Miniature Circuit Breaker and Residual Current Protection

Find Distribution Protection

Acti9 Miniature Circuit Breaker and Residual Current Protection Devices 2012

www.fengshengelectric.com.sg


Contents

Principle of catalogue numbers iID, iC60, iK60, Vigi iC60, Reflex iC60

1

iC60 circuit breakers

2

Reflex iC60N

11

RCA remote controls For iC60 circuit breakers

18

Choice of earth leakage protection devices

23

Vigi iC60 add-on residual current devices

25

iID residual current circuit breakers

31

ARA automatic reclosers For iC60 circuit breakers and iID residual current circuit breakers

37

Residual current devices iDPN Vigi

42

Electrical auxiliaries For iC60, iID, iSW-NA, RCA and ARA

44

Accessories For iC60, iID, iSW-NA, Reflex iC60, RCA and ARA

48

iK60N circuit breakers (curve C)

52

iID K residual current circuit breakers

55

Multiclip 80 A splitter block

57

Earth leakage protection Response time of medium-sensitivity residual current devices

59

Tripping curves

63

Short-circuit current limiting

71



Protection Circuit protection Earth leakage protection

Principle of catalogue numbers iID, iC60, iK60, Vigi iC60, Reflex iC60

Description

A9 R 15 2 63 Range

Family

Code

Code

Rating (A) Code

Acti9 (A9)

iID

R

Internal code Poles 0

0

0

00

Vigi iC60 iC60

V F

1P

1

2P

2

0.5 0.75

70 71

iK60

K

3P

3

1

01

Auxiliaries and accessories

A

4P

4

1.6

72

Switches

S

1N

5

2

02

ReÀex iC60

C

1P+N

6

2.5

73

3P+N

7

3

03

4

04

6

06

6.3

76

8

08

10

10

12.5

82

13

13

16

16

20

20

25

25

32

32

40

40

50

50

63

63

80

80

100

91

125

92

1 www.fengshengelectric.com.sg

Protection Circuit protection

iC60N circuit breakers (curve B, C, D)

DB116619

IEC/EN 60947-2 IEC/EN 60898-1 Ŷ iC60N circuit breakers are multi-standard circuit breakers which combine the following functions: Ƒ circuit protection against short-circuit currents, Ƒ circuit protection against overload currents, Ƒ suitable for industrial isolation according to IEC/EN 60947-2, standard. Ƒ fault tripping indication by a red mechanical indicator in circuit breaker front face.

PB104450-40

PB104437-40

Country approval pictograms

Alternating current (AC) 50/60 Hz Breaking capacity (Icu) according to IEC/EN 60947-2 Voltage (Ue)

Service breaking capacity (Ics)

Ph/Ph (2P, 3P, 4P)

12 to 133 V

220 to 240 V 380 to 415 V 440 V

Ph/N (1P, 1P+N)

12 to 60 V

100 to 133 V 220 to 240 V -

Rating (In) 0.5 to 4 A

50 kA

50 kA

50 kA

25 kA

100 % of Icu

6 to 63 A

36 kA

20 kA

10 kA

6 kA

75 % of Icu

Breaking capacity (Icn) according to IEC/EN 60898-1 Voltage (Ue) Ph/Ph

400 V

Ph/N

230 V

Rating (In)

0.5 to 63 A

6000 A

Direct current (DC) Breaking capacity (Icu) according to IEC/EN 60947-2 Voltage (Ue) Between +/-

12 to 48 V 72 V 100 to 133 V

Number of poles

1P

Rating (In) 1 to 63 A 15 kA

Service breaking capacity 220 to 250 V (Ics)

2P (in series) 3P (in series) 4P (in series) 6 kA 6 kA

15 kA

6 kA

100 % of Icu

Catalogue numbers iC60N circuit breaker Type

Rating (In) 1A 2A 3A 4A 6A 10 A 13 A 16 A 20 A 25 A 32 A 40 A 50 A 63 A Width in 9-mm modules

2

1P

2P

1

1

3

2

2

4

Curve

Curve

B

C

D

B

C

D

A9F73101 A9F73102 A9F73103 A9F73104 A9F73106 A9F73110 A9F73113 A9F73116 A9F73120 A9F73125 A9F73132 A9F73140 A9F73150 A9F73163 2

A9F74101 A9F74102 A9F74103 A9F74104 A9F74106 A9F74110 A9F74113 A9F74116 A9F74120 A9F74125 A9F74132 A9F74140 A9F74150 A9F74163





Schneider Electric www.fengshengelectric.com.sg


PB104434-40

iC60N circuit breakers (curve B, C, D) (cont.)

Ŷ Insulated terminals IP20

Visi-trip window Ŷ Fault tripping is indicated by a red mechanical indicator on the front face Ŷ Large circuit labelling area

Positive contact indication Ŷ Suitable for industrial isolation according to IEC/EN 60947-2 standard. Ŷ The presence of the green strip guarantees physical opening of the contacts and allows operations to be performed on the downstream circuit in complete safety

Ŷ Double clip for dismounting with comb busbar in place

Ŷ Increased product service life thanks to: Ƒ overvoltage resistance by high level of industrial performances conception (pollution degree, rated impulse withstand voltage and insulation voltage), Ƒ high performance limitation (see limitation curves), Ƒ fast closing independent of the speed of actuation of the toggle. Ŷ Remote indication, open/closed/tripped, by optional auxiliary contacts. Ŷ Top or bottom electrical feeding.

4P

3P 1

3

5

1

3

5

7

2

4

6

2

4

6

8

Curve

Curve B

C

D

B

C

D(1)









iC60H circuit breakers (curve B, C, D)

DB116619

IEC/EN 60947-2 IEC/EN 60898-1 Ŷ iC60H circuit breakers are multi-standard circuit breakers which combine the following functions: Ƒ circuit protection against short-circuit currents, Ƒ circuit protection against overload currents, Ƒ suitable for industrial isolation according to IEC/EN 60947-2, standard. Ƒ fault tripping indication by a red mechanical indicator in circuit breaker front face.

PB104451-40

PB104441-40


Alternating current (AC) 50/60 Hz Breaking capacity (Icu) according to IEC/EN 60947-2 Voltage (Ue) Ph/Ph (2P, 3P, 4P)

12 to 133 V

220 to 240 V 380 to 415 V 440 V

Ph/N (1P, 1P+N)

12 to 60 V

100 to 133 V 220 to 240 V -


Rating (In) 0.5 to 4 A

70 kA

70 kA

70 kA

50 kA

100 % of Icu

6 to 40 A

42 kA

30 kA

15 kA

10 kA

50 % of Icu

50/63 A

42 kA

-

15 kA

10 kA

50 % of Icu


400 V

Ph/N

230 V

Rating (In) 0.5 to 63 A 10000 A

Direct current (DC) Breaking capacity (Icu) according to IEC/EN 60947-2 Voltage (Ue)

Service breaking capacity 220 to 250 V (Ics)

Between +/-

12 to 48 V 72 V

100 to 133 V

Number of poles

1P

2P (in series) 3P (in series) 4P (in series)


10 kA 10 kA

20 kA

10 kA

100 % of Icu

Catalogue numbers iC60H circuit breaker Type

Rating (In) 1A 2A 3A 4A 6A 10 A 13 A 16 A 20 A 25 A 32 A 40 A 50 A 63 A Width in 9-mm modules

4

1P

2P

1

1

3

2

2

4

Curve

Curve

B

C

D

B

C

D









PB104435-40

iC60H circuit breakers (curve B, C, D) (cont.)






4P

3P 1

3

5

1

3

5

7

2

4

6

2

4

6

8

Curve

Curve B

C

D

B

C

K

Z




A9F93401 A9F93402 A9F93403 A9F93404 A9F93406 A9F93410 A9F93416 A9F93420 A9F93425 A9F93432 A9F93440 A9F93450 A9F93463 6

A9F94401 A9F94402 A9F94403 A9F94404 A9F94406 A9F94410 A9F94416 A9F94420 A9F94425 A9F94432 A9F94440 A9F94450 A9F94463




iC60L circuit breakers (curve B, C, K, Z) IEC/EN 60947-2 IEC/EN 60898-1 up to 40 A

DB123525

DB116619


Ŷ iC60L circuit breakers are multi-standard circuit breakers which combine the following functions: Ƒ circuit protection against short-circuit currents, Ƒ circuit protection against overload currents, Ƒ suitable for industrial isolation according to IEC/EN 60947-2, standard. Ƒ fault tripping indication by a red mechanical indicator in circuit breaker front face.

PB104452-40

PB104442-40


Alternating current (AC) 50/60 Hz Breaking capacity (Icu) according to IEC/EN 60947-2 Voltage (Ue) Ph/Ph (2P, 3P, 4P) 12 to 133 V


220 to 240 V

380 to 415 V

440 V

12 to 60 V 100 kA

100 to 133 V 100 kA

220 to 240 V 100 kA

70 kA

100 % of Icu

70 kA

-

25 kA

20 kA

50 % of Icu (1)

32 / 40 A

70 kA

-

20 kA

15 kA

50 % of Icu

50 / 63 A

70 kA

-

15 kA

10 kA

50 % of Icu

Ph/N (1P) Rating 0.5 to 4 A (In) 6 to 25 A


400 V

Ph/N 230 V Rating 0.5 to 40 A 15000 A (In)

Direct current (DC) Breaking capacity (Icu) according to IEC/EN 60947-2 Voltage (Ue) Between +/-

12 to 48 V 72 V 100 to 144 V

Number of poles

1P

2P (in series) 3P (in series) 4P (in series)


Catalogue numbers

Service breaking 220 to 250 V capacity (Ics)

15 kA 15 kA

25 kA

15 kA

100 % of Icu

iC60L circuit breaker Type

1P

2P

1

1

3

2

4

2

Rating (In)

Quality label Curve (2)

0.5 A 1A 2A 3A 4A 6A 10 A 16 A 20 A 25 A 32 A 40 A 50 A 63 A Width in 9-mm modules

Curve

B

C

K

Z

B

C

K

Z



A9F95170 A9F95101 A9F95102 A9F95103 A9F95104 A9F95106 A9F95110 A9F95116 A9F95120 A9F95125 A9F95132 A9F95140 A9F95150(3) A9F95163(3)






(1) 100 % of Icu for ratings 6 to 25 A under Ue 100 to 133 V AC Ph/Ph and Ue 12 to 60 V AC Ph/N. (2) Information to be provided by the country. (3) Without approval.

6



PB104436-40

iC60L circuit breakers (curve B, C, K, Z) (cont.)






3P

4P

1

3

5

2

4

6

Curve

1

3

5

7

2

4

6

8

Curve

B

C

K

Z

B

C

K

Z










DBxxxxxx

iC60L circuit breakers instantaneous circuit breakers (ICB) (curve MA)

DBxxxxxx

DB116619

DBxxxxxx

Protection Motor protection

IEC/EN 60947-2

Ŷ iC60L curve MA circuit breakers combine the following functions: Ƒ circuit protection against short-circuit currents, Ƒ suitability for industrial isolation according to IEC/EN 60947-2, standard, Ƒ fault tripping indication by a red mechanical indicator in circuit breaker front face, Ƒ to be associated with overload protection for motor.

PB104448-40

PB104443-40


Alternating current (AC) 50/60 Hz Breaking capacity (Icu) according to IEC/EN 60947-2 Voltage (Ue) Ph/Ph (2P, 3P) Rating (In) 1.6 to 16 A 25 à 40 A

440 V


220 to 240 V

380 to 415 V

40 kA

20 kA

15 kA

50 % of Icu

30 kA

15 kA

10 kA

50 % of Icu

Catalogue numbers iC60L instantaneous trip circuit breaker Type

Rating (In)

2P

3P

1

3

2

4

1

3

5

2

4

6

Quality label (1) Curve MA

Curve MA

A9F90272 A9F90273 A9F90204 A9F90276 A9F90210 A9F90282 A9F90216 A9F90225 A9F90240 4

A9F90372 A9F90373 A9F90304 A9F90376 A9F90310 A9F90382 A9F90316 A9F90325 A9F90340 6

1.6 A 2.5 A 4A 6.3 A 10 A 12.5 A 16 A 25 A 40 A Width in 9-mm modules

(1) Information to be provided by the country.

8



iC60 circuit breakers

Without accessory With accessories 50 mm² Screw-on Al connection terminal for ring terminal

DB122945

PZ2

0.5 to 25 A 32 to 63 A

2 N.m 3.5 N.m

1 to 25 mm2 1 to 35 mm2

DB122935

or ferrule

1 to 16 mm2 1 to 25 mm2

50 mm2

Multi-cables terminal Rigid cables

Flexible cables

3 x 16 mm2

3 x 10 mm2

DB118787

14 mm 6.5 mm

Tightening Copper cables torque Rigid Flexible

DB122946

DB123060

Rating

DB118789

Connection

Ø 5 mm

Technical data DB123310

Main characteristics According to IEC/EN 60947-2 Insulation voltage (Ui)

500 V AC

Pollution degree

3

Rated impulse withstand voltage (Uimp)

6 kV

Thermal tripping

Reference temperature

50 °C

Temperature derating

See module CA908007

Magnetic tripping

B curve

4 In ± 20 %

C curve

8 In ± 20 %

DB123312

Clip on DIN rail 35 mm.

D curve Utilization category

12 In ± 20 % A

According to IEC/EN 60898-1

DB123314

3

Rated making and breaking capacity of an individual pole (Icn1)

Icn1 = Icn

Additional characteristics

Indifferent position of installation.

IP20

Limitation class

IP40

Breaking capacity under 1 pole with IT 380-415 V isolated neutral system (case of double fault) Degree of protection (IEC 60529) Endurance (O-C)

40 A

4 kA

50/63 A

3 kA

Device only

IP20

Device in modular enclosure Electrical

IP40 Insulation classe II 10,000 cycles

Mechanical

20,000 cycles

Overvoltage category (IEC 60364)

IV

Operating temperature

-35°C to +70°C

Storage temperature

-40°C to +85°C

Tropicalization (IEC 60068-1)

Treatment 2 (relative humidity 95 % to 55°C)



iC60 circuit breakers (cont.) Weight (g) Circuit-breaker Type

iC60N

1P

125

2P

250

3P

375

4P

500

DB123392

Dimensions (mm) 4P

69.5

54

1P+N / 2P 1P

78.5

72

3P 36 18

50 5.5

4.4

94 85

45

64 4.6

10


Control, remote control Integrated control circuit breakers

Reflex iC60N, iC60H (curves B, C, D)

PB106239-40

IEC/EN 60947-2 The ReÀex iC60 devices are integrated control circuit breakers which combine the following main functions in a single device: Ŷ Remote control by latched and/or impulse-type order according to the 3 operating modes to be chosen by the user. Ŷ Circuit breaker, to provide: Ƒ circuit protection against short-circuit currents, Ƒ circuit protection against overload currents, Ƒ disconnection in the industrial sector. Resetting after a fault is performed manually, by the resetting handle.

PB106238-40

The version with Ti24 allows direct interfacing of the ReÀex iC60 with a PLC, to: Ŷ Execute remote control (Y3). Ŷ Indicate the state of the control circuit (OF) or circuit-breaker tripping (SD). The iMDU auxiliary allows the ReÀex iC60 to be controlled in 24/48 V AC/DC.

Alternating current (AC) 50 Hz Ultimate breaking capacity (Icu) as per IEC/EN 60947-2


Voltage (Ue) Ph/Ph (2P, 3P, 4P)

220 to 240 V

380 to 415 V

10 to 40 A

20 kA

10 kA

75 % of Icu

63 A

20 kA

10 kA

50 % of Icu

10 to 40 A

30 kA

15 kA

50 % of Icu

ReÀex iC60N Rating (In) ReÀex iC60H Rating (In)

Catalogue numbers ReÀex iC60 circuit breaker Type

2P

3P

4P

Rating (In)

Curve

Curve

Curve

B

C

D

B

C

D

B

C

D

A9C61210 A9C61216 A9C61225 A9C61240 A9C61263

A9C62210 A9C62216 A9C62225 A9C62240 A9C62263

A9C63210 A9C63216 A9C63225 -

A9C61310 A9C61316 A9C61325 A9C61340 A9C61363

A9C62310 A9C62316 A9C62325 A9C62340 A9C62363

A9C63310 A9C63316 A9C63325 -

A9C61410 A9C61416 A9C61425 A9C61440 A9C61463

A9C62410 A9C62416 A9C62425 A9C62440 A9C62463

A9C63410 A9C63416 A9C63425 -

-

A9C52210 A9C52216 A9C52225 A9C52240 A9C52263

-

-

A9C52310 A9C52316 A9C52325 A9C52340 A9C52363

-

-

A9C52410 A9C52416 A9C52425 A9C52440 A9C52463

-

A9C64210 A9C64216 A9C64225 A9C64240 9

A9C65210 A9C65216 A9C65225 A9C65240

A9C66210 A9C66216 A9C66225 -

A9C64310 A9C64316 A9C64325 A9C64340 11

A9C65310 A9C65316 A9C65325 A9C65340

A9C66310 A9C66316 A9C66325 -

A9C64410 A9C64416 A9C64425 A9C64440 13

A9C65410 A9C65416 A9C65425 A9C65440

A9C66410 A9C66416 A9C66425 -

ReÀex iC60N With Ti24 interface 10 A 16 A 25 A 40 A 63 A Without Ti24 interface 10 A 16 A 25 A 40 A 63 A

ReÀex iC60H With Ti24 interface 10 A 16 A 25 A 40 A Width in 9 mm modules



Reflex iC60N, iC60H (curves B, C, D) (cont.)

Ŷ Tripping and disconnection device capable of: Ƒ disconnecting and padlocking (Ø 3 to 6 mm not supplied) in "open" position Ƒ neutralizing remote control

PB105980-70

Ŷ Ti24 interface for direct link to PLC

Ŷ IP20 insulated terminals

Ŷ Bistable operation: does not change state in the event of electrical power outage

Ŷ Operating state indicator lamp

Ŷ Resetting handle

VisiSafe

Ŷ Pushbutton: Ƒ manual control: opening/closing Ƒ choice of operating "modes"

Ŷ Positive contact indication Ŷ Uimp: 6 kV Ŷ Ui: 500 V Ŷ Degree of pollution: level 3

DB123516

DB123765

Ŷ Longer product service life thanks to: Ƒ good overvoltage withstand capacity: products designed to provide a high industrial performance level (degree of pollution, rated impulse withstand voltage and insulation voltage), Ƒ high limitation performances, Ƒ fast closure independent of the speed of resetting of the operating handle.

Legend Ti24 interface +24VDC Y3 SD OF 0V

V DC power supply Remote control by latched order Circuit-breaker tripping information Control circuit state information (open/closed) V DC power supply

Y1 Y2 N P OF

Latched order control Control by impulse-type 230 V AC power supply Control circuit state indication contact 11 12 14

SD

Circuit-breaker tripping indication contact 91 92 94

12



Reflex iC60N, iC60H (curves B, C, D) (cont.) Remote control is possible by 3 operating modes to be set using the pushbutton on the front panel.

DB123517

Ŷ Operating state indicator lamp DB124370

Three types of control: Y1, Y2, Y3 N P

Centralized control (PLC)

Ŷ Pushbutton for: Ƒ "mode" selection Ƒ opening/closing manual control

24 V

Y3

24 V

SD OF

0V

24 V

Y3

SD OF

Ti24

0V Ti24

Reflex iC60

Y1 Y2 N

SD

P

OF

Reflex iC60

Y1 Y2 N

SD

P

91 92 94 11 12 14

91 92 94 11 12 14

Y2 Y1 230 V

Y2 Y1

Zone 1

Zone 2

ReÀex iC60 without Ti24 interface DB124371

Operating modes

Mode 1: ReÀex iC60 opening/closing, locally or centrally controlled

Mode 1 Mode 2

N P

Ŷ The opening/closing orders come from various control points, and they are taken into account in their order of arrival Ƒ Y1: latched order local control Ƒ Y2: impulse-type local control Ƒ Y3: latched order centralized control

Reflex iC60

Y1 Y2

Mode 2: ReÀex iC60 opening/closing, possible inhibition of local impulse-type control

Y1 is used to inhibit Y3 Y3 inhibition local latched order control Y2: impulse-type local opening/closing control Y3: latched order centralized opening/closing control

SD

P

OF

91 92 94 11 12 14

Y1 is used to inhibit Y2 Y1: local opening/Y2 inhibition latched order control Y2: impulse-type local opening/closing control Y3: latched order centralized opening/closing control

Mode 3: ReÀex iC60 opening/closing, possible inhibition of centralised latched order control Ŷ Ƒ Ƒ Ƒ

N

230 V

ReÀex iC60 with Ti24 interface DB124372

Ŷ Ƒ Ƒ Ƒ

OF

PLC

Mode 1 Mode 2 Mode 3

Out

In

In 24 V c 0V

N P

24 V Y3

SD OF

0V Ti24 Reflex iC60

Y1 Y2 N

P

SD

OF

91 92 94 11 12 14 230 V

Table of modes Mode 1

Mode 2

Mode 3

ReÀex iC60 without interface Ti24

Ŷ Default mode

Ŷ Possible mode

–

ReÀex iC60 with interface Ti24

Ŷ Possible mode

Ŷ Possible mode

Ŷ Default mode



Reflex iC60N, iC60H (curves B, C, D) (cont.) Without accessories With accessories

Power 6.5 mm

Flexible or with ferrule DB122946

DB122945

Rigid

1 to 25 mm2 1 to 35 mm2

10 to 25 A 2 N.m 40 to 63 A 3.5 N.m

1 to 16 mm2 1 to 25 mm2

50 mm2

Multi-cable terminal Rigid cables

Flexible cables

DB118787

14 mm

Al Screw-on terminal connection 50 mm² for ring terminal DB122935

DB123561

Terminal Rating Tightening Copper cables torque

DB118789

Power connection

Ø 5 mm

3 x 16 mm2 3 x 10 mm2

PZ2

Without accessories Tightening Copper cables torque Rigid

10 mm

Flexible DB123553

DB122945

DB123562

Terminal

Flexible with ferrule DB123554

Control connection

Power supply (N/P) Inputs (Y1/Y2)

1 N.m

1 to 10 mm2

1 to 6 mm2

1 to 4 mm2

Outputs (OF/SD)

0.7 N.m

1 to 2.5 mm2

1 to 2.5 mm2

1 to 1.5 mm2

Ti24 interface

Spring-loaded 0.5 to 1.5 mm2 terminals

0.5 to 1.5 mm2

0.5 to 1.5 mm2

3.5 mm

DB123563

PZ1

8 mm

DB123580

3.5 mm

10 mm 3.5 mm

14



Reflex iC60N, iC60H (curves B, C, D) (cont.)

DB123310

Technical data Control circuit Supply voltage (Ue) (N/P) Control voltage (Uc)

Input (Y3) Min. duration of control impulse (Y2) Response time (Y2) Consumption Inrush consumption Length of control wires Inputs (Y1/Y2)

DB123312


Inrush current at 230 V - 50 Hz

DB123314

Input (Y3) 2P 3P 4P

230 V AC - 50 Hz 230 V AC - 5 mA (24…48 V AC/DC, with iMDU auxiliary) 24 V DC - 5.5 mA 250 ms 200 ms 1W < 1000 VA Cable: 100 m Wires in a sheath: 500 m 500 m 4.2 Â 8.2 Â 16.2 Â

Power circuit


IP20

Inputs (Y1/Y2)

IP40

Max. working voltage (Ue) Insulation voltage (Ui) Rated impulse withstand voltage (Uimp)

Set to Disconnected Set to Ready Thermal tripping Reference temperature Magnetic tripping Curve B Curve C Curve D Overvoltage category (IEC 60364) Temperature derating

400 V AC 500 V 6 kV 4 kV 50°C 4 In ± 20 % 8 In ± 20 % 12 In ± 20 % IV See module CA908007

Indication / Remote control Potential-free changeover contact outputs (OF/SD)

Min. Max

24 V DC - 100 mA 230 V AC - 1 A

Ti24 interface (as per IEC 61131) Outputs (OF/SD)

Ti24 interface

24 V DC - 100 mA max

AC1 - AC7a AC5a - AC5b AC7c

Up to 50,000 cycles (1) Up to15,000 cycles (1) Up to 20,000 cycles (1) 50,000 cycles

Endurance (O-C) Electrical

Mechanical

Additional characteristics Degree of protection (IEC 60529)

Device only Device in a modular enclosure

IP20 IP40 Insulation class II Degree of pollution 3 Operating temperature -25°C to +60°C Storage temperature -40°C to +85°C Tropicalization Treatment 2 (relative humidity of 93 % at 40°C) Immunity to voltage dips IEC 61000-4-11 class III Immunity to power supply frequency variations IEC 61000-4-28 and IACS E10 Immunity to harmonics IEC 61000-4-13 class 2 Immunity to electrostatic Air 8 kV, IEC 61 000-4-2 discharges Contacts 4 kV, IEC 61 000-4-2 Immunity to stray magnetic ¿elds 10 V/m up to 3 GHz, IEC 61000-4-3 Immunity to fast transients 4 kV from 5 to 100 kHz, IEC 61000-4-4 Immunity to shock waves IEC 61000-4-5 Immunity to power frequency magnetic ¿elds 10 V from 150 kHz to 80 MHz, IEC 61000-4-6 Immunité aux champs magnétiques à la fréquence Level 4 30 A/m to IEC 61000-4-8 and du réseau IEC 61000-4-9 Conducted emissions CISPR 11/22 Radiated emissions CISPR 11/22 (1) See the derating table according to the load types and ratings



Reflex iC60N, iC60H (curves B, C, D) (cont.) Weight (g) Circuit breaker Type

ReÀex iC60

2P

480

3P

620

4P

750

DB123564

Dimensions (mm) 117

4P

99

3P 2P

77

81

5.5

84

44.5

45

6

16


Control, remote control

PB106245-40

iMDU electrical auxiliary for Reflex iC60 The voltage matching module allows safety voltages of 24 and 48 V AC/DC to be used on the control inputs. Ŷ Only connects to the ReÀex iC60 circuit breakers remote controlled by a 220-240 V control voltage Ŷ Galvanic isolation 6000 V Ŷ Maximum combined power between terminals P and Y1/Y2: 100 mA at 230 V and 25°C.

Catalogue numbers Electrical auxiliary for ReÀex iC60

A9C18195

Type

Width in 9 mm modules A9C18195

iMDU

1

Diagram

An iMDU electrical auxiliary allows up to a maximum of ¿ve ReÀex iC60 to be controlled simultaneously at the same input. DB124310

24/48 V AC/DC

220-240 V AC 0V OF SD Y3 24 V c

0V OF SD Y3 24 V c

Ti24

iMDU

OF N

OF

P Y2 Y1 11 12 14 91 92 94

N

SD

P Y2 Y1 11 12 14 91 92 94

Y1/Y2

Dimensions (mm)

Connection Type

DB124312

6 mm

Tightening Copper cables torque Rigid Flexible or with ferrule

3 mm

DB122946

DB124311

SD

Reflex iC60

DB122945

P

Ti24

Reflex iC60

iMDU

1.5 mm2

1 N.m

1.5 mm2

Technical data Main characteristics Control circuit voltage

24…48 V AC/DC

Insulation voltage (Ui)

500 V

Additional characteristics Degree of protection Device only (IEC 60529) Device in modular enclosure Operating temperature

IP20 IP40 Insulation class II -20°C to +60°C

Storage temperature

-40°C to +80°C

Tropicalisation

Treatment 2 (relative humidity 95 % at 55°C) 53 g

Weight


Control Remote control

RCA remote controls For iC60 circuit breakers

PB106253-40

The RCA remote control system allows: Ŷ Remote electrical control (opening and closing) of circuit breakers with or without Vigi add-on RCD, with or without auxiliary. Ŷ Circuit-breaker resetting after tripping, in accordance with safety principles and the regulations in force. Ŷ Local control by operating handle. Ŷ Circuit placing in safety con¿guration by padlocking. 2 choices of operation after tripping: Ŷ A: Enabling of remote circuit-breaker resetting; Ŷ B: Inhibition of remote resetting. The version with Ti24 interface allows: Ŷ Direct interfacing of remote control with a programmable logic controller (PLC), a supervision system and any other communication device, having inputs/outputs in 24 V DC (control, OF and SD indications). Ŷ Remote indication by "OF" potential-free contact. Ŷ Provision of 2 operating modes, "1 and 3". The iMDU auxiliary allows RCA control in 24/48 V AC/DC.

Catalogue numbers RCA remote control Type

Width in 9 mm modules

For circuit breakers

Voltage

1P, 1P+N, 2P

Without Ti24 interface With Ti24 interface

230 V AC, 50 Hz 230 V AC, 50 Hz

A9C70112 A9C70122

7 7

230 V AC, 50 Hz 230 V AC, 50 Hz

A9C70114 A9C70124

7 7

For 3P, 4P circuit breakers

DB123813

DB123572

Without Ti24 interface With Ti24 interface

Legend Type OFF auto

DB123573

Without Ti24 interface

A B Green indicator lamp Orange indicator lamp 1 (Ti24) 3 (Ti24) Y1 Y2 Y3

Application All remote control inhibited Circuit breaker remote reclosing after tripping allowed Circuit breaker remote reclosing after tripping inhibited Remote control possible Remote control impossible Mode 1 Mode 3 Latched order local control Impulse-type or latched order local control (depending on mode) Latched order centralized control

With Ti24 interface

18



RCA remote controls (cont.)

Standard RCA Ŷ The orders received on terminals Y1 and Y2 are taken into account progressively in their order of arrival.

RCA Ti24

DB123396

DB123743

For iC60 circuit breakers

Centralized control (PLC) 24 V DC

RCA

Y3

iC60

Y3

Ti24

Ti24

RCA

RCA

OF N

P Y2 Y1

Y1/Y2

OF

Y1/Y2

230 V

Zone 1

230 V

Zone 2 Local control

Local control

Mode 1: Locally or centrally controlled circuit-breaker opening/closing

DB123761

RCA Ti24 mode 1 230 V AC 0V OF SD Y3 24 V c

Ŷ The orders come from various control points, and they are taken into account in their order of arrival Ŷ Y1: Latched order local control Ŷ Y2: Impulse-type local control Ŷ Y3: Latched order centralized control

Ti24

RCA OF N

P Y2 Y1 11 12 14

Mode 3: Centrally controlled opening/closing + local override Ŷ 3 positions allowing a choice between override and centralized control: Ŷ Y1: Latched order local control Ŷ Y2: Latched order local control Ŷ Y3: Latched order centralized control

DB123762

RCA Ti24 mode 3 230 V AC 0V OF SD Y3 24 V c

Ti24

RCA OF N

P Y2 Y1 11 12 14 Y2 Y1 OFF ON

Centralized control (Y3)


DB123576


RCA remote controls (cont.) For iC60 circuit breakers

Ŷ Lead sealing of operating modes

Ŷ Locking device capable of neutralizing remote control and padlocking (Ø 3 to 6 mm) in open position

Ŷ Ti24 interface for link to PLC


Ŷ Compatible with the circuit breaker's electrical auxiliaries

Ŷ Selector switch for inhibition of all electrical controls



Legend Type

Application

+24VDC Y3 SD OF 0V

V DC power supply Latched order centralized control Circuit-breaker tripping information Control circuit state information (open/closed) V DC power supply

Y1 Y2 N P OF

Latched order local control Impulse-type or latched order local control (depending on mode) 230 V AC, 50 Hz power supply

DB123579

DB123578

DB123763

Ŷ Latched order or impulse-type control

Circuit-breaker state indication contact (open/closed)

+

+

1 (iSD or iOF or iOF/SD+OF) 1 (iSD or iOF or iOF/SD+OF)

+ 1 (iMX or iMN) max. No

RCA

20

PB104437-25

No 1 iOF

+

iC60 circuit Vigi iC60 breaker add-on RCD

PB104437-25

+

RCA remote control

PB104496-25

PB104475-25

Tripping auxiliaries

PB104474-25

Indication auxiliaries

PB106253-25

11 12 14

iC60

Vigi iC60




Connection

Without accessories Copper cables Flexible

3.5 mm

Flexible with ferrule

DB123553

Rigid

DB123554

Tightening torque DB122945

DB123565

Terminal

PZ1

DB123568

10 mm


1 N.m

0.5 to 10 mm2 2 x 0.5 to 2 x 2.5 mm2

0.5 to 6 mm2 2 x 0.5 to 2 x 2.5 mm2

0.5 to 4 mm2 2 x 0.5 to 2 x 2.5 mm2

Outputs (OF)

0.7 N.m

0.5 to 2.5 mm2 2 x 0.5 to 2 x 1.5 mm2

0.5 to 2.5 mm2 2 x 0.5 to 2 x 1.5 mm2

0.5 to 1.5 mm2 2 x 0.5 to 2 x 1.5 mm2

Ti24 interface

Spring-loaded terminals

0.5 to 1.5 mm2

0.5 to 1.5 mm2

-

8 mm

DB123764

3.5 mm

10 mm 3.5 mm

DB123310

Technical data Control circuit Supply voltage (Ue) (N/P) 230 V AC, 50 Hz Control voltage (Uc) Type 1 inputs (Y1/Y2) 230 V AC (as per IEC 61131-2) Min. duration of control order (Y2) 200 ms Response time (Y2) < 500 ms Consumption 1 W Thermal self-protection with automatic Reset against overheating of the control circuit due to an abnormal number of operations


Endurance (O-C) (RCA combined with a circuit breaker) DB123312

Electrical/Mechanical

10,000 cycles

Indication / Remote control Potential free changeover Min. contact output (OF) Max.

24 V AC/DC, 10 mA

Input (Y1/Y2)

5 mA

230 V AC

230 V AC ,1 A

Ti24 interface (as per IEC 61131) Indifferent position of installation.

Type 1 input (Y3)

24 V DC

5.5 mA

Output (OF and SD)

24 V DC

In max.: 100 mA

DB123314


IP20

IP40

Degree of protection (IEC 60529)

Device only

IP20

Device in a modular enclosure

IP40 Insulation class II 400 V

Insulation voltage (Ui) Degree of pollution (IEC 60947)

3


6 kV


-25°C to +60°C

Storage temperature

-40°C to +70°C

Tropicalization

Treatment 2 (relative humidity of 93 % at +40°C)




Weight (g) Remote controls Type

RCA

For 1P, 1P+N, 2P circuit breakers

400

For 3P, 3P+N, 4P circuit breakers

430

DB123567

Dimensions (mm) 4P 3P 2P (1P+N) 1P

135 117 99 81 63

3

5.5

70 44.5

2

85

45

6 80 97

22


Protection Earth leakage protection

Choice of earth leakage protection devices

Choice of sensitivity The sensitivity of an earth leakage protection device depends mainly on the function it has to perform: Ŷ Protection from electric shock by direct contact. Ŷ Protection from electric shock by indirect contact. Ŷ Protection from ¿re due to current leakage. The following table gives a reminder of: Ŷ The circuits that must be protected against these various risks (obligation or recommendation). Ŷ The type of earth leakage protection device to be used in each case, its sensitivity, and its location in the distribution diagram.

Type of protection

Obligations National standard To be ¿lled in according to the country standard

International standard IEC 60364

Recommended Sensitivity (Iǻn) by 30 mA (*) 100 mA to 3000 mA Schneider (depending on the Electric earthing system)

300 mA (or 500 mA)

DB123167

Protection from electric shock by direct contact To be ¿lled in according to the country standard

Power supply for Ŷ General-purpose power sockets, up to 20 A Ŷ Appliances in the vicinity of a bathtub, shower, pond or swimming pool Ŷ Portable appliances for outdoor use, up to 32 A Ŷ Lighting for exhibition stands and shows Ŷ Outdoor lighting To be modi¿ed according to national obligations (above)

Ŷ Lighting in the home Setup in ¿nal distribution switchboard Ŷ Residual current device protecting a circuit Ŷ Residual current circuit breaker protecting a group of circuits

DB123168

Protection from electric shock by indirect contact To be ¿lled in according to the country standard

The entire power distribution system, except for devices: Ŷ With class II insulation Ŷ Operating at Safety Extra Low Voltage (class III)

–

To be modi¿ed according to national obligations (above)

Setup in ¿nal distribution switchboard Ŷ Residual current circuit breaker or device, on incoming feeder Setup in subdistribution board or main switchboard Ŷ Residual current device protecting a circuit Ŷ Residual current device or circuit breaker protecting a group of circuits Ŷ On incoming feeder: residual current circuit breaker or device

DB123169

Protection from ¿re due to current leakage To be ¿lled in according to the country standard

Ŷ High-risk premises: Ƒ explosion (BE3) Ƒ ¿re (BE2) Ŷ Agricultural and horticultural buildings Ŷ Equipment for fairs, exhibitions and shows Ŷ Temporary outdoor recreational installations To be modi¿ed according to national obligations (above)

Ŷ Dilapidated buildings or electrical installations Ŷ Humid atmospheres: agricultural buildings, public swimming pools Ŷ Presence of chemical agents

Setup in ¿nal distribution switchboard Ŷ Residual current circuit breaker or device, on incoming feeder Setup in subdistribution board or main switchboard Ŷ Residual current device protecting each circuit to a high-risk zone Ŷ Residual current device or circuit breaker protecting a group of circuits Ŷ On incoming feeder: residual current circuit breaker or device

(*) The 10 mA sensitivity is useful for certain very speci¿c applications, where there is a risk that someone could sustain a non-dangerous current (10 to 30 mA) without being able to get free. Example: healthcare equipment for hospital beds. Generally, devices with this very high sensitivity are liable to cause frequent tripping, due to the natural leakage currents of the installation.



Choice of earth leakage protection devices (cont.)

Interference immunity Schneider Electric provides various equipment technologies capable of overcoming the consequences of interference of all kinds.

Operating conditions

Examples

Types AC

A

A si

B

Ŷ General-purpose power sockets Ŷ Incandescent lighting Ŷ Household appliances: microwave oven, dishwasher, clothes dryer Ŷ Electric heating, water heater Ŷ Household appliances: induction cooking appliances, washing machines (variable speed) Ŷ Single-phase variable speed drives Ŷ Three-phase variable speed industrial drives Ŷ Three-phase uninterruptible power supplies Ŷ Fluorescent lighting powered by extra low voltage transformer, by electronic ballast Ŷ Variable luminosity lighting Ŷ Powerful IT equipment Ŷ Single-phase variable speed industrial drives Ŷ Air conditioning Ŷ Telecommunications equipment Ŷ Capacitor banks Ŷ Microcomputer systems Ŷ Computer peripherals (printers, scanners, etc.)

Ŷ

Ŷ

Ŷ

Ŷ

–

Ŷ

Ŷ

–

–

–

–

Ŷ

–

–

Ŷ

Ŷ

–

–

Ŷ

Ŷ

Vicinity of equipment generating transient overvoltages Circuits powered by an uninterruptible power supply "Isolated neutral" (IT) earthing system Major risk of lightning strokes

Ŷ High-powered switching devices Ŷ Reactive energy compensation banks Ŷ Backed-up networks

–

–

Ŷ

Ŷ

–

–

Ŷ

Ŷ

–

–

–

Ŷ

Ŷ

Ŷ Buildings protected by a lightning protection system Ŷ Mountainous or humid regions Ŷ Regions with high keraunic level

–

–

Ŷ

Ŷ

Ambient temperature which could be less than -5°C Presence of corrosive agents (AF2 to AF4) or dust

–

–

Ŷ

Ŷ

Ŷ

–

–

Ŷ (1)

–

Loads DB123165

With no special characteristics

Including a recti¿er

Single phase

Three phase Generating high-frequency interference (current peaks, harmonics)

Including an anti-harmonic ¿lter in the power supply

DB123166

Electrical environment

DB123164

Atmosphere Ŷ Ŷ Ŷ Ŷ Ŷ Ŷ

Indoor swimming pools Yacht harbours, marinas, camping grounds Water treatment Chemical industries, heavy industries, paper mills Mines and cellars, road tunnels Markets, stock raising, food processing industries

(1) SiE for C120 and NG125 circuit-breakers

Discrimination Residual current devices of average sensitivity (100 mA and more) are available in a selective ( ) and delayed (R) version. This option ensures that, in the event of an earth fault downstream of the installation, only the defective part is switched off. The table below shows (in green) which upstream/downstream equipment combinations provide this discrimination.

Sensitivity (mA) - Upstream DB123476

Sensitivity (mA) - Downstream

or R

24

Instantaneous 30 100 300 500 1000 3000 100 Selective 300 500 1000 3000 Delayed R 1000 3000

Instantaneous

Selective

Delayed R

30

100

300

500

1000

3000

100

300

500

1000

-

-

-

-

-

-

-

-

-

-

3000

-

1000

3000

-

-

-

-



Vigi iC60 add-on residual current devices (AC type)

PB104466-35

IEC/EN 61009-1

PB104471-35

Ŷ Combined with iC60 circuit breaker, the Vigi iC60 provide: Ƒ protection of persons against electric shock by direct contact ( 30 mA), Ƒ protection of persons against electric shock by indirect contact ( 100 mA), Ƒ protection of installations against the risk of ¿re (300 mA or 500 mA).

Catalogue numbers Vigi iC60 add-on residual current devices Type

AC

Product

Vigi iC60

Auxiliaries

Without auxiliaries

DB122462

2P Rating

DB122463

3P

DB122464

Operating frequency

Sensitivity

10 mA

30 mA

25 A

A9V10225

40 A

-

63 A

-

A9V41225 A9V12225 A9V01225* A9V41240 A9V01240* A9V41263 A9V12263 A9V01263*

100 mA

300 mA

500 mA

A9V44225 A9V16225 A9V04225* A9V44240 A9V16240 A9V04240* A9V44263 A9V16263 A9V04263*

300 mA

1000 mA

-

-

3

-

-

4

A9V15263

A9V19263

4

Sensitivity

10 mA

30 mA

100 mA

300 mA

500 mA

300 mA

1000 mA

Rating

25 A 40 A 63 A

-

A9V41325 A9V41340 A9V41363

-

A9V44325 A9V44340 A9V44363

A9V16325 A9V16340 A9V16363

A9V15363

A9V19363

Sensitivity

10 mA

30 mA

100 mA

300 mA

500 mA

300 mA

1000 mA

Rating

25 A 40 A 63 A

-

A9V41425 A9V41440 A9V41463

A9V12425 A9V12463

A9V44425 A9V44440 A9V44463

A9V16425 A9V16440 A9V16463

A9V15463

A9V19463

4P

Voltage rating (Ue)


6 7 7

6 7 7

230 - 240 V, 400 - 415 V Except * 130 V 50/60 Hz



Vigi iC60 add-on residual current devices (A type)

PB104466-35

IEC/EN 61009-1

PB104471-35

Ŷ Combined with iC60 circuit breaker, the Vigi iC60 provide: Ƒ protection of persons against electric shock by direct contact (30 mA), Ƒ protection of persons against electric shock by indirect contact ( 100 mA), Ƒ protection of installations against the risk of ¿re (300 mA or 500 mA).



A

Product

Vigi iC60

Auxiliaries

Without auxiliaries

DB122462

2P

Sensitivity

30 mA

100 mA

300 mA

500 mA

300 mA

1000 mA

Rating

25 A 63 A

A9V51225 A9V51263

A9V22225 A9V22263

A9V54225 A9V54263

A9V26225 A9V26263

A9V25263

A9V29263

Sensitivity

30 mA

100 mA

300 mA

500 mA

300 mA

1000 mA

Rating

25 A 63 A

A9V51325 A9V51363

A9V22325 -

A9V54325 A9V54363

A9V26325 A9V26363

A9V25363

A9V29363

Sensitivity

30 mA

100 mA

300 mA

500 mA

300 mA

1000 mA

Rating

25 A 63 A

A9V51425 A9V51463

A9V22425 A9V22463

A9V54425 A9V54463

A9V26425 A9V26463

A9V25463

A9V29463

DB122463

3P

DB122464

4P

Voltage rating (Ue) Operating frequency

26

3 4

6 7

6 7

230 - 240 V, 400 - 415 V 50/60 Hz



Vigi iC60 add-on residual current devices (Asi type)

PB104466-35

IEC/EN 61009-1

PB104471-35

Ŷ Combined with iC60 circuit breaker, the Vigi iC60 provide: Ƒ protection of persons against electric shock by direct contact ( 30 mA), Ƒ protection of persons against electric shock by indirect contact ( 300 mA), Ƒ protection of installations against the risk of ¿re (300 mA). The Asi type provides increased immunity from electrical interference and polluted or corrosive environments.


Asi

Product

Vigi iC60

Auxiliaries

Without auxiliaries

DB122462

2P

Sensitivity

10 mA

30 mA

300 mA

1000 mA

Rating

25 A 40 A 63 A

A9V30225 -

A9V61225 A9V61240 A9V61263

A9V65263

A9V39263

Sensitivity

10 mA

30 mA

300 mA

1000 mA

Rating

25 A 40 A 63 A

-

A9V61325 A9V61340 A9V61363

A9V65363

A9V39363

Sensitivity

10 mA

30 mA

300 mA

1000 mA

Rating

25 A 40 A 63 A

-

A9V61425 A9V61440 A9V61463

A9V65463

A9V39463

DB122463

3P

DB122464

4P



3 4 4

6 7 7

6 7 7

230 - 240 V, 400 - 415 V 50/60 Hz



Vigi iC60 add-on residual current devices (AC, A, Asi types)

Connection DB122948

Type

Rating

Tightening torque

Copper cables

6.5 mm

DB122946

Flexible or ferrule

DB122945

Rigid

PZ2 Vigi iC60 14 mm

25 A 40 to 63 A

1 to 25 mm2 1 to 35 mm2

2 N.m 3.5 N.m

1 to 16 mm2 1 to 25 mm2

DB123310

Technical data Main characteristics According to IEC 60947-2



500 V

Pollution degree

3


6 kV


DB123312

Surge current withstand (8/20 ȝs) without tripping

AC and A types (no selective ) 250 Â AC, A types (selective )

3 kÂ

Asi type

3 kÂ

Additional characteristics Degree of protection Device only Device in modular enclosure Operating temperature


Storage temperature DB123314

IP20

28

AC type A and Asi types

IP20 IP40 Insulation classe II -5°C to +60°C -25°C to +60°C -40°C to +85°C

IP40



Vigi iC60 add-on residual current devices (AC, A, Asi types) (cont.) Weight (g) Add-on residual current devices Type

Vigi iC60

2P

165

3P

210

4P

245

Dimensions (mm) DB122766

Vigi iC60 25 A 73.5 36

27

54

54

91

72

54

91

2P

5.5

91

3P

45

4P 73.5

36

54

91

2P

20

101 91

Vigi iC60 40 and 63 A 36

44

63

72

91

3P

63

5.5

91

101 91

44

20

45

4P



Vigi iC60 add-on residual current devices (AC, A, Asi types) (cont.)

PB104556-51

Association iC60a, N, H, L + Vigi iC60 iC60 0.5 A to 25 A 32 A - 40 A 50 A - 63 A

Vigi iC60 25 A Ŷ NO NO

Vigi iC60 40 A Ŷ Ŷ NO

Vigi iC60 63 A Ŷ Ŷ Ŷ

Association iC60L-MA + Vigi iC60 iC60 1.6 A to 16 A 25 A 40 A

Vigi iC60 25 A Ŷ NO NO

Vigi iC60 40 A Ŷ Ŷ NO

Vigi iC60 63 A Ŷ Ŷ Ŷ

PB104466-40

Combining iC60 L-MA units with Vigi modules of higher rating.

Visi-trip window Ŷ Fault tripping is indicated by a red mechanical indicator on the front face. Ŷ Test button


Ŷ Large circuit labelling area

Ŷ Screw-shield enabling connection checking and retightening


Asi type The Asi type provides increased immunity from electrical interference and polluted or corrosive environments.

30



iID residual current circuit breakers (AC type)

DB116619

IEC/EN 61008-1

Ŷ The iID residual current circuit breakers provide: Ƒ protection of persons against electric shock by direct contact ( 30 mA), Ƒ protection of persons against electric shock by indirect contact ( 100 mA), Ƒ protection of installations against the risk of ¿re (300 mA or 500 mA).

PB104473-40

PB104472-40


Catalogue numbers iID residual current circuit breakers Type

AC

Product

iID

DB122476

2P

Sensitivity Rating

DB122477

4P


10 mA

30 mA

100 mA

300 mA

500 mA

300 mA

500 mA

16 A 25 A 40 A

A9R10216 A9R10225 -

A9R71225 A9R71240

A9R12240

A9R74225 A9R74240

A9R16225 A9R16240

-

-

63 A 80 A 100 A

-

A9R71263 A9R11280 A9R11291

A9R12263 A9R12280 A9R12291

A9R74263 A9R14280 A9R14291

A9R16263 -

A9R15263 A9R15280 A9R15291

-

Sensitivity Rating

Width in 9 mm module

10 mA

30 mA

100 mA

300 mA

500 mA

300 mA

500 mA

25 A 40 A 63 A 80 A 100 A

-

A9R71425 A9R71440 A9R71463 A9R11480 A9R11491

A9R12440 A9R12463 A9R12480 A9R12491

A9R74425 A9R74440 A9R74463 A9R14480 A9R14491

A9R16425 A9R16440 A9R16463 A9R16480 -

A9R15440 A9R15463 A9R15480 A9R15491

A9R17440 A9R17463 A9R17480 -

2P 4P

230 - 240 V 400 - 415 V 50/60 Hz

4

8



iID residual current circuit breakers (A type)

DB116619

IEC/EN 61008-1

Ŷ The iID residual current circuit breakers provide: Ƒ protection of persons against electric shock by direct contact ( 30 mA), Ƒ protection of persons against electric shock by indirect contact ( 100 mA), Ƒ protection of installations against the risk of ¿re (300 mA or 500 mA).

PB104473-40

PB104472-40


Catalogue numbers iID residual current circuit breakers Type Product

iID

DB122476

2P

Sensitivity Rating

DB122477

4P

Operating frequency

32

10 mA

30 mA

100 mA

300 mA

500 mA

300 mA

16 A 25 A 40 A

A9R20216 A9R20225 -

A9R51225 A9R51240

-

A9R54225 A9R54240

-

A9R25240

63 A 100 A

-

A9R51263 A9R21291

-

A9R54263 A9R24291

-

A9R25263 A9R25291

Sensitivity Rating

Voltage rating (Ue)


A

10 mA

30 mA

100 mA

300 mA

500 mA

300 mA

25 A 40 A 63 A 80 A 100 A

-

A9R51425 A9R51440 A9R51463 A9R21480 A9R21491

A9R22440 A9R22463 -

A9R54425 A9R54440 A9R54463 A9R24480 A9R24491

A9R26440 A9R26463 A9R26491

A9R25440 A9R25463 A9R25480 A9R25491

2P 4P

230 - 240 V 400 - 415 V 50/60 Hz

4

8



iID residual current circuit breakers (Asi type)

DB116619

IEC/EN 61008-1

PB104473-40

PB104472-40


Ŷ The iID residual current circuit breakers provide: Ƒ protection of persons against electric shock by direct contact ( 30 mA), Ƒ protection of persons against electric shock by indirect contact ( 300 mA), Ƒ protection of installations against the risk of ¿re (300 mA or 500 mA). The Asi type provides increased immunity from electrical interference and polluted or corrosive environments.

Catalogue numbers iID residual current circuit breakers Type Product

iID

DB122476

2P

Sensitivity Rating

DB122477

4P

Operating frequency

10 mA

30 mA

300 mA

300 mA

500 mA

16 A 25 A 40 A

A9R30225 -

A9R91225 A9R91240

-

A9R35240

-

63 A 100 A

-

A9R91263 -

-

A9R35263 A9R35291

-

Sensitivity Rating

Voltage rating (Ue)


Asi

10 mA

30 mA

300 mA

300 mA

500 mA

25 A 40 A 63 A 80 A 100 A

-

A9R91425 A9R91440 A9R91463 A9R31480 A9R31491

A9R34463 A9R34491

A9R35440 A9R35463 A9R35480 A9R35491

A9R37440 A9R37463 A9R37480 -

2P 4P

230 - 240 V 400 - 415 V 50/60 Hz

4

8



iID residual current circuit breakers (AC, A, Asi types)

Connection

Without accessory With accessories*

DB122947

Type


14 mm

50 mm² Screw-on Multi-cables terminal Al connection Rigid Flexible terminal for ring cables cables terminal

or ferrule

6.5 mm

iID

3.5 N.m

1 to 35 mm2

1 to 25 mm2

50 mm2

DB118787

DB118789

DB122935

DB122946

DB122945

PZ2

3 x 16 mm2

Ø 5 mm

3 x 10 mm2

* See module CA907000

DB123310

Technical data Main characteristics According to IEC 60947 Insulation voltage (Ui)

500 V

Pollution degree

3


6 kV


DB123312


Making and breaking capacity (Im/IΔm)

1500 A


250 Â

Conditional rated short circuit current (Inc/IΔc)

AC and A types (no selective ) AC, A types (selective )

3 kÂ

Asi type

3 kÂ

With iC60N/H/L

Equal to breaking capacity of iC60

With fuse

10,000 A

Additional characteristics Degree of protection Device only Device in modular enclosure


DB123314

Endurance (O-C)

IP20

IP40 Operating temperature Storage temperature

34

Electrical (AC1) 16 to 63 A 80 to 100 A

IP20 IP40 Insulation classe II 15,000 cycles 10,000 cycles

Mechanical

20,000 cycles

AC type

-5°C to +60°C

A and Asi types

-25°C to +60°C -40°C to +85°C



iID residual current circuit breakers (AC, A, Asi types) (cont.) Weight (g) Residual current circuit breakers Type

iID

2P

210

4P

370

DB122775

Dimensions (mm) 4P

72

2P

36

69

5.5

96 85

44

20

45


iID residual current circuit breakers (AC, A, Asi types) (cont.)

PB104472-40

PB104548-40



Ŷ Test button

Visi-trip window Ŷ Fault tripping is indicated by a red mechanical indicator on the front face


Positive contact indication Ŷ Suitable for industrial isolation according to IEC/EN 60947-3 standard Ŷ The presence of the green strip guarantees physical opening of the contacts and allows operations to be performed on the downstream circuit in complete safety Ŷ Double clip for dismounting with comb busbar in place

Asi type The Asi type provides increased immunity from electrical interference and polluted or corrosive environments.

36



ARA automatic reclosers

PB106256-40

For iC60 circuit breakers and iID residual current circuit breakers

PB106257-40

The ARA reclosing auxiliary can: Ŷ Perform automatic reclosing of the associated protection device, after tripping. Ŷ Increase the availability of installations without supervision, isolated, hard of access and demanding very great availability (mobile telephony systems, motorways, pumping stations, airports, railways, meteorological stations, service stations, automatic teller machines, public lighting, tunnels, etc.), by restoring them to operation without intervention by personnel in the event of a transient fault (atmospheric disturbances, industrial overvoltages, etc.). Ŷ The operator can choose prede¿ned reclosing program which allows the safety and availability of facilities to be reconciled taking into account the facility's environment. Ŷ The circuit is placed in safety con¿guration by the padlocking device.

Catalogue numbers ARA iC60 For circuit breaker 1P, 1P+N, 2P


Number of programs

Voltage

4

230 V AC, 50 Hz

A9C70132

7

4

230 V AC, 50 Hz

A9C70134

7

3P, 4P

ARA iID For residual current circuit breaker 2P


Number of programs

Voltage

1 4

230 V AC, 50 Hz 230 V AC, 50 Hz

A9C70342 A9C70332

7

4

230 V AC, 50 Hz

A9C70334

7

4P

DB124065

Diagram 230 V, 50 Hz

iC60 or iID 21 22 24 1112 14 ARA

Legend

DB123582

Type

DB123584

DB123583

DB124061

DB124060

Locked OF Y1 Y2 N P

Application

1

2

4

3

Choice of program

Y1 Y2 N P Locked

"Remote" inhibition of automatic reclosing Remote control of ¿nal reclosing 230 V power supply Automatic recloser inhibition indication contact 21 22 24

OF 11 12 14 Indicator lamp

Flashing green Flashing red Fixed red

Indicates the state of the circuit breaker or residual current circuit breaker (opened or closed) Normal operation Reclosing cycle in progress Automatic recloser inhibited



ARA automatic reclosers (cont.) For iC60 circuit breakers and iID residual current circuit breakers Operating principle

DB123632

The ARA automatic recloser makes a number of attempts at reclosing depending on the program chosen by the user. The program includes the following settings: Ŷ A time delay before reclosing (TA). Ŷ A reinitialization time delay (TB). Ŷ A maximum number of reclosing attempts. If, following these attempts, the fault is still present, the device places itself in waiting for manual reclosing, or ¿nal remote reclosing (Y2).

Auto

NORMAL

V Tripping Time delay TA

OFF

Reinitialization

R

Reclosing

Time delay TB

Immediate tripping

Inhibition

(Programs 1 and 2)

Not reached Number of reclosing operations authorized

Tripping

R

Exceeded

End of time delay

DB124064

DB124063

DB124064

DB124063

DB124062

DB124061

Number of reclosing attempts iC60

iID

1P, 1P+N, 2P: A9C70132 3P, 4P: A9C70134

2P: A9C70342

2P: A9C70332 4P: A9C70334

Delay before reclosing

Check time

TA

TB

Program

–

1 program

4 programs

1

2

Ŷ

–

Ŷ

1

60 s

6 min.

4 1

3 2

Ŷ

–

Ŷ

3

4

3

60 s 3 min. 3 min.

2 min. 6 min. 6 min.

1

2

Ŷ

–

–

5

4

3

1

2

Ŷ

–

–

5

4

3

1

2

–

–

Ŷ

5

4

3

1

2

–

–

Ŷ

15

3

2 min. 6 min. 6 min. 6 min. 6 min. 2 min. 6 min. 8 min. 10 min. 12 min. 2 min. 3 min. 6 min. 10 min. 10 min. 30 min. 30 min. ...

4

60 s 3 min. 3 min. 3 min. 3 min. 60 s 3 min. 4 min. 5 min. 6 min. 60 s 4 min. 10 min. 1h 6h 20 s 40 s 3 min. 3 min. ...

Only 1 program – available

Ŷ

–

38

Final reclosing Y2

Once after inhibition

Once per cycle



ARA automatic reclosers (cont.) For iC60 circuit breakers and iID residual current circuit breakers

PB106050-78

Ŷ Sealable cover Ŷ Indication of ARA operating states

Ŷ Placing in safety con¿guration by integrated padlocking device (Ø 3 to 6 mm)

Ŷ 4 prede¿ned programs

Ŷ Manual control of the circuit breaker or residual current circuit breaker always overrides automatic control


Ŷ Manual remote control of ¿nal reclosing (after inhibition of automatic recloser) (Y2) Ŷ Remote inhibition of remote reclosing (Y1)

Vigi iC60 add-on RCD

PB104437-25

PB104437-25

No 1 iOF

+

iC60 or iID device

+

+

1 (iSD or iOF or iOF/SD+OF) 1 (iSD or iOF or iOF/SD+OF)

+ 1 (iMX or iMN) max. No

ARA

iC60

Vigi iC60

PB104472-25

+

ARA remote control

PB104496-25

PB104475-25


PB104474-25


PB106256-25

Ŷ Inhibition of automatic recloser (auto - OFF) and resetting (Reset)

–

iID



ARA automatic reclosers (cont.) For iC60 circuit breakers and iID residual current circuit breakers

Connection

Without accessories Copper cables Flexible

3.5 mm

Flexible with ferrule

DB123553

Rigid

DB123554


DB123565

Terminal

PZ1

DB123566

10 mm


1 N.m

0.5 to 10 mm2 2 x 0.5 to 2 x 2.5 mm2

0.5 to 6 mm2 2 x 0.5 to 2 x 2.5 mm2

0.5 to 4 mm2 2 x 0.5 to 2 x 2.5 mm2

Outputs (OF/Locked)

0.7 N.m

0.5 to 2.5 mm2 2 x 0.5 to 2 x 1.5 mm2

0.5 to 2.5 mm2 2 x 0.5 to 2 x 1.5 mm2

0.5 to 1.5 mm2 2 x 0.5 to 2 x 1.5 mm2

8 mm 3.5 mm

DB123310

Technical data Control circuit Supply voltage (Ue) (N/P) Control voltage (Uc)

230 V AC, 50 Hz Type 1 inputs (Y1/Y2)

230 V AC (as per IEC 61131-2)

Min. duration of control order (Y2)

200 ms

Response time (Y2)

< 500ms

Consumption

1W

Thermal self-protection with automatic Reset against overheating of the control circuit due to an abnormal number of operations


Endurance (O-C) (ARA combined with a circuit breaker) DB123312

Electrical

5000 cycles

Indication / Remote control Potential-free changeover contact output (OF/Locked)

Min.

24 V AC/DC, 10 mA

Max.

230 V AC ,1 A

Input (Y1/Y2)

230 V AC

5 mA

Additional characteristics Degree of protection (IEC 60529)


Device only

IP20

Device in a modular enclosure

IP40 Insulation class II 400 V

Insulation voltage (Ui) DB123314

IP20

40

IP40

Degree of pollution (IEC 60947)

3


6 kV


-25°C to +60°C

Storage temperature

-40°C to +70°C

Tropicalization

Treatment 2 (relative humidity of 93 % at +40°C)



ARA automatic reclosers (cont.) For iC60 circuit breakers and iID residual current circuit breakers Weight (g) Automatic reclosers Type

ARA

For 1P, 1P+N, 2P circuit breakers or iID 2P residual current circuit breaker For 3P, 4P circuit breakers or iID 4P residual current circuit breaker

440 470

DB123567

Dimensions (mm) 4P 3P 2P (1P+N) 1P

135 117 99 81 63

3

5.5

70 44.5

2

85

45

6 80 97


Residual current devices iDPN Vigi IEC/EN 61009

DB123400

DB123430

DB116619


Ŷ The iDPN Vigi residual current device provide complete protection for ¿nal circuits (against overcurrents and insulation faults): Ƒ protection for users against electric shocks by direct contacts (y 30 mA), Ƒ protection for users against electric shocks by indirect contacts (300 mA), Ƒ protection of the installations against ¿re risks (300 mA).

PB110001-40

PB110000-40


Ŷ The SI range has been designed to maintain a network with optimum safety and continuity of service in installations disturbed by: Ƒ extreme atmospheric conditions, Ƒ harmonic generating loads, Ƒ transient operating currents. iDPNa Vigi

iDPN H Vigi

iDPN N Vigi 6000 Type

DB123871

1P+N

Curve B N 1

R

N 2

DB123871

1P+N

A

AC

Curve C N 1

Sensitivity 30 mA


SI

300 mA

10 mA

30 mA

100 mA

300 mA

30 mA

100 mA

300 mA

A9D68604 A9D68606 A9D68610 A9D68616 A9D68620 A9D68625 A9D68632 A9D68640

A9D08610 A9D08616 -

A9D56604 A9D56606 A9D56610 A9D56613 A9D56616 A9D56620 A9D56625 A9D56632 A9D56640



-

-

-

Rating 4 A (In) 6A 10 A 13 A 16 A 20 A 25 A 32 A 40 A

A9D55604 A9D55606 A9D55610 A9D55616 A9D55620 A9D55625 A9D55632 A9D55640

Sensitivity Rating 6 A (In) 10 A 13 A 16 A 20 A

30 mA 300 mA 10 mA A9D31606 A9D41606 A9D31610 A9D41610 A9D02610 A9D31616 A9D41616 A9D02616 A9D31620 A9D41620 -

30 mA 100 mA 300 mA 30 mA 100 mA 300 mA A9D32606 A9D52606 A9D42606 A9D33606 A9D53606 A9D43606 4 A9D32610 A9D52610 A9D42610 A9D33610 A9D53610 A9D43610 A9D32613 A9D52613 A9D42613 A9D33613 A9D53613 A9D43613 A9D32616 A9D52616 A9D42616 A9D33616 A9D53616 A9D43616 A9D32620 A9D52620 A9D42620 A9D33620 A9D53620 A9D43620

A9D31625 A9D41625 A9D31632 A9D41632 -

A9D32625 A9D52625 A9D42625 A9D33625 A9D53625 A9D43625

32 A 40 A

A9D31640 A9D41640 -

A9D32640 A9D52640 A9D42640 A9D33640 A9D53640 A9D43640

25 A

R

N 2


4

A9D32632 A9D52632 A9D42632 A9D33632 A9D53632 A9D43632

230 V AC 50 Hz

iDPN H Vigi 10000 Type

DB123871

1P+N

A Curve B N 1

Rating (In)

R


SI

Sensitivity

30 mA

300 mA

30 mA

300 mA

6A 10 A 16 A 20 A 25 A 32 A

A9D07606 A9D07610 A9D07616 A9D07620 A9D07625 A9D07632

-

-

-

Sensitivity 6A

30 mA

300 mA

30 mA

300 mA

A9D37606

A9D47606

A9D38606

A9D48606

10 A

A9D37610

A9D47610

A9D38610

A9D48610

16 A

A9D37616

A9D47616

A9D38616

A9D48616

20 A

A9D37620

A9D47620

A9D38620

A9D48620

25 A

A9D37625

A9D47625

A9D38625

A9D48625

32 A

A9D37632

A9D47632

A9D38632

A9D48632

4

N 2

DB123871

1P+N

Curve C N 1

R

Rating (In)

4

N 2


42

230 V AC 50 Hz



Residual current devices iDPN Vigi (cont.)


PB110002-40

Ŷ Fast contact closure

Ŷ Test button

Visi-trip double window Ŷ Fault tripping circuit breaker is indicated by a red mechanical indicator on the front face. Ŷ Earth fault is indicated by a red mechanical indicator on the front face

Positive contact indication

DB123310

Ŷ A green strip on the toggle guarantees opening of all the poles in safety conditions (padlocking possible) for work to be carried out on live parts

Connection DB123947

Rating

or ferrule

5.5 mm

DB123312

DB122945


4 to 40 A

PZ2

3.5 N.m

DB122946

15 mm


1 to 16 mm2

1 to 10 mm2

Technical data Main characteristics


iDPNa Vigi DB123314

IP20

IP40


iDPN N Vigi

iDPN H Vigi

400 V AC

Pollution degree

3


4 kV

Setting temperature for ratings

30°C

Magnetic tripping

Curve B

Between 3 and 5 In

Curve C

Between 5 and 10 In

According to EN 61009 Limitation class

Weight (g) Residual current device Type

iDPN Vigi

1P+N

Dimensions (mm) DB124454

36

44

4500 A

6000 A

10,000 A

Rated residual breaking and making capacity (IΔm) 8/20 s impulse withstand Type AC

4500 A

6000 A

10,000 A

250 Â

250 Â

250 Â

Type A

250 Â

250 Â

250 Â

Type SI

-

3 kÂ

3 kÂ

Additional characteristics Earth leakage protection with instantaneous tripping Degree of protection Device only (IEC 60529) Device in modular

125

5.5

3

Rated breaking capacity (Icn)

Endurance (O-C)

enclosure Electrical

20 A 25 A

20

Mechanical Operating temperature 45

85

5

30, 300 mA

IP40 Insulation classe II 20,000 cycles 10,000 cycles 20,000 cycles


5

10, 30, 300 mA 10, 30, 100, 300 mA IP20

III Type AC

-5°C to +60°C

Type A, SI -25°C to +60°C Storage temperature

-40°C to +85°C

Tropicalization (IEC 60068-1)

Treatment 2 (relative humidity 95 % to 55°C)

73



Electrical auxiliaries for iC60, iID, iSW-NA, RCA and ARA

The electrical auxiliaries are combined with iC60 circuit breakers, iID residual current circuit breakers, remote tripping switch disconnector iSW-NA , RCA remote controls and ARA automatic reclosers; they enable tripping or remote indication of their position (open/closed/tripped) upon a fault. They are fastened by clips (without tools) to the left side of the breaker. The iOF/SD+OF auxiliary is a 2-in-1 product: via a mechanical selector switch, it provides two contacts, OF+SD or OF+OF.

IEC/EN 60947-1 Ŷ Tripping auxiliaries: Ƒ iMN: undervoltage release Ƒ iMNs: delayed undervoltage release Ƒ iMNx: undervoltage release, independant from supply voltage Ƒ iMSU: overvoltage release Ƒ iMX: shunt release Ƒ iMX+OF: shunt release with open/close contact.

IEC/EN 60947-5-1

DB123545

Ŷ Indication auxiliaries: Ƒ iOF: open/close contact Ƒ iSD: fault indicating contact Ƒ iOF/SD+OF: open/close contact and switchable OF or SD contact.

44



Electrical auxiliaries for iC60, iID, iSW-NA, RCA and ARA (cont.)

Combination table Electrical auxiliaries

Remote control

ARA automatic recloser iC60/iID/ or RCA remote control iSW-NA*

Position Left

Right

Max quantity

+

1 iOF/SD+OF

+

Or 1 iOF

+

1 (iSD or iOF or iOF/SD+OF)

+

Or None

+

None

+

1 (iMN, iMNs, iMNx or iMX, iMX+OF or iMSU) 2 (iMN, iMNs, iMNx or iMX, iMX+OF or iMSU) 3 x iMSU

1 iOF/SD+OF

Vigi PB104466-25


PB104440-25


Devices

–

Vigi iC60 –

PB104472-25

iC60

+

Or 1 iOF

+


+

1 (iMN, iMNs, iMNx or iMX, iMX+OF or iMSU) None

PB104466-25


PB106256-25

+

PB104440-25

iID/iSW-NA* None

Vigi iC60 –

PB104472-25

iC60

+

+


+

iID/iSW-NA* PB104466-25

+

1 (iMN, iMNs, iMNx or iMX, iMX+OF or iMSU) None

PB104440-25

Or 1 iOF


PB106253-25

ARA None

RCA

iC60

Vigi iC60

Other possible associations: see technical pages

Tripping devices must be mounted first. *iSW-NA : the iSD auxiliary contact must be associated with an auxiliary (iMN, iMX, iMX+OF); it indicates that the remote tripping switch disconnector has been tripped open.

Connection Copper cables

Multi-cables terminal

Rigid

Rigid

With ferrule DB123008

PZ1

DB123011

4 mm

Flexible DB123007


DB123061

Type

10 mm Indication auxiliaries Tripping auxiliaries

1 N.m 1 N.m

1 to 4 mm2 1 to 6 mm2

0.5 to 2.5 mm2 0.5 to 4 mm2

2 x 2.5 mm2 2 x 2.5 mm2

2 x 1.5 mm2 2 x 2.5 mm2




Tripping iMN

Type

Undervoltage release

iMNs

iMNx

iMSU Overvoltage release

PB104480-35

Independent of the supply voltage

PB104478-35

Delayed

PB104477-35

Instantaneous

PB104479-35

Auxiliaries

Function Ŷ Trips the device with which it is combined when its input voltage decreases (between 70 % and 35 % Un). Prevents device closing again until its input voltage is restored

Ŷ Switches off the power supply by opening the breaker with which it is combined, in the event that the phase/neutral voltage is exceeded (loss of neutral). For a four-phase network, use three iMSU tripping auxiliaries Ŷ Tripping Ŷ Tripping voltage: voltage: 275 V AC 255 V AC

Ŷ Not tripping on Ŷ Separate input and power transient voltage supply dip (up to 0.2 s) DB118806

DB118805

DB118804

Wiring diagrams

Use

Catalogue numbers

Ŷ Emergency stoppage by normally closed push button Ŷ Ensures the safety of power supply circuits for several machines by preventing "uncontrolled" restarting

Ŷ Emergency stoppage with fail-safe principle Ŷ Insensitive to control circuit voltage variation to increase service continuity

A9A26960

Technical speci¿cations Rated voltage V AC 220…240 (Ue) V DC – Operating frequency

Hz

50/60

A9A26961

A9A26959

A9A26963

A9A26969

A9A26971

Ŷ Protection of equipment against overvoltages on the electrical network (neutral conductor break) Ŷ Voltage monitoring between phase and neutral conductors A9A26979 A9A26479

48

115

220…240

220…240

380…415

230

–

–

–

50/60

50/60

50/60

48 400

Red mechanical indicator Test function Width in 9 mm modules Operating current

On front face – 2 –




Number of contacts Operating °C temperature Storage °C temperature

– -35…+70

– -35…+70

– -35…+70

– -35…+70

-40…+85

-40…+85

-40…+85

-40…+85

46

230




Indication iMX

iMX+OF

Shunt release

iOF

iSD

iOF/SD+OF

Open/close auxiliary contact

Fault indicating contact

Double open/close or fault indicating contact

Ŷ Trips the breaker when powered

PB104475-35

PB104476-35

PB104474-35

PB104481-35

PB104496-35

With Open/Close auxiliary contact

Ŷ Changeover contact Ŷ Changeover contact indicates "open" or "closed" indicates position of the position of the breaker breaker; upon: Ƒ electrical fault Ƒ action on tripping auxiliary Ŷ Same indication as VISI-TRIP

Ŷ The iOF/SD+OF auxiliary is a 2-in-1 product: via a mechanical selector switch, it provides two contacts, OF+SD or OF+OF

DB118813

DB118812

DB118811

U

DB118810

DB118808

DB123012

Ŷ Includes an open/close contact (OF) to indicate the "open" or "closed" position of the breaker

OF position Ŷ Emergency stoppage by normally open push button

Ŷ Remote indication of tripping upon a fault of the associated breaker

Ŷ Remote indication of position and/or tripping upon a fault of the associated breaker

A9A26476 A9A26477 A9A26478 A9A26946 A9A26947 A9A26948 A9A26924

A9A26927

A9A26929

100…415 48

12…24

100…415 48

12…24

240…415

240…415

240…415

110…130

12…24

110…130

12…24

24…130

24…130

24…130

48

Ŷ Emergency stoppage by normally open push button Ŷ Remote indication of the position of the associated breaker

48

Ŷ Remote indication of the position of the associated breaker

SD position

50/60

50/60

50/60

50/60

50/60


On front face – 2 y 24 V DC 48 V DC y 130 V DC y 240 V AC 415 V AC

On front face On toggle 1 24 V DC 48 V DC 60 V DC 130 V DC 240 V AC 415 V AC

On front face On toggle 1

On front face On toggle 1

– -35…+70

1 NO/NC -35…+70

1 NO/NC -35…+70

1 NO/NC -35…+70

1 NO/NC + 1 NO/NC -35…+70

-40…+85

-40…+85

-40…+85

-40…+85

-40…+85

6A 2A 1A 6A 3A

6A 2A 1.5 A 1A 6A 3A



Accessories for iC60, iID, iSW-NA, Reflex iC60, RCA and ARA

Mounting PB104492-15

Padlocking device

PB106297_10

DB123599

PB104508-35

Plug-in base

PB104509-35

Accessories Rotary handle

Function Front or side-mounted control Ŷ Degree of protection: IP55 rotary handle Ŷ Installation: Ƒ the control mechanism is mounted on the device Ƒ the rotary handle is ¿xed to the front or side of the enclosure Ŷ Front-mounted (on door or faceplate) Ŷ Prevents the door from opening when the device is in the ON position (can be deactivated) Ŷ Can be padlocked when the device is in the "open" position (can be padlocked with the device in the "closed" position subject to adaptation) Ŷ Can be locked by padlock of (dia. 5 to 8 mm), not supplied with the device Ŷ Pushbutton: iID test available in the front face of the rotary handle Catalogue numbers Set of Suitability iC60 iC60 + Vigi iC60 iID ReÀex iC60 or RCA+iC60 or ARA+iC60 ARA+iID iSW-NA

48

A9A27005

A9A27006

black handle

red handle no handle

1

1

Ŷ The Laser Square tool brings the accurency to align the circuit breaker and the rotary handle

A9A27008 GVP01 1

Allows a breaker to be removed or replaced quickly, without handling the connections Ŷ Degree of protection: IP20 Ŷ Consists of: Ƒ a base to be fastened on a rail (or panel) Ƒ 2 "blades" to be fastened in the device's terminals Ŷ Connection: tunnel terminals for cable up to 35 mm2 rigid, 25 mm2 Àexible, Ŷ Installation: Ƒ in universal enclosure Ƒ on horizontal rail Ŷ Height: 178 mm Ŷ Not compatible with Vigi iC60 and auxiliaries Ŷ Can be locked by padlock of (dia. 6 mm), not supplied with the device

Used to padlock breaker in open or closed position Ŷ Padlock diameter: 3 to 6 mm Ŷ Sealable (max. diameter: 1.2 mm) Ŷ Locking in ON position does not prevent tripping of the breaker in the event of faults Ŷ Suitable for IEC/EN 60947-2 compliant disconnection

A9A27003

A9A26970

(1 per pole) 1

1

10

Ŷ 2P, 3P, 4P

Ŷ

Ŷ

Ŷ 2P, 3P, 4P Ŷ –

– Ŷ 63 A –

Ŷ Ŷ Ŷ

– Ŷ

– Ŷ

Ŷ Ŷ



Accessories for iC60, iID, iSW-NA, Reflex iC60, RCA and ARA (cont.)

Security PB104483-35

Inter-pole barrier Spacer PB104484-30

PB104503-35

Terminal shield PB104502-35

PB104488-14

Screw shield

PB104489-14

Accessories

Function Prevents any contact with the connecting screws Ŷ Upgrades degree of protection to IP20D Ŷ Sealable, max. diameter 1.2 mm

Prevents any contact with the terminals Ŷ Upgrades degree of protection to IP20D Ŷ Sealable, max. diameter 1.2 mm Ŷ Set of two, for upstream and downstream terminals Ŷ For 3 poles: A9A26975 + A9A26976 Ŷ For 4 poles: 2 X A9A26976

Enhances insulation between connections: cables, terminals, lugs, etc

Ŷ Used to: Ƒ complete rows Ƒ separate devices. Width: 1 x 9 mm module Ŷ Allows cable routing from one row to another, (above and below), up to 6 mm2

Catalogue numbers

A9A26982

A9A26981

A9A26975

A9A26976

A9A27001

A9A27062

Set of

12 x 1 pole

20 x 4 poles (splittable)

2 x 1 pole

2 x 2 poles

10

5

Suitability iC60

–

Ŷ

Ŷ

Ŷ

Ŷ

Ŷ

Ŷ – –

– Ŷ Ŷ

– – Ŷ

– Ŷ Ŷ

– Ŷ Ŷ

Ŷ Ŷ Ŷ

– –

Ŷ Ŷ

– –

Ŷ Ŷ

Ŷ Ŷ

Ŷ Ŷ

Vigi iC60 iID ReÀex iC60 or RCA+iC60 or ARA+iC60 ARA+iID iSW-NA




Dimensions (mm) 5

65

DB124152

DB124149

19

96 17

18.5

54

85

75

177 75

47

18.5 88.5 135

Handle

Adapter mechanism 360

18.5

10 10

Rotary handle

DB124146

DB124147

Plug-in base

72

4P 54

3P 36

2P 18

1P

9 11

25

106 106 31 11 9

11.5

Screw shield 1P (A9A26982)

51.5

35

49

36

DB124150

72

DB124143

DB124148

1P+N/2P

35

Terminal shield 2P

54

3P

51.5

49

Terminal shield 1P

4P

36

DB124145

DB124144

18

Screw shield 4P (A9A26981)

36

6

15 9

20

5

16 27 85

81

45

17

20

Inter-pole barrier

50

44

Padlocking device

18

Spacer




Rotary handle installation Dimensions (mm) DB124142

iC60 3P

iC60 4P

Z

iID 4P

Z

56

Z 45° ± 2° 50

17.5

117

iC60

Z (mm)

2P 2P + Vigi 3P

25.3 25.3 25.3

3P + Vigi 4P 4P + Vigi

43 43 43

2

6.3

4.2

36 36

iID

Z (mm)

2P

25.3

4P

25.3 F

D = P - 128 mm

GVAPL01

159 112

5 3 12 1

47

6 15

18.5

85

F

P (mm)

18.5

300 500

D

166 < P < 500

19

F (mm) 5 11

DB124141

Rotary handle: front mounted control

A 494 mm - A

82

Y

iC60

X (mm) 44.5

76.8

2P + Vigi

44.5

76.8

3P

44.5

76.8

3P + Vigi 4P

62 62

94.5 94.5

4P + Vigi

62

94.5

iID/iSW-NA X (mm)

117

D

Y (mm)

2P

Y (mm)

2P

44.5

76.8

4P

44.5

76.8

D=L-X

44

L

19

Rotary handle: side mounted control



iK60N circuit breakers (curve C) IEC/EN 60898-1

Ŷ iK60N circuit breakers are circuit breakers which combine the following functions: Ƒ circuit protection against short-circuit currents, Ƒ circuit protection against overload currents, Ƒ disconnection, opening and closing.

PB104463-40

PB104459-40


iK60N circuit breaker 50/60 Hz Breaking capacity in short circuit (Icn) as per IEC/EN 60898-1


Ph/Ph

400 V

100 % of Icn

Ph/N

230 V

Rating (In) 6 to 32 A

6000 A

Catalogue numbers iK60N circuit breakers Type

1P

2P

1

1

3

2

4

2

Rating (In) 6A 10 A 16 A 20 A 25 A 32 A Operating frequency Width in 9-mm modules

52

Curve

3P

Curve

4P

1

3

5

2

4

6

1

3

5

7

2

4

6

8

Curve

Curve

C

C

C

C

A9K27106 A9K27110 A9K27116 A9K27120 A9K27125 A9K27132 50/60 Hz 2

A9K27206 A9K27210 A9K27216 A9K27220 A9K27225 A9K27232 50/60 Hz 4

A9K24306 A9K24310 A9K24316 A9K24320 A9K24325 A9K24332 50/60 Hz 6

A9K24406 A9K24410 A9K24416 A9K24420 A9K24425 A9K24432 50/60 Hz 8


iK60N circuit breakers (curve C) (cont.)

PB104434-40


Ŷ Double clip for dismounting with comb busbar in place Ŷ Large circuit labelling area

Ŷ Padlocking device

Ŷ Fast closing independent of the speed of actuation of the toggle. Ŷ Top or bottom electrical feeding.

Connection

Without accessory Rating

Tightening torque

Rigid

Flexible or ferrule

DB122945

14 mm 6.5 mm

Copper cables

PZ2 C curve

1 to 32 A 40 to 63 A

2 N.m 3.5 N.m

DB122946

DB123060

Type

1 to 25 mm2 1 to 35 mm2

1 to 16 mm2 1 to 25 mm2



iK60N circuit breakers (curve C) (cont.)

DB123310

Technical data Main characteristics According to IEC/EN 60898-1

DB123312

Encliquetage sur rail DIN de 35 mm.


440 V AC

Pollution degree

2


4 kV

Thermal tripping

Reference temperature

30°C

Temperature derating

See module CA908007

Magnetic tripping

C curve

5 to 10 In

Limitation class

3

Rated making and breaking capacity of an individual pole (Icn1)

Icn1 = Icn

Additional characteristics Degree of protection Device in modular (IEC 60529) enclosure Endurance (O-C) Electrical

Position d’installation indifférente.

IP40 Insulation classe II 10,000 cycles

Mechanical DB123391

IP40

20,000 cycles


III


-25°C to +60°C

Storage temperature

-40°C to +85°C

Weight (g) Circuit-breaker Type

iK60N

1P

100

2P

200

3P

300

4P

400

DB123392

Dimensions (mm) 4P

69.5

54

1P+N / 2P 1P

78.5

72

3P 36 18

50 5.5

4.4

94 85

45

64 4.6

54


iID K residual current circuit breakers IEC/EN 61008-1

DB123430

DB116619


Ŷ The iID K residual current circuit breakers provide: Ƒ protection of persons against electric shock by direct contact (30 mA), Ƒ protection of persons against electric shock by indirect contact (300 mA) Ƒ protection of installations against the risk of ¿re (300 mA).

PB104498-40

Catalogue numbers iID K residual current circuit breakers Type

AC

Product

iID K

Auxiliaries DB122476

Sensitivity

30 mA

Rating

25 A 40 A

A9R50225 A9R75225 4 A9R50240 A9R75240

Sensitivity

30 mA

Rating

25 A 40 A 63 A

A9R50425 A9R75425 8 A9R50440 A9R75440 A9R70463 A9R75463

2P 4P

230 - 240 V 400 - 415 V 50/60 Hz

4P


Width in 9-mm modules

Without auxiliaries

2P

DB122477

PB104497-40


300 mA

300 mA

Ŷ Double clip for dismounting with comb busbar in place Ŷ Test button

Ŷ Padlocking device




iID K residual current circuit breakers (cont.) Connection

Without accessory

DB122947

Type

Tightening Copper cables torque Rigid Flexible or

16 mm

ferrule

PZ2

iID K

DB122946

DB122945

6.5 mm

1 to 35 mm2

3.5 N.m

1 to 25 mm2

DB123310

Technical data Main characteristics According to IEC/EN 61008-1

DB123312



440 V

Pollution degree

2


4 kV

Making and breaking capacity (Im/IΔm)

25 to 40 A

500 A

63 A

630 A


Up to 200 Â

Conditional rated short circuit current (Inc/IΔc)

With iC60N/H/L, iK60N

6000 A

With fuse

4500 A



Degree of protection Device in modular enclosure

IP40

Endurance (O-C)

Electrical

2000 cycles (AC1)

Mechanical

5000 cycles


-5°C to +60°C

Storage temperature

-40°C to +85°C

DB123391

IP40

Weight (g) Residual current circuit breakers Type

iID K

2P

210

4P

370

DB122775

Dimensions (mm) 4P

72

2P

36

69

5.5

96 85

56

44

20

45


Install

Multiclip 80 A splitter block

PB104507-35

IEC/EN 60947-7-1. IEC/EN 61439-2. Description

DB122626

Ŷ Multiclip 80 A is a four-pole splitter block 24 modules wide installable on a standard DIN rail. Ŷ Outgoing feeders are connected at the front, without screws, in spring terminals. Ŷ The spring contact pressure adapts automatically to the cross section of the conductor. It is independent of the operator. Ŷ Supplied with 12 black and 12 blue pre-stripped 6 mm2 cables.

Advantages Ŷ Very fast connection. Ŷ Very simple phase rebalancing. Ŷ In the event of an extension to or modi¿cation of the switchboard, connection is very easy. Ŷ Compatible with inter-rows of 150 mm. 5.5 mm

Technical data 12 mm

Main characteristics Cat. no

04000

According to IEC/EN 60947-7-1 Rated current at 40°C (In)

80 A

Maximum operated voltage (Ue)

440 V AC

Operating frequency

50/60 Hz

Rated insulation voltage (Ui)

500 V AC

Power supply

Pollution degree

3

Ŷ Four-pole tunnel terminals with screw clamping. Ŷ The tunnel terminals are located to facilitate the insertion of cables and clamping by screws. Ŷ One cable per connection point: Ƒ Àexible from 6 to 25 mm² Ƒ rigid from 10 to 35 mm².


6 kV

Degree of protection

IP20

Short-circuit current withstand

Up to breaking capacity of Schneider Electric outgoing circuit breakers, even when reinforced by cascading implementation 48

Width in 9-mm modules

6.5 mm PZ2 2 N.m

PB104501-45

14 mm

Installation Ŷ Clip-on mounted Pragma and Prisma DIN rails. Ŷ Screwed on all other symetric rail.

Distribution Ŷ Connection to spring terminals through the front. Ŷ 2 rows of terminals: Ƒ 18 connection points for phases (L1, L2, L3) Ƒ 18 connection points for neutral. Ŷ A single cable per connection point: Àexible (without ferrule) or rigid from 1 to 6 mm². Ŷ Maintenance-free (tightness guaranteed over time). Insensitive to vibrations and thermal variations. 57 www.fengshengelectric.com.sg

Install

PB104505-50

Multiclip 80 A splitter block (cont.) Additional characteristics According to IEC/EN 61439-2 Operating temperature

-25°C to +60°C

Storage temperature

-40°C to +85°C

Colour

RAL 7016

DB123198

Installation

DB123199

On Pragma and Prisma rails

On other symetric rails

Weight (g) Splitter block Type Multiclip

640

Dimensions (mm)

71

58

136.5

136.5

71

27

29.5

29.5

117

87.5

DB123200

42.5

87.5

42.5

415

34


Technical advice

Earth leakage protection Response time of medium-sensitivity residual current devices Response time of iC60 Vigi and iID60 residual current devices The medium-sensitivity residual current devices (100…1000 mA) in the Acti9 range conform to IEC/EN 61008 and 61009: Ŷ their response time guarantees personal protection against indirect contacts and ¿re risks Ŷ in the case of selective versions (S), a "non-tripping time" guarantees discrimination with the residual current devices installed downstream. Instantaneous residual current devices Sensitivity (IΔn)

Fault current (mA)

100 mA

300 mA

500 mA

IΔn/2

50

150

250

No tripping

IΔn 2 x IΔn 5 x IΔn 500 A

100 200 500

300 600 1500

500 1000 2500

300 ms 150 ms 40 ms 40 ms

Max. response time

Residual current device Fault IΔn/2 current (mA) IΔn 2 x IΔn 5 x IΔn 500 A

Sensitivity (IΔn) 100 mA 300 mA 50

100 200 500

150

300 600 1500

500 mA

Selective (S) and time-delayed (R) residual current devices Type 1000 mA Selective (S) Time-delayed (R)

250

500

500 1000 2500

1000 2000 5000

No tripping

No tripping

Non-tripping time

Response time

Non-tripping time

Response time

130 ms 60 ms 50 ms 40 ms

500 ms 200 ms 150 ms 150 ms

300 ms 150 ms 150 ms 150 ms

1000 ms 500 ms 300 ms 300 ms

De¿nitions Response time Time between the appearance of a hazardous leakage current and circuit power down. Non-tripping time For selective and time-delayed devices, the non-tripping time is the time between the appearance of a hazardous leakage current and the device tripping. If the leakage current disappears before this time, the device does not trip. This fast disappearance of the leakage current can be due to: Ŷ the transient nature of the fault (e.g. the current generated by a switching surge) Ŷ the interruption of the fault current by another faster residual current device situated downstream. Selective and time-delayed devices therefore afford the user: Ŷ better immunity against nuisance tripping Ŷ total discrimination between residual current devices.


Technical advice

Earth leakage protection Response time of medium-sensitivity residual current devices Protection against indirect contacts

DB126556

The response times of residual current devices guarantee personal protection against indirect contacts, in conformance with the requirements of the installation standards (IEC 60364 or equivalent). Indirect contacts A person who comes into contact with an accidentally live frame caused by an insulation fault experiences an indirect contact: the contact voltage Uc creates a current that passes through the human body. Maximum breaking time The maximum breaking time required by the installation standards, in the event of an insulation fault, depends on: Ŷ the network voltage Ŷ the earthing system.

Uc

Maximum breaking time for terminating circuits (ms) Earthing Network phase/neutral voltage system 50...120V 120...230V 230...400V

> 400 V

TN or IT 800 400 200 100 TT 300 200 70 40 Note: a breaking time of no more than 5 s is permitted for distribution circuits to ensure discrimination with the devices installed on the terminating circuits. This time should be reduced to the essential minimum.

These times are based on the maximum prospective values of the contact voltage Uc and on the contact times authorised by technical report IEC 60479. DB126601

Example L1 L2 L3 N PE

On a three-phase phase/neutral voltage network Uo = 230 V in a TT system: Ŷ the resistance of the neutral earth connection Rn is 10 ȍ, Ŷ the resistance of the operating frame earth connection RA is 100 ȍ.

In the event of an insulation fault, the leakage current Id is equal to: Uo/ (RA + Rn) i.e. 230 V/110 = 2.1 A. The contact voltage Uc is therefore Id x RA i.e. 2.1 A x 100 = 210 V.

Ŷ Protection sensitivity Uc Rn = 10 Ω Neutral earth connection

The residual current device must trip as soon as the leakage current corresponds to a hazardous situation, i.e. a contact voltage of 50 V (in a dry atmosphere). Hence, I¨n = 50 V / RA, i.e. 50 V/100 = 500 mA.

UA = 20 Ω Operating frame earth connection

Ŷ Maximum breaking time For a 230 V phase/neutral voltage network in a TT system, the IEC 60364 standard requires a maximum breaking time of 200 ms. For the 2.1 A leakage current: Ƒ an instantaneous residual current device with a sensitivity of 300 mA will power down the circuit in less than 40 ms, Ƒ an instantaneous residual current device with a sensitivity of 500 mA will power down the circuit in less than 60 ms. Note: For well-designed and regularly maintained electrical installations, the resistance of the operating frame earth connection can be less than 100 .

Use of the time-delayed residual current devices In accordance with the breaking times required by the installation standards (above), the selective and time-delayed residual current devices can be used in the following cases: Circuit Network voltage Residual current device (phase/neutral) Instantaneous Selective Time-delayed I S R (1) Terminating 230 V Ŷ Ŷ circuit > 230 V Ŷ Sub-distribution or general Ŷ Ŷ Ŷ (1) Only in a TN system for a phase/neutral voltage < 120 V.

60


Technical advice

Earth leakage protection

DB126602

Response time of medium-sensitivity residual current devices Protection against ¿re hazards Most ¿res of electrical origin are caused by the creation and propagation of electric arcs in building materials, in the presence of moisture, dust, pollution, etc. These arcs appear and develop due to the wear and tear or ageing of the insulating materials. The ¿re risk occurs when the leakage currents reach a few hundred milliamps for a few seconds. For fault currents of this magnitude, residual current devices with a sensitivity of 300 or 500 mA trip in less than a second, whether they be instantaneous, selective or time-delayed.

Origin of the fire

Id < 300 mA Wet dust

The response times of residual current devices with a sensitivity of 300 mA guarantee protection against fires generated by leakage currents

IEC 60364-4-42 (subclause 422.3.10) states that it is mandatory to install a residual current device with a sensitivity less than or equal to 500 mA: Ŷ on premises with a risk of explosion (BE3) Ŷ on premises with a risk of ¿re (BE2) Ŷ in agricultural and horticultural buildings Ŷ for circuits supplying fair, exhibition and entertainment equipment Ŷ on temporary outdoor leisure facilities. In certain countries, the installation rules and/or local safety regulations require a sensitivity of 300 mA.


Technical advice

Earth leakage protection Response time of medium-sensitivity residual current devices Discrimination of residual current devices The non-tripping times of type (S) and (R) residual current devices ensure discrimination with the residual current devices located downstream. Combination rules To ensure discrimination between two cascading residual current devices, the following two conditions must be met simultaneously: Ŷ the sensitivity of the upstream device must be at least 3 times the sensitivity of the downstream residual current device Ŷ the upstream residual current device must be one of the following types: Ƒ Selective (S) if the downstream residual current device is instantaneous, Ƒ Time-delayed (R) if the downstream residual current device is selective (S).

DB126603

The ¿gure below shows how compliance with these rules provides discrimination on three levels: whatever the value of the fault current, it will be interrupted by the device situated immediately upstream of the fault and only by this device.

Time-delayed residual current device (R) 1000 mA

Instantaneous Selective residual current device (S) 300 mA

Selective (S) Time-delayed (R)

Instantaneous residual current device 30 mA Feeder 2

Feeder 1

Example: In the above diagram for a fault current of 1000 mA: Ŷ if the fault occurs downstream of the 30 mA residual current device, the latter will interrupt the current in less than 40 ms, whereas type S and R devices "wait" for 80 ms and 200 ms respectively. Therefore, neither of the two devices trips. Ŷ if the fault occurs downstream of the type S residual current device, the latter will interrupt the current in less than 175 ms, whereas the type R device "wait" for 200 ms and therefore does not trip. If these cascading combination rules are complied with, the level of continuity of service provided to the user depends on the way in which the "horizontal discrimination" is implemented: the terminal feeders must be divided into as many circuits as necessary, each protected by a residual current device.

62


DB124179

Technical advice

Tripping curves

t

The following curves show the total fault current breaking time, depending on its amperage. For example: based on the curve on page 3, an iC60 circuit breaker of curve C, 20 A rating, will interrupt a current of 100 A (5 times the rated current In) in: Ŷ 2 seconds at least Ŷ 7 seconds at most.

Thermal tripping limits

The circuit breakers’ tripping curves consist of two parts: Ŷ tripping of overload protection (thermal tripping device): the higher the current, the shorter the tripping time Ŷ tripping of short-circuit protection (magnetic tripping device): if the current exceeds the threshold of this protection device, the breaking time is less than 10 milliseconds. For short-circuit currents exceeding 20 times the rated current, the time-current curves do not give a suf¿ciently precise representation. The breaking of high short-circuit currents is characterized by the current limiting curves, in peak current and in energy. The total breaking time can be estimated at 5 times the value of the ratio (I2t)/(Î)2.

Electromagnetic tripping limits

min.

Veri¿cation of the discrimination between two circuit breakers

max.

In

By superimposing the curve of a circuit breaker on that of the circuit breaker installed upstream, one can check whether this combination will be discriminating in cases of overload (discrimination for all current values, up to the magnetic threshold of the upstream circuit breaker). This veri¿cation is useful when one of the two circuit breakers has adjustable thresholds; for ¿xed-threshold devices, this information is provided directly by the discrimination tables. To check discrimination on short circuit, the energy characteristics of the two devices must be compared.


Technical advice

Tripping curves According to IEC/EN 60898 standards

Alternative current 50/60 Hz iC60a/N/H/L According to IEC/EN 60898 (reference temperature 30°C) Curves B, C, D rating 6 A to 63 A DB124185

DB124180

Curves B, C, D rating up to 4 A 3600 s for I/In = 1.45 3600 s for I/In = 1.13

3600 s for I/In = 1.45 3600 s for I/In = 1.13

1000

1000

60 s for I/In = 2.55

100

60 s for I/In = 2.55

100

10

10

t(s)

t(s) 1

1

1s for I/In = 2.55

0,1

0,01

B

C

1

0,1

D

10

1s for I/In = 2.55

0,01

14

B

C

1

D

10

14

I / In

I / In

According to IEC/EN 60898 (reference temperature 30°C)

According to IEC/EN 60898 (reference temperature 30°C)

Curves B, C, D

Curves B, C, D DB124208

DPNa/N

DB124207

C120N/H

3600 s for I/In = 1.45 3600 s for I/In = 1.13

3600 s for I/In = 1.45 3600 s for I/In = 1.13

1000

1000

60 s for I/In = 2.55

100

10

10

t(s)

t(s) 1

0,01

1

1s for I/In = 2.55

0,1

B

1

C

1s for I/In = 2.55

0,1

D

10 I / In

64

60 s for I/In = 2.55

100

14

0,01

B

1

C

D

10

14

I / In


Technical advice

Tripping curves According to IEC/EN 60898 standards

Alternative current 50/60 Hz iK60 According to IEC/EN 60898 (reference temperature 30°C)

DB124209

Curves B, C 3600 s for I/In = 1.45 3600 s for I/In = 1.13

1000

60 s for I/In = 2.55

100

10 t(s) 1

1s for I/In = 2.55

0,1

0,01

B

C

1

10 I / In


Technical advice

Tripping curves According to IEC/EN 60947-2 standards

Alternative current 50/60 Hz iC60N/H/L According to IEC/EN 60947-2 (reference temperature 50°C) Curves Z, K rating up to 4 A DB124182

DB124181

Curves B, C, D rating up to 4 A 3600 s for I/In= 1.3 3600 s for I/In = 1.05

3600 s for I/In = 1.3 3600 s for I/In = 1.05

1000

1000

100

100

10

10 t(s)

t(s) 1

1

0,1

0,01

B

C

1

0,1

D

10

Z

0,01

14

2,4

K

3,6

14,4

Curves Z, K rating 6 A to 63 A DB124187

DB124186

Curves B, C, D rating 6 A to 63 A 3600 s for I/In = 1.3 3600 s for I/In = 1.05

3600 s for I/In = 1.3 3600 s for I/In = 1.05

1000

1000

100

100

10

10 t(s)

t(s) 1

1

0,1

0,01

B

C

1

0,1

D

10 I / In

66

10 I / In

I / In

14

0,01

Z

1

2,4

K

3,6

10

14

I / In


Technical advice


ReÀex iC60N/H

NG125a/N/H/L

According to IEC/EN 60947-2 (reference temperature 50°C)

According to IEC/EN 60947-2 (reference temperature 50°C)

Curves B, C, D

Curves B, C, D DB124211

DB124210

Alternative current 50/60 Hz

3600 s for I/In= 1.3 3600 s for I/In = 1.05

3600 s for I/In = 1.3 3600 s for I/In = 1.05

1000

1000

100

100

10

10

t(s)

t(s) 1

1

0,1

0,01

B

C

1

10 I / In

0,1

D

14

0,01

B

1

C

D

10

14

I / In


Technical advice


Motor curve According to IEC/EN 60947-2 (reference temperature 50°C)

Curve MA

Curve MA DB124212

NG125L-MA


DB124190

iC60L-MA

1000

1000

100

100

10

10

t(s)

t(s) 1

1

0,1

0,01

MA

1

10 I / In

68

14,4

0,1

0,01

MA

1

10

14,4

I / In


Technical advice


Direct current iC60N/H/L According to IEC/EN 60947-2 (reference temperature 50°C) Curves Z, K rating up to 4 A DB124183

DB124184

Curves B, C, D rating up to 4 A 3600 s for I/In = 1.3 3600 s for I/In = 1.05

3600 s for I/In = 1.3 3600 s for I/In = 1.05

1000

1000

100

100

10

10

t(s)

t(s) 1

1

0,1

0,01

B

1

C

10

0,1

D

0,01

14

Z

1

3,4

5 I / In

I / In

10 13,4

20,2

Curves Z, K rating 6 A to 63 A DB124189

DB124188

Curves B, C, D rating 6 A to 63 A

K

3600 s for I/In = 1.3 3600 s for I/In = 1.05

3600 s for I/In = 1.3 3600 s for I/In = 1.05

1000

1000

100

100

10

10 t(s)

t(s)

1

1

0,1

0,01

B

1

C

10 I / In

D

14

0,1

0,01

Z

1

3,4

K

5

10

13,4

20,2

I / In


Technical advice


Direct current C60H-DC According to IEC/EN 60947-2 (reference temperature 25°C)

DB124304

Curve C

1000

100

t(s)

10

1

C

0,1

0,01

1

7 I / In

10

NG125a/N/H/L According to IEC/EN 60947-2 (reference temperature 50°C)

DB124184

Curves B, C, D 3600 s for I/In = 1.3 3600 s for I/In = 1.05

1000

100

10 t(s) 1

0,1

0,01

B

1

C

D

10 I / In

70


Technical Advice

Short-circuit current limiting

De¿nition

Isc Prospective peak Isc

The limiting capacity of a circuit breaker is its ability to lessen the effects of a short circuit on an electrical installation by reducing the current amplitude and the dissipated power.

Bene¿ts of limiting

Prospective Isc

Long installation service life

Limited peak Isc Limited Isc tc

t

Prospective current and real limit current.

Savings through cascading

I²sc A²

Thermal effects Lower temperature rise at the conductor level, hence increased service life for cables and all components that are not self-protected (e.g. switches, contactors, etc.) Mechanical effects Lower electrodynamic repulsion forces, hence less risk of deformation or breakage of electrical contacts and busbars. Electromagnetic effects Less interference on sensitive equipment located in the vicinity of an electric circuit.

Prospective energy 100%

Cascading is a technique derived directly from current limiting: downstream of a current-limiting circuit breaker it is possible to use circuit breakers of breaking capacity lower than the prospective short-circuit current (in line with the cascading tables). The breaking capacity is heightened thanks to current limiting by the upstream device. Substantial savings can be achieved in this way on switchgear and enclosures.

Discrimination of protection devices The circuit breakers' current limiting capacity improves discrimination with the protection devices located upstream: this is because the required energy passing through the upstream protection device is greatly reduced and can be not enough to cause it to trip. Discrimination can thus be natural without having to install a time-delayed protection device upstream.

Limited energy 100%

Acti9 circuit breaker current limiting

t

Pro¿ting from Schneider Electric's experience and expertise in the ¿eld of shortcircuit current breaking, the circuit breakers of the Acti9 range have a top-level current limiting characteristic for modular devices. This assures them of optimal protection of the entire power distribution system.


Technical Advice

Short-circuit current limiting (cont.) Representation: Current limiting curves The current limiting capacity of a circuit breaker is reÀected by 2 curves which give, as a function of the prospective short-circuit current (current which would Àow in the absence of a protection device): Ŷ the real peak current (limited) Ŷ the thermal stress (in A²s), this value, multiplied by the resistance of any element through which the short-circuit current passes, gives the power dissipated by this element. The straight line "10 ms" representing the energy A²s of a prospective short-circuit current of a half-period (10 ms) indicates the energy that would be dissipated by the short-circuit current in the absence of limiting by the protection device (see example).

Example What is the energy limited by an iC60N 25 A circuit breaker for a prospective short-circuit current of 10 kA rms. What is the quality of current limiting? 400

this short-circuit current (10 kA rms) is likely to dissipate up to 1,000 kA2s the iC60N circuit breaker reduces this thermal stress to: 45 kA2s, which is 22 times less.

1000000 10 ms

Limited energy (A²s)

100000

10000

50- 63 32- 40 20 - 25 16 8- 10

4

6

2- 3

1000

> as shown in the graph opposite:

3

≤1

Example of use: Stresses acceptable by the cables The following table shows the thermal stresses acceptable by the cables depending on their insulation, their composition (Cu or Al) and their cross section. Cross-section values are expressed in mm² and stresses in A²s. S (mm²)

100 0,01

0,1

1

10

Prospective current (kA rms)

100

PVC

Cu

PRC

Cu

1.5

2.5

4

6

10

2.97 x 104

8.26 x 104

2.12 x 105

4.76 x 105

1.32 x 106

4.10 x 104

1.39 x 105

2.92 x 105

6.56 x 105

Al

5.41 x 105

Al

S (mm²) PVC PRC

16

25

35

50

Cu

3.4 x 106

8.26 x 106

1.62 x 107

3.21 x 107

Al

1.39 x 106

3.38 x 106

6.64 x 106

1.35 x 107

Cu

4.69 x 106

1.39 x 107

2.23 x 107

4.56 x 107

6

6

6

1.88 x 107

Al

1.82 x 106 7.52 x 105

1.93 x 10

4.70 x 10

9.23 x 10

Example Is a Cu/PVC cable of cross section 10 mm² protected by a NG125L device? The above table shows that the acceptable stress is 1.32 x 106 A²s. Any short-circuit current at the point where a NG125L device (Icu = 25 kA) is installed will be limited, with a thermal stress of less than 2.2 x 105 A²s. (Curve on page - ). The cable is therefore always protected up to the breaking capacity of the circuit breaker.

72


Technical Advice

Short-circuit current limiting (cont.) Limitation curves for 240 V network

iDPN 1P+N / 3P / 3P+N circuit breakers Peak current

Thermal stress 1 000 000 10 ms

100

10 32 - 40 16 - 25 10 3-4 2

1

Thermal stress (A²s)

Peak current (kA)

100 000

32 - 40 16 - 25 10

10 000

3-4 2 1 000

1 1 0,1 0,01

0,1

1

100

10

0,01

Prospective short-circuit current (kA eff.)

0,1

1

10


iDPN N 1P+N / 3P / 3P+N circuit breakers Peak current


100

10 32 - 40 16 - 25 10 3-4 2

1


Peak current (kA)

100 000

32 - 40 16 - 25 10 10 000 3-4 2 1 000

1 1 0,1 0,01

0,1

1


10

100

0,01

0,1

1

10



Technical Advice


iDPN 1P+N / 3P / 3P+N circuit breakers Peak current


100

10 32 - 40 16 - 25 10 6 3-4 2

1


Peak current (kA)

100 000

32 - 40 16 - 25 10 000

10 6 3-4 2

1 000

1 1 0,1 0,01

0,1

1


100 0,01

10

0,1

1

10


iDPN N 1P+N / 3P / 3P+N circuit breakers Peak current


100

10 32 - 40 16 - 25 10 6 3-4 2

1


Peak current (kA)

100 000 32 - 40 16 - 25 10

10 000

6 3-4 2

1 000

1 1 0,1 0,01

0,1

1


74

10

100

0,01

0,1

1


10


Technical Advice


iK60N 2P curve B 2P circuit breaker Peak current


100

10 32 - 63 20 - 25 16 10 6 4 3 2

1


Peak current (kA)

100 000

50 - 63 40 32 25 20 16

10 000

10 6 4

1 000

3 2

1

0,1 0,01

0,1

1

100

10

0,01


0,1

1

10


iK60N 2P curve C 2P circuit breaker Peak current


100

10 40 - 63 25 - 32 10 - 20 6 4 3 2

1


Peak current (kA)

100 000

40 - 63 25 - 32 10 - 20 10 000 6

4 1 000

3 2

1

0,1 0,01

0,1

1


10

100 0,01

0,1

1


10


Technical Advice


iK60N 3P curve B 2P / 3P / 4P circuit breakers Peak current


100

10 40 - 63 25 - 32 10 - 20 6 4 3 2

1


Peak current (kA)

100 000 40 - 63 25 - 32 10 - 20 10 000

6 4 3 2

1 000

1

1

0,1 0,01

0,1

1

100 0,01

10


0,1

1

10


iK60N 3P curve C 2P / 3P / 4P circuit breakers Peak current


100

10 40 - 63 25 - 32 10 - 20 6 4 3 2

1


Peak current (kA)

100 000 40 - 63 25 - 32 10 - 20 6

10 000

4 3 2 1 000

1

1

0,1 0,01

0,1

1


76

10

100 0,01

0,1

1


10


Technical Advice

Short-circuit current limiting (cont.) Limitation curves for 230 V single-phase or 400 V three-phase network (TN or TT earthing system)

iC60N 1P / 3P / 4P circuit breakers Peak current

Thermal stress

1000000 10 ms

50 - 63 32 - 40 20 - 25 16 8 - 10 6

10

1

100000

4 2- 3

y1


Peak current (kA)

100

50- 63 32- 40 20 - 25 16 8- 10

10000

6

1000

0,1 0,01

0,1

1

10


1P+N / 2P circuit breakers Peak current

2- 3

y1

0,1

1

10

100


Thermal stress

1000000

100

10 ms

100000 50 - 63 32 - 40

10

20 - 25 16 8 - 10 6 1

4 2- 3


Peak current (kA)

100 0,01

100

4

50 - 63 32- 40 20 - 25 16

10000

8 - 10 6 4 2- 3

1000 y1

0,1 0,01

0,1

1

10


100 0,01

100

y1 0,1

1

10

100

Prospective short-circuit current (kA eff.) v

Note: these values are also the limitation values obtained with an iC60N three- or four-pole circuit breaker operating on a 230 V phase-to-phase network.


Technical Advice

Short-circuit current limiting (cont.)

iC60H 1P / 3P / 4P circuit breakers Peak current

Thermal stress

1000000 10 ms

6

20 - 25 16 8 - 10

1

0,1 0,01

4 2- 3

y1

0,1

1

6

10000

4 2- 3

y1

1000

100 0,01

10


0,1

1

10

100



Thermal stress

1000000

100

Peak current (kA)


10

50 - 63 32- 40 20- 25 16 8- 10

100000

50 - 63 32 - 40

10 ms

100000

50 - 63 32 - 40

10

20 - 25 16 8 - 10 6

4 2- 3

1


Peak current (kA)

100

50 - 63 32-40 20 - 25 16

10000

8 - 10 6 4 2- 3

1000

y1

0,1 0,01

0,1

1

10


100 0,01

≤1 0,1

1

10

100


Note: these values are also the limitation values obtained with an iC60H three- or four-pole circuit breaker operating on a 230 V phase-to-phase network.

78


Technical Advice

Short-circuit current limiting (cont.)

iC60L 1P / 3P / 4P circuit breakers Peak current

Thermal stress

1000000 10 ms

50 - 63 32 - 40 20 - 25 16 8 - 10 4 6 2- 3

10

1

y1

50- 63 32- 40 20- 25 16 8- 10

100000


Peak current (kA)

100

6 10000

0,1

1

10


0,1

1

10

100



Thermal stress

1000000

100

10 ms

100000

50 - 63 32 - 40

10

20 - 25 16 8 - 10 6

4 2- 3

1


Peak current (kA)

100 0,01

100

2- 3

y1

1000

0,1 0,01

4

50 - 63 32- 40 20- 25 16 8- 10

10000

6 4 2- 3

1000 y1

0,1 0,01

0,1

1

10


100

100 0,01

y1 0,1

1

10


100

Note: these values are also the limitation values obtained with an iC60L three- or four-pole circuit breaker operating on a 230 V phase-to-phase network.


Technical Advice

Short-circuit current limiting (cont.) Limitation curves for 220/440 V network

C60H-DC curve C Circuit-breakers: 1P (220 V) - 2P (440 V) Peak current

Thermal stress

1000000

100

10 ms


Peak current (kA)

100000 10 50 - 63 32 - 40 16 10 6 4 3 2

1

20 - 25

50 - 63 32 - 40

10000

20 - 25 16 10 6 4

1000

3 0.5 - 2

≤1

0.1 0.01

0.1

1

10

100 0.01

100

Circuit-breakers: 1P (250 V) - 2P (500 V) Peak current

1

10

100

Thermal stress

1000000

100

10 ms

100000


Peak current (kA)

0.1



10 50 - 63 32 - 40 16 10 6 4 3 2

1

20 - 25

50 - 63 32 - 40

10000

20 - 25 16 10 6 4

1000

3 0.5 - 2

≤1

0.1 0.01

0.1

1

10


80

100

100 0.01

0.1

1

10

100



Technical Advice


C120N, H curve C 2P / 3P / 4P circuit-breakers Peak current cos phi = 0.3

20 15 = 0.5

Peak current (kA)

2 1

10 9 8

= 0.7

Ŷ Circuit breaker type in accordance with the mark: Ƒ 1: C120N, Ƒ 2: C120H, Ƒ 5: 10-16 A, Ƒ 6: 20-25 A, Ƒ 7: 32-40 A, Ƒ 8: 50-63 A, Ƒ 9: 80-100-125 A.

9

7

8

6

= 0.8

7

5 6

4

5

= 0.9

3

2 = 0.95

1

2

1

3

4

5

6 7 8 9 10

15

20

30


2P / 3P / 4P circuit-breakers Thermal stress 10 8 5

63A

10

5s 10ms

50A 40A 32A 25A

7 5

20A

10 6

16A 10A

5


125A 100A 80A

Ŷ Circuit breaker type in accordance with the mark: Ƒ 1: C120N, Ƒ 2: C120H.

2 1

10

5 5

10 4

125A 100A 80A 63A 50A 40A 32A 25A 20A 16A 10A

5

10 3 5

10 2 5

10 1

5

101

5 102 5 103 5 104 5 105 Prospective short-circuit current (kA eff.)

5


Technical Advice


C120N, H curve C Circuit-breakers: 1P (240 V) - 2P / 3P / 4P (415 V) Peak current Ŷ Circuit breaker type in accordance with the mark: Ƒ 1: C120N, Ƒ 2: C120H, Ƒ 5: 10-16 A, Ƒ 6: 20-25 A, Ƒ 7: 32-40 A, Ƒ 8: 50-63 A, Ƒ 9: 80-100-125 A.

cos phi = 0.3

20 15 = 0.5

Peak current (kA)

2 10 9 8

1

9

= 0.7

8

7

7

6

6

= 0.8

5

5

4 = 0.9

3

2 = 0.95

1

2

1

3

4

5

6 7 8 9 10

15

20

30

Prospective short-circuit current (kA eff.) Circuit-breakers: 1P (240 V) - 2P / 3P / 4P (415 V) Thermal stress 10 8 5

63A

10

5s 10ms

50A 40A 32A 25A

7 5

20A

10 6

16A 10A

5


125A 100A 80A


1

10 5 5

10 4

2

125A 100A 80A 63A 50A 40A 32A 25A 20A 16A 10A

5

10 3 5

10 2 5

10 1

82

5

101


5


Technical Advice


C120N, H curve C 2P / 3P / 4P circuit-breakers Peak current Ŷ Circuit breaker type in accordance with the mark: Ƒ 1: C120N calibres 63 à 125 A, Ƒ 2: C120H calibres 10 à 125 A.

cos phi = 0.3

20 15 = 0.5

2

Peak current (kA)

10 9 8

= 0.7

1

7

7 6 5

6

= 0.8

4

5

3

4 = 0.9

3

2 = 0.95

1

1

2

3

4

5

6 7 8 9 10

15

20

30

Prospective short-circuit current (kA eff.) 2P / 3P / 4P circuit-breakers Thermal stress 10 8 5

63A


5s

125A 100A 80A

10ms

50A 40A 32A 25A

10 7 5

20A

10 6

16A 10A


5

1

2

10 5 5

10 4

125A 100A 80A 63A 50A 40A 32A 25A 20A 16A 10A

5

10 3 5

10 2 5

10 1

5

101

5

102

5

103

5

104

5

105

5

Prospective short-circuit current (kA eff.) 83 www.fengshengelectric.com.sg

Technical Advice


NG125a, N, H, L curve C 2P / 3P / 4P circuit-breakers Peak current Ŷ Circuit breaker type in accordance with the mark: Ƒ 1: NG125a, Ƒ 2: NG125N, Ƒ 3: NG125H, Ƒ 4: NG125L, Ƒ 5: 10-16 A, Ƒ 6: 20-25 A, Ƒ 7: 32-40 A, Ƒ 8: 50-63 A, Ƒ 9: 80-100-125 A.

cos phi = 0.3

20

4 3

15

2 = 0.5

Peak current (kA)

1 10 9 8

9

8 7

= 0.7

6

7

5

6

= 0.8

5 4 = 0.9

3

2

= 0.95

1

2

1

3

4

5 6 7 8 9 10

20

30 40 50

100


2P / 3P / 4P circuit-breakers Thermal stress 10 8

125A 100A 80A 63A 50A 40A

5

10 7

5s 10ms

32A 25A

5

4

20A 16A

10 6

3 1 2

10A

5


Ŷ Circuit breaker type in accordance with the mark: Ƒ 1: NG125a 80-100-125 A, Ƒ 2: NG125N, Ƒ 3: NG125H, Ƒ 4: NG125L.

125A 100A 80A 63A 50A 40A 32A 25A 20A 16A 10A

10 5 5

10 4 5

10 3 5

10 2 5

10 1

5

10 1

5

10 2

5

10 3

5

10 4

5

10 5

5

Prospective short-circuit current (kA eff.) 84


Technical Advice


NG125a, N, H, L curve C Circuit-breakers: 1P (240 V) - 2P / 3P / 4P (415 V) Peak current Ŷ Circuit breaker type in accordance with the mark: Ƒ 1: NG125a, Ƒ 2: NG125N, Ƒ 3: NG125H, Ƒ 4: NG125L, Ƒ 5: 10 -16 A, Ƒ 6: 20-25 A, Ƒ 7: 32-40 A, Ƒ 8: 50-63 A, Ƒ 9: 80-100-125 A.

cos phi = 0.3

20 15

4

Peak current (kA)

= 0.5

3 2

1

10 9 8

9 = 0.7

8

7

7

6

6

= 0.8

5

5 4 = 0.9

3

2 = 0.95

1

2

1

4

3

5 6 7 8 9 10

20

30 40 50

100


Circuit-breakers: 1P (240 V) - 2P / 3P / 4P (415 V) Thermal stress 10 8 5

63A

5s

125A 100A 80A

10ms

50A 40A 32A 25A

10 7 5

4

20A

10 6

3

16A

2

10A

5


Ŷ Circuit breaker type in accordance with the mark: Ƒ 1: NG125a 80-100-125 A, Ƒ 2: NG125N, Ƒ 3: NG125H, Ƒ 4: NG125L.

125A 100A 80A 63A 50A 40A 32A 25A 20A 16A 10A

1

10 5 5

10 4 5

10 3 5

10 2 5

10 1

5

10 1

5

10 2

5

10 3

5

10 4

5 10 5

5

Prospective short-circuit current (kA eff.) 85 www.fengshengelectric.com.sg

Technical Advice


NG125a, N, H, L curve C 2P / 3P / 4P circuit-breakers Peak current Ŷ Circuit breaker type in accordance with the mark: Ƒ 1: NG125a 3, 4P, Ƒ 2: NG125N 2, 3, 4P, Ƒ 3: NG125H 3, 4P, Ƒ 4-5: NG125H 2P/NG125L 3, 4P, Ƒ 6: NG125L 2P, Ƒ 7: NG125 LMA 2, 3, 4P.

cos phi = 0.3

20 7 5 4

15 = 0.5

6

Peak current (kA)

3 10 9 8

2 1

7 6

12 11

= 0.7

10 9 8

= 0.8

5 4 = 0.9

3

2

= 0.95

1

2

1

3

4

5 6 7 8 9 10

30 40 50

20

100


2P / 3P / 4P circuit-breakers Thermal stress 10 8 5

63A

10

125A 100A 80A

5s 10ms

50A 40A 32A 25A

7 5

7 5 4 3 6

20A

10 6

16A 10A


5

2 1

10 5 5

Ŷ Circuit breaker type in accordance with the mark: Ƒ 1: NG125a 3, 4P, Ƒ 2: NG125N 2, 3, 4P, Ƒ 3: NG125H 3, 4P, Ƒ 4-5: NG125H 2P/NG125L 3, 4P, Ƒ 6: NG125L 2P, Ƒ 7: NG125LMA 2, 3, 4P.

125A 100A 80A 63A 50A 40A 32A 25A 20A 16A 10A

10 4 5

10 3 5

10 2 5

10 1

86

5

101


5



10 Ang Mo Kio Street 65 #02-17/20 TechPoint Singapore 569059 Tel: +65 6480 2001 Fax: +65 6484 7800 Email: [email protected] Website: www.schneider-electric.com.sg

)Y\ULP6MÄJL Unit No. 11, 1st Floor Bangunan Desa Delima Lot 6418, Simpang 44 Kg Pancha Delima BB 4513 Jalan Muara, Negara Brunei Darussalam Tel: +673 233 2490 Fax: +673 233 2491

As standards, speciÄcations and designs change from time to time. please ask for conÄrmation of the information given in this publication.

6(6*

:JOULPKLY,SLJ[YPJ:PUNHWVYL7[L3[K(Co. Reg. No.: 197903476G)


Miniature Circuit Breaker and Residual Current Protection

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