China Tel 86 532 580 2539 Fax 86 532 583 3793 e mail bellkuk hanmail net ACB E 2003 04 14 2006 07 Printed in Korea STAFF
66. t circuit is included with the closing capacity of auxiliary contact in page 27 coil electrical lock Please note that pumping prevent circuit can be reset e Motor ratings when the voltage of input signal drops Inrush current Steady dem Charging Rated voltage I Voltage Reset voltage peak value A current A consumption W time sec AC Rated voltage 8576 under AC DC 110 7 3 5 385 DC Rated voltage 85 under 50 60Hz 220 7 3 5 770 125 7 3 5 437 5 Under DC 24 30 11 264 48 30 5 5 264 12 Note The range of operating voltage 85 110 Auxiliary devices Pad lock PL a 265 Test Disconnected To fix a ACB into a position Dis connected Test Connected Standard offer in the draw out type Position Indicator To indicate the position Dis connected Test Connected of a ACB Standard offer in the draw out type 9 Closing Coil CC To close the breaker by remote control The coil only operates when the power is supplied continuously over 100ms Power should be supplied separately from the motor charging power Electric pumping prevent circuit is built in it ap AC DC 110 94 121 2 1 50 60Hz 220 187 242 3 1 3 125 106 138 2 3 0 08 under DC 24 21 26V 30 3 5 48 41 53V 30 7 Note 1 Closing time is from coil excitation to contact closing 2 Steady current is the value at maximum rated voltage 3 Please be careful t
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68. umption power wave phase 15 4W 4 Position switch stop N R Auto n n Test function n n n n Transmitter control function n n n n NRS function n n n n Time setting T1 T6 n n n n Fault function OCR Circuit breaker trouble n n n Output contact auto load n n n n Communication function RS 485 m n e Ti Atthe time when EPCO UN is OFF the delayed time until Generation start up signal is closed hi 0 1 0 5 1 2 4 8 15 30 40 50 seconds e T At the time when EPCO UN is ON the delayed time until ACB is tripped OFF t2 O 1 1 2 4 8 15 30 60 120 240 seconds ATS Controller e At the time when ACB is tripped OFF the delayed time until ACBz is inputted ON ts 0 5 1 2 5 10 15 20 25 30 40 seconds e Ta At the time when 2 is tripped OFF the delayed time until ACBz2 is inputted ON t4 0 5 1 2 5 10 15 20 25 30 40 seconds e Ts At the time when is tripped OFF the delayed time until Generation start up signal contactor is opened ts 60 120 180 240 300 360 420 480 540 600 seconds Stop mode In a state that UN EPCO power or UR The Power Station power is usable a mode that ACBi EPCO Circuit breaker and ACB The Power Station circuit breaker are tripped OFF N mode In a state that UN EPCO power is usable a mode that ACB EPCO circuit breaker is inputted ON artificially UR The Power Station power is not related to

Motor charging type

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