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Compact ACB 1600A
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Compact ACB 1600A · The diagram is shown with circuit de-energized, all devices open and charged and relays in normal position 2. Relay is normal condition and charging type is "Off-Charging"

May 10, 2020

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Page 1: Compact ACB 1600A · The diagram is shown with circuit de-energized, all devices open and charged and relays in normal position 2. Relay is normal condition and charging type is "Off-Charging"

Compact ACB1600A

Page 2: Compact ACB 1600A · The diagram is shown with circuit de-energized, all devices open and charged and relays in normal position 2. Relay is normal condition and charging type is "Off-Charging"

Contents

• Ratings ································································································································································································································ 03

• Ordering ·························································································································································································································· 04

• Electrical diagram ····································································································································································· 06

• Accessories ····································································································································································································· 08

• Structure ······················································································································································································································· 09

• Dimensions ········································································································································································································ 10

Compact ACB 1600A

Page 3: Compact ACB 1600A · The diagram is shown with circuit de-energized, all devices open and charged and relays in normal position 2. Relay is normal condition and charging type is "Off-Charging"

I 3

Compact ACB 1600A

RatingsCommon CharacteristicsNumber of poles (P) 3P/4P

Frequency (Hz) 50/60Hz

Rated operating voltage (V, Ue) 690V

Rated insulation voltage (V, Ui) 1000V

Rated impulse withstand voltage (kV, Uimp) 12kV

Circuit Breaker as per IEC60947-2Type AN/AH/AR-C

Description AN-16C AH-16C AR-10C

Ampere Frame (AF) 1600 1600 1000

Rated current (In Max.)at 40℃

(A) 400 400 400

(A) 630 630 630

(A) 800 800 800

(A) 1000 1000 1000

(A) 1250 1250 -

(A) 1600 1600 -

Rated current of neutral pole (A) 1600 1600 1000

Rated breaking capacity (Icu) (kA) IEC60947-2

AC 690V/600V/550V

42

50 -

AC 500V/480V 50 -

AC 415V/380V/440V 50 -

AC 415V/380V50

66 150

AC 240V/220V 66 150

Rated breaking capacity (Ics) (kA,%×Icu) 100%

Rated making capacity (Icm) (kA) 88.2 105/138.6 -

Rated Short-time capacity (Icw) (kA) 1sec 42/50 50 -

Operating time (t) (ms)

Total breaking time 40

Closing time 70

Common Mechanical and Electrical Life Cycle

Life cycle (time)Mechanical 12,500 5,000

Electrical 6,000 3,000

Common Demension and Weight

Weight (3P/4P) (kg)Draw-out type (3P/4P) 16/19.5

Cradle (3P/4P) 22/26Fixed type (3P/4P) 16/19.5

Dimension (3P/4P) (mm)

Draw-out type(H : 361.3, D : 257)

W(3P/4P) 255.4/326

Fixed type(H : 268, D : 185.6)

W(3P/4P) 272.4/342.4

Main Characteristics ● Rated current : Cat.A ~1000A, (Ics: 150kA/415Vac Ics=100%*Icu)

Cat.B ~1600A ● Rated breaking time : 3 cycle ● Short time withstand current : 50kA/1sec (Cat.B) ● Mechanical life cycle(without maintenance) :

12,500(Cat.B), 5,000(Cat.A)● Cradle : Standard type(Bottom operating) ● Various operating(control) powers

- DC 24/48V, AC/DC110V, DC125V, AC/DC220V, AC 380V

● Accessories - ACB: UVT, Ready to Close S/W, Remote reset coil(RES), Rating Plug,

Manual Reset Button, Counter, ON/OFF Button Lock, Key Lock, etc.- Cradle: MOC(Mechanism Operating Cell s/w), Cell S/W(Cradle Position

Cell s/w), Mechanical Interlock, Door Interlock, Position Keylock, Padlock/Position Lock, Safety Shutter, etc.

Standards● IEC 60947-2● DEKRA CB & CCC Certificates

(Test for the certificates is expected to be finished in Jun.)

Page 4: Compact ACB 1600A · The diagram is shown with circuit de-energized, all devices open and charged and relays in normal position 2. Relay is normal condition and charging type is "Off-Charging"

4I

Ordering

* TCS : Tripping coil supervision

* L,S,I,G configuration as standard (with LED indicators)

* Ground fault detection is basic. (Internal CT Vector Sum system)* L,S,I,G configuration as standard (with LED indicators)

* Comm. And output contacts DO NOT work under self-power condition. (AC0, AK0, AX0, AC5, AK5, AX5)

* Communication and output contacts for L,S,I,G do not work except OCR LED without control power supply.

- AG0, AG5, AZ0, AZ5, AE0, AE5

* Communication functions are Normal. (Function unavailable without control power supply)

* Applicable to generator protection purpose* Voltage module of P type or more is basic.

* Communication functions are Normal. (Function unavailable without control power supply)

* Applicable to generator protection purpose* Voltage module of P type or more is basic.

M1 D1 D1 NG0FX

Motor rated voltage

MA Without Motor

M1 AC/DC 100V ~ 130V

M2 AC/DC 200V ~ 250V

M3 DC 125V

M4 DC 24V ~ 30V

M5 DC 48V ~ 60V

M6 AC 380V ~ 415V

M7 AC 440V ~ 480V

M8 AC 48V

0 Without trip relay

N

OCR TYPE

N NORMAL

N

OCR TYPE

N NORMAL

A

OCR TYPE

A Ammeter

P

OCR TYPE

P Power meter

S

OCR TYPE

S Supreme meter

0 Without trip relay

G

Communication & protection

G Ground fault (Residual earth fault protection), No Communication

V

Communication & protection

V Pre-Trip Alarm

G

Communication & protection

G Ground fault (Residual earth fault protection), No Communication

E Earth Leakage(Extermal CT), No Communication

C Communication + Ground fault (Residual earth fault protection)

X Communication + Earth Leakage(Extermal CT)

G

Communication & protection

C Communication + Ground fault (Residual earth fault protection)

X Communication + Earth Leakage(Extermal CT)

G

Communication & protection

C Communication + Ground fault (Residual earth fault protection)

X Communication + Earth Leakage(Extermal CT)

0 Without trip relay

0

Control voltage & frequency

0 Self-Power, 60Hz

5 Self-Power, 50Hz

1

Control voltage & frequency

1 AC/DC 110V~220V, 60Hz

6 AC/DC 110V~220V, 50Hz

0

Control voltage & frequency

0 Self-Power, 60Hz

1 AC/DC 110V~220V, 60Hz

2 DC 24V~48V, 60Hz

5 Self-Power, 50Hz

6 AC/DC 110V~220V, 50Hz

7 DC 24V~48V, 50Hz

0

Control voltage & frequency

1 AC/DC 110V~220V, 60Hz

2 DC 24V~48V, 60Hz

6 AC/DC 110V~220V, 50Hz

7 DC 24V~48V, 50Hz

0

Control voltage & frequency

1 AC/DC 110V~220V, 60Hz

2 DC 24V~48V, 60Hz

6 AC/DC 110V~220V, 50Hz

7 DC 24V~48V, 50Hz

Closing coil rated voltage

D0 Without Closing coil

D1 AC/DC 100V ~ 130V

D2 AC/DC 200V ~ 250V

D3 DC 125V

D4 DC 24V ~ 30V

D5 DC 48V ~ 60V

D6 AC 380V ~ 480V

D7 AC 48V

Shunt coil rated voltage

D0 Without Shunt coil

D1 AC/DC 100V ~ 130V

D2 AC/DC 200V ~ 250V

D3 DC 125V

D4 DC 24V ~ 30V

D5 DC 48V ~ 60V

D6 AC 380V ~ 480V

D7 AC 48V

Auxiliary switch with charging type

FX Standard 4C with "OFF" charging type

FC Standard 4C with "ON" charging type

SCStandard 4C with "ON"

charging type for TCS type

AN-16C3-10J

Page 5: Compact ACB 1600A · The diagram is shown with circuit de-energized, all devices open and charged and relays in normal position 2. Relay is normal condition and charging type is "Off-Charging"

I 5

Note 1) UVT and SHT2 can not be selected together, Select one of two.

Note 2) Codes for over 5 optional accessories are composed separately

* 1) AR can be selected up to Ampere Frame 1000AF.* 2) AR can be selected up to 1000AF(CT Spec.)

* UVT Delay module is available over AC / DC 48V

16 C 3

U1 AL C

J10

Ampare Frame E(CT Spec.)

- -

08 800AF

16 1600AF

- -

08 800AF

10 1000AF

Automatic circuit breaker

AN/AH

AR

Rated current

00 None

04 400A

06 630A

08 800A

10 1000A

13 1250A

16 1600A

00 None

04 400A

06 630A

08 800A

10 1000A

ConnectionsDrawout

A Bottom operating (Auto Connect)

J Bottom operating

S Side operating (Auto Connect)

T Side operating

Fixed

H Horizontal terminals

V Vertical terminals

M Horizontal for line, Vertical for load

N Vertical for line, Horizontal for load

P Front terminal

Z Horizontal with speaders

R Vertical with spreaders

T Front connection via vertical connection adapters fitted with cable-lug adapter

X Cable Lug

Phasing

• C : 800~1600AF 3/4P

Standard (N)RST

• V : 800~1600AF 4P

Reversed RST(N)

Poles

• 3 : 3P(C)

• 4 : 4P(C,V)

UVT coil rated voltage

U0 Without UVT coil

U1 AC/DC 100V ~ 130V

U2 AC/DC 200V ~ 250V

U3 DC 125V

U4 DC 24V ~ 30V

U5 DC 48V ~ 60V

U6 AC 380V ~ 480V

U7 AC 48V

Option Table

Character Option name

AL AL1 + MRB

A1 AL1 + MRB + RES(AC110~130V) * AC private use

A3 AL1 + MRB + RES(DC110~125V) * DC private use

A4 AL1 + MRB + RES(AC200~250V) ** AC private use

A5 AL1 + MRB + Auto Reset

A7 AL1 + MRB + RES(DC110~125V) + Auto Reset * DC private use

A8 AL1 + MRB + RES(AC200~250V) + Auto Reset * AC private use

A9 AL1 + MRB + RES(AC110~130V) + Auto Reset * AC private use

C C COUNTER **AH only

B B On/Off Button lock

M MI Mechanical interlock **AH only

D DI or MOC Mechanism operated cell switch

K K1 Key Lock

K2 K2 Key Interlock Set

R RCS Ready to Close switch

T TM Temperature Monitoring **AH only

H1

SHT2 Note 1)

AC/DC 100V ~ 130V

H2 AC/DC 200V ~ 250V

H3 DC 125V

H4 DC 24V ~ 30V

H5 DC 48V ~ 60V

H6 AC 380V ~ 480V

H7 AC 48V

N01 A4 (AL1 + MRB + RES(AC200~250V))+C(Counter)+B(ON/OFF Button Lock)+K(Key Lock)+R(Ready to Close switch)+M(Mechanicl Interlock)+E(Spring Auto Release)

N02 AL (AL1 + MRB)+K(Key Lock(OFF Lock))+R(Ready to Close switch)+D(Door Interlock or MOC)+H1(AC/DC 100V ~ 130V, Double Shunt coil)+E(Spring Auto Release)

N03 C(Counter)+B(ON/OFF Button Lock)+K2(Key Interlock Set)+R(Ready to Close switch)+T(Temperature Monitoring)

N04 A4(AL1 + MRB + RES(AC200~250V))+B(ON/OFF Button Lock)+K(Key Lock(OFF Lock))+M(Mechanical Interlock)+T(Temperature Monitoring)

N05 A1(AL1+MRB+RES110~130V)+B(ON/OFF Button Lock)+K(Key Lock(OFF Lock))+R(Ready to Close switch)+M(Mechanical Interlock)+T(Temprature Monitoring)Interlock)+T(Temprature Monitoring)

AN / AH / AR

/

-

Page 6: Compact ACB 1600A · The diagram is shown with circuit de-energized, all devices open and charged and relays in normal position 2. Relay is normal condition and charging type is "Off-Charging"

6I

Electrical diagram

V1

E225

282

D2

UVT

Axb

C12

SHT2

C2

SHT1

A2CC

U1M

4131

2111

Pow

er s

uppl

y

Common

Reset

ZSI Input

ZSI Output

ZCT

Volta

ge M

odul

eTe

mpe

ratu

reM

odul

e

Inte

rnal

/ Ex

tern

al w

iring

(by

cust

omer

)

Con

nect

or o

f the

con

trol c

ircui

t ter

min

al o

f dra

wou

t typ

e

or

AC

BTr

ip re

lay

Dig

ital t

rip re

lay

Read

y to

close

Seco

ndar

ytri

p co

il

UVT

Alar

mC

onta

ctM

ain

circ

uit

181

/RES

(+)

182

/RES

(-)

Tem

pera

ture

Sens

or-2

Tem

pera

ture

Sens

or-1

Elec

trica

lop

erat

ion

circu

itCh

arge

com

plet

ion

cont

act

Aux

iliar

y sw

itch

Ther

mal

,co

mm

unic

atio

nre

mot

e co

ntro

l mod

ule

Z4Z2

485-

544

534

524

V2V3

VNE1

Z3Z1

485+

R11

R22

513

R2

R1

251

81D

1C

11C

1A

1U

2U

442

4434

2224

1214ON

T1TC

1T2

TC2

32

Axb

Axb

Axb

Axb

OFF

ON

Charged

OFF

OFF

11

81

485+

12

82

485-

~ ~

~

~ ~

4142

11

181

Z1

14

182

Z2

U1

251

Z3

U2

252

Z4

U1

R1

E1

U4

R2

E2

A1

513

VN

A2

514

V3

344

C1

R11

TC

1C

2

R22

TC

2

C11

311

C12

4144

Auxi

liary

sw

itch

"b"

cont

act

Auxi

liary

sw

itch

"a"

cont

act

Cha

rge

com

plet

ion

sig

nal

Mot

or c

harg

ing

Clo

sing

coi

l

Shun

t trip

2nd

shun

t trip

Vol

tage

inpu

t ter

min

al o

f UVT

coi

l

Ala

rm1

"b"

cont

act

Alar

m2

"b"

cont

act o

r RES

Coi

l

Rea

dy to

clo

se s

witc

Con

trol p

ower

for t

rip u

nit

Faul

t cau

se in

dica

tion

cont

acts

Alar

m re

set (

Trip

cau

se L

EDs,

cont

acts

)

RS-

485

com

mun

icat

ion

ZSI i

nput

ZSI o

utpu

t

ZCT

Volta

ge m

odul

e

Tem

pera

ture

mod

ule

Cel

l sw

itch

Term

inal

cod

e de

scrip

tion

D1

D2

~T

1T

2

Acc

esso

ry c

ode

desc

riptio

n

Aux

iliary

sw

itch

Long

tim

e de

lay

trip

indi

cato

r

Shor

t tim

e de

lay/

instan

tane

ous

Gro

und

faul

t tri

p in

dica

tor

Cel

l sw

itch

Mot

or

Clo

sing

coi

l

1st Sh

unt co

il

2nd

Shun

t co

il

UVT

coil

Ax

LTD

GT

D

ST

D/I

nst

CL1

~C

L4

M CC

UVT

SHT1

SHT2

Not

e) 1

. The

dia

gram

is s

how

n w

ith c

ircui

t de-

ener

gize

d, a

ll de

vice

s op

en a

nd c

harg

ed a

nd re

lays

in n

orm

al p

ositi

on

2. R

elay

is n

orm

al c

ondi

tion

and

char

ging

type

is "

Off-

Cha

rgin

g"

3. T

he s

tand

ard

of a

uxili

ary

cont

act i

s 4C

. The

aux

iliar

y sw

itch

in a

bove

dia

gram

is c

ompo

sed

of 4

C. S

ee 4

8 pa

ge fo

r mor

e de

tail

on a

uxili

ary

switc

hes.

4

. Opt

ion

- R

eady

to c

lose

con

tact

, Trip

ala

rm c

onta

ct, U

VT c

oil,

Fully

cha

rged

con

tact

, sec

onda

ry tr

ip c

oil

- T

empe

ratu

re m

odul

e, V

olta

ge m

odul

e, Z

CT,

ZS

I

5. P

leas

e co

nsul

t us

for t

he u

se o

f ZS

I (Zo

ne s

elec

tive

Inte

rlock

ing)

.

6. R

efer

to th

e pa

ge 3

3 fo

r the

con

nect

ion

of T

rip re

lay

and

the

page

43

for U

VT.

7.

For

con

nect

ing

RS

-485

ver

ify if

the

pola

rity

is c

orre

ct

T

his

diag

ram

is b

ased

on

“CO

NN

ECTE

D”p

ositi

on o

f a c

ircui

t bre

aker

and

Ope

ning

, Mot

or c

harg

ing,

R

elea

sing

of l

ocki

ng p

late

sho

uld

be n

orm

al c

ondi

tion.

Page 7: Compact ACB 1600A · The diagram is shown with circuit de-energized, all devices open and charged and relays in normal position 2. Relay is normal condition and charging type is "Off-Charging"

I 7

~

~

311

111

382

254

Cell switch

MOC

Terminal code descriptionNote) 8. Contact configuration for Cell Switch can be changeable if necessary

342 344 332 334 322 324 312 314 382 384 372 374 362 364 352 354

341 331 321 311 381 371 361 351

252 242 232 222

251 241 231 221

212

211

152 142 132 122

151 141 131 121

112

111

254 244 234 224 214

253 243 233 223 213

154 144 134 124 114

153 143 133 123 113

C2

SHT1

A2

CC

U1

M

41 31 21 11

Trip Coil Supervision(Option)

Auxiliary switch

Cell switch 4C Cell switch 8C (4C Addition) MOC (Mechanical Operated Cell switchs)

C1 A1 U2 U4 42 34 22 24 12 1432

Electricaloperation circuit

Chargecompletioncontact

ON

Cha

rged

OFF

ONOFF

ON

OFF

CL4

(DIS

CO

N) o

r

CL8

(DIS

CO

N)

CL4

(TES

T)

CL3

(TES

T)

CL7

(TES

T)

CL2

(CO

NN

ECTE

D)

CL1

(CO

NN

ECTE

D)

CL6

(CO

NN

ECTE

D)

CL5

(CO

NN

ECTE

D)

Axc

Axb

Axb

Axb

Axb

Axb

Axb

Axb

Axb

Axb

Axb

Axa

Axa

Axa

Axa

Axa

Axa

Axa

Axa

Axa

Axa

Axc

Axc

Axc

Page 8: Compact ACB 1600A · The diagram is shown with circuit de-energized, all devices open and charged and relays in normal position 2. Relay is normal condition and charging type is "Off-Charging"

8I

Accessories

ACB

Trip Relay(OCR)

Motor(M)

Closing Coil(CC)

Shunt Coil(SHT)

Under Voltage Trip Device(UVT)

Ready to Close switch(RCS)

Door Interlock(DI)

Mechanical Operated Cell SW(MOC)

Auxiliary Switch(AX)

Key Lock(K1)

Counter(C)

ON/OFF Button Lock(B)

Miss Insertion Preventing Device

(MIP)

Manual Reset Button(MRB)

Cradle

Safety Shutter(ST)

Insulation Barrier(IB)

Cell SW(CEL)

Door Interlock(DI)

Mechanical Operated Cell SW(MOC)

Miss Insertion Prevent Device(MIP)

Racking Interlock & Position Lock(RI)

Condensor Trip Device(CTD)

OCR Tester(OT)

Dust Cover(DC)

Door Frame(DF)

UVT Time Delay Controller(UDC)

Remote Close Open(RCO)

Lifting Hook(LH)

Main ACB

Cradle

Page 9: Compact ACB 1600A · The diagram is shown with circuit de-energized, all devices open and charged and relays in normal position 2. Relay is normal condition and charging type is "Off-Charging"

I 9

Structure

[ Compact ACB 1600A Cradle Structure ]

Lower type cradle(Main-Type)

Side bracket (Lower type)

Page 10: Compact ACB 1600A · The diagram is shown with circuit de-energized, all devices open and charged and relays in normal position 2. Relay is normal condition and charging type is "Off-Charging"

10I

Dimensions

• Fixed Type (Front view) AN/AH/AR-C 3P/4P

• Fixed Type(Horizontal type) AN/AH/AR-C 3P

• Fixed Type(Horizontal type) AN/AH/AR-C 4P

108.5

287

209 4

283

230

16

2.3

123.2193.2

342.4

108.5

283

272.4246.4

1623

0

2.9

209

70 70

15

15

246.4

272.4

94.6

57.5

35.9

3723

016

78.126.5 57.5

23.535.9

157.4

56.9

261.

115

0 283

70 70 70

15

316.4

342.4

94.6

57.5

35.9

3723

016

78.126.5 57.5 35.9

23.5

153.4

5715

026

1.1

283

15

R3.5

R3.5

Page 11: Compact ACB 1600A · The diagram is shown with circuit de-energized, all devices open and charged and relays in normal position 2. Relay is normal condition and charging type is "Off-Charging"

I 11

• Fixed Type(Front view) AN/AH/AR-C 3P/4P

• Fixed Type(Vertical Type) AN/AH/AR-C 3P

• Fixed Type(Vertical Type) AN/AH/AR-C 4P

70707015

94.6

57.5

15

316.4

342.4

35.9

R3.5

108.5

287

209 4

283

230

16

2.3

123.2193.2

342.4

5715

0

261.

1

283

16

157.478.1

26.5 57.523.5

35.9

230

37

246.4

272.4

90.6

57.5

15

108.5

283

272.4246.4

1623

0

2.9

209

5715

0

261.

1

57.5 35.926.5

1623

037

78.1 157.4

12.4

R3.5

35.9

Page 12: Compact ACB 1600A · The diagram is shown with circuit de-energized, all devices open and charged and relays in normal position 2. Relay is normal condition and charging type is "Off-Charging"

12I

• Draw-out Type(Front view) AN/AH/AR-C 3P/4P

• Draw-out Type(Horizontal type) AN/AH/AR-C 3P

• Draw-out Type(Horizontal type) AN/AH/AR-C 4P

10.3

44 44

15

48129.5756522055220

70 70

137.8 137.65127.735127.7

274 344201201

70 70 70

22075 129.5

90

18.534.5

DisconnectedTest

(Insulation barrier)

220

210

210

230

150

95.5

641

74

641

10.3

37

364.

33

230

210

210

55

7070 7015

70 70

10.3

44 44

15

48129.5756522055220

70 70

137.8 137.65127.735127.7

274 344201201

70 70 70

22075 129.5

90

18.534.5

DisconnectedTest

(Insulation barrier)

220

210

210

230

150

95.5

641

74

641

10.3

37

364.

33

230

210

210

55

7070 7015

70 70

10.3

44 44

15

48129.5756522055220

70 70

137.8 137.65127.735127.7

274 344201201

70 70 70

22075 129.5

90

18.534.5

DisconnectedTest

(Insulation barrier)

220

210

210

230

150

95.5

641

74

641

10.3

37

364.

33

230

210

210

55

7070 7015

70 70

Dimensions

10.3

44 44

15

48129.5756522055220

70 70

137.8 137.65127.735127.7

274 344201201

70 70 70

22075 129.5

90

18.534.5

DisconnectedTest

(Insulation barrier)

220

210

210

230

150

95.5

641

74

641

10.3

37

364.

33

230

210

210

55

7070 7015

70 70

10.3

44 44

15

48129.5756522055220

70 70

137.8 137.65127.735127.7

274 344201201

70 70 70

22075 129.5

90

18.534.5

DisconnectedTest

(Insulation barrier)

220

210

210

230

150

95.5

641

74

641

10.3

37

364.

33

230

210

210

55

7070 7015

70 70

10.3

44 44

15

48129.5756522055220

70 70

137.8 137.65127.735127.7

274 344201201

70 70 70

22075 129.5

90

18.534.5

DisconnectedTest

(Insulation barrier)

220

210

210

230

150

95.5

641

74

641

10.3

37

364.

33

230

210

210

55

7070 7015

70 70

Page 13: Compact ACB 1600A · The diagram is shown with circuit de-energized, all devices open and charged and relays in normal position 2. Relay is normal condition and charging type is "Off-Charging"

I 13

• Draw-out Type(Front view) AN/AH/AR-C 3P/4P

• Draw-out Type(Vertical Type) AN/AH/AR-C 3P

• Draw-out Type(Vertical Type) AN/AH/AR-C 4P

10.3

44 44

15

48129.5756522055220

70 70

137.8 137.65127.735127.7

274 344201201

70 70 70

22075 129.5

90

18.534.5

DisconnectedTest

(Insulation barrier)

220

210

210

230

150

95.5

641

74

641

10.3

37

364.

33

230

210

210

55

7070 7015

70 70

10.3

44 44

15

48129.5756522055220

70 70

137.8 137.65127.735127.7

274 344201201

70 70 70

22075 129.5

90

18.534.5

DisconnectedTest

(Insulation barrier)

220

210

210

230

150

95.5

641

74

641

10.3

37

364.

33

230

210

210

55

7070 7015

70 70

10.3

44 44

15

48129.5756522055220

70 70

137.8 137.65127.735127.7

274 344201201

70 70 70

22075 129.5

90

18.534.5

DisconnectedTest

(Insulation barrier)

220

210

210

230

150

95.5

641

74

641

10.3

37

364.

33

230

210

210

55

7070 7015

70 70

10.3

44 44

15

48129.5756522055220

70 70

137.8 137.65127.735127.7

274 344201201

70 70 70

22075 129.5

90

18.534.5

DisconnectedTest

(Insulation barrier)

220

210

210

230

150

95.5

641

74

641

10.3

37

364.

33

230

210

210

55

7070 7015

70 70

10.3

44 44

15

48129.5756522055220

70 70

137.8 137.65127.735127.7

274 344201201

70 70 70

22075 129.5

90

18.534.5

DisconnectedTest

(Insulation barrier)

220

210

210

230

150

95.5

641

74

641

10.3

37

364.

33

230

210

210

55

7070 7015

70 70

10.3

44 44

15

48129.5756522055220

70 70

137.8 137.65127.735127.7

274 344201201

70 70 70

22075 129.5

90

18.534.5

DisconnectedTest

(Insulation barrier)

220

210

210

230

150

95.5

641

74

641

10.3

37

364.

33

230

210

210

55

7070 7015

70 70

Page 14: Compact ACB 1600A · The diagram is shown with circuit de-energized, all devices open and charged and relays in normal position 2. Relay is normal condition and charging type is "Off-Charging"

14I

MEMO

Page 15: Compact ACB 1600A · The diagram is shown with circuit de-energized, all devices open and charged and relays in normal position 2. Relay is normal condition and charging type is "Off-Charging"

I 15

Page 16: Compact ACB 1600A · The diagram is shown with circuit de-energized, all devices open and charged and relays in normal position 2. Relay is normal condition and charging type is "Off-Charging"

2017. 05 ⓒ2017. 5 LSIS Co.,Ltd. All rights reserved. / English (01) 2017. 05 Staffcom

www.lsis.com

Specifications in this catalog are subject to change without notice due to continuous product development and improvement.

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