contents · 2019. 10. 12. · (amp) no. of operating cycles (cycle = on / off 6 times per minute)...

CONTENTS

2

Introduction

Technical Information

13mm Module WidthQA Mini Rail Mounted MCB’sQA Mini Rail Mounted Switch Disconnectors and Earth LeakagesQA DIN Rail Mounted MCB’sQA DIN Rail Mounted Switch Disconnectors and Earth LeakagesQF Dual Mounted MCB’sQF Dual Mounted Switch Disconnectors and Earth LeakagesQF DIN Rail Mounted MCB’sQF DIN Rail Mounted Switch Disconnectors and Earth LeakagesQL Dual Mounted MCB’sQY Dual Mounted MCB’s (DC)

18mm Module WidthQF DIN Mounted MCB’s

19,5mm Module WidthQF Dual Mounted MCB’s

Accessories

Mounting

Wiring and Installation

Tripping Characteristics

Auxiliary ProductsElectronic Time SwitchesGapped Surge ArrestorsLatching Unit and Controller

Mounting and InstallationHandle Lock

3

4

6789

101112131415

16

17

18

19

20

21

25262728

2930

October 2000

INTRODUCTION

3

1. APPLICATION

Note that the IEC60898 products are not for use in the sub-Saharan Africa market.

The QA and QF range of miniature circuit breakers are for use against overloads and short circuits in residential andcommercial electrical installations.

The standard products are for use in 240V AC systems or 125V DC systems. The QA and QF earth leakage units arefor protection against fire and shock hazards in residential and commercial installations, and have a number of newfeatures.

The Q range is complemented by a number of auxiliary products for energy management, switching of loads, andprotection against surges.

2. PRINCIPLE OF OPERATION

2.1. Time Delay OperationAt an overcurrent flow, the magnetic force produced bythe coil overcomes the core spring, the core closes to thepole piece, attracts the armature, and actuates the tripbar. The delay is obtained by the viscosity of the oil.

2.2. Instantaneous OperationIf the overcurrent is excessive, the armature is instantlyattracted, without the influence of the moving core.

MAGNETIC-MAGNETIC CIRCUIT BREAKER

3. CONSTRUCTION

3.1. Operating Handle -ON / TRIP / OFF operation. Resetting after tripping isperformed by returning the handle to the “OFF” position andthen “ON” again.

Trip Free Operation - Even if the handle is held in the “ON”position, the breaker will trip if an overcurrent flows.

Positive “ON” and Positive “OFF” mechanism - Shouldthe contacts weld in the closed position due to an abnormalcondition, the tripping mechanism will trip but the handle willremain in the “ON” position indicating that the circuit is stillclosed. Under these conditions, the handle cannot bemoved to the “OFF” position.

3.2. Arc Extinguishing Device - Comprises a set ofspecially shaped steel grids isolated from each other. Amagnetic field is induced in the grids by the current flow anddraws the arc into the grids so that it is lengthened, cooledand split into a series of smaller arcs which are more easilyextinguished.

MINIATURE CIRCUIT BREAKER (MCB)

Normal Operation

Movement OperatesTripping Mechanism

ArmatureFrame

Line

Tube

Contacts

Trip Latch

CoilSpring

Core

Flexible LoadPole

Oil

Load

ARC EXTINCTION

Magnetic Flux

Arc

GridMagnetic Force

Line Terminal

Fixed Contact

Handle

MechanismAssembly

CoilMagneticFrame

Load Terminal

Contact Tips

Arc RunnerLine Side

Arc RunnerLoad Side

Arc GridsArmature

Clip-in Spring

Moving Contacts

TECHNICAL INFORMATION

4

4.2 Earth Leakage Units

• 3 Year warranty.• Current ratings up to 63A.• Guaranteed operation for voltages down to 50V AC.• Immune to pulsating DC.• Detects and trips if the neutral is not present.• Detects and trips if the neutral potential rises above 50V over earth potential.• Detects and trips if line and neutral are reversed.• Detects and trips if the line to neutral voltage exceeds a predetermined value (special types only).• Detects if the earth potential is not present.• Short time delay to avoid nuisance tripping.• One device covers all nominal voltages from 100 - 240V AC.• Operates normally even if reverse fed.• Insulation resistance testing can be done with the handle in either the ON or OFF position. When the

handle is in the ON position, the functional earth wire should be disconnected. The test voltage appliedwith the megger must not exceed 500V.

• Indication for ON - OFF - overload trip - earth leakage trip.• Although a functional earth connection is used, there is no current flow to earth during normal operation.• Current limiting on overload type.

4. FEATURES

4.1. Circuit breakers and switch disconnectors

• Handle trips to mid position, on circuit breaker and earth leakage units to indicate that the unit has trippedfor an electrical fault and has not been switched off manually.

• Convenient rail mounting for mini-rail, USA rail, DIN rail and surface mounting.• Circuit breakers can carry 100% of rated current and always trip within pre-determined percentage of rated current irrespective of ambient temperature conditions.• The operation is not dependent on thermal action to activate the tripping mechanism, therefore the

predetermined trip current is not changed by a variation in temperature. The tripping characteristic ismainly determined by the number of turns of the solenoid coil.

• No thermal de-rating of current necessary up to a maximum of 60°C ambient.• Non-standard current ratings are available - even fractions of ampere rating.• A wide variety of tripping characteristics are available to suit particular needs and giving reliable protection.• No nuisance tripping caused by high ambient temperatures.• Immediate reset after fault has been cleared.• No ageing or deterioration of sensing mechanism which is hermetically sealed.• 10 Year warranty.• Current ratings up to 63A.• Compact size, 13mm, 18mm and 19,5mm module widths.• Single phase loading does not affect the tripping characteristic of a multipole circuit breaker.• Circuit breakers have been tested and conform to the requirements to be used as disconnectors.• Magnetic-magnetic principle, with internal and external linkage to a common trip of multipole units, to ensure all poles trip simultaneously.• Easy to connect box terminals (25mm2 cable maximum), to a torque of 2,5Nm.

5. TECHNICAL DATA

5.1. All Q Range circuit breakers, switch disconnectors and earth leakage units have been fully tested in accordance withnational and international standards.

5.2. The Q Range of circuit breakers are current limiting - When an overcurrent causes the breaker to trip an arc is drawnand is quickly extinguished. A magnetic field is introduced in the grids by the current flow and draws the arc into the gridsso that it is lengthened, cooled and split into a series of smaller arcs which are more easily extinguished.

TECHNICAL INFORMATION

5

5.3. Overcurrent Trip Curve Selection

6. Circuit Breakers and Switch Disconnectors

6.1 Handle Colour Circuit Breakers - White Switch Disconnectors - Green Single pole and neutral - White / Green

6.2. Interrupting Capacity Ratings (kA)

Note:SABS 156 tests are carried out at 110% of nominalvoltage and power factor 0,45 - 0,5.

6.3. Rated Service Life (Operations) AC only

CURVE No.

MCB RATEDCURRENT

(AMP)

No. OF OPERATING CYCLES(Cycle = ON / OFF

6 times per minute)

TIME DELAYINSTANTANEOUS

(Short circuit)NON TRIPPING

CURRENTTRIPPINGCURRENT

123BCD

KM

QA(13) up to 50QF(13) up to 25

QF(18) / QF(19) up to 63A

Mechanical4 000

Electrical6 000

Total10 000

LongMedium

ShortShort

MediumLong

Medium

1.05 x In1.05 x In1.05 x In1.13 x In1.13 x In1.13 x In1.00 x In

1.30 x In1.30 x In1.30 x In1.45 x In1.45 x In1.45 x In1.25 x In

HighMediumLowLowMediumHighMedium

10 - 15 x In5 - 10 x In3 - 5 x In3 - 5 x In

5 - 10 x In10 - 15 x In6 - 12 x In

Note:The tripping and the non-tripping current are not affected by the ambient temperature.In = Rated current of the MCB.

.4. As per SABS 156, MCB’s have to comply with theoverload test which is 50 operations at 6 times ratedcurrent.

6.5. Reverse Connection - MCB ’s and switchdisconnectors have been tested for, and comply with therequirements to be reverse connected.

6.6. Frequency - MCB’s are suitable for 50/60Hzsystems.

6.7. Switch disconnectors - All Q Range small frameswitch disconnectors are non-automatic circuit breakers,are fully rated and carry the associated circuit breakerfault current for 10ms. Protection must be provided by adevice upstream.

7. RCCB and RCBO (Earth Leakage Units)

7.1. Specifications IEC 61008 / 61009 and SABS 767

7.2. Supply Voltages 220 / 240V AC single phase 220 / 240V AC single phase and neutral 380 / 415V AC three phase

7.3. Clearance and Creepage Distances To IEC, SABS and UL.

7.4. Frequency 50/60Hz

7.5. Earth Leakage Unit Type NumberSuffix 15A = Single phase RCBO (white handle) -Single phase with two fully rated current paths, onefitted with overload.Suffix 15C = Single phase RCCB (green handle) -Single phase with two fully rated current paths, nooverload protection, which must be provided by adevice upstream.

7.6. Sensitivity (mA) 30mA

7.7. Vibration Resistance IEC 60571-1977.

QA 13mm MCB’s

Product TypeStandard Ampere Ratings (A)

Sensitivity (mA)Number of PolesEquipment TypeRated Voltage (V)

RatedInterrupting/WithstandCapacity(kA)

Mounting Options

Weight (kg)Mechanism

Tripping Curves (3 Standard)

Wiring Diagrams

QA-1(13)

-1

0,1

QA-2(13)

-2

0,2

QA-3(13)

-3

0,3

Magnetic-Magnetic

QA-N-2(13)

-1Pole + Neutral

0,2

QA-N-4(13)

-3Pole + Neutral

0,4

1* - 2* - 5 - 10 - 15 - 20 - 25 - 30 - 35 - 40 - 45 - 50 - 63*

Mini RailDIN RailSurface ClipUSA Rail

2 Breaking capacityto

SABS156 andIEC60947-2

2, 3(3), 2DC, 3DC(3) 2, 3(3),2DC, 3DC(3)

2, 3(3) 2, 3(3)

IEC60947-2SABS156IEC60947-3SABS152IEC61008IEC61009SABS767UL1077IEC60934(2)

IEC60898UL489UL489-A

230AC

2,5

400AC

2,5

400AC

2,5

230AC

2,5

400AC

2,5

240AC3

415AC3

415AC3

240AC3

415AC3

Miniature Circuit Breaker277AC

2

480AC

1

480AC

1

277AC

480AC

125DC

2

250DC

2 2

125DC

125DC

QA-(13) MCB’s and Switch Disconnectors

13

13

26 39 527466

869315

15

519

16

57

6

*Subject to availability

HWD

1P861366

2P862666

3P863966

4P865266

2

1x

42 6

5x x x

31x

2 N

N1x x x

42 6

531 N

N2 4

31x x

QA 13mm SWITCH DISCONNECTORS, RCCB / RCBO’S

QA-S-1(13)

-1

0,1

QA-S-2(13)

-2

0,2

Manual

QA-S-3(13)

-3

0,3

QA-S-4(13)

-4

0,2

QA15A*10 - 15 - 20 - 30

40 - 50 - 6030

1Pole + NeutralEarth Leakage

0,26Magnetic-

Magnetic andEarth Leakage

QA15C


0,24Manual

andEarth Leakage

63 63

230AC

2,5

230AC

2,5

240AC

3

240AC

3

230AC

2,5

400AC

2,5

400AC

2,5

400AC

2,5

QA15A / QA15C Earth Leakages

L

L

N

N

16

39

86

1517

,593 57

15

6675

255

2, 3, B, C---- -


7

HWD

E/L863966

Switch Disconnector

2 4

31

2

1

62 4

3 51

2 64 8

1 3 5 7

N2

1 N

V

1

N2

Nx

V

QA 13mm DIN MCB’s

QA-1(13)-D

-1

0,1

QA-2(13)-D

-2

0,2

QA-3(13)-D

-3

0,3

Magnetic-Magnetic

QA-N-2(13)-D

-1Pole + Neutral

0,2

QA-N-4(13)-D

-3Pole + Neutral

0,4

1* - 2* - 6 - 10 - 16 - 20 - 25 - 32 - 40 - 45 - 50 - 63*


2, 3(3), B, C, 3DC(3) 2, 3(3), B, C 2, 3(3), B, C2, 3(3), B, C,3DC(3)



230AC

2,5

400AC

2,5

400AC

2,5

230AC

2,5

400AC

2,5

240AC3

3*

415AC3

3*

415AC3

3*

240AC3

3*

415AC3

3*

277AC

2

480AC

1

480AC

1

277AC

480AC

125DC

2

250DC

2

125DC

125DC




Mounting Options



Wiring Diagrams

7365

869315

15

519

16

QA-(13)-D MCB’s and Switch Disconnectors

45

13

13

26 39 52


8



HWD

1P861365

2P862665

3P863965

4P865265

Miniature Circuit Breaker

42 6

5x x x

31x

2 N

N1x x x

42 6

531 N

N2

1x

2 4

31x x

QA 13mm DIN SWITCH DISCONNECTORS, RCCB / RCBO’S

QA-S-1(13)-D

-1

0,1

QA-S-2(13)-D

-2

0,2

Manual

QA-S-3(13)-D

-3

0,3

QA-S-4(13)-D

-4

0,2

QA15A-D*10 - 16 - 20 - 32

40 - 50 - 6330


0,26Magnetic-


QA15C-D


0,24Manual

andEarth Leakage

-

63

Switch Disconnector

63

230AC

2,5

230AC

2,5

240AC

3

240AC

3

240AC

3

415AC

3

415AC

3

415AC

3

QA15A-D / QA15C-D Earth Leakages

L

L

N

N

36

8645

1517

.515

93

7565

165

25


9

2, 3(3), B, C

HWD

E/L863665

----

2 4

31

62 4

3 51

2 64 8

1 3 5 7

2

1

N2

1 N

V

1

N2

Nx

V

QF 13mm MCB’s




Mounting Options



Wiring Diagrams

QF-1(13)

-1

0,1

QF-2(13)

-2

0,2

QF-3(13)

-3

0,3

Magnetic-Magnetic

QF-N-2(13)

-1Pole + Neutral

0,2

QF-N-4(13)

-3Pole + Neutral

0,4

1* - 2* - 5 - 10 - 15 - 20 - 25



2(3), 3, 2DC(3) 2(3), 3, 2DC(3) 2(3), 3, 2DC(3)2(3), 3 2(3), 3



230AC

5

400AC

5

400AC

5

230AC

5

400AC

5

240AC6

415AC6

415AC6

240AC6

415AC6

277AC

2

480AC

1

480AC

1

277AC

480AC

125DC

3

250DC

3

125DC

3

125DC

7466

869315

1517

.5

525 16

QF-(13) MCB’s and Switch Disconnectors

57

13

13

26 39 52

10




HWD

1P861366

2P862666

3P863966

4P865266

2

1x

42 6

5x x x

31x

2 N

N1x x x

42 6

531 N

N2 4

31x x

QF 13mm SWITCH DISCONNECTORS, RCCB / RCBO’S

QF-S-1(13)

-1

0,1

QF-S-2(13)

-2

Switch Disconnector

0,2

Manual

QF-S-3(13)

-3

0,3

QF-S-4(13)

-4

0,2

QF15A*10 - 15 - 20 - 30

40 - 50 - 6030


0,26Magnetic-


QF15C


0,24Manual

andEarth Leakage

63 63

230AC

5

230AC

5

240AC

6

240AC

6

230AC

5

400AC

5

400AC

5

400AC

5

QF15A / QF15C Earth Leakage

L

L

N

N

16

39

86

1517

,593 57

15

6675

255

2(3), 3


11

HWD

E/L863966

---- -

2 4

31

2

1

62 4

3 51

2 64 8

1 3 5 7

N2

1 N

V

1

N2

Nx

V

QF 13mm DIN MCB’s




Mounting Options



Wiring Diagrams

QF-1(13)-D

-1

0,1

QF-2(13)-D

-2

0,2

QF-3(13)-D

-3

0,3

Magnetic-Magnetic

QF-N-2(13)-D

-1Pole + Neutral

0,2

QF-N-4(13)-D

-3Pole + Neutral

0,4

1* - 2* - 6 - 10 - 16 - 20 - 25


2(3), 3, B, C(3),2DC(3)

2(3), 3, B, C(3),2DC(3)

2(3), 3, B, C(3) 2(3), 3, B, C(3),2DC(3)

2(3), 3, B, C(3),



230AC

5

6

230AC

5

6

400AC

5

6*

400AC

5

6*

400AC

5

6*

240AC6

240AC6

415AC6

415AC6

415AC6

277AC

277AC

480AC

480AC

480AC

125DC

3

250DC

3

125DC

3

125DC

7365

869315

15

519 16

QF-(13)-D MCB’s and Switch Disconnectors

45

13

13

26 39 52

12





HWD

1P861365

2P862665

3P863965

4P865265

2

1x

42 6

5x x x

31x

2 N

N1x x x

42 6

531 N

N2 4

31x x

QF 13mm DIN SWITCH DISCONNECTORS, RCCB / RCBO’S

QF-S-1(13)-D

-1

0,1

QF-S-2(13)-D

-2

0,2

Manual

QF-S-3(13)-D

-3

0,3

QF-S-4(13)-D

-4

0,2

QF15A-D*10 - 16 - 20 - 32

40 - 50 - 6330


0,26Magnetic-


QF15C-D


0,24Manual

andEarth Leakage

63

Switch Disconnector

63

230AC

5

230AC

5

240AC

6

240AC

6

240AC

6

415AC

6

415AC

6

415AC

6

QF15A-D / QF15C-D Earth Leakages

L

L

N

N

36

8645

1517

.515

93

7565

165

25

2(3), 3


13

HWD

E/L863665

---- -

2 4

31

2

1

62 4

3 51

2 64 8

1 3 5 7

N2

1 N

V

1

N2

Nx

V

QL 13mm MCB’s




Mounting Options


Tripping Curve (3 Standard)

Wiring Diagrams

QL-1(13)

-1

MCB120AC

10

0,1

Magnetic-Magnetic

KM(3)

QL-2(13)*

-2

MCB240AC

10

0,2

1 -2 - 5 - 1015 - 20 - 25

5 - 1015 - 20 - 25



IEC60898UL489UL489A

QL-(13) MCB’s

13 267466

20

45

935771.4

82.4


14



HWD

1P861366

2P862666

2

1x

2 4

31x x

13

QY 13mm MCB’s (DC)

QY-N10-1(13)

-1

80DC

10

0,1

U2(3)

QY-N-N10-2(13)

-1Pole + Neutral

80DC

10

0,2

U2(3)

QY-IS-N10-1(13)*

-1

80DC

10

0,1

Magnetic-Magnetic

OP(3)

QY-N10-1(13)-D

-1

80DC

10

0,1

U2(3)

QY-N-N10-2(13)-D

-1Pole + Neutral

80DC

10

0,2

U2(3)

QY-IS-N10-1(13)-D*

-1

80DC

10

0,1

OP(3)

1 - 2 - 6 - 10 - 16 - 2025 - 32 - 40 - 50

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

1 - 2 - 6 - 10 - 16 - 20 25 - 32 - 40 - 50

1 - 2 - 6 - 10 - 16 - 20 25 - 32 - 40 - 50

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

1 - 2 - 6 - 10 - 16 - 20 25 - 32 - 40 - 50

7365

869315

15

519

16QY-(13)-D MCB’s

45

13

1313

267466

869315

1517

.5

525 16

QY-(13) MCB’s

57

13 26


15

HWD

HWD

1P861365

1P861366

2P862665

2P862666


2

1x

2

1x

2

1x

2

1x x

2 N

N1x

2 N

N1

QF 18mm DIN MCB’s




Mounting Options



Wiring Diagrams

QF-1(18)-D

-1

0,1

QF-2(18)-D

-2

0,2

QF-3(18)-D

-3

0,3

Magnetic-Magnetic

QF-N-2(18)-D

-1Pole + Neutral

0,2

QF-N-4(18)-D

-3Pole + Neutral

0,4

1 - 2 - 6 - 10 - 16 - 20 - 25 - 32 - 40 - 50 - 63




230AC

5

230AC

5

400AC

5

400AC

5

400AC

5

240AC6

6*

240AC6

6*

415AC6

6*

415AC

6

6*

415AC

6

6*

277AC

277AC

480AC

480AC

480AC

125DC

3

250DC

3

125DC

3

125DC

36 54 72186860

71.4

7282.4

45

4419

5 18

QF-(18)-D MCB’s

86

16



1, 2(3), 3, 2DCB, C

(3), D*1, 2(3), 3, 2DC

B, C(3), D*

1, 2(3), 3,B, C

(3), D*1, 2(3), 3, 2DC

B, C(3), D*

1, 2(3), 3,B, C

(3), D*


HWD

1P861865

2P863665

3P865465

4P867265

2

1x

42 6

5x x x

31x

2 N

N1x x x

42 6

531 N

N2 4

31x x


QF 19,5mm MCB’s




Mounting Options



Wiring Diagrams

QF-1(19)

-1

0,1

QF-2(19)

-2

0,2

QF-3(19)

-3

0,3

Magnetic-Magnetic

QF-N-2(19)

-1Pole + Neutral

0,2

QF-N-4(19)

-3Pole + Neutral

0,4

1 - 2 - 5 - 10 - 15 - 20 - 25 - 30 - 35 - 40 - 45 - 50 - 60




230AC

5

230AC

5

400AC

5

400AC

5

400AC

5

240AC

6

240AC

6

415AC

6

415AC

6

415AC

6

277AC

277AC

480AC

480AC

480AC

125DC

3

250DC

3

125DC

3

17



1, 2(3), 3, 2DC(3) 1, 2(3), 3, 2DC(3) 1, 2(3), 3 1, 2(3), 3, 2DC(3) 1, 2(3), 3

74 19.5 7858.53966

1213

5 1625

5786

QF-(19) MCB’s


HWD

1P861866

2P863666

3P865466

4P867266

2

1x

42 6

5x x x

31x

2 N

N1x x x

42 6

531 N

N2 4

31x x

ACCESSORIES

18

Accessory Type

QA-(13)

QA-S-(13)

QA15AQA15C

QA-(13)-D

QA-S-(13)-D

QA15A-DQA15C-D

QF-(13)

QF-S-(13)

QF15AQF15C

QF-(13)-D

QF-S-(13)-D

QF15A-DQF15C-D

QL-(13)

QY-(13)

QF-(18)-D

QF-(19)

Note:(1) Available for single pole units only, with different pitches.(2) Available for single, double and triple pole units only, with different pitches.(3) 13mm Modules.(4) Subject to availability.

Busbar singlephase 54 pole

(1) (3)

Busbar 3 phaseinsulated

(2)

Escutcheonblanks Handle lock

Shrouds(1 to 8 pole)

(3)

Surfacemounting clip

/ screws

SafetyBlanks

(4)

MOUNTING

19

To install:Insert the topof the unit intothe mini raillip. Push theyellow clip atthe base ofthe unit toengage intothe mini rail.

To remove:Use a screwdriverto pull the yellowclip down todisengage theunit.

Pull unit slightlydown to withdrawunit from the minirail.

Mini Rail Mounting

DIN Rail Mounting

ResidualCurrentDevice(Earth Leakage)

MiniatureCircuitBreaker

ResidualCurrentDevice(Earth Leakage)

MiniatureCircuitBreaker

To install:When the unit is inthe correct position,push yellow clip atthe base of the unitto engage the unit onthe DIN rail.

To remove:Use screwdriver topull yellow clipdown to disengagethe unit.

WIRING AND INSTALLATION

20

1. Supply on the top, load on the bottom and RCCB/RCBO mounted on the right.

Supply

Supply

Supply

Supply

Supply

Load

Load

Load

Load

Load

2. Supply on the top, load on the bottom and RCCB/RCBO mounted on the left.

3. Supply on the bottom, load on the bottom andRCCB/RCBO mounted on the right.

4. Supp ly on the top, load on the top and RCCB/RCBO mounted on the right.

5. Supply on the bottom, load on the top and RCCB/RCBO mounted on the right.

TRIPPING CHARACTERISTICS

21

Sec

onds

Min

utes

(%) Rated Current

1000

100

10

1

10

1

0.1

0.01

0.001

100

105

130

150

200

300

400

500

1000

1500

2000

2500

3000

4000

5000

Trip

ping

Tim

e

Operating CharacteristicsAmbient Temperature 30°C

Curve 2

Sec

onds

Min

utes

(%) Rated Current

1000

100

10

1

10

1

0.1

0.01

0.00110

010

513

015

0

200

300

400

500

1000

1500

2000

2500

3000

4000

5000

Trip

ping

Tim

e


Curve 3


Curve 1

Sec

onds

Min

utes

(%) Rated Current

1000

100

10

1

10

1

0.1

0.01

0.001

100

105

130

150

200

300

400

500

1000

1500

2000

2500

3000

4000

5000

Trip

ping

Tim

e


Curve B


Curve C

Sec

onds

Sec

onds

Min

utes

Min

utes

(%) Rated Current (%) Rated Current

1000 1000

100 100

10 10

1 1

10 10

1 1

0.1 0.1

0.01 0.01

0.001 0.001

100

100

113

113

145

145

200

200

300

300

400

400

500

500

1000

1000

1500

1500

2000

2000

2500

2500

3000

3000

4000

4000

5000

5000

Trip

ping

Tim

e

Trip

ping

Tim

e


22


Curve D

Sec

onds

Min

utes

(%) Rated Current

1000

100

10

1

10

1

0.1

0.01

0.001

100

113

145

200

300

400

500

1000

1500

2000

2500

3000

4000

5000

Trip

ping

Tim

e

23


1000

100

10

1

10

1

0.1

0.01

0.001

100

125

150

200

300

400

500

1000

1500

2000

2500

3000

4000

5000

100

10

5

1

0.5

0.1

0.05

0.01

0.005

0.001

50 100

150

200

300

400

500

1000

Operating CharacteristicsAmbient Temperature 40ºC

Curve KM

Operating CharacteristicsRCCB/RCBO

Ambient Temperature-10 to +60ºC

Sec

onds

Sec

onds

Min

utes

(%) Rated Current (%) Rated Sensitivity

Trip

ping

Tim

e

Trip

ping

Tim

e

500

400

300250

200175150125

100

75

50

40

3025

2017.5

1512.5

10-10-20 0 10 20 30 40 50 60 70 80

Trip Time -Ambient Temperature

Compensation forMagnetic-Magnetic

Circuit Breakers

Ambient Temperature

Ambient Temperature30ºC

(%)

Ope

ratio

n T

ime


24

Sec

onds

Sec

onds

Min

utes

Min

utes

(%) Rated Current (%) Rated Current

Trip

ping

Tim

e

Trip

ping

Tim

e


Curve OP(DC)

(4% Ripple Factor)

0.01

0.1

1

10

1

10

100

1000

150

130

130

100

105

105

200

300

255

400

500

1000

1500

2000

2500

3000

4000

5000


Curve U2(DC)

(4% Ripple Factor)

0.01

0.1

1

10

1

10

100

1000

150

100

200

300

255

400

500

1000

1500

2000

2500

3000

4000

5000

(%) Rated Current(%) Rated Current

Trip

ping

Tim

e

Trip

ping

Tim

e

Min

utes

Min

utes

Seco

nds

Seco

nds

0.010.01

10001000Operating Characteristics

Ambient Temperature 30°C

Curve 3-DC

(4% Ripple Factor)


Curve 2-DC

(4% Ripple Factor)

0.10.1

11

1010

11

1010

100100

145

150

113

145

100

100

113

200

200

300

300

255

400

400

500

500

1000

1000

1500

1500

2000

2000

2500

2500

3000

3000

4000

4000

5000

5000

AUXILIARY PRODUCTS

25

Latching Unit and Controller

• Compact size

• Service Life: Minimum 10 000 operations at full load (0,75pf)

• Degree of protection: IP41

• Operating range: -20°C to +60°C

• High current ratings

• Robust (few moving parts)

• Easy to install and connect

• Indication shows when the main contacts are in the closed position

FEATURES

Electronic Time Switches

• Compact size

• Simple setting of Times and Programs

• Units suitable for use in Residential, Commercial and Industrial applications

• Non-reserve units have capacitors on the PCB’s to ride through any voltage dips or short interruptions

• Service life: 25 000 operations at full load

• Degree of protection: IP41

• Protective lift-up cover

• Display on main screen serves as a real time clock

• All time switches have a by-pass / override switch

• Type of contact: Single pole normally open on load side (Note: Not potential free contacts)

• Low power consumption

• Temperature range: -20°C to +55°C

• 30 Minute time interval settings

Gapped Surge Arrestors

• Compact size

• Convenient mounting

• Outdoor type GSAW resistant to environmental conditions

• Gapped type with non-linear silicon carbide resistor

• No leakage current and potential thermal runaway problems

AUXILIARY PRODUCTS: ELECTRONIC TIME SWITCHES

QAT-DM30 Minutes

-

Mini + DIN Rail39mm x 57mm

220/240V rms 50Hz21 Amps RESISTIVE at 230V AC10 Amps INDUCTIVE at 230V AC

DIN Rail36mm x 45mm

QAT-R-DM30 Minutes12 Hours

QAT-D30 Minutes

-

QAT-R-D30 Minutes12 Hours

Product TypeDaily setting intervalsPower failure reserveRated VoltageRated Current(Do not exceed)MountingEscutcheon (W x H)Installation Wiring Diagram

SUPPLY

(230V)LOAD

TIME SWITCH

MAX LOAD: 21A RESISTIVE 10A INDUCTIVE

N

L

L

L230V ONLY

QAT-R-DM

LOAD

L

L L N

N

NE

UT

RA

L B

AR

SUPPLY

(230V)LOAD

TIME SWITCH


N

L

L

L230V ONLY

QAT-R-D

LOAD

L N

NE

UT

RA

L B

AR

Alternative “N”connection

57.0

82.0

66.0

45.0

QAT-DM & QAT-R-DM Escutcheon

QAT-D & QAT-R-D Escutcheon

Electronic Time Switches - Mini and DIN Rail mounted39.0 - Mini Rail

36.0 -Din

SUPPLY

(230V)LOAD

TIME SWITCH


N

L

L

L230V ONLY

QAT-R-DM

26

HWD

Mini823966

DIN823666

NOTE:4 - Terminal device can be wired as a3 - terminal device

4 - Terminal wiring

N

3 - Terminal wiring

540*

Surface2,5mm2

Product Type

Nominal discharge current (8/20us) kA

MountingMaximum cable sizeRated VoltageNumber of PolesMin. power frequency sparkover voltageMax. power frequency sparkover voltageMax. front wave impulse sparkover voltageInstallation Wiring Diagrams

QA

L-10

QA

L-25

QA

L-40

GS

AW

-10

GS

AW

-25

GS

AW

-40

GS

AE

-25

GS

AE

-40

GS

AE

-65

1,510

2,525

Mini and DIN Rail25mm2

540*

1,510

2,525

Bracket2,5mm2

Single pole800V (50Hz) rms

1 200V (50Hz) rms2 500V (Peak)

540*

2,525

565*

Indoor Boards Outdoor Use Equipment

QAL GSAE

Dia. 4 41 17

12

58 57

2

35.5

19.6

Dia. 43.3

41.8

GSAW

INDOORSURGE

ARRESTER

26.5

INDOORSURGE

ARRESTER

11.4

66

16 21.7

8269 57

Peak value high impulse current (4/10us) kA

AUXILIARY PRODUCTS: GAPPED SURGE ARRESTORS

27

*Excluding bracket


L L

L N

HWD

HDia.

HWD

454117

41*46

822666

Single pole800V (50Hz) rms1 200V (50Hz)2 500V (Peak)

Single pole800V (50Hz) rms1 000V (50Hz)2 500V (Peak)

240V AC 50/60Hz (280V rms maximum continuous) 440V AC

QLUC-L-M230V rms 50Hz

160 - 253V 50Hz100A RESISTIVE

1 Operating Cycle per Minute230V rms 50Hz

1mAMini Rail

39mm x 57mm

Product TypeSupply VoltageOperating RangeMaximum LoadMaximum Operating FrequencyTrigger signal

MountingEscutcheon (W x H)

Typical Installation Wiring Diagrams

AUXILIARY PRODUCTS: LATCHING UNIT AND CONTROLLER

28

LOAD

L

N

Latching UnitandController

QLUC

LED

Trigger Signal

ControlSwitch

Nominal Voltage Rated Current

Latching Unit and Controller

L1

L2

L3

N

Latching UnitandController(3 off QLUC units)

QLUC QLUC QLUC

LED LED LED

Individual load circuits

Trigger signals

Relay switch(LA/230V)

Control switch(Daylight or

Time Switch)

50Hz 400V

Multi-circuit configuration with common trigger

HWD

863966

7.8

67.2

2039

57 86

1666

AUXILIARY PRODUCTS: MOUNTING AND INSTALLATION

29

Mini Rail

Slide yellow clip up anddown as indicated

to install and removethe unit.

DIN Rail

HANDLE LOCK

FEATURES• Moulded in self extinguishing yellow thermoplastic.• Can accommodate up to three padlocks with a 3mm

shank diameter.• Can be used on single and multipole units.• Can be fitted to switches as well as MCB’s.• Locking mechanism does not impede the internal

tripping action of the breaker of RCD.

ApplicationThe handle lock can be used to lock the Q Range circuit breakers and earth leakage units (RCD’s) in either the “ON” or“OFF” position.

Installation

1. Open the locking lever by hinging it outwards.2. Push the lever towards the main body so that thewires protrude.

To lock the breaker in the “OFF” position3. Squeeze the locking wires between the thumb andforefinger and clip wires into holes of handle guard.4. Move the main body towards the breaker until it fitssnugly in the recess above the handle. (Handle is in“OFF” position).5. Hinge the locking lever back into place.6. Insert up to three padlocks with a 3mm shankdiameter.

To lock the breaker in the “ON” position3. Rotate handle lock 180°.4. Squeeze the locking wires between the thumb andforefinger and clip wires into holes of handle guard.5. Move the main body towards the breaker until it fitssnugly in the recess below the handle. (Handle is in“ON” position).6. Hinge the locking lever back into place.7. Insert up to three padlocks with a 3mm shankdiameter.

Locking wire

Main body

Locking lever

30

Fit locking wirethrough handle guardholes

Locking breaker in the “OFF” position

Locking breaker in the “ON” position

contents · 2019. 10. 12. · (amp) no. of operating cycles (cycle = on / off 6 times per minute)...

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