susol-mccb

Low voltage circuit breakers

Super Solution

ComprehensiveCatalogue

2006

The Challenges and Growth achieved by LG

will continue with New Will of LS Industrial Systems.

New Name for LG Industrial Systems, New Take-off for LS Industrial Systems

To advance to the next level, LG Industrial Systems is reborn as LS Industrial Systems.

LS Industrial Systems will continue to lead the future of industrial electrics and automation by providing

Total Solution, a core essential for competition in the 21st century industrial era.

Supe

r Sol

utio

n M

olde

d Ca

se C

ircui

t Bre

aker

s

Mar. 2005 Official Declaration of NEW Corporate Identification (LS)

Feb. 2004 Signed investment agreement to build electricity/automation

equipment factory in Usi City, Jangssu Province, China

Jan. 2004 Opening U.A.E branch office

Dec. 2001 Established trading company in Shanghai, China

Jun. 2001 Unveiled a New Vision including Mid- and Long-Term Strategies

Sept. 2000 Completion of Power Testing & Technology Institute

Dec. 1999 Transfer of building equipment business to LG-OTIS

Nov. 1999 Completion of electricity power plant in Vietnam

Jun. 1997 Established joint venture in Vietnam

Sept. 1995 LG Industrial Systems Co., Ltd. Goldstar Instrument & Electric Co., Ltd.

and Goldstar Electric Machinery Co., Ltd. merged into one company.

July. 1994 Completion of Dae-Ryun factory in China

July. 1984 LG Industrial Systems Co., Ltd. opened to public

July. 1974 Established LG Industrial Systems Co., Ltd.

1 9 5 8 LGIS laid foundations for the Electric Power Industry

~ 1 9 7 3 After Goldstar Co. was established in 1958, we started to

produce WHM (Watt Hour Meter) units for the first time in

Korea in 1964. We then proceeded to lay the foundation for

the electric power and electronics industries, which were

very important bases for industrial development of Korea.

2000’S

1990’S

1980’S~

1970’S

1960’S~

1950’S

A brief company chronology

MCB, BK type (1989~ )

META-MEC MCCB and ELCB

(1996~ )

Susol circuit breakers

HiMEC MCCB and ELCB

(1989~1998)

2006 Developed Susol series MCCB & Contactor, TOR

2002 Developed Meta-MEC 4 pole ELCB and Magnetic Contactor

Developed UL MCCB up to 600A

Developed the newest Power Equipment Diagnosis System

2001 Developed Meta-MEC series low AF MCCB and obtained KEMA

certificate according to IEC60947 and marked CE

Developed high voltage GIS 362kV, 63kA and 8000A

2000 Developed Pro-MEC VCB and obtained international quality standard

certificates (IEC 60056 & CESI)

1999 Developed Meta-MEC series low AF Contactors & TOR and obtained

KEMA certificate according to IEC60947 and marked CE

Developed Korea's first DPR(Digital Protection Relay)

Developed Meta-MEC series adjustable type MCCB and obtained CE

certificate (IEC60947 & KEMA Mark)

1998 Developed Meta-MEC series high AF MCCB & MS and obtained

KEMA certificate according to IEC60947 and marked CE

Developed Digital EMPR and obtained EMPR CE certificate

1997 Obtained the CE certificate (IEC 60947, TUV certificate) on MCCB, MS

1996 LGIS Cheongju Plant obtained the ISO14001

1995 Developed Demand Controller

Developed high-performance Hi-MEC series MCCB & ELCB

1993 Obtained ISO9001

Obtained ISO9002 for low voltage equipment

Developed EMPR (Electronic Motor Protection Relay)

Developed Korea's first GIMAC (Digital Integrated Meter)

1992 Developed IMC (Intelligent Motor Controller)

1990 Obtained U.S. ANSI Standard for vacuum circuit breakers

1989 Developed Korea's first high-performance Hi-MEC series MCCB & ELCB

1986 Broke the 10million units barrier in electric equipment

Commenced the SCADA System Project

Developed 154kV high-voltage GCB (Gas Circuit Breaker)

Initiated the high-voltage GIS (Gas Insulated Switchgear) project

1984 Obtained LR and KR certification for MCCB

1977 Developed Earth Leakage Circuit Breakers

1974 Developed Molded Case Circuit Breakers

R&D chronology

Research & Development

We provide differentiated values.

The world-class Power Testing & Technology Institute guaranteescertified products and global brands.

The PT&TI is an accredited testing laboratory that provides a worldwide testing service with a

1500MVA-capacity High Power Laboratory, a High Voltage Laboratory, and a Reliability Testing

Laboratory. Its testing has been fully acknowledged and recognized by overseas testing certification

bodies, such as KEMA of Netherlands, UL of America, and CE of the EU for its low voltage testing.

The Electro Technology R&D Center focuses onoverall research and development activities relatedto power supply systems such as low and highvoltage equipment as well as integrated digitalnetworks, automatic switchboards and integratedpower protection.The R&D Center maximizes energy efficiencies byintegrating rapidly developing information &technology, communication, electronics andmechanical engineering, while concentrating itsefforts in creating a safe and pleasant industrialenvironment.

Power EquipmentsThe R&D Center researches products and technologies related to

low and high voltage circuit breakers and contactors as well as

power transmission & distribution.

Electric TechnologyThe R&D Center analyzes and researches core technologies related

to power equipment.

SCADAThe R&D Center carries out projects and technology research in the

fields of SCADA and DAS.

SimulatorThe R&D Center predicts probable electrocution hazards by

conducting simulated analyses of power generation phenomena,

and develops simulation technologies and products that can

optimize the constituent facilities.

PT&T is a KOLAS-qualified (Korea LaboratoryAccreditation Scheme) accredited testing laboratoryand provides worldwide testing service with its1500MVA-capacity High Power Laboratory, HighVoltage Laboratory and Reliability TestingLaboratory.PT&T is also fully recognized by foreign testing andcertification bodies of high reputation as CESI of Italy,KEMA of Netherlands, UL of America, etc. for its lowvoltage testings.

Available Tests- Electro-Mechanical Tests

- Insulation Performance Tests

- Short-Circuit Tests

- Reliability Evaluation Tests

- Arc Tests

- Environmental Tests

Research & DevelopmentTesting Technology, Measuring & Analyzing Technology, Power

Equipment Monitoring & Diagnostic Techniques, Reliability

Testing & Evaluation Technology.

Electro Technology R&D Center Power Testing & Technology Institute

High Voltage Test / Impulse Test Characteristics Test / VCB Characteristics Test Short-Circuit Test / ACB Breaker Test Environmental Test /Non-stop High Temperature Test

Global technology and R&D are behind the best industrial

Electric power and automation products from LSIS

Quality Test at PT&T

Quality & Service

Advanced Technologies & Up-to-date Production Capabilities

To accomplish its goal of becoming a global supplier,LS Industrial Systems has employed greater human resources and materials efficiently for rapid and flexible operational capacity.

Customer Satisfaction through Quality & Service

The best products come from LSIS

In order to provide the best quality products and services, LSIS not only has obtained the ISO9001 certificate but also

implemented the TCS(Total Certification Service) program to help other affiliated companies to acquire the ISO9001 mark.

We place the highest priority on delivering the best quality for complete customer satisfaction.

The LSIS Training Center is conducting customer

technology training for industrial system industry in

Korea for the first time. The technical training center is

currently giving lessons in the fields of factory

automation, industrial electric power and electronics

with real practice equipment while providing high-

tech services through technical consulting and

guidance.

A place for learning the most advanced technologies

Customer service is available anywhere in the world

Quality is the basis for customer satisfaction

LSIS is implementing the 6-Sigma program with the goal of

'zero-defect' to make only the highest quality products.

And to secure product reliability, we embody a high quality

guarantee system by carrying out product test evaluations

that are internationally recognized for their use

of the most current technology.

LSIS offers web-based customer services anywhere

in the world. We provide technical information,

prompt Q&A's and accurate history of maintenance

through our web service. We have established the

Supply Chain Manage- ment System that embodies

the integrated management of acquisition,

production and sales, and we are now leading e-

business in the areas of industrial electric power and

automation. http://www.lsis.biz Service Information Center

Training Center Auditorium Technical Training Classes Product Exhibition Hall

Best Quality

Solution provider

You can count on us.

New Face & New Resolution To become a global leader that gives top priority to customer values

We promise you that LSIS will be reborn as a corporation that returns the best values to its customers.

We are committed to global product development, driving future growth, and expanding the overseas market share, as well as consolidating existing business.

Join us in a future where LS Industrial Systems will become a genuine global leader.

LS Industrial Systems, a leading pioneer of the domestic automationbusiness, developed the first ever PLC, Inverter (AC Drive), and DCS inKorean automation history. We now provide Total Solutions throughthe diverse application of our own products, ranging from controllersto control systems that are based on sophisticated technology andproven experience, to bring innovative change to distributionsystems and logistics.

Customer satisfaction with world-class products and services:

LS Industrial Systems is committed to excellence!

Automation Industry |AAuuttoommaattiioonn EEqquuiippmmeenntt,, IInndduussttrriiaall IITT && RRFFIIDD

In addition to supplying basic industrial material, such as copper tubesand STS pipes to the electronics and chemical industries, LS IndustrialSystems also manufactures and supplies electric power tools that havebeen recognized for their excellent performance capabilities in over 38countries.

Industrial Equipment Industry |MMeettaall PPrroocceessssiinngg && EElleeccttrriicc PPoowweerr TToooollss

Wuxi Plant (China)Chonan Plant (Korea)

Janghang Plant (Korea) Chonan Plant (Korea)

Cheongju Plant (Korea) Dalian Plant (China)

Hanoi Plant (Vietnam) Wuxi Plant (China)

Electric Power Industry |EElleeccttrriicc EEqquuiippmmeenntt && SSyysstteemmss

The electric equipment and systems of LS Industrial Systems, rangingfrom low to high voltage products, have not only acquired ISO 9001and 14001 certification for their efficient design and excellent quality,but many other certificates, including KEMA, TÜV, CESI, ASTA, andKERI. The outstanding quality of the products that we aremanufacturing conforms to international standards such as IEC, UL,ANSI, CCC, JIS, and KS.

We also provide Total Solutions that encompass customized designsand more advanced technology, as well as efficient production andinstallation, and highly accurate testing and analysis of powerequipment.

Super Solution

Low voltage circuit breakers

Suso

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circ

uit b

reak

ers

Overview

Main characteristics

Accessories

Technical information

Mounting & connection

Characteristics curves

Dimensions

Catalogue numbers

Catalogue numbers index

A-1

A-2

A-3

A-4

A-5

A-6

A-7

A-8

A-9

ContentsContents

Super Solution

For power distribution By great performance By securing the highest breaking capacity By optimum coordination technique

(cascading & discrimination)

For protection of motor & its control deviceBy providing overload protectionBy optimum type-2 coordination between circuit breaker

and contactor, relay

For controlling and disconnecting circuits

For extensive applicationsBy providing a wide range of optimized auxiliaries and accessories

Global Leading Products

Circuit breakers

For protection of motor & its control device

Circuit breakers

For protection of power distribution

Disconnecting switches

For controlling and disconnecting circuits

Super Performance

Super Breaking capacity

Super Optimum coordination

Super Extensive applications

Super solution

Susol TD and TS seriesCircuit breakers andDisconnecting switches

Susol TD and TS circuit breakers providesuperior performance in a compactpackage. They are used in cascade ratedsystems, allowing the use of lowerinterruption circuit breakers downstream,which lead to lower system cost.While meeting IEC60947-2 service andinterrupting ratings, these breakersprovide unmatched flexibility by

employing a wide variety of trip unitsincluding fixed thermal & magnetic,adjustable thermal-fixed magnetic,adjustable thermal adjustable magnetic,and electronic options.Susol TD circuit breaker is available inone frame size in ratings from 16 to 160amperes and TS circuit breakers areavailable in three frame sizes in ratings

from 40 to 800 amperes and ininterrupting capacities up to 150 kA at415V AC.Standard calibration is at 40°C withoptional 55°C factory calibration availablefor applications where higher ambienttemperatures are encountered.

TD100/160In 16~160AIcu: 50kA(N), 85kA(H), 150kA(L)Ics=100% of Icu90(W) x 140(H) x 86mm(D)

Susol TD and TS circuit breakers are rated from 16 to

800 amperes and are available in four frame sizes.MCCB

TS800NTS800HTS800L150kA

TS630NTS630HTS630L

TS400NTS400HTS400L

TS250NTS250HTS250L

TS160NTD160N

TS160HTD160H

TS160LTD160L

100kA85kA65kA50kA

TS100NTD100N 100A

160A250A

400A630A

800A

Breaking capacity Icu at 380 / 415V (kA)

Rate

d c

urr

en

t, In

(A

)

50kA85kA

100kA 65kA

150kA

TS100HTD100H

TS100LTD100L

Ics=100% Icu : 50, 65, 85, 100, 150kA at 415VAC

In 700, 800AIcu: 65kA(N), 100kA(H), 150kA(L)Ics=100% of Icu210(W) x 320(H) x 135mm(D)

TS800

TS400/630

TS100/160/250

In 300~630AIcu: 65kA(N), 85kA(H), 150kA(L)Ics=100% of Icu140(W) x 260(H) x 110mm(D)

In 40~250AIcu: 50kA(N), 85kA(H), 150kA(L)Ics=100% of Icu105(W) x 160(H) x 86mm(D)

Super Performance

24 models in 4 frames

MCCB Communication

Communication interface: RS485 (MODBUS) Transmittable data :Reading of protection settingsThe highest current of the three phasesMeasurement: R, S, T and N phase current (RMS)Fault reading: Type of fault, Fault phase

The setting of communication addressBy using TR button and LCD display (Ammeter)

ZSI Enable/OccurrencePower source: DC24V Power is required

Supervision PC

Sub_supervision PC

RS485 (DNP)

RS4

85 (M

OD

BU

S)

Profibus-DP

PLC

Communication unit

Devices

Providing optimal solution

MCCB System overview

Flexibility through modularity

Susol series offer various and compatible accessories which are providing simple installation and easy upgrading of the circuit breaker. Harmonization of the accessories allows stock reduction and greater service flexibility.

System overview

Circuit breaker

Plug-in base

Insulation barrier

Terminal cover (Short, Long)

Connection terminals

Motor operator

Direct rotary handle

Extended rotary handle

Aux. handle Locking devices

(Removable, Fixed)

Mechanical interlock device

Trip units

Electrical auxiliaries

MCCB Trip units

Interchangeable trip unit

Susol TS series circuit breakers provide several kinds of protection functionaccording to selected trip unit and thanks to interchangeable trip unit concept, user can change the trip unit easily and rapidly. Especially, electronic trip units offermany kinds of protection functions.

1.6 13 16 32 40 64 100 125 160

TDseries

TSseries

Thermal-magnetic(Built-in)

Thermal-magnetic(Interchangeable)

Magnetic only(Interchangeable)

Electronic(Interchangeable)

800A63050040030080

FTU

MTU

FMU

ETS

ETM

FTU

ATU

FMU

Interchangeable trip units

Protection of power distribution systems

1. Thermal magnetic trip units

- FTU: Fixed thermal and Fixed magnetic trip unit

- FMU: Adjustable thermal and Fixed magnetic trip unit

- ATU: Adjustable thermal and Adjustable magnetic trip unit

2. Electronic trip units

- ETS: Standard electronic trip unit

- ETM: Multi-functional electronic trip unit

Motor protection

- MTU: Magnetic only trip unit

Im=2500A

TS250 FTU 250A403P

Ir Im

Ir=760AIt=695A

TS250MTU 220A

3P

1848 2112

2376

2640

1584

1320Im

Control and disconnection

- DSU: Disconnecting switch unit

TS250 DSU

3P

Electronic Trip Unit - ETS

Electronic Trip Unit - ETM

Thermal Magnetic Trip Unit - ATU

MCCB Internal accessories

Simplicity

The range of internal accessories of TD & TS series circuit breakers is

characterised by common use regardless of frame size and is allowing

reduction of stocks.

Alarm Switch (AL)Alarm switches offer provisions for immediate audio or visual indication of a tripped

breaker due to overload, short-circuit, operation of shunt trip, or undervoltage trip

conditions, operation of push button.

They are particularly useful in automated plants where operators must be signaled

about changes in the electrical distribution system. This switch features a closed

contact when the circuit breaker is tripped automatically. In other words, this switch

does not function when the breaker is operated manually. Its contact is open when

the circuit breaker is reset.

Fault Alarm Switch (FAL)FAL indicates that the circuit breaker has tripped because of overload or short-

circuit.

Auxiliary Switch (AX)Auxiliary switch is for applications requiring remote “ON” and “OFF” indication. Each

switch contains two contacts having a common connection. One is open and the

other closed when the circuit breaker is open, and vice-versa.

Undervoltage trip (UVT)The undervoltage trip automatically opens a circuit breaker when voltage drops to

a value ranging between 35% to 70% of the line voltage. The operation is

instantaneous, and the circuit breaker cannot be reclosed until the voltage returns

to 85% of line voltage. Continuously energized, the undervoltage trip must be

operating be fore the circuit breaker can be closed.

Shunt Trip (SHT)The shunt trip opens the mechanism in response to an externally applied voltage

signal. LS shunt trips include coil clearing contacts that automatically clear the

signal circuit when the mechanism has tripped.

Common use to all Susol TD and TScircuit breakers

Electrical auxiliaries that are installed internally arecommon from 16A to 800A.

Internal accessories

MCCB External accessories

Convenience

Wide range of external accessories provides convenient solution for

mounting, cable connection, insulation, safety lock and remote control.

Front and rear connectionSeveral kinds of terminals can be equipped with Susol TD and

TS circuit breakers.

Terminal mounter

Terminal box for bare cable

Extended lug terminal box

Spreader

Rear terminal

Plug-in baseIt makes to extract and/or rapidly replace the circuit breaker without

having to touch connections.(Easy replacement and maintenance)

Standard Plug-in base

Plug-in base for 2 line arrangement

Direct & Extended Rotary HandleThere are two types of rotary handles.

Direct rotary handle(with or W/O key lock device)


Locking deviceFixed padlock

Removable padlock

Key lock device on direct handle

Motor operatorMotor operators enable the circuit-breaker to be switched

ON and OFF locally or by remote control.

Mechanical interlocking deviceInterlocks prevent connection to both sources

at the same time, even momentarily.

External accessories

ON

MCCB Main characteristics

Susol series circuit breakers are suitable for

Protection of power distributionProtection of motor & its control deviceControlling and disconnecting circuits

Optimum technical support for

(Cascading, Discrimination, Type 2 coordination)Selecting economical protection system Quarantee safety of the installationReducing the stress on components and damageGuarantee service continuity

Range of LS's low voltage circuit breakers

Range of Susol products

Overview of TD/TS family

General

Standards & Approval

Structure

Marking and configuration

Overview of trip units

Switching mechanism

Degree of protection

A-1. Overview

A-1-1

A-1-3

A-1-5

A-1-7

A-1-8

A-1-9

A-1-11

A-1-13

A-1-15

A-1-16

TD & TS MCCB Index

Range of LS's low voltage circuit breakers

A-1-1

Type of circuit breakers

Rated current, In

Breaking capacity, Icu

Service breaking

capacity (% Icu), Ics

Rated short time

withstand current, Icw

Applied standard

Utilization category

Image of circuit breaker

Brand name

Image of brand

Model name

Main switchboard Main / Sub switchboard

ACB MCCB

630~5000A 16~800A

65~100kA 50, 65, 85, 100, 150kA

100% 100%

65~85kA -

IEC 60947-2 IEC 60947-2

B A

Ace-MEC Susol

LBA series TD, TS series

A-1-2

Main / Sub switchboard Final distribution

MCCB MCCB MCCB MCB

16~1600A 3~1200A 15~600A 1~125A

35, 50, 85kA 5~85kA 25, 35, 50kA 6, 10kA

75% 50%

- - - -

IEC 60947-2 IEC 60947-2 UL489 IEC 60947-2 / IEC 60898

A A

Meta-MEC Meta-MEC Meta-MEC -

GB series AB series AB-U series BK series

Range of Susol products

A-1-3

160AF

TD100 TD160

Thermal magnetic trip unit

FTU FTU

FMU FMU

250AF

For power

distribution

Susol TS circuit breakers

TS100 TS160 TS250


FTU (Fixed thermal, Fixed magnetic trip unit)

FMU (Adjustable thermal, Fixed magnetic trip unit)

ATU (Adjustable thermal, Adjustable magnetic trip unit)

Electronic trip unit

ETS (Electronic trip unit, Standard)

For powerdistribution

For motorprotection

MTU(Magnetic only trip unit)

Susol switch-disconnectors


TD160NA TS100NA TS160NA TS250NA

Disconnecting switch unit

DSU (Disconnecting switch unit)

Switchdisconnector

Susol TD circuit breakers

A-1-4


630AF 800AF

For power

distribution


For power

distribution

For motorprotection

MTU(Magnetic only trip unit)

Susol switch-disconnectors

TS400NA TS630NA TS 800NA

Disconnecting switch unit

DSU (Disconnecting switch unit)

Switchdisconnector

TS400 TS630 TS800


FTU (Fixed thermal, Fixed magnetic trip unit)

FMU (Adjustable thermal, Fixed magnetic trip unit)

ATU (Adjustable thermal, Adjustable magnetic trip unit)


ETS (Electronic trip unit, Standard)

ETM (Electronic trip unit, Multifunction)

Overview of TD/TS family

A-1-5

TD series

MCCBs for power distribution

Frame size [AF]

Rated current, In♣ [A]

No. of poles

Rated operational AC [V]

voltage, Ue DC [V]

Rated impulse withstand voltage, Uimp [kV]

Rated insulation voltage, Ui [V]

Rated ultimate short-circuit breaking capacity, Icu

AC 50/60Hz 220/240V [kA]

380/415V [kA]

440/460V [kA]

480/500V [kA]

660/690V [kA]

DC 250V [kA]

DC(2poles in series) 500V [kA]

Rated service breaking capacity, Ics [%Icu]

MCCBs for motor protection

Frame size [A]

Poles

Operational voltage, Ue [V]

Breaking capacities

Icu at 380/415V [kA]

Trip unit Magnetic only

Switch-disconnectors

Rated thermal current, Ith [A]

Rated operational current, Ie [A]

Poles

Operational voltage, Ue AC 50-60Hz [V]

DC [V]

Rated short-circuit making capacity,Icm [kA peak]

Rated short-time 1s [A rms]

withstand current, Icw 3s [A rms]

20s [A rms]

Basic dimensions

front connection 3-pole [mm]

4-pole [mm]

TS100TD160TD100100 160 100

16~100 100, 125, 160 40~100

2, 3, 4 2, 3, 4 2, 3, 4

690 690 690

500 500 500

8 8 8

750 750 750

N H L N H L N H L

85 100 200 85 100 200 100 120 200

50 85 150 50 85 150 50 85 150

50 70 130 50 70 130 50 70 130

30 50 65 30 50 65 42 65 85

5 8 10 5 8 10 10 15 20

42 65 100 42 65 100 50 85 100

42 65 100 42 65 100 50 85 100

100% 100% 100% 100% 100% 100% 100% 100% 100%

- - 100

- - 3

- - 690

N H L

- - 50 85 150

- -

- 160 100

- 160 100

- 2, 3, 4 2, 3, 4

- 690 690

- 500 500

- 3.1 2.8

- 2200 2000

- 2200 2000

- 960 690

W H D W H D W H D

90 140 86 90 140 86 105 160 86

120 140 86 120 140 86 140 160 86♣ Applicable to MCCBs equipped with FTU, FMU, ATU 2 pole MCCB in 3pole frame size 700A only available for TS800FTU

A-1-6

TS series

160 250 400 630 800

100, 125, 160 125, 160, 200, 250 300, 400 500, 630 700, 800

2, 3, 4 2, 3, 4 2, 3, 4 2, 3, 4 2, 3, 4

690 690 690 690 690

500 500 500 500 500

8 8 8 8 8

750 750 750 750 750

N H L N H L N H L N H L N H L

100 120 200 100 120 200 100 120 200 100 120 200 100 120 200

50 85 150 50 85 150 65 85 150 65 85 150 65 100 150

50 70 130 50 70 130 65 85 130 65 85 130 65 100 130

42 65 85 42 65 85 42 65 85 42 65 85 42 85 100

10 15 20 10 15 20 10 20 35 10 20 35 10 20 35

50 85 100 50 85 100 50 85 100 50 85 100 50 85 100

50 85 100 50 85 100 50 85 100 50 85 100 50 85 100

100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100%

160 250 400 630 800

3 3 3 3 3

690 690 690 690 690


50 85 150 50 85 150 65 85 150 65 85 150 65 100 150

160 250 400 630 800

160 250 400 630 800

2, 3, 4 2, 3, 4 2, 3, 4 2, 3, 4 2, 3, 4

690 690 690 690 690

500 500 500 500 500

3.6 4.9 7.1 8.5 12

2500 3500 5000 6300 8000

2500 3500 5000 6300 8000

960 1350 1930 2320 2560

W H D W H D W H D W H D W H D

105 160 86 105 160 86 140 260 110 140 260 110 210 320 135

140 160 86 140 160 86 185 260 110 185 260 110 280 320 135

TS630TS400TS250TS160 TS800

Molded Case Circuit Breakers

The new series of TD and TS circuit-breakers is available in four frame sizes: 160, 250, 630, 800AFThe breakers are able to cover a range of service currents up to 800A and are available in the fixedversion and plug-in version.The breaking capacities, at 380/415V, are classified by following letters:

N: 50kA for 160 and 250AF65kA for 630 and 800AF

H: 85kA for 160, 250 and 630AF100kA for 800AF

L: 150kA for 160, 250, 630, 800AF

TD & TS circuit-breakers are climate-proof. The breakers are intended for use in rooms wherethere are no excessive operating conditions (e.g. dust, corrosive vapors, gases).If the circuit-breakers are used in dusty or humid locations, suitable enclosures should be provided. Sufficient fresh air supply must be provided if there are harmful gases (e.g. hydrogen-sulfide vapor) in the ambient air.

All Susol TD and TS circuit breakers offer positive contact indication and are suitable for isolation incompliance with standards IEC 60947-1 and 2.

TD & TS circuit-breakers are suitable for protection of- Power distribution systems supplied by transformers or generators- Motor and generator

A switch-disconnector of Susol TD and TS circuit breakers is available for for circuit control andisolation.

General

A-1-7

Standards & Approval

A-1-8

Susol-TD and TS series circuit breakers and auxiliaries comply with the following international standard:IEC 60947-1Low-voltage switchgear and controlgear- Part 1: General rules

IEC 60947-2Low-voltage switchgear and controlgear- Part 2: Circuit-breakers

IEC 60947-3Low-voltage switchgear and controlgear- Part 3: Switches, disconnectors, switchdisconnectors and fuse-combination units

IEC 60947-4Low-voltage switchgear and controlgear- Part 4-1: Contactors and motor-startersElectromechanical contactors and motor starters Switches, disconnectors, switchdisconnectors

- Part 4-2: Contactors and motor-startersAC semiconductor motor controllers and starters

- Part 4-3: Contactors and motor-startersAC semiconductor controllers and contactors for non-motor loads

The following certificates are available on a request.- CE Declaration of conformity- Certificate of conformance test (CB) - IEC 60947- Full type test report issued by KEMA- Certificate of conformance test - CCC (China)- Letter of origin

CE conformity markingThe CE conformity marking shall indicate conformity to all the obligations imposed on themanufacturer, as regards his products, by virtue of the European Community directives providingfor the affixing of the CE marking.When the CE marking is affixed on a product, it represents a declaration of the manufacturer or ofhis authorized representative that the product in question conforms to all the applicable provisionsincluding the conformity assessment procedures. This prevents the Member States from limitingthe marketing and putting into service of products bearing the CE marking, unless this measure isjustified by the proved non-conformity of the product.

IECEE CB SCHEMEThe IECEE CB Scheme is the world's first truly international system for acceptance of test reportsdealing with the safety of electrical and electronic products. It is a multilateral agreement amongparticipating countries and certification organizations. A manufacturer utilizing a CB test reportissued by one of these organizations can obtain national certification in all other member countriesof the CB Scheme.The Scheme is based on the use of international (IEC) Standards. If some members' nationalstandards are not yet completely harmonized with IEC Standards, national differences arepermitted if clearly declared to all other members. The CB Scheme utilizes CB Test Certificates toattest that product samples have successfully passed the appropriate tests and are in compliancewith the requirements of the relevant IEC Standard and with the declared national differences ofvarious member countries.The main objective of the Scheme, is to facilitate trade by promoting harmonization of the nationalstandards with international Standards and cooperation among product certifiers worldwide in orderto bring product manufacturers a step closer to the ideal concept of "one product, one test, onemark, where applicable'.

Structure

A-1-9

The primary components are: a switching mechanism, an automatic tripping device (and manual trip button), contacts, an arc-extinguishing device, terminals and a molded case.

Mechanism unit•Unvarying contact force

regardless of over travel•RTA (Rapid Toggle Area)

Open speed of moving contact is rapid by optimized cam curve regardless of trip signal

Angle

Forc

e

Optimized cam curve

Unvarying contact force

A-1-10

Trip button (push to trip)•Enables tripping mechanically

from outside, for confirming theoperation of the accessoryswitches and the manualresetting function.

Molded case•UL94 V-0 flame retarded•High strength

Arc-Extinguishing unit•PASQ Type Quenching Chamber•Very superior to increasing arc

voltage during short time•PASQ ;

- Puffer Assisted Self-Quenching- Patented by LSIS

Hybridchamber

GridAss’y

Handle•Function of indications

- “ON” “OFF” “TRIP”•Resetting

When the handle indicates "tripped" position it must first be reset by moving the handle to the “OFF” position and then closing is possible

•Trip-Free even if the handle is held at“ON”, the breaker will trip if an over current flows

•Suitable for Verification of the main contact position under abnormal conditions because the handle doesn’t indicate open position

Marking and configuration

A-1-11

Rated frequency Standard Manufacturer Utilization category

Symbol indicating suitability for isolation as defined by IEC 947-2

A-1-12

Model (Rating and breaking capacity)•TS: Series•250: Max. Ampere rating•N: Normal (Standard)•H: High•L: Current limiting

Standardized characteristics: •Ui: Rated insulation voltage•Uimp: Impulse withstand voltage•Ue: Rated operational voltage•Icu: Ultimate breaking capacity•Ics: Service breaking capacity

Product: Molded Case Circuit Breaker

Upstream connections

Fixing hole

Certificate plate

Indication of closed (I/ON) position

Brand name

Operating handle

Indication of open (O/OFF) position

"push to trip" button

Company logo

Trip unit

Fixing hole

800AF630AF250AF160AF

TS800N--

TS400NTS630N

-

TS100NTS160NTS250N

TD100NTD160N

-

N--

TS800H--

TS400HTS630H

-

TS100HTS160HTS250H

TD100HTD160H

-

H--

TS800L--

TS400LTS630L

-

TS100LTS160LTS250L

TD100LTD160L

-

L--

65kA65kA50kA50kAN

100kA

150kA

85kA

150kA150kA

85kA

150kA

85kA

150kA

H

L

Rating of trip unit

Downstream connections

Overview of trip units

A-1-13

On TS100 to TS800 circuit breakers, the thermal-magnetic and electronic trip units areinterchangeable and may be rapidly fitted to the circuit breakers.It is therefore easy to change the protection of a given circuit following a modification in aninstallation. On TS400 and 630 circuit breakers, the electronic trip units are interchangeable plug-inmodules. Trip unit ETM offers a large number of protection settings.

Each Trip devices has different types of protection depending on the associated trip unit: •Standard protection•Protection of networks supplied by line distribution•Protection of long cables•Protection of DC networks•Protection of motor-starters•Service connection circuit breaker (for special subscriber contracts)

Susol TD100, TD160 circuit breakers may be equipped with either FTU or FMU. The trip units are not interchangeable types and can be supplied only after fixed with circuit breakers.

MCCB frame type Rated current, In[A]

Type of Thermal magnetic release Electronic release

trip unit FTU FMU ATU MTU ETS ETMDSU

TD10016, 20, 25, 32, 40, 16, 20, 25, 32, 40,

Built in 50, 63, 80, 100 50, 63, 80, 100 - - - - -

TD160unit

100, 125, 160 100, 125, 160 - - - - 160

TS10040, 50, 63, 40, 50, 63,

-1.6, 3.2, 6.3, 12,

40, 80 - 10080, 100 80, 100 20, 32, 50, 63, 100

TS160 Inter 100, 125, 160 100, 125, 160 100, 125, 16032, 50, 63,

40, 80, 160 - 160100, 160

TS250changeable

125, 160, 200, 250 125, 160, 200, 250 125, 160, 200, 250 100, 160, 220 40, 80, 160, 250 - 250

TS400trip unit

300, 400 300, 400 300, 400 320 160, 250, 400 160, 250, 400 400

TS630 500, 630 500, 630 500, 630 500 160, 250, 400, 630 160, 250, 400, 630 630

TS800 700, 800 800 800 630 630, 800 630, 800 800

Ampere ratings

FTU •Fixed thermal, Fixed magnetic

FMU •Adjustable thermal, Fixed magnetic

ATU •Adjustable thermal, Adjustable magnetic

MTU •Magnetic only

ETS •Electronic (LSI)

ETM •Electronic (LSIG, Ammeter, Communication, Zone selective interlocking)

DSU •Disconnecting switch

Types of trip units

A-1-14

Trip unit identification

Im=2500A

TS250 FTU

Ir Im

FTU Fixed-thermal, fixed-magnetic

FMU Adjustable-thermal, fixed-magnetic

TS250 ATU

Ir Im

0.8

0.9

1

7 8

9

10

6

5

ATU Adjustable-thermal, adjustable-magnetic

TS250MTU 220A

3P

1848 2112

2376

2640

1584

1320Im

MTU Magnetic only

TS250 DSU

3P

DSU Disconnecting switch

.6

.5

.4

.7.8

.9

1.0

.3

.3

.2

.1

.05

tsd

ETS2390%105%4

3

2

1.5

56

7

810

alarm

TEST

In 250A

+ -

tsd

Ir Isd

ETS Electronic (LSI)

ETM Electronic (LSIG, multi-function unit)



MCCB frame type

Trip unit function

TS250 FMU

ETMATU MTU

Switching mechanism

Double contactor structure

A-1-15

OptimizeRepulsion force

Shape of contactor•Induce easily the arc mobility to grid

direction•Rapidly redeploy the arc from moving

contactor•Prevent contact tip from erosion

Open speed & contact force

Fig. 3 “ON“ position

Fig. 4 “OFF“ position

Fig. 5 “TRIP“ position

ON position

•Unvarying contact force regardless ofover travel

•Open speed of moving contact is rapid byoptimized cam curve regardless of tripsignal

•Function of trip free

OFF position•Push to trip in OFF position

* Reset pin moment < Main spring moment

•Stability of endurance

TRIP position•Enables tripping mechanically from

outside, for confirming the operation ofthe accessory switches and the manualresetting function

Angle

Forc

e

600.0

500.0

400.0

300.0

200.0

100.0

0.00.00E+00 4.00E+06 3.00E+06 1.20E+07 1.60E+07 2.00E+07

Optimizedcam curve

Unvaryingcontact

Life

Str

ess

Am

plitu

de (

MP

a)

Degree of protection

A-1-16

The table indicates the degrees of protection guaranteed by Susol TD and TS circuit-breakersaccording to several type of installation. Basically, the fixed parts are always preset with IP20degree of protection.IP65 degree of protection can be obtained with the circuit-breaker installed in a switchboard fittedwith an extended rotary handle operating mechanism transmitted on the compartment door.

Type

Circuit breaker

Full penetration of 12.5mm diametersphere not allowed.The jointed test finger shall haveadequate clearance from hazardousparts

IP20 Wire

Circuit breaker with terminal cover

The access probe of 2.5mm diameter

shall not penetrate.IP30 Wire

Plug-in circuit breaker

Full penetration of 12.5mm diameter spherenot allowed. The jointed test finger shall haveadequate clearance from hazardous parts.* When the circuit breaker is installed and the

supplied covers are mounted.

IP20or

IP30Wire

Circuit breaker withcover frame for doorcutout

The access probe of 1.0mm shall not penetrate.

IP40 Wire

Circuit breaker withcover frame andmotor operator

The access probe of 1.0mm diameter shall not penetrate.

IP40 Wire

Circuit breaker withcover frame and rotary direct handle

The access probe of 1.0mm diameter shall not penetrate.

IP40 Wire

Circuit breakerwith cover frameand rotaryextended handle

Totally protected against ingress of dust and water jets fromany direction

IP65 Wire

Degree of protection IP

Protection of persons against

access to hazardo us parts with:

A-2. Main characteristics TD & TS MCCB Index

MCCBs for power distributionElectrical characteristicsThermal magnetic trip units

Overview

FTU, FMU for TD100, TD160

FTU, FMU for TS100, TS160, TS250

ATU for TS160, TS250

FTU, FMU, ATU for TS400, TS630

FTU, FMU, ATU for TS800

Overview of electronic trip units (Standard type)Electronic trip units (Standard)

ETS23 for TS100, TS160, TS250

ETS33 for TS400, TS630

ETS43 for TS800

Electronic trip units (Multifunction)Overview

ETM33 for TS400, TS630

ETM43 for TS800

MCCBs for motor protectionElectrical characteristicsMagnetic only trip unit

MTU for TS100, TS250, TS400, TS630, TS800

Switch-Disconnectors

A-2-1

A-2-3

A-2-5

A-2-7

A-2-11

A-2-15

A-2-17

A-2-19

A-2-25

A-2-31

A-2-37

A-2-40

A-2-49

A-2-57

A-2-59

A-2-61


A-2-1

Electrical characteristics

TD100 TD160 TS100

♣ Applicable to MCCBs equipped with FTU, FMU, ATU 2 pole MCCB in 3pole frame size 700A only available for TS800FTU Available for 3pole circuit breakers Under development

Frame size [AF]

Rated current, In ♣ [A]

No. of poles


voltage, Ue DC [V]




AC 50/60Hz 220/240V [kA]

380/415V [kA]

440/460V [kA]

480/500V [kA]

660/690V [kA]

DC 250V [kA]

DC(2poles in series) 500V [kA]


Rated short-circuit making capacity Icm

AC 50-60Hz 220/240V [kA]

380/415V [kA]

440/460V [kA]

480/500V [kA]

660/690V [kA]

Category of utilization

Isolation behavior

Reference standard

Trip unit (release)

Thermal-Magnetic

fixed-thermal, fixed-magnetic FTU

adjustable-thermal, fixed-magnetic FMU

adjustable-thermal, adjustable-magnetic ATU

magnetic only MTU

Electronic

LSI ETS

LSI ETM

Option Earth-fault protection, Ig

Zone selective interlocking, ZSI

Ammeter

Communication

Earth-leakage protection module

Connection fixed front-connection

rear-connection

plug-in front-connection

rear-connection

Mechanical life [operations]

Electrical life @ 415 V AC [operations]

Basic dimensions, W×H×D 3-pole [mm]

(front connection) 4-pole [mm]

Weight 3-pole [kg]

(front connection) 4-pole [kg]

100 160 100

16~100 100, 125, 160 40, 50, 63, 80, 100

2, 3, 4 2, 3, 4 2, 3, 4

690 690 690

500 500 500

8 8 8

750 750 750

N H L N H L N H L

85 100 200 85 100 200 100 120 200

50 85 150 50 85 150 50 85 150

50 70 130 50 70 130 50 70 130

30 50 65 30 50 65 42 65 85

5 8 10 5 8 10 10 15 20

42 65 100 42 65 100 50 85 100

42 65 100 42 65 100 50 85 100

100% 100% 100% 100% 100% 100% 100% 100% 100%

187 220 440 187 220 440 220 264 440

105 187 330 105 187 330 105 187 330

105 154 286 105 154 286 105 154 286

63 105 143 63 105 143 88 143 187

8 14 17 8 14 17 17 30 40

A A A

IEC60947-2 IEC60947-2 IEC60947-2

- - -

- -

- -

- - -

- - -

- - -

- - -

- - -

- - -

25000 25000 25000

10000 10000 10000

90×140×86 90×140×86 105×160×86

120×140×86 120×140×86 140×160×86

1.5 1.5 2

1.8 1.8 2.6

A-2-2

TS160 TS250 TS400 TS630 TS800160 250 400 630 800

100, 125, 160 125, 160, 200, 250 300, 400 500, 630 700, 800

2, 3, 4 2, 3, 4 2, 3, 4 2, 3, 4 2, 3, 4

690 690 690 690 690

500 500 500 500 500

8 8 8 8 8

750 750 750 750 750


100 120 200 100 120 200 100 120 200 100 120 200 100 120 200

50 85 150 50 85 150 65 85 150 65 85 150 65 100 150

50 70 130 50 70 130 65 85 130 65 85 130 65 100 130

42 65 85 42 65 85 42 65 85 42 65 85 42 85 100

10 15 20 10 15 20 10 20 35 10 20 35 10 20 35

50 85 100 50 85 100 50 85 100 50 85 100 50 85 100

50 85 100 50 85 100 50 85 100 50 85 100 50 85 100

100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100%

220 264 440 220 264 440 220 264 440 220 264 440 220 264 440

105 187 330 105 187 330 143 187 330 143 187 330 143 220 330

105 154 286 105 154 286 143 187 286 143 187 286 143 220 286

88 143 187 88 143 187 88 143 187 88 143 187 88 187 220

17 30 40 17 30 40 17 40 74 17 40 74 17 40 74

A A A A A

IEC60947-2 IEC60947-2 IEC60947-2 IEC60947-2 IEC60947-2

- -

- - (Option) (Option) (Option)





25000 25000 20000 20000 10000

10000 10000 6000 6000 3000

105×160×86 105×160×86 140×260×110 140×260×110 210×320×135

140×160×86 140×160×86 185×260×110 185×260×110 280×320×135

2 2 5.4 5.4 15.1

2.6 2.6 7.2 7.2 19.6


A-2-3

Thermal magnetic trip unitsOverview

Susol TD & TS series circuit breakers can be installed with thermal magnetic trip units. And, there are two kinds of trip units according to way of installation as follows.•Built-in trip units for TD series upto 160A•Interchangeable trip units for TS series upto 800A

FunctionProtection of power distribution•Overload protection: Thermal protection with a fixed or adjustable threshold•Short-circuit protection: Magnetic protection with a fixed or adjustable pick-up•Protection of the fourth pole

4P3T type (neutral unprotected)4P4T type 50% (neutral protection at 0.5×In)4P4T type 100% (neutral protection at 1×In)

Thermal magnetic types•Time-Delay operation

An overcurrent heats and warps the bimetal to actuate thetrip bar by the bimetal characteristic.

•Instantaneous operationIf the overcurrent is excessive, the armature is attractedand the trip bar actuated by electromagnetic force.

OperationATU

Ratings

Note) Rated current 700A is available for TS800FTU.

Ratings(A)

at 40 In

TD100

TD160

TS100

TS160

TS250

TS400

TS630

TS800

Thermal magnetic trip units(FTU/FMU/ATU) TD100 to TS800

16 20 25 32 40 50 63 80 100 125 160 200 250 300 400 500 630 800

ArmatureBimetal

Trip bar


A-2-4

Thermal magnetic trip unitsOverview

Characteristics

FTU

•Fixed thermal16A ... 800A rated currents

•Fixed magnetic400A ... 8000A tripping currents

•Applicable to TD100 ... TS800 frames

Fixed thermal, fixed magnetic trip units

Im=2500A

TS250 FTU

Ir Im

FMU

•Adjustable thermal16A ... 800A rated currentsAdjustable : 0.8~1×In

•Fixed magnetic400A ... 8000A tripping currents

•Applicable to TD100 ... TS800 frames

Adjustable thermal, fixed magnetic trip units

ATU

•Adjustable thermal100A ... 800A rated currentsAdjustable : 0.8~1×In

•Adjustable magnetic625A ... 8000A tripping currentsAdjustable : 5~10×In

•Applicable to TS160 ... TS800 frames

Adjustable thermal, adjustable magnetic trip units

TS250 ATU

Ir Im

0.8

0.9

1

7 8

9

10

6

5


A-2-5

Thermal magnetic trip unitsFTU, FMU for TD100, TD160

Configuration

Ratings (A), In at 40°C


TD160FTU

Im=1600A160A

Ir Im

t

Ir Im0 I

0.8

0.9

1

Number of pole

Overload protection (thermal)Setting current, Ir

Short circuit protection (magnetic)Setting current, Im

Trip unit function- FTU : Fixed thermal & magnetic unit- FMU : Adjustable thermal, fixed magnetic unit

MCCB frame type- TD100 : TD100N, TD100H, TD100L- TD160 : TD160N, TD160H, TD160L

TD160 FMU

TD100 FTU, TD160 FTU- Fixed thermal & magnetic trip unit TD100FMU, TD160 FMU

TD160FMU

0.8

0.9

1 Im=1600A160A

Ir Im

TD100 FMU, TD160 FMU- Adjustable thermal & fixed magnetic trip unit

Catalogue numbering system


A-2-6

Thermal magnetic trip unitsFTU, FMU for TD100, TD160

Characteristics

Trip unit type

TD100FTU

TD100FMU

TD160FTU

TD160FMU

Setting Trip unit rating, In (A)

Ir 16 20 25 32 40 50 63 80 100 125 160

Fixed 16 20 25 32 40 50 63 80 100 - -

0.8 12.8 16 20 25.6 32 40 50.4 64 80 - -

0.9 14.4 18 22.5 28.8 36 45 56.7 72 90 - -

1 16 20 25 32 40 50 63 80 100 - -

Fixed - - - - - - - - 100 125 160

0.8 - - - - - - - - 80 100 128

0.9 - - - - - - - - 90 112.5 144

1 - - - - - - - - 100 125 160

Setting detailsThermal overload protection

Rating(A) at 40 In 16 20 25 32 40 50 63 80 100 125 160

TD100

TD160

Overload protection(thermal)

Current setting(A) Ir

FTU Fixed

FMU Adjustable 0.8, 0.9, 1×In (3 settings)

Short - circuit protection(magnetic)

Current setting(A) Im

FTU Fixed 400A Fixed 10×In

FMU Fixed 400A Fixed 10×In

Protection of N pole

4P3T Neutral No protection

4P4T Neutral protection (100% In)

Trip unit type

TD100FTU

TD100FMU

TD160FTU

TD160FMU

Setting Setting Trip unit rating, In (A)

current, Ir current, Im 16 20 25 32 40 50 63 80 100 125 160

Fixed In×10 400 400 400 400 400 500 630 800 1000 - -

0.8×In Fixed In×10 400 400 400 400 400 500 630 800 1000 - -

0.9×In Fixed In×10 400 400 400 400 400 500 630 800 1000 - -

1.0×In Fixed In×10 400 400 400 400 400 500 630 800 1000 - -

Fixed In×10 - - - - - - - - 1000 1250 1600

0.8×In Fixed In×10 - - - - - - - - 1000 1250 1600

0.9×In Fixed In×10 - - - - - - - - 1000 1250 1600

1.0×In Fixed In×10 - - - - - - - - 1000 1250 1600

Magnetic short-circuit protection

Thermal magnetic trip units(FTU/FMU) ... TD100 to TD160


Thermal magnetic trip unitsFTU, FMU for TS100, TS160, TS250ATU for TS160, TS250

A-2-7

Im=2500A

TS250 FTU

Ir Im

TS100 FTU, TS160 FTU, TS250FTU- Fixed thermal fixed magnetic trip unit

TS100 FMU, TS160 FMU, TS250FMU

t

Ir Im0 I

0.8

0.9

1

7 8

9

106

5

Short circuit protection(magnetic)

Short circuit protection(magnetic)

TS160 ATU, TS250ATU

TS100 FMU, TS160 FMU, TS250FMU- Adjustable thermal fixed magnetic trip unit

TS250 ATU

Ir Im

0.8

0.9

1

7 8

9

10

6

5

TS160 ATU, TS250ATU- Adjustable thermal adjustable magnetic trip unit

Configuration



Number of pole





A-2-8

Trip unit function- FTU: Fixed thermal, fixed magnetic unit

MCCB frame type- TS100: TS100N, TS100H, TS100L- TS160: TS160N, TS160H, TS160L- TS250: TS250N, TS250H, TS250L

TS250 FTU

Trip unit function- FMU: Adjustable thermal, fixed magnetic unit

MCCB frame type- TS100: TS100N, TS100H, TS100L- TS160: TS160N, TS160H, TS160L- TS250: TS250N, TS250H, TS250L

TS250 FMU

Trip unit function- ATU: Adjustable thermal, adjustable magnetic unit

MCCB frame type- TS160: TS160N, TS160H, TS160L- TS250: TS250N, TS250H, TS250L

TS250 ATU


Characteristics



FTU Fixed

FMU Adjustable 0.8 to×In

ATU Adjustable 0.8 to×In





Thermal Magnetic trip units(FTU/FMU/ATU) ... TS100 to TS250

Rating(A) at 40 In 40 50 63 80 100 125 160 200 250

TS100

TS160

TS250


FTU Fixed 10×In

FMU Fixed 10×In

ATU Adjustable 5, 6, 7, 8, 9, 10×In (6 settings)



A-2-9


Trip unit type

TS100FTU

TS100FMU

TS160FTU

TS160FMU

TS160ATU

TS250FTU

TS250FMU

TS250ATU


Ir 40 50 63 80 100 125 160 200 250

Fixed 40 50 63 80 100 - - - -

0.8×In 32 40 50 64 80 - - - -

0.9×In 36 45 57 72 90 - - - -

1.0×In 40 50 63 80 100 - - - -

Fixed - - - - 100 125 160 - -

0.8×In - - - - 80 100 128 - -

0.9×In - - - - 90 113 144 - -

1.0×In - - - - 100 125 160 - -

0.8×In - - - - 80 100 128 - -

0.9×In - - - - 90 113 144 - -

1.0×In - - - - 100 125 160 - -

Fixed - - - - - 125 160 200 250

0.8×In - - - - - 100 128 160 200

0.9×In - - - - - 113 144 180 225

1.0×In - - - - - 125 160 200 250

0.8×In - - - - - 100 128 160 200

0.9×In - - - - - 113 144 180 225

1.0×In - - - - - 125 160 200 250



A-2-10

Trip unit type

TS100FTU

TS100FMU

TS160FTU

TS160FMU

TS160ATU

TS250FTU

TS250FMU

TS250ATU


current, Ir current, Im 40 50 63 80 100 125 160 200 250

Fixed In×10 400 500 630 800 1000 - - - -0.8×In Fixed In×10 400 500 630 800 1000 - - - -0.9×In Fixed In×10 400 500 630 800 1000 - - - -1.0×In Fixed In×10 400 500 630 800 1000 - - - -

Fixed In×10 - - - - 1000 1250 16000.8×In Fixed In×10 - - - - 1000 1250 1600 - -0.9×In Fixed In×10 - - - - 1000 1250 1600 - -1.0×In Fixed In×10 - - - - 1000 1250 1600 - -

In×5 - - - - 500 625 800 - -In×6 - - - - 600 750 960 - -

0.8×In AdjustableIn×7 - - - - 700 875 1120 - -In×8 - - - - 800 1000 1280 - -In×9 - - - - 900 1125 1440 - -

In×10 - - - - 1000 1250 1600 - -In×5 - - - - 500 625 800 - -In×6 - - - - 600 750 960 - -


In×10 - - - - 1000 1250 1600 - -In×5 - - - - 500 625 800 - -In×6 - - - - 600 750 960 - -


In×10 - - - - 1000 1250 1600 - -Fixed In×10 - - - - - 1250 1600 2000 2500

0.8×In Fixed In×10 - - - - - 1250 1600 2000 25000.9×In Fixed In×10 - - - - - 1250 1600 2000 25001.0×In Fixed In×10 - - - - - 1250 1600 2000 2500

In×5 - - - - - 625 800 1000 1250In×6 - - - - - 750 960 1200 1500

0.8×In AdjustableIn×7 - - - - - 875 1120 1400 1750In×8 - - - - - 1000 1280 1600 2000In×9 - - - - - 1125 1440 1800 2250

In×10 - - - - - 1250 1600 2000 2500In×5 - - - - - 625 800 1000 1250In×6 - - - - - 750 960 1200 1500


In×10 - - - - - 1250 1600 2000 2500In×5 - - - - - 625 800 1000 1250In×6 - - - - - 750 960 1200 1500


In×10 - - - - - 1250 1600 2000 2500

Setting detailsMagnetic short-circuit protection


Thermal magnetic trip unitsFTU, FMU, ATU for TS400, TS630

A-2-11

TS630 FTU

630AIm=6300A

Ir Im

t

Ir Im0 I

0.8

0.9

1

TS400 FTU, TS630 FTU- Fixed thermal fixed magnetic trip unit TS400 FMU, TS630 FMU

t

Ir Im0 I

0.8

0.9

1

7 8

9

10

6

5

TS400 ATU, TS630 ATUIm=6300A

TS630 FMU

630A

Ir Im

0.8

0.9

1

TS400 FMU, TS630 FMU- Adjustable thermal fixed magnetic trip unit

TS630 ATU

630A

Ir Im

0.8

0.9

1

7 8

9

10

6

5

TS400 ATU, TS630 ATU- Adjustable thermal adjustable magnetic trip unit

Configuration



Number of pole





A-2-12

CharacteristicsThermal Magnetic trip units(FTU/FMU/ATU) ... TS400 to TS630

Rating(A) at 40 In 300 400 500 630

TS400

TS630



FTU Fixed

FMU Adjustable 0.8, 0.9, 1×In (3 settings)

ATU Adjustable 0.8, 0.9, 1×In (3 settings)



FTU Fixed 10×In

FMU Fixed 10×In

ATU Adjustable 5, 6, 7, 8, 9,10×In(6 settings)




Trip unit function- FTU : Fixed thermal & magnetic unit- FMU : Adjustable thermal & fixed magnetic unit- ATU : Adjustable thermal & adjustable magnetic unit

MCCB frame type- TS400 : TS400N, TS400H, TS400L- TS630 : TS630N, TS630H, TS630L

TS630 ATU




A-2-13


Trip unit type

TS400FTU

TS400FMU

TS400ATU

TS630FTU

TS630FMU

TS630ATU


Ir 300 400 500 630

Fixed 300 400 - -

0.8 240 320 - -

0.9 270 360 - -

1 300 400 - -

0.8 240 320 - -

0.9 270 360 - -

1 300 400 - -

Fixed - - 500 630

0.8 - - 400 504

0.9 - - 450 567

1 - - 500 630

0.8 - - 400 504

0.9 - - 450 567

1 - - 500 630



A-2-14

Trip unit type

TS400FTU

TS400FMU

TS400ATU

TS630FTU

TS630FMU

TS630ATU


current, Ir current, Im 300 400 500 630

Fixed In×10 3000 4000 - -0.8×In Fixed In×10 3000 4000 - -0.9×In Fixed In×10 3000 4000 - -1.0×In Fixed In×10 3000 4000 - -

In×5 1500 2000 - -In×6 1800 2400 - -

0.8×In AdjustableIn×7 2100 2800 - -In×8 2400 3200 - -In×9 2700 3600 - -

In×10 3000 4000 - -In×5 1500 2000 - -In×6 1800 2400 - -


In×10 3000 4000 - -In×5 1500 2000 - -In×6 1800 2400 - -


In×10 3000 4000 - -Fixed In×10 - - 5000 6300

0.8×In Fixed In×10 - - 5000 63000.9×In Fixed In×10 - - 5000 63001.0×In Fixed In×10 - - 5000 6300

In×5 - - 2500 3150In×6 - - 3000 3780

0.8×In AdjustableIn×7 - - 3500 4410In×8 - - 4000 5040In×9 - - 4500 5670

In×10 - - 5000 6300In×5 - - 2500 3150In×6 - - 3000 3780


In×10 - - 5000 6300In×5 - - 2500 3150In×6 - - 3000 3780


In×10 - - 5000 6300

Setting detailsMagnetic short-circuit protection


Thermal magnetic trip unitsFTU, FMU, ATU for TS800

A-2-15

TS800 FTU

800AIm=8000A

Ir Im

t

Ir Im0 I

0.8

0.9

1

TS800 FTU- Fixed thermal fixed magnetic trip unit TS800 FMU

t

Ir Im0 I

0.8

0.9

1

7 8

9

10

6

5

TS800 ATU

Ir Im

0.8

0.9

1

TS800 FMU

800AIm=8000A

TS800 FMU- Adjustable thermal fixed magnetic trip unit

Ir Im

0.8

0.9

1

7 8

9

10

6

5

TS800 ATU

800A

TS800 ATU- Adjustable thermal adjustable magnetic trip unit

Trip unit function- FTU : Fixed thermal & magnetic unit- FMU : Adjustable thermal & fixed magnetic unit- ATU : Adjustable thermal & adjustable magnetic unit

MCCB frame type- TS800 : TS800N, TS800H, TS800L

TS800 ATU


Configuration



Number of pole



Thermal magnetic trip unitsFTU, FMU, ATU for TS800

A-2-16

Characteristics



FTU Fixed

FMU Adjustable 0.8, 0.9,1×In (3 settings)

ATU Adjustable 0.8, 0.9,1×In (3 settings)



FTU Fixed 10×In

FMU Fixed 10×In

ATU Adjustable 5, 6, 7, 8, 9, 10×In (6 settings)

Thermal Magnetic trip units(FTU/FMU/ATU) ... TS800

Rating(A) at 40 In 700 800

TS800




Trip unit type

TS800FTU

TS800FMU

TS800ATU


Ir 700 800

Fixed 700 800

0.8 - 640

0.9 - 720

1 - 800

0.8 - 640

0.9 - 720

1 - 800


Trip unit type

TS800FTU

TS800FMU

TS800ATU


current, Ir current, Im 700 800

Fixed In×10 7000 8000

0.8×In Fixed In×10 - 8000

0.9×In Fixed In×10 - 8000

1.0×In Fixed In×10 - 8000

0.8×In Adjustable In×5 - 4000

In×6 - 4800

In×7 - 5600

In×8 - 6400

In×9 - 7200

In×10 - 8000


In×6 - 4800

In×7 - 5600

In×8 - 6400

In×9 - 7200

In×10 - 8000


In×6 - 4800

In×7 - 5600

In×8 - 6400

In×9 - 7200

In×10 - 8000

Magnetic short-circuit protection

Note1) Only available for TS800FTU

(1)


Overview of electronic trip units (Standard type)

A-2-17

Types: ETS23, ETS33, ETS43

3 frame size of circuit breaker: 250AF, 630AF, 800AF

Only three(3) pole circuit breakers are available.

The Trip units can be mounted on circuit breakers of N, H and L type from TS100 to TS800.

Test connector for trip unit (AC/DC 30mA ~ AC/DC 100mA)

Protection•Overload protection•Short-circuit protection

Overload protection (long time)

Setting current (A), Ir 0.4, 0.45, 0.5, 0.55, 0.6, 0.65, 0.7, 0.75, 0.8, 0.85, 0.9, 0.95, 1.0×In,

13 setting

Tripping time (s) Fixed at 6×Ir , tolerance±20%

ETS

ETS23 for TS100N/H/L






16 32 40 64 80 100 160 250 320 400 630 800

Current setting, Ir(A)

RatingsTrip units

ETS23 ETS33 ETS43

TS100 N/H/L TS160 N/H/L TS250 N/H/L TS400 N/H/L TS630 N/H/L TS800 N/H/L

Setting values

Short-circuit protection (short time)

Tripping threshold (A), Isd adjustable 1.5, 2, 3, 4, 5, 6, 7, 8, 10×Ir, 9 setting, tolerance ±15%

Time delay (ms) adjustable 50, 100, 200, 300, 4 setting, tolerance ±20%

Short circuit protection (Instantaneous)

Tripping threshold (A), Ii Fixed at 11×In

Rated 40

current, 80

In (A) 160

250

400

630

800

Applicable to


Overview of electronic trip units (Standard type)

A-2-18

ETS2390%105%

alarm

TEST

In 250A

+ -

tsd

Ir Isd

.6

.5

.4

.7.8

.9

1.0

.3

.3

.2

.1

.05

tsd

4

3

2

1.5

56

7

810

ETS23 for TS100/TS160/TS250

ETS33

In 630ATEST+ -

.6

.5

.4

.7.8

.9

1.0

.3

.3

.2

.1

.05tsd

4

3

2

1.5

56

7

810

90%105%

alarm

tsd

tr

Ir Isd Ii

ETS33 for TS400/TS630

ETS43

In 800A

.6

.5

.4

.7.8

.9

1.0

.3

.3

.2

.1

.05tsd

4

3

2

1.5

56

7

810

90%105%

alarm

TEST+ -

ETS43 for TS800

① ② ④ ③

⑤

① ② ④

③

⑤

① ② ④

③

⑤

① Adjustable rated currentsetting (Ir)

② Adjustable short timedelay current setting (Isd)

③ Adjustable time delaysetting (tsd)

④ Alarm LED 90% Ir: ON, 105% Ir or more: ON-OFF

⑤ Test connector

t

tsd

Ir Isd Ii I

①

②③


Electronic trip units (Standard)ETS23 for TS100, TS160, TS250

A-2-19

Trip unit frame- 23 for TS100, TS160, TS250- 33 for TS400, TS630- 43 for TS800

Rated current, In- 40, 80A for TS100- 40, 80, 160A for TS160- 40, 80, 160, 250A for TS250

Trip unit function- ETS: Standard electronic trip unit

ETS 23 In250A


ConfigurationElectronic type, ETS23 for MCCBs TS100, TS160, TS250


Indication of alarmLoad: not less than 90% Ir → LED ONLoad: not less than 105% Ir → LED flickering

Trip unit rating, In


Short time tripping delay

Short circuit protection (short time)

Test connector

t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

.6

.5

.4

.7.8

.9

1.0

.3

.3

.2

.1

.05

tsd

4

3

2

56

7

8

1.5 10

Overload protection(long time)

Short circuit protection(short time)

Short time trippingdelay





0.4, 0.45, 0.5, 0.55, 0.6, 0.65, 0.7,

Setting current (A), Ir 0.75, 0.8, 0.85, 0.9, 0.95, 1.0×In

13 settings


Tripping threshold (A),1.5, 2, 3, 4, 5, 6, 7, 8, 10×Ir

Isd9 settings

tolerance ±15%

adjustable 50, 100, 200, 300

Time delay (ms) 4 settings

tolerance ±20%



A-2-20

Setting detailsOverload protection (long time)

Current setting, Ir (A)Standard electronic trip unit, ETS23

16 32 40 64 80 100 160 250 320 400 630 800

Trip unit

for TS100

for TS160

for TS250

t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

.6

.5

.4

.7.8

.9

1.0

Circuit breakers TS100 TS160 TS250

Trip unit rating, In(A) 40 80 40 80 160 40 80 160 250

Setting value Overload protection setting current Ir = Setting value (0.4~1) × In

0.4 16 32 16 32 64 16 32 64 100

0.45 18 36 18 36 72 18 36 72 113

0.5 20 40 20 40 80 20 40 80 125

0.55 22 44 22 44 88 22 44 88 138

0.6 24 48 24 48 96 24 48 96 150

0.65 26 52 26 52 104 26 52 104 163

0.7 28 56 28 56 112 28 56 112 175

0.75 30 60 30 60 120 30 60 120 188

0.8 32 64 32 64 128 32 64 128 200

0.85 34 68 34 68 136 34 68 136 213

0.9 36 72 36 72 144 36 72 144 225

0.95 38 76 38 76 152 38 76 152 238

1 40 80 40 80 160 40 80 160 250

Long time tripping delay, td (sec)

Tripping time (s)Fixed at 6×Ir

tolerance±20%

t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I



A-2-21

Setting detailsShort-circuit protection (short time)

t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

4

3

2

56

7

8

1.5 10



Setting value Short time pick-up current setting, Isd = Setting value (1.5~10)×Ir

0.4 24 48 24 48 96 24 48 96 150

0.45 27 54 27 54 108 27 54 108 169

0.5 30 60 30 60 120 30 60 120 188

0.55 33 66 33 66 132 33 66 132 206

0.6 36 72 36 72 144 36 72 144 225

0.65 39 78 39 78 156 39 78 156 244

0.7 1.5 42 84 42 84 168 42 84 168 263

0.75 45 90 45 90 180 45 90 180 281

0.8 48 96 48 96 192 48 96 192 300

0.85 51 102 51 102 204 51 102 204 319

0.9 54 108 54 108 216 54 108 216 338

0.95 57 114 57 114 228 57 114 228 356

1 60 120 60 120 240 60 120 240 375

0.4 32 64 32 64 128 32 64 128 200

0.45 36 72 36 72 144 36 72 144 225

0.5 40 80 40 80 160 40 80 160 250

0.55 44 88 44 88 176 44 88 176 275

0.6 48 96 48 96 192 48 96 192 300

0.65 52 104 52 104 208 52 104 208 325

0.7 2 56 112 56 112 224 56 112 224 350

0.75 60 120 60 120 240 60 120 240 375

0.8 64 128 64 128 256 64 128 256 400

0.85 68 136 68 136 272 68 136 272 425

0.9 72 144 72 144 288 72 144 288 450

0.95 76 152 76 152 304 76 152 304 475

1 80 160 80 160 320 80 160 320 500

0.4 48 96 48 96 192 48 96 192 300

0.45 54 108 54 108 216 54 108 216 338

0.5 60 120 60 120 240 60 120 240 375

0.55 66 132 66 132 264 66 132 264 413

0.6 72 144 72 144 288 72 144 288 450

0.65 78 156 78 156 312 78 156 312 488

0.7 3 84 168 84 168 336 84 168 336 525

0.75 90 180 90 180 360 90 180 360 563

0.8 96 192 96 192 384 96 192 384 600

0.85 102 204 102 204 408 102 204 408 638

0.9 108 216 108 216 432 108 216 432 675

0.95 114 228 114 228 456 114 228 456 713

1 120 240 120 240 480 120 240 480 750



A-2-22

t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

4

3

2

56

7

8

1.5 10




0.4 64 128 64 128 256 64 128 256 400

0.45 72 144 72 144 288 72 144 288 450

0.5 80 160 80 160 320 80 160 320 500

0.55 88 176 88 176 352 88 176 352 550

0.6 96 192 96 192 384 96 192 384 600

0.65 104 208 104 208 416 104 208 416 650

0.7 4 112 224 112 224 448 112 224 448 700

0.75 120 240 120 240 480 120 240 480 750

0.8 128 256 128 256 512 128 256 512 800

0.85 136 272 136 272 544 136 272 544 850

0.9 144 288 144 288 576 144 288 576 900

0.95 152 304 152 304 608 152 304 608 950

1 160 320 160 320 640 160 320 640 1000

0.4 80 160 80 160 320 80 160 320 500

0.45 90 180 90 180 360 90 180 360 563

0.5 100 200 100 200 400 100 200 400 625

0.55 110 220 110 220 440 110 220 440 688

0.6 120 240 120 240 480 120 240 480 750

0.65 130 260 130 260 520 130 260 520 813

0.7 5 140 280 140 280 560 140 280 560 875

0.75 150 300 150 300 600 150 300 600 938

0.8 160 320 160 320 640 160 320 640 1000

0.85 170 340 170 340 680 170 340 680 1063

0.9 180 360 180 360 720 180 360 720 1125

0.95 190 380 190 380 760 190 380 760 1188

1 200 400 200 400 800 200 400 800 1250

0.4 96 192 96 192 384 96 192 384 600

0.45 108 216 108 216 432 108 216 432 675

0.5 120 240 120 240 480 120 240 480 750

0.55 132 264 132 264 528 132 264 528 825

0.6 144 288 144 288 576 144 288 576 900

0.65 156 312 156 312 624 156 312 624 975

0.7 6 168 336 168 336 672 168 336 672 1050

0.75 180 360 180 360 720 180 360 720 1125

0.8 192 384 192 384 768 192 384 768 1200

0.85 204 408 204 408 816 204 408 816 1275

0.9 216 432 216 432 864 216 432 864 1350

0.95 228 456 228 456 912 228 456 912 1425

1 240 480 240 480 960 240 480 960 1500



A-2-23


t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

4

3

2

56

7

8

1.5 10




0.4 112 224 112 224 448 112 224 448 700

0.45 126 252 126 252 504 126 252 504 788

0.5 140 280 140 280 560 140 280 560 875

0.55 154 308 154 308 616 154 308 616 963

0.6 168 336 168 336 672 168 336 672 1050

0.65 182 364 182 364 728 182 364 728 1138

0.7 7 196 392 196 392 784 196 392 784 1225

0.75 210 420 210 420 840 210 420 840 1313

0.8 224 448 224 448 896 224 448 896 1400

0.85 238 476 238 476 952 238 476 952 1488

0.9 252 504 252 504 1008 252 504 1008 1575

0.95 266 532 266 532 1064 266 532 1064 1663

1 280 560 280 560 1120 280 560 1120 1750

0.4 128 256 128 256 512 128 256 512 800

0.45 144 288 144 288 576 144 288 576 900

0.5 160 320 160 320 640 160 320 640 1000

0.55 176 352 176 352 704 176 352 704 1100

0.6 192 384 192 384 768 192 384 768 1200

0.65 208 416 208 416 832 208 416 832 1300

0.7 8 224 448 224 448 896 224 448 896 1400

0.75 240 480 240 480 960 240 480 960 1500

0.8 256 512 256 512 1024 256 512 1024 1600

0.85 272 544 272 544 1088 272 544 1088 1700

0.9 288 576 288 576 1152 288 576 1152 1800

0.95 304 608 304 608 1216 304 608 1216 1900

1 320 640 320 640 1280 320 640 1280 2000

0.4 160 320 160 320 640 160 320 640 1000

0.45 180 360 180 360 720 180 360 720 1125

0.5 200 400 200 400 800 200 400 800 1250

0.55 220 440 220 440 880 220 440 880 1375

0.6 240 480 240 480 960 240 480 960 1500

0.65 260 520 260 520 1040 260 520 1040 1625

0.7 10 280 560 280 560 1120 280 560 1120 1750

0.75 300 600 300 600 1200 300 600 1200 1875

0.8 320 640 320 640 1280 320 640 1280 2000

0.85 340 680 340 680 1360 340 680 1360 2125

0.9 360 720 360 720 1440 360 720 1440 2250

0.95 380 760 380 760 1520 380 760 1520 2375

1 400 800 400 800 1600 400 800 1600 2500



A-2-24

Setting detailsShort time tripping delay setting, tsd (ms)

adjustable 50, 100, 200, 300


tolerance ±15%t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

.3

.3

.2

.1

.05

Short circuit protection (Instantaneous), Ii (A)


t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I


Electronic trip units (Standard)ETS33 for TS400, TS630

A-2-25


Rated current, In- 160, 250, 400A for TS400- 160, 250, 400, 630A for

TS630


ETS 33 In630A


ConfigurationElectronic type, ETS33 for MCCBs TS400 & TS630




Test connector




t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

.6

.5

.4

.7.8

.9

1.0

.3

.3

.2

.1

.05

tsd

4

3

2

56

7

8

1.5 10







0.4, 0.45, 0.5, 0.55, 0.6, 0.65, 0.7,


13 settings



Isd9 settings

tolerance ±15%

adjustable 50, 100, 200, 300


tolerance ±20%




A-2-26

t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

.6

.5

.4

.7.8

.9

1.0



tolerance±20%

t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

Trip unit

for TS400

for TS630


16 32 40 64 80 100 160 250 320 400 630 800


Circuit breakers TS400 TS630

Trip unit rating, In(A) 160 250 400 160 250 400 630


0.4 64 100 160 64 100 160 252

0.45 72 113 180 72 113 180 284

0.5 80 125 200 80 125 200 315

0.55 88 138 220 88 138 220 347

0.6 96 150 240 96 150 240 378

0.65 104 163 260 104 163 260 410

0.7 112 175 280 112 175 280 441

0.75 120 188 300 120 188 300 473

0.8 128 200 320 128 200 320 504

0.85 136 213 340 136 213 340 536

0.9 144 225 360 144 225 360 567

0.95 152 238 380 152 238 380 599

1 160 250 400 160 250 400 630



A-2-27


t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

4

3

2

56

7

8

1.5 10



Setting value Short time pick-up current setting, Isd = Setting value (1.5~10) × Ir

0.4 96 150 240 96 150 240 378

0.45 108 169 270 108 169 270 425

0.5 120 188 300 120 188 300 473

0.55 132 206 330 132 206 330 520

0.6 144 225 360 144 225 360 567

0.65 156 244 390 156 244 390 614

0.7 1.5 168 263 420 168 263 420 662

0.75 180 281 450 180 281 450 709

0.8 192 300 480 192 300 480 756

0.85 204 319 510 204 319 510 803

0.9 216 338 540 216 338 540 851

0.95 228 356 570 228 356 570 898

1 240 375 600 240 375 600 945

0.4 128 200 320 128 200 320 504

0.45 144 225 360 144 225 360 567

0.5 160 250 400 160 250 400 630

0.55 176 275 440 176 275 440 693

0.6 192 300 480 192 300 480 756

0.65 208 325 520 208 325 520 819

0.7 2 224 350 560 224 350 560 882

0.75 240 375 600 240 375 600 945

0.8 256 400 640 256 400 640 1008

0.85 272 425 680 272 425 680 1071

0.9 288 450 720 288 450 720 1134

0.95 304 475 760 304 475 760 1197

1 320 500 800 320 500 800 1260

0.4 192 300 480 192 300 480 756

0.45 216 338 540 216 338 540 851

0.5 240 375 600 240 375 600 945

0.55 264 413 660 264 413 660 1040

0.6 288 450 720 288 450 720 1134

0.65 312 488 780 312 488 780 1229

0.7 3 336 525 840 336 525 840 1323

0.75 360 563 900 360 563 900 1418

0.8 384 600 960 384 600 960 1512

0.85 408 638 1020 408 638 1020 1607

0.9 432 675 1080 432 675 1080 1701

0.95 456 713 1140 456 713 1140 1795

1 480 750 1200 480 750 1200 1890



A-2-28





0.4 256 400 640 256 400 640 1008

0.45 288 450 720 288 450 720 1134

0.5 320 500 800 320 500 800 1260

0.55 352 550 880 352 550 880 1386

0.6 384 600 960 384 600 960 1512

0.65 416 650 1040 416 650 1040 1638

0.7 4 448 700 1120 448 700 1120 1764

0.75 480 750 1200 480 750 1200 1890

0.8 512 800 1280 512 800 1280 2016

0.85 544 850 1360 544 850 1360 2142

0.9 576 900 1440 576 900 1440 2268

0.95 608 950 1520 608 950 1520 2394

1 640 1000 1600 640 1000 1600 2520

0.4 320 500 800 320 500 800 1260

0.45 360 563 900 360 563 900 1418

0.5 400 625 1000 400 625 1000 1575

0.55 440 687.5 1100 440 688 1100 1733

0.6 480 750 1200 480 750 1200 1890

0.65 520 813 1300 520 813 1300 2048

0.7 5 560 875 1400 560 875 1400 2205

0.75 600 938 1500 600 938 1500 2363

0.8 640 1000 1600 640 1000 1600 2520

0.85 680 1063 1700 680 1063 1700 2678

0.9 720 1125 1800 720 1125 1800 2835

0.95 760 1188 1900 760 1188 1900 2993

1 800 1250 2000 800 1250 2000 3150

0.4 384 600 960 384 600 960 1512

0.45 432 675 1080 432 675 1080 1701

0.5 480 750 1200 480 750 1200 1890

0.55 528 825 1320 528 825 1320 2079

0.6 576 900 1440 576 900 1440 2268

0.65 624 975 1560 624 975 1560 2457

0.7 6 672 1050 1680 672 1050 1680 2646

0.75 720 1125 1800 720 1125 1800 2835

0.8 768 1200 1920 768 1200 1920 3024

0.85 816 1275 2040 816 1275 2040 3213

0.9 864 1350 2160 864 1350 2160 3402

0.95 912 1425 2280 912 1425 2280 3591

1 960 1500 2400 960 1500 2400 3780

t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

4

3

2

56

7

8

1.5 10



A-2-29


t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

4

3

2

56

7

8

1.5 10




0.4 448 700 1120 448 700 1120 1764

0.45 504 788 1260 504 788 1260 1984

0.5 560 875 1400 560 875 1400 2205

0.55 616 963 1540 616 963 1540 2425

0.6 672 1050 1680 672 1050 1680 2646

0.65 728 1138 1820 728 1138 1820 2867

0.7 7 784 1225 1960 784 1225 1960 3087

0.75 840 1313 2100 840 1313 2100 3308

0.8 896 1400 2240 896 1400 2240 3528

0.85 952 1488 2380 952 1488 2380 3749

0.9 1008 1575 2520 1008 1575 2520 3969

0.95 1064 1663 2660 1064 1663 2660 4190

1 1120 1750 2800 1120 1750 2800 4410

0.4 512 800 1280 512 800 1280 2016

0.45 576 900 1440 576 900 1440 2268

0.5 640 1000 1600 640 1000 1600 2520

0.55 704 1100 1760 704 1100 1760 2772

0.6 768 1200 1920 768 1200 1920 3024

0.65 832 1300 2080 832 1300 2080 3276

0.7 8 896 1400 2240 896 1400 2240 3528

0.75 960 1500 2400 960 1500 2400 3780

0.8 1024 1600 2560 1024 1600 2560 4032

0.85 1088 1700 2720 1088 1700 2720 4284

0.9 1152 1800 2880 1152 1800 2880 4536

0.95 1216 1900 3040 1216 1900 3040 4788

1 1280 2000 3200 1280 2000 3200 5040

0.4 640 1000 1600 640 1000 1600 2520

0.45 720 1125 1800 720 1125 1800 2835

0.5 800 1250 2000 800 1250 2000 3150

0.55 880 1375 2200 880 1375 2200 3465

0.6 960 1500 2400 960 1500 2400 3780

0.65 1040 1625 2600 1040 1625 2600 4095

0.7 10 1120 1750 2800 1120 1750 2800 4410

0.75 1200 1875 3000 1200 1875 3000 4725

0.8 1280 2000 3200 1280 2000 3200 5040

0.85 1360 2125 3400 1360 2125 3400 5355

0.9 1440 2250 3600 1440 2250 3600 5670

0.95 1520 2375 3800 1520 2375 3800 5985

1 1600 2500 4000 1600 2500 4000 6300



A-2-30


adjustable 50, 100, 200, 300


tolerance ±15%t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

.3

.3

.2

.1

.05



t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I


Electronic trip units (Standard)ETS43 for MCCBs TS800

A-2-31


Rated current, In- 630, 800A for TS800


ETS 43 In800A


ConfigurationElectronic type, ETS43 for MCCBs TS800




Test connector




t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

.6

.5

.4

.7.8

.9

1.0

.3

.3

.2

.1

.05

tsd

4

3

2

56

7

8

1.5 10







0.4, 0.45, 0.5, 0.55, 0.6, 0.65, 0.7,


13 settings



Isd9 settings

tolerance ±15%

adjustable 50, 100, 200, 300


tolerance ±20%




A-2-32

t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

.6

.5

.4

.7.8

.9

1.0


Circuit breakers TS800

Trip unit rating, In(A) 630 800


0.4 252 320

0.45 284 360

0.5 315 400

0.55 347 440

0.6 378 480

0.65 410 520

0.7 441 560

0.75 473 600

0.8 504 640

0.85 536 680

0.9 567 720

0.95 599 760

1 630 800



tolerance±20%

t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

Trip unit

for TS800


16 32 40 64 80 100 160 250 320 400 630 800



A-2-33


t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

4

3

2

56

7

8

1.5 10




0.4 378 480

0.45 425 540

0.5 473 600

0.55 520 660

0.6 567 720

0.65 614 780

0.7 1.5 662 840

0.75 709 900

0.8 756 960

0.85 804 1020

0.9 850.5 1080

0.95 898 1140

1 945 1200

0.4 504 640

0.45 567 720

0.5 630 800

0.55 693 880

0.6 756 960

0.65 819 1040

0.7 2 882 1120

0.75 945 1200

0.8 1008 1280

0.85 1071 1360

0.9 1134 1440

0.95 1197 1520

1 1260 1600

0.4 756 960

0.45 851 1080

0.5 945 1200

0.55 1040 1320

0.6 1134 1440

0.65 1229 1560

0.7 3 1323 1680

0.75 1418 1800

0.8 1512 1920

0.85 1607 2040

0.9 1701 2160

0.95 1796 2280

1 1890 2400




t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

4

3

2

56

7

8

1.5 10




0.4 1008 1280

0.45 1134 1440

0.5 1260 1600

0.55 1386 1760

0.6 1512 1920

0.65 1638 2080

0.7 4 1764 2240

0.75 1890 2400

0.8 2016 2560

0.85 2142 2720

0.9 2268 2880

0.95 2394 3040

1 2520 3200

0.4 1260 1600

0.45 1418 1800

0.5 1575 2000

0.55 1733 2200

0.6 1890 2400

0.65 2048 2600

0.7 5 2205 2800

0.75 2363 3000

0.8 2520 3200

0.85 2678 3400

0.9 2835 3600

0.95 2993 3800

1 3150 4000

0.4 1512 1920

0.45 1701 2160

0.5 1890 2400

0.55 2079 2640

0.6 2268 2880

0.65 2457 3120

0.7 6 2646 3360

0.75 2835 3600

0.8 3024 3840

0.85 3213 4080

0.9 3402 4320

0.95 3591 4560

1 3780 4800

A-2-34



A-2-35


t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

4

3

2

56

7

8

1.5 10




0.4 1764 2240

0.45 1985 2520

0.5 2205 2800

0.55 2426 3080

0.6 2646 3360

0.65 2867 3640

0.7 7 3087 3920

0.75 3308 4200

0.8 3528 4480

0.85 3749 4760

0.9 3969 5040

0.95 4190 5320

1 4410 5600

0.4 2016 2560

0.45 2268 2880

0.5 2520 3200

0.55 2772 3520

0.6 3024 3840

0.65 3276 4160

0.7 8 3528 4480

0.75 3780 4800

0.8 4032 5120

0.85 4284 5440

0.9 4536 5760

0.95 4788 6080

1 5040 6400

0.4 2520 3200

0.45 2835 3600

0.5 3150 4000

0.55 3465 4400

0.6 3780 4800

0.65 4095 5200

0.7 10 4410 5600

0.75 4725 6000

0.8 5040 6400

0.85 5355 6800

0.9 5670 7200

0.95 5985 7600

1 6300 8000



A-2-36


adjustable 50, 100, 200, 300


tolerance ±15%t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I

.3

.3

.2

.1

.05



t

tr

tsd

Ir

Io

td

tsd

Isd Ii Icu I



A-2-37

Types : ETM33, ETM43

Range of overload protection setting current (Ir): 64~630A (ETM33), 250~800A (ETM43)

Two frame size of circuit breakers: 630AF, 800AF

Trip units ETM33 and ETM43 can be mounted on circuit breakers of N, H and L type TS400 / TS630 / TS800

Only three(3) pole circuit breakers are available.

RatingsRated current, In(A)

Current setting, Ir(A)

Rated current Trip unit

In (A) ETM33 ETM43

160

250

400

630

800

Circuit breakers TS400 N/H/L TS630 N/H/L TS800 N/H/L

Trip unit ETM33 ETM33 ETM43

Overload protection 64

setting current, Ir(A) 80

100

160

250

400

630

800

Applicable circuit breakers TS400 N/H/L TS630 N/H/L TS800 N/H/L



A-2-38

Setting values

Setting current (A), Ir Adjustable 0.4 ~ 1.0×In, 30 settings

Tripping time (s) at 6×Ir Adjustable 2, 4, 6, 8,12 5 settings, tolerance±20%

Tripping threshold (A), Isd Adjustable 1.5, 2, 3, 4, 5, 6, 7, 8, 10×Ir, 9 settings, tolerance ±15%

Time delay (ms)Adjustable 50, 100, 200, 300 4 settings, tolerance±15%

"I2t constant = function" on, off

Ammeter (A) Maximum load phase current and R,S,T,N phase current

Adjustable tripping threshold (A), 0.2~1×In, 9 setting

Earth fault protection (E) Adjustable time delay (ms), 100, 200, 300, 400 4 setting, tolerance ±20%

Constant "I2t = function" on, off

Communication (C) Setting, R, S, T, N phase current, tripping reason

ZSI (Z) ZSI input and output signal

Tripping threshold (A), Ii Adjustable 1.5, 2, 4, 5, 6, 8, 10, 11×In, 9 settings

LED indication Ir, Isd, Ii, (Ig)



Short-circuit protection (instantaneous)

Indication of tripping reason

Option for TS400ETM to TS800ETM



A-2-39

ETM33 for TS400/TS630① Adjustable rated currentsetting (Ir)

② Adjustable long timesetting (tr)

③ Adjustable short timecurrent setting (Isd)

④ Adjustable time delaysetting (tsd)

⑤ Adjustable instantaneouscurrent setting (Ii)

⑥ Adjustable earth faultcurrent setting (Ig)

⑦ Adjustable earth faultdelay setting (tg)

⑧ Indication LED

⑨ TR (trip reason) button

⑩ Display LCD (Ammeter)

⑪ Auxiliary power

⑫ Test connector

⑬ Alarm LED

tr

tsd

li

Isd

t

I

OFF

ON

lg

ta

OFFON

Ir = 625AIt = 540A

① ③ ⑥ ⑬

⑨

⑪⑩

⑫ ② ⑤ ④ ⑦ ⑧

ETM43 for TS800

Ir = 760AIt = 695A

① ③ ⑥ ⑬

⑨

⑪⑩

⑫ ② ⑤ ④ ⑦ ⑧


Electronic trip units (Multifunction)ETM33 for TS400, TS630

A-2-40

Alarm indicationThe LED lights and remains lit when the load exceeds 90 % of Ir.The LED blinks for an overload(≥105% Ir), warning that the circuit breaker may trip.

Fault indicationsLEDs indicate the type of fault that caused tripping:

Ir : overloadIsd : short-circuit ( short time, instantaneous)Ig : earth fault

If push the TR button to indicate the tripping reasion, the indication LED of tripping is ON.The information is however stored in memory and the LED can be reilluminated by pressing the TR button.The LED automatically goes off and the memory is cleared when the circuit breaker is reset.In normal condition, if push TR button, all indication LED is ON for testing auxiliary power and LED.

alarm

Ir

Isd

Ig

90%105%

① Adjustable rated current setting (Ir)

② Adjustable long time setting (tr)

③ Adjustable short time current setting (Isd)

④ Adjustable time delay setting (tsd)

⑤ Adjustable instantaneous current setting (Ii)

⑥ Adjustable earth fault current setting (Ig)

⑦ Adjustable earth fault delay setting (tg)

⑧ Indication LED



⑪ Auxiliary power

⑫ Test connector

⑬ Alarm LED 90% Ir : ON,

105% Ir or more: ON-OFF

Configuration① ③ ⑥ ⑬

⑨

⑪

⑩

⑫ ② ⑤ ④ ⑦ ⑧

Ir = 625AIt = 540A



A-2-41

Tripping characteristicsTrip unit, ETM33

Trip unit frame- 33 for TS400, TS630- 43 for TS800

Rated current, In- 160, 250, 400A for TS400- 160, 250, 400, 630A for TS630

Trip unit function- ETM : Multifunction electronic trip unit

ETM 33 In600A


tr

tsd

li

Isd

t

I

1

1

.9.8

.7

.6

.5

tr(6Ir)12

12

2

8

6

4

1

1

.95

.85

.8

.9

111.5

2

3

4 5 6

8

10

1

.8

.7

.4

.6.5

.3

.2 offon tg off.1 .1

.2 .2

.3 .3

.4 .4I2t

on tsd off

.1.1

.2 .2

.3 .3I2t

.05 .05

OFF

ON

lg

ta

OFFON

4

3

2

56

7

8

1.5 10

Long time protection againstoverloadsIo = Coarse adjustment (function of In)Ir = Fine adjustmenttr = Long time delay

Short circuit protectionIsd = Short circuit threshold,tsd = Short circuit time delay

I2t curve in position ON or OFF

Instantaneous protectionIi = Instantaneous threshold

Earth fault protectionIg = Insulation fault thresholdtg = Earth fault time delay




A-2-42

Setting detailsOverload protection setting current, Ir(A)

Setting detailsOverload protection setting current, Ir(A)

Trip unit type 16 32 40 64 80 100 160 250 320 400 630 800

ETM33 for TS400

for TS630


tr

tsd

li

Isd

t

I

OFF

ON

lg

ta

OFFON

1

1

.9.8

.7

.6

.5

Type of trip unit TS400ETM

Rated current, In(A) 160 250 400

Setting Setting

value value Short time pick-up current setting, Isd = Setting value (1.5~10) × Ir

Coarse, Io Fine, Ir

0.8 64 100 160

0.85 68 106.25 170

0.5 0.9 72 112.5 180

0.95 76 118.75 190

1 80 125 200

0.8 76.8 120 192

0.85 81.6 127.5 204

0.6 0.9 86.4 135 216

0.95 91.2 142.5 228

1 96 150 240

0.8 89.6 140 224

0.85 95.2 148.75 238

0.7 0.9 100.8 157.5 252

0.95 106.4 166.25 266

1 112 175 280

0.8 102.4 160 256

0.85 108.8 170 272

0.8 0.9 115.2 180 288

0.95 121.6 190 304

1 128 200 320

0.8 115.2 180 288

0.85 122.4 191.25 306

0.9 0.9 129.6 202.5 324

0.95 136.8 213.75 342

1 144 225 360

0.8 128 200 320

0.85 136 212.5 340

1 0.9 144 225 360

0.95 152 237.5 380

1 160 250 400



A-2-43


Setting example : In

Io

Ir

400A

0.5 0.6 0.7 0.8 0.9 1

0.8 0.85 0.9 0.95 1

tr

tsd

li

Isd

t

I

OFF

ON

lg

ta

OFFON

1

1

.9.8

.7

.6

.5


Rated current, In(A) 160 250 400 630

Setting Setting

value value Overload protection setting current, Ir (A)

Coarse, Io Fine, Ir

0.8 64 100 160 252

0.85 68 106.25 170 267.75

0.5 0.9 72 112.5 180 283.5

0.95 76 118.75 190 299.25

1 80 125 200 315

0.8 76.8 120 192 302.4

0.85 81.6 127.5 204 321.3

0.6 0.9 86.4 135 216 340.2

0.95 91.2 142.5 228 359.1

1 96 150 240 378

0.8 89.6 140 224 352.8

0.85 95.2 148.75 238 374.85

0.7 0.9 100.8 157.5 252 396.9

0.95 106.4 166.25 266 418.95

1 112 175 280 441

0.8 102.4 160 256 403.2

0.85 108.8 170 272 428.4

0.8 0.9 115.2 180 288 453.6

0.95 121.6 190 304 478.8

1 128 200 320 504

0.8 115.2 180 288 453.6

0.85 122.4 191.25 306 481.95

0.9 0.9 129.6 202.5 324 510.3

0.95 136.8 213.75 342 538.65

1 144 225 360 567

0.8 128 200 320 504

0.85 136 212.5 340 535.5

1 0.9 144 225 360 567

0.95 152 237.5 380 598.5

1 160 250 400 630



A-2-44

Short circuit protectionThe short circuit threshold, Isd is a multiple of the overload setting, Ir.

Setting example :

Short circuit time delay

0.1....0.4s

0.2....1Inlg

tg

0.1....0.4s

0.2....1In

tg

lg 1

.8

.7

.4

.6.5

.3

.2 off

on tg off.1 .1

.2 .2

.3 .3

.4 .4I2t

0.05...0.3stsd 0.05...0.3s

tsd

Earth fault protection(E), optionalThe ETM trip units measure the vectorial sum of the three phase current and, if present, that of theneutral conductor. If the sum of these values exceeds the set current thresholds for a period of time greater than thetime delay, the breaker is tripped.

The breaker trips when thecurrent exceeds 1440A.

400A

0.5 0.6 0.7 0.8 0.9 1

0.8 0.85 0.9 0.95 1

1.5 2 3 4 5 6 7 8 10

4

3

2

56

7

8

1.5 10

on tsd off

.1.1

.2 .2

.3 .3I2t

.05 .05

Ig = insulation fault thresholdtg = earth fault time delay



A-2-45

Ammeter (A), optionalThe Ammeter device has an accuracy of ±10%. The highest phase current is displayed in upper line. In under line, R, S and T phase current is scrolled autom.

Ammeter display limits:- minimum current ≥ 0.3×In (one phase)- maximum current ≤ 10×In

Zone selective interlocking (ZSI), optionalZone Selective Interlocking is mainly used in systems with high rated current and short circuit current values, with safety and service continuity requirements. This type of discrimination can be achieved with circuit breakers equipped with specially designed electronic trip units (ETM for TS circuit breakers).

Zone selective interlocking (ZSI) is a system designed•to reduce the stress on electrical distribution components during short-circuit or earth fault

conditions.•to reduce the tripping times (Lower than hundred milliseconds).•to reduce the damage caused by the fault and of interferences to the power supply system;

A number of circuit breakers are interconnected one after another by a pilot-wire.

Power source: DC24V Power is required.

Operation•With ZSI, ETM trip unit detects the fault and then send the signal to upstream circuit breaker

which applies the set time delay and ignore its present short-time and or/ earth fault delay andclear the fault with no intentional delay.

•Without ZSI, ETM trip unit detects the fault and then trips the circuit breaker with intentionaldelay

CB1

CB2

CB3

Intentionaldelay: 0.2s


Instantaneousprotectionoperation

Instantaneousprotection operation

Fault 2

Fault 1


Zone Selective Interlocking



A-2-46

Communication(C), optionalCommunication interface: RS485 (Modbus-RTU)The Modbus RS485 system is an open bus on which communicating Modbus devices areinstalled. All kinds of PLCs and computers can be connected to the bus.

Transmitted data :•Protection setting values•Highest current of the three phases•Measurement: R, S, T and N phase current•Fault reading: Type of fault (Overload, short-circuit, etc)

The setting of communication address using TR button and LCD display (Ammeter).


Combination of optionsA(Ammeter) Z(Zone selective interlocking)E(Earth fault protection) Z+AA+E Z+E A +C(Communication) Z+A+EA+E+C Z+A +C

Z+A+E+C



A-2-47

Display current value (RMS) of phase which is carrying maximum ineach phaseDisplay current value (RMS) of each phase at an interval of every 2seconds.

Press “TR” button for 5 seconds.

The cursor in the first row is flickering at an interval of every 0.5 seconds.

Whenever pressing “TR” button, the number will change from 1 to247.


The cursor in the second row is flickering at an interval of every 0.5 seconds.

Whenever pressing “TR” button, the following figures will bedisplayed in order. [3P160 / 3P250 / 3P400 / 3P630 / 3P800 /4P160 / 4P250 / 4P400 / 4P630 / 4P800 ]

The value set by manufacturer according to customer’s orderspecification.

For saving setting value, press “TR” button for 5 seconds.

Then, the LCD return to Ammeter function.

Note: If there is no action on ”TR” button over 8 seconds, the LCD return to first stage.

I r - 1 2 6 0 A

I s - 1 2 6 5 A

A d d r : 6 0 1

C T : 3 P 1 6 0

A d d r : 6 0 1

C T : 3 P 1 6 0

I r - 1 2 6 0 A

I s - 1 2 6 5 A

Menu structure of the electronic trip unit (ETM)



A-2-48

Feature of trip unit according to option

ETM33

In 630A

ETM33

ETM33

ETM33

In 630A

In 630A

In 630A

ETM33 A+E

ETM33 A+E+C

ETM33 Z+A+E

ETM33 Z+A+E+C

ETM33 A

ETM33 A+C

ETM33 Z+A

ETM33 Z+A+C

ETM33 E

ETM33 Z+E

ETM33

ETM33 Z


Electronic trip units (Multifunction)ETM43 for TS800

A-2-49

Alarm indicationThe LED lights and remains lit when the load exceeds 90 % of Ir.The LED blinks for an overload(≥105% Ir), warning that the circuit breaker may trip.

Fault indicationsLEDs indicate the type of fault that caused tripping:

Ir : overloadIsd : short-circuit (short time, instantaneous)Ig : earth fault

The information is however stored in memory and the LED can be reilluminated by pressing the TR button.The LED automatically goes off and the memory is cleared when the circuit breaker is reset.In normal condition, if push TR button, all indication LED is ON for testing auxiliary power and LED.

alarm

Ir

Isd

Ig

90%105%

① Adjustable rated current setting (Ir)

② Adjustable long time setting (tr)

③ Adjustable short time current setting (Isd)

④ Adjustable time delay setting (tsd)

⑤ Adjustable instantaneous current setting (Ii)

⑥ Adjustable earth fault current setting (Ig)

⑦ Adjustable earth fault delay setting (tg)

⑧ Indication LED



⑪ Auxiliary power

⑫ Test connector

⑬ Alarm LED 90% Ir : ON,

105% Ir or more: ON-OFF

Configuration① ③ ⑥ ⑬

⑨

⑩

⑪

⑫ ② ⑤ ④ ⑦ ⑧

Ir = 760AIt = 695A



A-2-50

Tripping characteristicsTrip unit for TS800 circuit breaker

tr

tsd

li

Isd

t

I

1

1

.9.8

.7

.6

.5

tr(6Ir)12

12

2

8

6

4

1

1

.95

.85

.8

.9

111.5

2

3

4 5 6

8

10

1

.8

.7

.4

.6.5

.3

.2 offon tg off.1 .1

.2 .2

.3 .3

.4 .4I2t

on tsd off

.1.1

.2 .2

.3 .3I2t

.05 .05

OFF

ON

lg

ta

OFFON

4

3

2

56

7

8

1.5 10

Long time protection againstoverloadsIo = Coarse adjustment (function of In)Ir = Fine adjustmenttr = Long time delay

Short circuit protectionIsd = Short circuit threshold,tsd = Short circuit time delay


Instantaneous protectionIi = Instantaneous threshold

Earth fault protection

Ig = Insulation fault thresholdtg = Earth fault time delay


Trip unit frame- 33 for TS400, TS630- 43 for TS800

Rated current, In- 630, 800A for TS630

Trip unit function- ETM: Multi function electronic trip unit

ETM 43 In800A




A-2-51

Setting detailsTrip unit rating, In

Trip unit type 16 32 40 64 80 100 160 250 320 400 630 800

ETM43 for TS800


tr

tsd

li

Isd

t

I

OFF

ON

lg

ta

OFFON

1

1

.9.8

.7

.6

.5


Rated current, In(A) 630 800

Setting Setting

value value Overload protection setting current, Ir (A)

Coarse, Io Fine, Ir

0.8 252 320

0.85 267.75 340

0.5 0.9 283.5 360

0.95 299.25 380

1 315 400

0.8 302.4 384

0.85 321.3 408

0.6 0.9 340.2 432

0.95 359.1 456

1 378 480

0.8 352.8 448

0.85 374.85 476

0.7 0.9 396.9 504

0.95 418.95 532

1 441 560

0.8 403.2 512

0.85 428.4 544

0.8 0.9 453.6 576

0.95 478.8 608

1 504 640

0.8 453.6 576

0.85 481.95 612

0.9 0.9 510.3 648

0.95 538.65 684

1 567 720

0.8 504 640

0.85 535.5 680

1 0.9 567 720

0.95 598.5 760

1 630 800



A-2-52

Short circuit protectionThe short circuit threshold, Isd is a multiple of the overload setting, Ir.

Setting example :

Short circuit time delay

0.1....0.4s

0.2....1Inlg

tg

0.1....0.4s

0.2....1In

tg

lg 1

.8

.7

.4

.6.5

.3

.2 off

on tg off.1 .1

.2 .2

.3 .3

.4 .4I2t

0.05...0.3stsd 0.05...0.3s

tsd

Earth fault protection(E), optionalThe ETM trip units measure the vectorial sum of the three phase current and, if present, that of theneutral conductor. If the sum of these values exceeds the set current thresholds for a period of time greater than thetime delay, the breaker is tripped.

The breaker trips when thecurrent exceeds 2880 A.

800A

0.5 0.6 0.7 0.8 0.9 1

0.8 0.85 0.9 0.95 1

1.5 2 3 4 5 6 7 8 10

4

3

2

56

7

8

1.5 10

on tsd off

.1.1

.2 .2

.3 .3I2t

.05 .05

Ig = insulation fault thresholdtg = earth fault time delay



A-2-53

Ammeter (A), optionalThe Ammeter device has an accuracy of ±10%. The highest phase current is displayed in upper line. In under line, R, S and T phase current is scrolled autom.

Ammeter display limits:- minimum current ≥ 0.3×In (one phase)- maximum current ≤ 10×In

Zone selective interlocking (ZSI), optionalZone Selective Interlocking is mainly used in systems with high rated current and short circuit current values, with safety and service continuity requirements. This type of discrimination can be achieved with circuit breakers equipped with specially designed electronic trip units (ETM for TS circuit breakers).

Zone selective interlocking (ZSI) is a system designed•to reduce the stress on electrical distribution components during short-circuit or earth fault

conditions.•to reduce the tripping times (Lower than hundred milliseconds).•to reduce the damage caused by the fault and of interferences to the power supply system;

A number of circuit breakers are interconnected one after another by a pilot-wire.


Operation•With ZSI, ETM trip unit detects the fault and then send the signal to upstream circuit breaker

which applies the set time delay and ignore its present short-time and or/ earth fault delay andclear the fault with no intentional delay.

•Without ZSI, ETM trip unit detects the fault and then trips the circuit breaker with intentionaldelay

CB1

CB2

CB3



Instantaneousprotectionoperation

Instantaneousprotection operation

Fault 2

Fault 1


Zone Selective Interlocking



A-2-54

Communication(C), optionalCommunication interface: RS485 (Modbus-RTU)The Modbus RS485 system is an open bus on which communicating Modbus devices areinstalled. All kinds of PLCs and computers can be connected to the bus.

Transmitted data:•Protection setting values•Highest current of the three phases•Measurement: R, S, T and N phase current•Fault reading: Type of fault (Overload, short-circuit, etc)

The setting of communication address using TR button and LCD display (Ammeter).


Combination of optionsA(Ammeter) Z(Zone selective interlocking)E(Earth fault protection) Z+AA+E Z+E A +C(Communication) Z+A+EA+E+C Z+A +C

Z+A+E+C



A-2-55

Display current value (RMS) of phase which is carrying maximum ineach phaseDisplay current value (RMS) of each phase at an interval of every 2seconds.


The cursor in the first row is flickering at an interval of every 0.5 seconds.

Whenever pressing “TR” button, the number will change from 1 to247.


The cursor in the second row is flickering at an interval of every 0.5 seconds.

Whenever pressing “TR” button, the following figures will bedisplayed in order. [3P160 / 3P250 / 3P400 / 3P630 / 3P800 /4P160 / 4P250 / 4P400 / 4P630 / 4P800 ]

The value set by manufacturer according to customer’s orderspecification.

For saving setting value, press “TR” button for 5 seconds.

Then, the LCD return to Ammeter function.

Note: If there is no action on ”TR” button over 8 seconds, the LCD return to first stage.

I r - 1 2 6 0 A

I s - 1 2 6 5 A

A d d r : 6 0 1

C T : 3 P 1 6 0

A d d r : 6 0 1

C T : 3 P 1 6 0

I r - 1 2 6 0 A

I s - 1 2 6 5 A

Menu structure of the electronic trip unit (ETM)



A-2-56

Feature of trip unit according to option

ETM43

In 800A

ETM43

ETM43

ETM43

In 800A

In 800A

In 800A

ETM43 A+E

ETM43 A+E+C

ETM43 Z+A+E

ETM43 Z+A+E+C

ETM43 A

ETM43 A+C

ETM43 Z+A

ETM43 Z+A+C

ETM43 E

ETM43 Z+E

ETM43

ETM43 Z


Electrical characteristics

A-2-57

100 160 250

1.6, 3.2, 6.3, 12, 20, 32, 50, 63, 80,100, 160, 220

32, 50, 63, 100 100, 160

3 3 3

690 690 690

500 500 500

8 8 8

750 750 750

N H L N H L N H L

100 120 200 100 120 200 100 120 200

50 85 150 50 85 150 50 85 150

50 70 130 50 70 130 50 70 130

42 65 85 42 65 85 42 65 85

10 15 20 10 15 20 10 15 20

100% 100% 100% 100% 100% 100% 100% 100% 100%

220 264 440 220 264 440 220 264 440

105 187 330 105 187 330 105 187 330

105 154 286 105 154 286 105 154 286

88 143 187 88 143 187 88 143 187

17 30 40 17 30 40 17 30 40

A A A

IEC60947-2 IEC60947-2 IEC60947-2

25000 25000 25000

10000 10000 10000

105×160×86 105×160×86 105×160×86

2 2 2

TS100 TS160 TS250Frame size [AF]

Rated current, In [A]

No. of poles


voltage, Ue DC [V]




AC 50/60Hz 220/240V [kA]

380/415V [kA]

440/460V [kA]

480/500V [kA]

660/690V [kA]


Rated short-circuit making capacity Icm

AC 50-60Hz 220/240V [kA]

380/415V [kA]

440/460V [kA]

480/500V [kA]

660/690V [kA

Category of utilization

Isolation behavior

Reference standard

Trip unit (release)

magnetic only MTU


rear-connection


rear-connection


Electrical life @415 V AC [operations]

Basic dimensions, W×H×D3-pole [mm]

(front connection)

Weight 3-pole [kg]

(front connection)

A-2-58

TS400 TS630 TS800400 630 800

320 500 630

3 3 3

690 690 690

500 500 500

8 8 8

750 750 750

N H L N H L N H L

100 120 200 100 120 200 100 120 200

65 85 150 65 85 150 65 100 150

65 85 130 65 85 130 65 100 130

42 65 85 42 65 85 42 85 100

10 20 35 10 20 35 10 20 35

100% 100% 100% 100% 100% 100% 100% 100% 100%

220 264 440 220 264 440 220 264 440

143 187 330 143 187 330 143 220 330

143 187 286 143 187 286 143 220 286

88 143 187 88 143 187 88 187 220

17 40 74 17 40 74 17 40 74

A A A

IEC60947-2 IEC60947-2 IEC60947-2

20000 20000 10000

6000 6000 3000

140×260×110 140×260×110 210×320×135

5.4 5.4 15.1


Magnetic only trip unitMTU for TS100, TS160, TS250, TS400, TS630, TS800

A-2-59

Magnetic only release

MCCB frame type- TS100: TS100N, TS100H, TS100L- TS160: TS160N, TS160H, TS160L- TS250: TS250N, TS250H, TS250L- TS400: TS400N, TS400H, TS400L- TS630: TS630N, TS630H, TS630L- TS800: TS800N, TS800H, TS800L

TS250 MTU


Configuration

Trip unit rating, Inand reference temperature


Magnetic setting for short-circuitprotection

For the protection of motors from 1.6 to 250kW(400V),TS100 to TS800 circuit Breakers must be equipped witha special trip unit MTU adjustable thresholds.

This assembly ensures: Short-circuit protection(magnetic trip unit with adjustable thresholds); Suitabilityfor isolation. For the TS100 to TS800 circuit breakers,trip unit MTU is interchangeable.

The circuit breakers presented here: Provide protectionagainst short-circuits; Are suitable for isolation asdefined by IEC60947-2 standard.

Magnetic onlyrelease

M

Motor

T1

2 4 6

2 4 6

1 3 5

1

L1

L2

L3

3 5

T2 T3

O/L

Contactor

Breaker


A-2-60

Magnetic only trip unitMTU for TS100, TS160, TS250, TS400, TS630, TS800

Im = 6...12×In

t

Im0 I

14 16

18

20

12

10

Pick - up Im setting

6..12×In (6 Point)


TS250MTU 220A

3P

2024 2376

2728

3080

1672

1320Im

TS250MTU - Adjustable magnetic only unit

TS160MTU 160A

3P

1344 1536

1728

1920

1152

960Im

TS160MTU - Adjustable magnetic only unit

TS100MTU 63A3P

560 640

720

800

480

400Im

TS100MTU- Adjustable magnetic only unit

TS630MTU 500A4600 5400

6200

7000

3800

3000Im

TS400 MTU, TS630MTU, TS800MTU- Adjustable magnetic only unit

TS100 to TS800

1.6 3.2 6.3 12 20 32 50 63 100 160 220 320 500 630

CharacteristicsMagnetic trip units(MTU)

Setting detailsMTU In 6×In .. .. .. .. 12×In

1.6 10 12 14 16 18 20

3.2 20 24 28 32 36 40

6.3 40 48 56 64 72 80

12 70 84 98 112 126 140

20 120 144 168 192 216 240

32 190 228 266 304 342 380

50 300 360 420 480 540 600

63 400 480 560 640 720 800

MTU In 6×In .. .. .. .. 12×In

100 600 720 840 960 1080 1200

160 960 1152 1344 1536 1728 1920

220 1320 1584 1848 2112 2376 2640

320 1920 2304 2688 3072 3456 3840

500 3000 3600 4200 4800 5400 6000

630 3780 4536 5292 6048 6804 7560

Rating(A) In

N / H / L TS100

TS160

TS250

TS400

TS630

TS800

Switch-Disconnectors

A-2-61

TD series

160 100 160

160 100 160

2, 3, 4 2, 3, 4 2, 3, 4

690 690 690

500 500 500

160 100 160

8 8 8

750 750 750

3.1 2.8 3.6

2200 2000 2500

2200 2000 2500

960 690 960

IEC60947-3 IEC60947-3 IEC60947-3

TD160DSU TS100DSU TS160DSU

25000 25000 25000

10000 10000 10000

90×140×86 105×160×86 105×160×86

120×140×86 140×160×86 140×160×86

1.5 2 2

1.8 2.6 2.6

Frame size [AF]

Conventional thermal current, Ith [A]

No. of poles

Rated operational voltage, AC [V]

Ue DC [V]

Rated operational current, Ie

Rated impulse withstand voltage,Uimp [kV]


Rated short-circuit making capacity, Icm [kA peak]

Rated short-time 1s [A rms]

withstand current, Icw 3s [A rms]

20s [A rms]

Isolation behavior

Reference standard

Trip unit (release)

disconnector unit DSU


rear-connection


rear-connection


Electrical life @415 V AC [operations]

Basic dimensions, W×H×D 3-pole [mm]

(front connection) 4-pole [mm]

Weight 3-pole [kg]

(front connection) 4-pole [kg]

The switch-disconnectors are different from the circuit-breakers in the absence of theconventional protection unit. They keep the overall dimensions, connection systemsand accessories unchanged from the corresponding circuit-breakers. Installationstandards require upstream protection. However, thanks to their high-set magneticrelease, TD160 ... TS800 DSU are self protected.

TD160NA TS100NA TS160NA

A-2-62

TS seriesTS series

250 400 630 800

250 400 630 800

2, 3, 4 2, 3, 4 2, 3, 4 2, 3, 4

690 690 690 690

500 500 500 500

250 400 630 800

8 8 8 8

750 750 750 750

4.9 7.1 8.5 12

3500 5000 6300 8000

3500 5000 6300 8000

1350 1930 2320 2560

IEC60947-3 IEC60947-3 IEC60947-3 IEC60947-3

TS250DSU TS400DSU TS630DSU TS800DSU

25000 20000 20000 10000

10000 6000 6000 3000

105×160×86 140×260×110 140×260×110 210×320×135

140×160×86 185×260×110 185×260×110 280×320×135

2 5.4 5.4 15.1

2.6 7.2 7.2 19.6


TS800NATS250NA TS400NA TS630NA

A-3. AccessoriesTD & TS MCCB Index

Electrical auxiliariesUndervoltage release, UVTShunt release, SHTAuxiliary switch (AX), Alarm switch (AL) and Fault alarm switch (FAL)Possible configuration of electrical auxiliaries

Rotary handlesRotary handles

Locking devicesRemovable locking deviceLocking by rotary handle with a key lockFixed locking deviceHow to usePadlocking by rotary handleReleasing panel door lock at ON position

TerminalsFront connectionRear connection

Plug-in devicePlug-in deviceAssembling procedure

InsulationInsulation by barrierInsulation by terminal cover

InterlockMechanical interlocking device

Remote operationMotor operatorManual operationAutomatic operationMotor operator (Feature)

Standard accessories

A-3-1

A-3-2

A-3-3

A-3-4

A-3-5

A-3-7

A-3-8

A-3-8

A-3-9

A-3-9

A-3-9

A-3-10

A-3-14

A-3-15

A-3-16

A-3-19

A-3-20

A-3-21

A-3-22

A-3-23

A-3-23

A-3-24

A-3-25

Accessories

Electrical auxiliariesThe following devices are installed into all TD & TS circuit breakers regardless of frame size. And, the electrical auxiliaries can be easily installed in the accessory compartment of the circuitbreakers which is cassette type.

A-3-1

Undervoltage release, UVTThe undervoltage release automatically opens a circuit breaker when voltage drops to a valueranging between 35% to 70% of the line voltage. The operation is instantaneous, and after tripping,the circuit breaker cannot be re-closed again until the voltage returns to 85% of line voltage.

Continuously energized, the undervoltage release must be operating before the circuit breaker canbe closed. The undervoltage release can be easily installed in the left accessory compartment ofthe Susol TD and TS circuit-breakers.

•Range of tripping voltage: 0.35 ~ 0.7Vn•MCCB making is possible voltage: 0.85Vn (exceed)•Frequency (only AC): 45Hz ~ 65HzUVT

0.8Nm

Control voltage (V)Consumption Applicable

AC (VA) DC (W) mA MCCBs

AC/DC 24V 0.64 0.65 27

AC/DC 48V 1.09 1.10 23

AC/DC 110~130V 0.73 0.75 5.8

AC 200~240V/DC 250V 1.21 1.35 5.4

AC 380~440V 1.67 - 3.8

AC 440~480V 1.68 - 3.5

Max.opening time (ms) 50

Tightening torque of terminal screw 0.8Nm

Transformer operating voltage (V)

- Drop (Circuit breaker trips) 0.7~1.35Vn

- Rise (Circuit breaker can be switched on) ~0.85Vn

Technical data

TD100, TD160,

TS100, TS160,

TS250, TS400,

TS630, TS800

Power

consumption

Accessories


A-3-2

Shunt release, SHTThe shunt release opens the mechanism in response to an externally applied voltage signal. Thereleases include coil clearing contacts that automatically clear the signal circuit when themechanism has tripped.The shunt release can be installed in the left accessory compartment of the Susol TD & TS circuit-breakers.

•Range of operational voltage: 0.7 ~ 1.1Vn•Frequency (only AC): 45Hz ~ 65Hz

SHT

Control voltage (V)Consumption Applicable

AC (VA) DC (W) mA MCCBs

DC 12V - 0.36 30

AC/DC 24V 0.58 0.58 24

AC/DC 48V 1.22 1.23 25

AC/DC 110~130V 1.36 1.37 10.5

AC 220~240V/DC250V 1.80 1.88 7.5

AC 380~500V 1.15 - 2.3

Max.opening time (ms) 50

Tightening torque of terminal screw 0.8Nm

Technical data

TD100, TD160,

TS100, TS160,

TS250, TS400,

TS630, TS800

Power

consumption

0.8Nm

Click

Accessories


A-3-3

Auxiliary switch (AX), Alarm switch (AL) and Fault alarm switch (FAL)Auxiliary switch (AX)Auxiliary switch is for applications requiring remote “ON” and “OFF” indication.Each switch contains two contacts having a common connection.One is open and the other closed when the circuit breaker is open, and vice-versa.

Alarm switch (AL)Alarm switches offer provisions for immediate audio or visual indication of a tripped breaker due tooverload, short circuit, shunt trip, or undervoltage release conditions.They are particularly useful in automated plants where operators must be signaled about changesin the electrical distribution system. This switch features a closed contact when the circuit breakeris tripped automatically. In other words, this switch does not function when the breaker is operatedmanually.Its contact is open when the circuit breaker is reset.

Fault alarm switch (FAL)FAL Indicates that the breaker has tripped due to overload or short circuit. And, it can be applied to only circuit breakers with electronic trip units.

AX

ALMCCB ON OFF TRIP

Position

of AX

Position

of

AL, FAL

Contact operation

AXc1AXa1

AXb1AXc1

AXa1

AXb1

AXc1AXa1

AXb1AXc1

AXa1

AXb1

Conventional thermal current Ith 5A

Rated operational current IeVoltage

Ie

with rated operational voltage Ue Resistance Inductance

- Altemating current 50/60Hz AC 125V 5 3

250V 3 2

500V - -

- Direct current DC 30V 4 3

125V 0.4 0.4

250V 0.2 0.2

Technical data

TD100

TD160

TS100

TS160

TS250

TS400

TS630

TS800

Accessories


A-3-4

Possible configuration of electrical auxiliaries

Phase Accessory TD160 TS250 TS630 TS800

AX - 1 3 3

R (Left) AL 1 1 - -

SHT or UVT 1 1 1 1

AX 2 1 - -

T (Right) AL - - 1 2

FAL - 1 1 1

Maximum possibilities

Note) FAL can be applied to only MCCB with electronic trip release.

AL

AL

TD160 TS250 TS630 TS800

SHT/UVT

*FAL

TD160 TS250 TS630 TS800

ALAL ALAX AX AX

AX AX AX

AXAXAX AX

SHT/UVT

SHT/UVT

SHT/UVT

*FAL*FAL

*FAL

Accessories

Rotary handles

A-3-5

Rotary handlesThe rotary handle operating mechanism is available in either the direct version or in the extendedversion on the compartment door.It is always fitted with a compartment door lock and on a request it can be supplied with a key lockin the open position.

MCCB Padlockable device Lock function

TD100, TD160 DHK1 Lock in On or Off position

TS100, TS160, TS250 DHK2 Lock in On or Off position

TS400, TS630 DHK3 Lock in On or Off position

TS800 DHK4 Lock in On or Off position

Direct rotary handles with a key lock

MCCB Padlockable device

TD100,TD160 EH1

TS100,TS160,TS250 EH2

TS400,TS630 EH3

TS800 EH4

Extended rotary handles

MCCB Rotary handle

TD100,TD160 DH1

TS100,TS160,TS250 DH2

TS400,TS630 DH3

TS800 DH4

Direct rotary handles

Direct rotary handles

Extended rotary handles

Direct rotary handles with a key lock

Accessories

Rotary handles

A-3-6

Rotary handles

Type

Circuit breaker with cover frame and

rotary direct handle

The access probe of 1.0mm

diameter shall not penetrate.IP40 Wire


rotary extended handle

Totally protected

against ingress of

dust and water jets fromany

direction

IP65 Wire

Degree of protection IP

Protection of persons

against access to

hazardo us parts with:

Degree of protections


rotary direct handle


rotary extended handle

Accessories

Locking devices

A-3-7

Removable locking deviceRemovable locking device is available for all TD & TS circuit breakers. The locking device is designed to be easily attached to the circuit-breaker.

This device allows the handle to be locked in the “OFF” position. Locking in the OFF position guarantee isolation according to IEC 60947-2.

The locking device for the toggle handle can be installed in 3-pole and 4-pole circuit-breakers. Maximum three (3) padlocks with shackle diameters ranging from 5 to 8mm may be used. (Padlocks are not supplied)

Cover Aux.

Pad-lock

5~8

30

MCCB Padlockable device Function

TD100,TD160 PL1 “OFF” position

TS100,TS160,TS250 PL2 “OFF” position

TS400,TS630 PL3 “OFF” position

TS800 PL4 “OFF” position

Removable locking device

Accessories

Locking devices

A-3-8

Fixed locking deviceFixed locking device is available for all TD & TS circuit breakers.This device allows the handle to be locked in the “ON” and “OFF” position. Locking in the OFF position guarantee isolation according to IEC 60947-2.

The locking device for the toggle handle can be installed in 3-pole and 4-pole circuit-breakers. Maximum three (3) padlocks with shackle diameters ranging from 5 to 8mm may be used.(Padlocks are not supplied)

How to useThe locking device for the toggle handle is designed to be easily attached to the front of circuit-breaker.① Please set the toggle handle in the position of ”On” or ”Off”.② Install the lock device onto the front of auxiliary cover of circuit breaker.③ Folding the wings of lock device as shown in picture 3.④ The padlock to be used shall be that which is commercially available with

the nominal dimension. (30mm nominal dimension, 5~8mm diameter)

5~8

30


TD100,TD160 PHL1 Lock in Off or On position

TS100,TS160,TS250 PHL2 Lock in Off or On position

TS400,TS630 PHL3 Lock in Off or On position

TS800 PHL4 Lock in Off or On position

Fixed locking device

① ②

③ ④

Accessories

Locking devices

A-3-9

Locking by rotary handle with a key lockA locking can be done by using the rotary handle which has key lock device.The lock is used to lock the circuit-breaker in the OFF position. The key can only be removed when the circuit-breaker is in the OFF position. The key cannot be removed when the rotary handle is in the ON position.

Padlocking by rotary handleA padlocking can be also done by using the rotary handle.The lock is used to lock the circuit-breaker in the ON and OFF position.Maximum three (3) padlocks with shackle diameters ranging from 5 to 8mm may be used.(Padlocks are not supplied)

Releasing panel door lock at ON positionThe panel door can be locked at ON and TRIP position of rotary handle. To open the panel door at ON position, just rotate release screw clockwise.

Unlocked

Locked

OFF position

Reledsing

Open Panel Door

12


TD100,TD160 DHK1 Lock in Off position

TS100,TS160,TS250 DHK2 Lock in Off position

TS400,TS630 DHK3 Lock in Off position

TS800 DHK4 Lock in Off position

Locking by rotary handle with a key lock

Accessories

Terminals

A-3-10

Front connectionTerminal mounter- It is supplied with Susol MCCBs as an standard part of circuit breaker.- Connecting part with terminal for bus bar, cable with lug

Inner box terminal- Bare cable connectors for Susol TD and TS series circuit breakers- Can be used for both aluminum and copper cables

MCCB Type

TD100,TD160 TM1

TS100,TS160,TS250 TM2

TS400,TS630 -

TS800 -

L

S

Cable

Applicable to Type connection Conductor size

possibilities

L(mm) 18

TD100, TD160IBT13 Set of 3

1S(mm2)Cu/Al 2.5~95

IBT14 Set of 4 rigid / flexible

Tightening torque (Nm) 30

L(mm) 21

TS100, TS160, TS250IBT23 Set of 3

1S(mm2)Cu/Al 10~150



L(mm) 30

TS400, TS630IBT33 Set of 3

1S(mm2)Cu/Al 70~300


Tightening torque (Nm) 36~42

Note)

Note) IBT3 for TS630 can be applied in case that rate current is upto 400A.

Accessories

Terminals

A-3-11

Front connectionExtended box terminals (Copper cables/bars and aluminum cables)- The extended box terminals for TD and TS circuit breakers can be used for cooper cables/bars

and aluminum cables. There are four (4) kinds of terminals.- For TD100, TD160: 1-cable connector (EBT13, EBT14)- For TS100, TS160, TS250: 1-cable connector (EBT23, EBT24)- For TS400, TS630: 2-cable connector (EBT33, EBT34)- For TS800: 3-cable connector (EBT43, EBT44)

L

S

1-cable connector

2-cable connector

3-cable connector

Cable

Applicable to Pole Type connection Conductor size

possibilities

L(mm) 20

TD100, TD1603P EBT13 Set of 3

1S(mm2)Cu/Al 2.5~95

4P EBT14 Set of 4 rigid / flexible


L(mm) 24

TS100, TS160, 3P EBT23 Set of 3

1S(mm2)Cu/Al 10~150

TS2504P EBT24 Set of 4 rigid / flexible


L(mm) 33 or 62

TS400, TS6303P EBT33 Set of 3

2S(mm2)Cu/Al 2×85 to 2×240



L(mm) 25~48

TS8003P EBT43 Set of 3

3S(mm2)Cu/Al 3×85 to 3×240



Accessories

Terminals

A-3-12

Front connectionSpreaders- As an optional part of circuit breaker- Can increase the pitch of the terminals

MCCB Pole Type Feature

2P SP12

TD100, TD160 3P SP13

4P SP14

2P SP22

TS100, TS160, TS250 3P SP23

4P SP24

Accessories

Terminals

A-3-13

Front connectionSpreaders- As an optional part of circuit breaker- Can increase the pitch of the terminals

MCCB Pole Type Feature

2P SP32

3P SP33

4P SP34

TS400, TS630

2P SPS32

3P SPS33

4P SPS34

2P SPS42

TS800 3P SPS43

4P SPS44

41.0

116.

0

25.0

52.552.5

46.546.5

13.0

52.552.552.5

TS400, TS630 3P

TS400, TS630 4P

70 70

81.511

5 1637 8

70 7070

TS800 3P

TS800 4P

Accessories

Terminals

A-3-14

Rear connectionRear connection terminals are used to adapt Susol TD and TS circuit breakers to switchboards orother applications that require rear connection. These can be connected directly to circuit breakers without any modification

There are two kinds of rear connection terminals.- Flat type- Round type

Flat typeFlat vertical terminals

Round typeRound threaded terminals

2,3-pole

4-pole

2,3-pole

4-pole

Flat type

Round type

TS630BOLT,HEX,SOCKET,P.S/W,M10,L20WASHER SPRONG LOCK D10WASHER PLAIN D10Torque: M8 (119 ~ 151kgf cm)

TS800BOLT, HEX, SOCKET, P.S/W, M12, L30Torque: M12 (423 ~ 537kgf cm)

12.5 (M12: 423 ~ 537kgf cm)

45 8=360 8.4 (M8: 119 ~ 151kgf cm)

TD160,TS250BOLT, HEX, SOCKET, P.S/W, M6, L12Torque: M6 (51.1 ~ 64.9kgf cm)

45 8=360

MCCB 2-pole 3-pole 4-pole

TD100,TD160 RTB12 RTB13 RTB14

TS100,TS160,TS250 RTB22 RTB23 RTB24

TS400,TS630 RTB32 RTB33 RTB34

TS800 RTB42 RTB43 RTB44

MCCB 2-pole 3-pole 4-pole

TD100,TD160 RTR12 RTR13 RTR14

TS100,TS160,TS250 RTR22 RTR23 RTR24

TS400,TS630 - - -

TS800 - - -

Accessories

Plug-in device

A-3-15

Plug-in deviceThe plug-in base is the fixed part of the plug-in version of the circuit-breaker.It will be installed directly on the back plate of panel.The circuit-breaker is racked out by unscrewing the top and bottom fixing screws.Plug-in base makes it possible to extract and/or rapidly replace the circuit breakerwithout having to touch connections for ship and important installations.

Installing on the front of themounting plate

Installing on the front of themounting rail

Installing on the back of themounting plate

Installing on the backof the mounting rail

MCCB Pole Arrangement Type Means

2 Single line PB12

3 Single line PB13

TD100, TD1602 Single line PB12D1 For distribution board

2 Double line PB12D2 For distribution board

3 Single line PB13D1 For distribution board

3 Double line PB13D2 For distribution board

TS100, TS160, TS250 2 Single line PB22

3 Single line PB23

TS400, TS6002 Single line PB32

3 Single line PB33

TS8002 Single line PB42

3 Single line PB43

Accessories

Plug-in device

A-3-16

Assembling procedure

TD100, TD160

1. Conversion to Plug-in MCCB

Upper contact

② Socket upper contact

① Disassemble terminal mounter.

③ HEX, Socket bolt(M6×12)

2. Assembling safety device

M3×10(Tap)

Safety device

3. Assembling MCCB and plug-in device

M4×80

M4×80

Screw up M4×80 afterInstolling MCCBsto boses

M4×12

Accessories

A-3-17

Plug-in device



Upper contact

② Socket upper contact

① Disassemble terminal mounter.

③ HEX, Socket bolt(M6×12)


TS250 M3×10 (2EA)

Safety device


M4×80 (4EA)

TS100, TS160, TS250

Accessories

A-3-18

Plug-in device



Contact upper

Socker upper contact

③ HEX, Socker bolt (M8×20)①

②

Upper contact

M12×30 (HEX, Socker bolt)②

①


M3×10 (2EA)

Safety device

M3×12.5(2EA)

Safety device


M5×85 (4EA)

Nut special(M6)

TS400, TS630 TS800

Accessories

A-3-19

Insulation

Insulation by barrierThese allow the insulation characteristics between the phases at the connections to be increased.They are mounted from the front, even with the circuit-breaker already installed, inserting them intothe corresponding slots.They are incompatible with both the insulating terminal covers.It is possible to mount the phase separating partitions between two circuit-breakers side by side.

Insulation barriers

Type Applied MCCB Set quantity

B-23C TD100, TD160 6pcs

TS100, TS160, TS250 6pcs

B-33C TS400, TS630 6pcs

B-43C TS800 6pcs

Accessories

A-3-20

Insulation

Insulation by terminal coverInsulation terminal coverThe terminal covers are applied to the circuit-breaker to prevent accidental contact with live partsand thereby guarantee protection against direct contacts.

Two types by length are available:Short type covers, ITS:•IP40 degree of protection•For fixed circuit-breakers with rear terminals and for moving parts of plug-in

Long type covers, ITL:•IP40 degree of protection•For fixed circuit-breakers with front, front extended, front for cables terminals.

Note) (1) 2P in 3pole mold case

Short type covers

Long type covers

MCCB Terminal cover

Frame type Pole Long type Short type

TD100,TD160 2P (1) , 3-pole ITL13 ITS13

4-pole ITL14 ITS14

TS100,TS160,TS250 2P (1), 3-pole ITL23 ITS23

4-pole ITL24 ITS24

TS400,TS6302P (1), 3-pole ITL33 ITS33

4-pole ITL34 ITS34

TS800 2P (1), 3-pole ITL43 ITS43

4-pole ITL44 ITS44

Accessories

A-3-21

Interlock

Mechanical interlocking deviceThe mechanical interlock (MIT) can be applied on the front of two breakers mounted side by side,in either the 3-pole or 4-pole version and prevents simultaneous closing of the two breakers.

Fixing is carried out directly on the cover of the breakers.

The front interlocking plate allows installation of a padlock in order to fix the position. (possibility oflocking in the O-O position as well)

This mechanical interlocking device is very useful and simple for consisting of manual source-changeover system.

Mechanical Interlock (Padlocks are not supplied)

Left MCCB: ON/OFF is possibleRight MCCB: Off lock

Operation

Left MCCB: Off lockRight MCCB: ON/OFF is possible

Interlock handle

Interlock bar

Both MCCBs are of locked

MCCB Interlock

Frame type Pole

TD100,TD160 3-pole MIT13

4-pole MIT14

TS100,TS160,TS250 3-pole MIT23

4-pole MIT24

TS400,TS630 3-pole MIT33

4-pole MIT34

TS800 3-pole MIT43

4-pole MIT44

Accessories

A-3-22

Remote operation

Motor operatorMotor operators can also be operated by manual.The motor drives a mechanism which switchesTD & TS toggle handle to the “ON” and “OFF/RESET” positions.•The manual actuator handle is located on the front of the cover.•Manual or Automatic operation can be selected.

The motor operator is an essential device for constructing a remote operated automatic source-changeover system to ensure a continuous supply of electrical power at following certaininstallations:•Commercial sector: Hospital, Tall building, Bank, Insurance companies, Shopping centers•Industry: Ships, Assembly lines at plant, Military sites, Port and Railway installation

Actuation Response time Consumption

Mechanical

MCCB Type Control voltage current (ms)(W)

service life

(A) Closing Opening (operations)

TD100, TD160 MOP1 ① DC 24V≤0.5A

310 200 14 25,000

② AC 100~240V/(DC 24V)

TS100, TS160, MOP2 DC 100~220V

≤0.5A 350 230 14 25,000

TS250 (AC)

TS400, TS630 MOP3① DC 24V ≤5A

500 350 35 20,000② AC 100~110V/ (DC 24V)

TS800 MOP4DC 110V ≤2A

700 420 35 10,000③ AC 230/DC 220V (AC)

Susol TS250N with motor operator

Accessories

A-3-23

Remote operation

Manual operation1) Insert the manual handle into the slot of Motor Operator surface and rotate it clockwise.2) It must be rotated just 180° clockwise for safe operation of micro switch in the motor operator.3) Return the manual handle after the manual operation4) Turn the slide switch back to the position of AUTO.

CAUTION: When the circuit breaker is tripped by trip button in the OFF status, it is impossible to operate motor operator automatically It must be reset by manual operation.

Automatic operation1) Set the slide switch to AUTO, then internal power is closed automatically.2) Operating frequency should be less than these below regulated values.

TD 160N/H/L, TS250N/H/L:180 operations per hour3) Use the ON/OFF switch in the range of regulated values.4) It may interfere near communication equipments because of internal switching power supply.

It’s recommended that a noise filter be installed to power supply.5) Please do not input ON/OFF signals at the same time during the automatic operation.6) If the circuit breaker has a UVT attached inside, charge a UVT on the rated voltage before

performing MOTOR OPERATOR.

Manual handle

Accessories

A-3-24

Remote operation

Motor operatorFeature① On position indication (Red color)② Trip position indication (White color)③ Off position indication (Green color)④ Button for push to trip

(available for only for TD160AF and TS630AF)⑤ On/Off/Reset selection lever⑥ Manual/Auto selection lever

TD160 .... MOP-1 TS250 .... MOP-2

TS630.... MOP-3 TS800 .... MOP-4

① ②

⑥

⑤

③

④

Accessories

A-3-25

Standard accessories

The following accessories for mounting, connection, insulation, handle operation are standarditems and are packed with Susol TD & TS series circuit breakers.

3P: 6pcs4P: 8pcs

3P: 4pcs4P: 4pcs

3P: 4pcs4P: 6pcs

3P: 6pcs4P: 8pcs

3P: 4pcs4P: 4pcs

3P: 4pcs4P: 6pcs

1pcs

3P: 6pcs4P: 8pcs

3P: 4pcs4P: 4pcs

3P: 4pcs4P: 4pcs

3P: 4pcs4P: 6pcs

1pcs

B-23C

B-23C

B-33C

B-43C

TD100N/H/L

TD160N/H/L

TS100N/H/L

TS160N/H/L

TS250N/H/L

TS400N/H/L

TS630N/H/L

TS800N/H/L

M8×20 M4×75

M8×20 M4×75

M10×30 M5×85

M12×35 M6×10 M6

3P: 6pcs4P: 8pcs

3P: 4pcs4P: 4pcs

3P: 4pcs4P: 6pcs

Memo

A-3-26

A-4. Technical informationTD & TS MCCB Index

Temperature derating

Power dissipation / Resistance

ApplicationPrimary use of transformerProtection of lighting & heating circuitsProtection of resistance welding circuitsUse of circuit-breakers for capacitor banksUsing circuit-breakers in DC networksCircuit breakers for 400Hz networksProtection of several kinds of loads

Protective coordinationDiscrimination & CascadingCascading, network 220/240VCascading, network 380/415VCascading, network 480/500VMotor protection cascading, network 220/240VMotor protection cascading, network 380/415VMotor protection cascading, network 480/500VProtection discrimination table, DiscriminationMotor protection discrimination tableType 2 Coordination according to IEC60947-4-1

How to calculate short-circuit current valueVarious short-circuitWith percent impedanceWith a simple formulaCalculation exampleCombination of transformer and impedanceVarious short-circuitCalculation exampleCalculation graph

A-4-1

A-4-3

A-4-4

A-4-6

A-4-7

A-4-8

A-4-11

A-4-12

A-4-14

A-4-16

A-4-17

A-4-20

A-4-23

A-4-26

A-4-27

A-4-28

A-4-29

A-4-39

A-4-41

A-4-46

A-4-48

A-4-50

A-4-52

A-4-56

A-4-57

A-4-58

A-4-59

AF Fixed MCCB (c/w Thermal-magnetic trip unit)

Rating (A) 10°C 20°C 30°C 40°C 50°C 60°C 70°C



A-4-1

A derating of the rated operational current of the Susol TD and TS molded case circuit breaker isnecessary if the ambient temperature is greater than 40°C. Namely, when the ambient temperatureis greater than 40°C, overload-protection characteristics are slightly modified.Electronic trip units are not affected by variations in temperature. But, the maximum permissible current in the circuit breaker depends on the ambient temperature.

Susol TD & TS series MCCB with thermal-magnetic trip units

16 16 16 16 16 15 14 13

20 20 20 20 20 19 18 16

25 25 25 25 25 23 22 21

32 32 32 32 32 30 28 26

40 40 40 40 40 38 35 33

TD100 50 50 50 50 50 47 44 41

TD160 63 63 63 63 63 59 56 52

80 80 80 80 80 75 71 66

100 100 100 100 100 94 88 82

125 125 125 125 125 117 110 103

160 160 160 160 160 150 141 131

40 40 40 40 40 38 35 33

50 50 50 50 50 47 44 41

TS10063 63 63 63 63 59 56 52

TS16080 80 80 80 80 75 71 66

100 100 100 100 100 94 88 82

125 125 125 125 125 117 110 103

160 160 160 160 160 150 141 131

TS250200 200 200 200 200 188 176 164

250 250 250 250 250 234 220 205

TS400300 300 300 300 300 281 264 246

400 400 400 400 400 375 353 328

TS630500 500 500 500 500 469 441 410

630 630 630 630 630 591 555 517

TS800 800 800 800 800 800 750 705 656



A-4-2

AF Plug-in MCCB (c/w Thermal-magnetic trip unit)

Rating (A) 10°C 20°C 30°C 40°C 50°C 60°C 70°C

Susol TD & TS series MCCB with thermal-magnetic trip units

16 16 16 16 16 15 14 13

20 20 20 20 20 19 18 16

25 25 25 25 25 23 22 21

32 32 32 32 32 30 28 26

40 40 40 40 40 38 35 33

TS100 50 50 50 50 50 47 44 41

TS160 63 63 63 63 63 59 56 52

80 80 80 80 80 75 71 66

100 100 100 100 100 94 88 82

125 125 125 125 125 117 110 103

160 160 160 160 160 150 141 131

40 40 40 40 40 38 35 33

50 50 50 50 50 47 44 41

TS10063 63 63 63 63 59 56 52

TS16080 80 80 80 80 75 71 66

100 100 100 100 100 94 88 82

125 125 125 125 125 117 110 103

160 160 160 160 160 150 141 131

TS250200 200 200 200 200 188 176 164

250 235 235 235 235 220 207 193

TS400300 300 300 300 300 281 264 246

400 400 400 400 400 375 353 328

TS630500 500 500 500 500 469 441 410

630 540 540 540 540 506 476 443

TS800 800 740 740 740 740 694 652 607


Power dissipation / Resistance

A-4-3

Susol TD & TS series MCCB with thermal-magnetic trip unitsAF TD100 (3P & 4P)

Rating (A) 16 20 25 32 40 50 63 80 100

FixedR (mΩ) 5.60 5.60 3.80 3.80 1.84 1.34 1.10 0.91 0.70

MCCBWatt single pole 1.43 2.24 2.38 3.89 2.94 3.35 4.37 5.82 7.00

Watt three poles 4.30 6.72 7.13 11.67 8.83 10.05 13.10 17.47 21.00

Plug-inR (mΩ) 5.68 5.68 3.88 3.88 1.92 1.42 1.18 0.99 0.78


Watt three poles 4.36 6.82 7.28 11.92 9.22 10.65 14.05 19.01 23.40

AF TD160 (3P & 4P)

Rating (A) 100 125 160

FixedR (mΩ) 0.70 0.61 0.50

MCCBWatt single pole 7.00 9.53 12.80

Watt three poles 21.00 28.59 38.40

Plug-inR (mΩ) 0.78 0.69 0.58

MCCBWatt single pole 7.80 10.78 14.85

Watt three poles 23.40 32.34 44.54

AF TS100,TS160,TS250 (3P & 4P)

Rating (A) 40 50 63 80 100 125 160 200 250

AF TS400,TS630 (3P & 4P) TS800 (3P & 4P)

Rating (A) 300 400 500 630 800

FixedR (mΩ) 0.30 0.30 0.26 0.21 0.12

MCCBWatt single pole 26.82 47.68 65.25 83.35 73.81

Watt three poles 80.46 143.04 195.75 250.05 221.44

Plug-inR (mΩ) 0.34 0.34 0.30 0.25 0.14

MCCBWatt single pole 30.42 54.08 75.25 99.23 86.61

Watt three poles 91.26 162.24 225.75 297.68 259.84

•Power dissipated per pole (P/pole): Watts (W).•Resistance per pole (R/pole): Milliohms (mΩ) (measured cold).•Total power dissipation is the value measured at In, 50/60 Hz,

for a 3 pole or 4 pole circuit breaker (Power= 3I2R)

FixedR (mΩ) 3.37 2.86 2.86 1.36 0.96 0.76 0.62 0.52 0.25


Watt three poles 16.18 21.45 34.05 26.11 28.80 35.63 47.62 62.40 47.38

Plug-inR (mΩ) 3.43 2.92 2.92 1.42 1.02 0.82 0.68 0.58 0.31


Watt three poles 16.46 21.90 34.77 27.26 30.60 38.44 52.22 69.60 58.63


ApplicationPrimary use of transformer

A-4-4

Application for transformer protectionTransformer excitation surge current may possibly exceed 10 times rated current, with a danger ofnuisance tripping of the MCCB. The excitation surge current will vary depending upon the supplyphase angle at the time of switching, and also on the level of core residual magnetism.

So, it’s recommended to select proper circuit breakers according to the continuous current carryingcapacity of transformer. It requires to consider separately whether transformer is single phase orthree phase. The below table indicates the proper molded case circuit breaker suitable for eachtransformer.

Capacity of 3 phase Below 1500 Below 1500 Below 2000 Below 3000transformer (kVA)Capacity of single Below 300 -phase transformer (kVA)

Breaking capacity (kA) 42 85 100 120 200(sym)

100 TD100N TD100H

TS100H TD100L

TS100N TS100L

160 TD160N TD160H

TS160HTD160L

TS160N TS160LFrame (A)

250 TS250N TS250H TS250L

400 TS400N TS400H TS400L

630 TS630N TS630H TS630L

800 TS800N TS800H TS800L

AC220V

Capacity of 3 phase Below 2000 Below 3000 Below 4000transformer (kVA)

Breaking capacity (kA) 50 65 70 85 100 130(sym)

100 TD100N TD100H TD100L

TS100N TS100H TS100L

160 TD160N TD160H TD160L

Frame (A) TS160N TS160H TS160L

250 TS250N TS250H TS250L

400 TS400N TS400H TS400L

630 TS630N TS630H TS630L

800 TS800N TS800H TS800L

AC460V


ApplicationPrimary use of transformer

A-4-5

Application for transformer protection(MCCBs for Transformer-Primary Use)Transformers are used to change in the supply voltage, for both medium and low voltage supplies.The choice of the protection devices should be considered transient insertion phenomena, duringwhich the current may reach values higher than the rated full load current; the phenomenon decaysin a few seconds.

The peak value of the first half cycle may reach values of 15 to 25 times the effective rated current.For a protective device capable of protecting these units this must be taken into account.Manufacturers data and tests have indicated that a protective device feeding a transformer must becapable of carrying the following current values without tripping.

Transformer ratings (kVA) MCCB rated

1 phase 230V 3 phase 230V

1 phase 230V current Trip unit

1 phase 240V (A)

3 to 4 5 to 6 9 to 11 16

4 to 5 6 to 8 11 to 14 20

5 to 6 8 to 10 14 to 17 25

6 to 7 10 to 13 18 to 22 32

7 to 9 13 to 16 22 to 28 40

9 to 12 16 to 20 28 to 35 50

12 to 14 20 to 25 35 to 44 63

15 to 18 26 to 32 44 to 55 80

18 to 23 32 to 40 55 to 69 100 FTU

23 to 29 40 to 50 69 to 87 125 FMU

29 to 37 51 to 64 89 to 111 160 ATU

37 to 47 64 to 80 111 to 138 200

46 to 58 80 to 100 138 to 173 250

55 to 69 96 to 120 166 to 208 300

74 to 92 128 to 160 221 to 277 400

92 to 115 160 to 200 277 to 346 500

116 to 145 202 to 252 349 to 436 630

129 to 161 224 to 280 388 to 484 700

147 to 184 256 to 320 443 to 554 800

TD100 ~ TS800 equipped with Thermal magnetic trip units

4 to 7 6 to 13 11 to 22 40 0.8

9 to 19 16 to 32 27 to 56 100 0.8

15 to 30 25 to 52 44 to 90 160ETS

0.8

23 to 46 40 to 80 70 to 139 250ETM

0.8

37 to 74 64 to 128 111 to 222 400 0.8

58 to 115 100 to 200 175 to 346 630 0.8

74 to 184 127 to 319 222 to 554 800 1

TS100 ~ TS800 equipped with electronic trip unitsTransformer ratings (kVA) MCCB rated Trip Ir max

1 phase 230V 3 phase 230V

1 phase 230V current unit setting

1 phase 240V (A)


Application Protection of lighting & heating circuits

A-4-6

In the lighting & heating circuits, switching-surge magnitudes and times are normally not sufficientto cause serious tripping problems. But, in some cases, such as incandescent lamps, mercury arclamps, metal halide and sodium vapour, or other large starting-current equipment, the properselection should be considered.

Upon supply of a lighting installation, for a brief period an initial current exceeding the rated current(corresponding to the power of the lamps) circulates on the network. This possible peak has avalue of approximately 15÷20 times the rated current, and is present for a few milliseconds; theremay also be an inrush current with a value of approximately 1.5÷3 times the rated current, lastingup to some minutes. The correct dimensioning of the switching and protection devices must takethese problems into account. Generally, it is recommended to make the maximum operatingcurrent not to exceed 80% of the related current.

AC220VThe maximum The rated Breaking capacity (kA)operating current of sym 85 100 120 200current (A) MCCB (A)

12 1616 20 20 25 TD100H TD100L25 3232 40 TD100N40 5050 63 TD100H TD100L TD100L64 80 TS100N TS100H TS100L80 100

100 125 TD160N

TD160H TS160H TD160L128 160 TS160N TS160L160 200

TS250N TS250H TS250L200 250240 300

TS400N TS400H TS400L320 400400 500

TS630N TS630H TS630L504 630560 700

TS800N TS800H TS800L640 800

AC460VThe maximum The rated Breaking capacity (kA)operating current of sym 50 65 70 85 100 130current (A) MCCB (A)

12 1616 20 20 2525 3232 40 TD100N TD100H TD100L

40 50 TS100N TS100H TS100L

50 6364 8080 100

100 125 TD160N TD160H TD160L128 160 TS160N TS160H TS160L160 200

TS250N TS250H TS250L200 250240 300 TS400N TS400H TS400L320 400400 500 TS630N TS630H TS630L504 630560 700 TS800N TS800H TS800L640 800


Application Protection of resistance welding circuits

A-4-7

Short circuit protection for resistance welding devices can be obtained by applying molded casecircuit breaker properly. These breakers permit normally high welding currents, but tripinstantaneously if a short circuit develops.It's recommended to select proper circuit breaker according to the characteristics of weldingdevices as the follow table.

Characteristics of welding device Applied circuit breaker (MCCB 2P)

Capacity (kVA) Maximum input (kVA) 220V (Single phase) 400V (Single phase)

TD100N/H/L 100A

15 35TS100N/H/L 100A TD100N/H/L 50A

TD160N/H/L 100A TS100N/H/L 50A

TS160N/H/L 100A

TD160N/H/L 125ATD100N/H/L 100A

30 65 TS160N/H/L 125ATS100N/H/L 100A

TS250N/H/L 125ATD160N/H/L 100A

TS160N/H/L 100A

TD160N/H/L 125A

55 140 TS250N/H/L 250A TS160N/H/L 125A

TS250N/H/L 125A


Application Use of circuit-breakers for capacitor banks

Capacitor circuit

Usual connection diagram

A-4-8

Application for protection of capacitor circuitIn order to reduce system losses (less than 0.5W/kvar in low voltage) and voltage drops in thepower distribution system, reactive power compensation or power factor correction is generallyundertaken. As a result, the power fed into the system is used as active power and costs will besaved through a reduction in the capacitive and inductive power factors. The compensation can becarried out by the fixed capacitors and automatic capacitor banks. However, the disadvantages ofinstalling capacitors are sensitivity to over-voltages and to the presence of nonlinear loads.

Examples of equipment which consume reactive energy are all those receivers which requiremagnetic fields or arcs in order to operate, such as: - Asynchronous motors: An asynchronous motor is a large consumer of inductive reactive energy.

The amount of reactive power consumed is between 20% and 25% of therated power of the motor (depending on its speed).

- Power Transformers: Power transformers are normally always connected. This means thatreactive energy is always consumed. Also, as a consequence of itsinductive nature, the reactive energy increases when the transformer isloaded.

- Discharge lamps, Resistance-type soldering machines, Dielectric type heating ovens, Inductionheating ovens, Welding equipments, Arc furnaces

At the instant of closing a switch to energize a capacitor, the current is limited only by theimpedance of the network upstream of the capacitor, so that high peak values of current will occurfor a brief period, rapidly falling to normal operating values.

According to the relevant standards IEC 60831-1/IEC 70, capacitors must function under normaloperating conditions with the current having a RMS value up to 1.3 times the rated current of thecapacitor. Additionally, a further tolerance of up to 15% of the real value of the power must betaken into consideration. The maximum current with which the selected circuit-breaker can beconstantly loaded, and which it must also be able to switch, is calculated as follows:

Maximum expected rated current= Rated current of the capacitor bank×1.5 (RMS value)

C

Motor

T1

2 4 6

2 4 6

1 3 5

1

L1

L2

L3

3 5

T2 T3

O/L

C

Contactor

Breaker

M

Motor

T1

2 4 6

2 4 6

1 3 5

1

L1L2L3

3 5

T2 T3

O/L

C

Contactor

Breaker

M

L1

L2

L3

Motor

T1

2 4 6

2 4 6

1 3 5

1 3 5

T2 T3

O/L

Contactor

Breaker Breaker2 4 6

1 3 5

C

M



A-4-9

Capacitor ratingSingle-phase circuit Three-phase circuit

kVAR Capacitor rated MCCB rated Capacitor rated MCCB rated

current (A) current (A) current (A) current (A)

5 22.7 40 13.1 20

10 45.5 80 26.2 40

15 68.2 125 39.4 63

20 90.9 160 52.5 80

25 113.6 200 65.6 100

30 136.4 225 78.7 125

40 181.8 300 105.0 160

50 227.3 400 131.2 200

75 340.9 630 196.8 300

100 454.5 700 262.4 400

150 681.8 - 393.7 630

200 909.1 - 524.9 800

300 1363.6 - 787.3 -

400 1818.2 - 1049.8 -

220V, 50/60Hz Circuit

Notes) 1. The MCCB rated current should be approx. 150% of the capacitor rated current.2. The MCCB short-circuit capacity should be adequate for the circuit short-circuit capacity.



A-4-10

Capacitor ratingSingle-phase circuit Three-phase circuit

kVAR Capacitor rated MCCB rated Capacitor rated MCCB rated

current (A) current (A) current (A) current (A)

5 11.4 20 6.6 16

10 22.7 40 13.1 20

15 34.1 63 19.7 32

20 45.5 80 26.2 40

25 56.8 100 32.8 50

30 68.2 125 39.4 63

40 90.9 160 52.5 80

50 113.6 200 65.6 100

75 170.5 300 98.4 160

100 227.3 400 131.2 200

150 340.9 500 196.8 300

200 454.5 700 262.4 400

300 681.8 - 393.7 630

400 909.1 - 524.9 800

440V, 50/60Hz Circuit

Notes) 1. The MCCB rated current should be approx. 150% of the capacitor rated current.2. The MCCB short-circuit capacity should be adequate for the circuit short-circuit capacity.


A-4-11

Application Using circuit-breakers in DC networks

Susol circuit-breakers for protection of power distribution with thermal overload and magnetic short-circuit trip units are suitable for usage in DC networks. The circuit-breakers with electronic overcurrent releases are not suitable for DC networks.

Circuit-breaker selection criteriaThe followings are the most important criteria for selection of suitable circuit breaker for DCnetworks.•The rated current determines the rating and size of the circuit-breaker (Equipment)•The rated voltage determines the number of poles in series necessary for breaking•The maximum short-circuit current at the connection point determines the breaking capacity

Setting range of the trip values•Thermal overload protection: Same setpoints as in 50/60Hz circuits•Instantaneous short-circuit protection: The response threshold increases by maximum 40%.

The following wiring diagrams are recommended since the current must flow through allcurrent paths in order to conform to the thermal tripping characteristic curve.

Model Trip unit Applicable to DC circuits Breaking capacity (kA)

TD100N,TD160N 42

TS100N,TS160N, TS250N

TS400N, TS630N 50

TS800N

TD100H, TD160H 65

Thermal TS100H, TS160H, TS250H FTU

magnetic TS400H, TS630H FMU 85

TS800H ATU

TD100L, TD160L

TS100L, TS160L, TS250L 100

TS400L, TS630L

TS800L

Electronic TS250, TS630, TS800 ETS, ETM Impossible to use to DC circuits

Recommended wiring methodfor DC500V circuit

Recommended wiring methodfor DC600V circuit

-(N) +(P)

Load

-(N) +(P)

Load


A-4-12

Application Circuit breakers for 400Hz networks

When circuit breakers are used at high frequencies, the breakers in many cases require to bederated as the increased resistance of the copper sections resulting from the skin effect producedby eddy currents at 400Hz.•Standard production breakers can be used with alternating currents with frequencies other than

50/60 Hz (the frequencies to which the rated performance of the device refer, with alternatingcurrent) as appropriate derating coefficients are applied.

Thermal magnetic trip unitsThermal tripAs can be seen from the data shown in below, the tripping threshold of the thermal element (ln)decreases as the frequency increases because of the reduced conductivity of the materials and theincrease of the associated thermal phenomena.Rated current (A) at 400Hz= K1× rated current (A) at 50/60Hz

Instantaneous tripThe magnetic threshold increases with the increase in frequency.Instantaneous current (A) at 400Hz= K2×Instantaneous current (A) at 50/60Hz

Rated currentApplied circuit breaker

Multiplier factors (K1, K2)

(A)(MCCB)

Trip unit K1 K2

in 400 Hz (Thermal trip units) (Magnetic trip units)

16 0.8 2

20 0.8 2

25 0.8 2

32 TD100N, TD100H, TD100L 0.8 2

40 TS100N, TS100H, TS100L 0.8 2

50 TD160N, TD160H, TD160L 0.8 2

63 TS160N, TS160H, TS160L 0.8 2

80 0.8 2

100 FTU

0.8 2

125 FMU

0.8 2

160 TS250N, TS250H, TS250L

ATU0.8 2

200 0.8 2

250 0.8 2

300 TS400N, TS400H, TS400L 0.8 2

400 TS630N, TS630H, TS630L 0.8 2

500 0.8 2

630 TS800N, TS800H, TS800L

0.8 2

700 0.8 2

Thermal magnetic trip unitsTD and TS series performance table at 400Hz

Note) K1×Multiplier factor of rated current (In)K2-Multiplier factor of instantaneous current due to the induced magnetic fieldsFTU-Fixed Thermal and magnetic trip unitFMU×Adjustable thermal and fixed magnetic trip unitATU×Adjustable thermal and magnetic trip unit


A-4-13

Application Circuit breakers for 400Hz networks

Electronic trip unitsThe use of electronics offers the advantage of greater operating stability when the frequency isvaried. However, the devices are still subjected to frequency related temperature effects which maysometimes pose restrictions on their use. Column K1 of the table below gives the maximumpermissible current to be used for the current setting (knob position).

TS series performance table at 400HzElectronic trip units

Note) ATU×Adjustable thermal and magnetic trip unitK1×Multiplier factor of rated current (In)K2-Multiplier factor of instantaneous current due to the induced magnetic fieldsETS×Electronic trip unit (Standard)ETM×Electronic trip unit (Multi-function)

Rated currentApplied circuit breaker

Multiplier factors (K1, K2)

(A)(MCCB)

Trip unit K1 K2

in 400 Hz (Thermal trip units) (Magnetic trip units)

40 TS100N, TS100H, TS100L

0.4 to 1 1

80 TS160N, TS160H, TS160L

0.4 to 1 1

160TS250N, TS250H, TS250L ETS

0.4 to 0.9 1

250 TS400N, TS400H, TS400L ETM

0.4 to 0.9 1

400 TS630N, TS630H, TS630L

0.4 to 0.8 1

630 TS800N, TS800H, TS800L

0.4 to 0.8 1

800 0.4 to 0.75 0.97


A-4-14

Application Protection of several kinds of loads

Application for protection of several kinds of loadsIt requires to select proper circuit breakers according to the characteristics of loads when they areinstalled to protect several kinds of loads. It's needed to consider the maximum operating currentand the capacity of loads in total so as to select the rated current of breakers.

Selection of circuit breaker protecting the several loads simultaneously

The kind of loads Permissible current The rated current

(IM: motors, IL: others) in cable or wire: IW of circuit breaker: Ib

In case of,

ΣIM≤ Σ ILIW ≥ ΣIM + ΣIL

Choose the low value among

two formulas:

Ib ≥ 3ΣIM + Σ IL. andIn case of,

Ib ≤ 2.5IWΣIM› Σ IL,Iw ≥ 1.25ΣIM + Σ IL

ΣIM ≤ 50A

It’s permitted to select the above value

only if IW (above 100A) isn’t subject toIn case of,

the rated current of circuit breaker.ΣIM › Σ IL,

IW ≥ 1.1ΣIM + Σ ILΣIM › 50A

The rated current of breakers as the main circuit of 3 phase inductive loads (AC 220V)

Capacity of The maximum Capacity of the highest motor (kW / A)

loads In total operating current 0.75 1.5 2.2 3.7 5.5 7.5 11 15 18.5 22 30 37 45 55 75 90

(below kW) (below A) 4.8 8 11.1 17.4 26 34 48 65 79 93 125 160 190 230 310 360

3 15 20 32 32

4.5 20 32 32 32 50

6.3 30 40 40 40 50 63

8.2 40 50 50 50 50 80 100

12 50 63 63 63 63 80 100

15.7 75 100 100 100 100 100 100 125 160

19.5 90 100 100 100 100 100 100 125 160 200

23.2 100 125 125 125 125 125 125 125 160 200 200

30 125 160 160 160 160 160 160 160 160 200 250

37.5 150 200 200 200 200 200 200 200 200 200 250 300

45 175 200 200 200 200 200 200 200 200 200 250 300 400

52.5 200 250 250 250 250 250 250 250 250 250 250 300 400 500

63.7 250 300 300 300 300 300 300 300 300 300 300 300 400 500 500

75 300 400 400 400 400 400 400 400 400 400 400 400 400 500 500

86.2 350 400 400 400 400 400 400 400 400 400 400 400 400 500 500 630

97.5 400 500 500 500 500 500 500 500 500 500 500 500 500 500 500 630 700

112.5 450 500 500 500 500 500 500 500 500 500 500 500 500 500 500 700 700

125 500 630 630 630 630 630 630 630 630 630 630 630 630 630 630 700 700

150 600 700 700 700 700 700 700 700 700 700 700 700 700 700 700 700 800

175 700 800 800 800 800 800 800 800 800 800 800 800 800 800 800 800 800

Iw

IL1

IL2

IM1

IM2Ib

M

M

Iw

IL1

IL2

IM1

IM2Ib

M

M

Iw

IL1

IL2

IM1

IM2Ib

M

M


A-4-15

Application Protection of several kinds of loads

Notes) The above mentioned technical data is defined under the usage conditions as follows ; 1. The circuit breaker is tripped within 10seconds in 600% of the current of the fully operating loads.2. The start-up input current is set within 1700% of the current of the fully operating loads.3. The capacity of highest motor is also applied when several loads starts up simultaneously.

The rated current of breakers as the main circuit of 3 phase inductive loads (AC 440V)

Capacity The maximum Capacity of the highest motor (kW / A)of loads operating

0.75 1.5 2.2 3.7 5.5 7.5 11 15 18.5 22 30 37 45 55 75 90 110 132In total current4.8 8 11.1 17.4 26 34 48 65 79 93 125 160 190 230 310 360 220 250(below kW) (below A)

3 7.5 16 16 16

4.5 10 16 16 16 32

6.3 15 20 20 20 32 40

8.2 20 32 32 32 32 40 50

12 25 32 32 32 32 40 50

15.7 38 50 50 50 50 50 50 63 80

19.5 45 50 50 50 50 50 50 63 80 100

23.2 50 63 63 63 63 63 63 63 80 100 125

30 63 80 80 80 80 80 80 80 100 100 125

37.5 75 100 100 100 100 100 100 100 100 100 125 160

45 88 100 100 100 100 100 100 100 100 100 125 160 200

52.5 100 125 125 125 125 125 125 125 125 125 125 160 200 250

63.7 125 160 160 160 160 160 160 160 160 160 160 160 200 250 250

75 150 200 200 200 200 200 200 200 200 200 200 200 200 250 250

86.2 175 200 200 200 200 200 200 200 200 200 200 200 200 250 300 400

97.5 200 250 250 250 250 250 250 250 250 250 250 250 250 250 300 400 400 500

112.5 225 250 250 250 250 250 250 250 250 250 250 250 250 250 300 400 400 500 500

125 250 300 300 300 300 300 300 300 300 300 300 300 300 300 300 400 400 500 500

150 300 400 400 400 400 400 400 400 400 400 400 400 400 400 400 400 400 500 500

175 350 400 400 400 400 400 400 400 400 400 400 400 400 400 400 400 500 630 630

200 400 500 500 500 500 500 500 500 500 500 500 500 500 500 500 500 500 700 700

250 500 630 630 630 630 630 630 630 630 630 630 630 630 630 630 630 630 800 800

300 600 700 700 700 700 700 700 700 700 700 700 700 700 700 700 700 700 800 800

350 700 800 800 800 800 800 800 800 800 800 800 800 800 800 800 800 800 - -

400 700 800 800 800 800 800 800 800 800 800 800 800 800 800 800 800 800 - -


Protective coordinationDiscrimination & Cascading

A-4-16

The primary purpose of a circuit protection system is to prevent damage to seriesconnected equipment and to minimize the area and duration of power loss.The first consideration is whether an air circuit breaker or molded case circuitbreaker is the most suitable. The next is the type of system to be used.The two major types are: Discrimination and cascading.

DiscriminationAccording to IEC60947-2, the discrimination can be defined as follows.

Total discrimination (total selectivity)Over-current discrimination where, in the presence of two over-current protective devices in series,the protective device on the load side effects the protection without causing the other protectivedevice to operate.

Partial discrimination (partial selectivity)Over-current discrimination where, in the presence of two over-current protective devices in series, the protective device on the load side effects the protection up to a given level of over-current,without causing the other protective device to operate.

No discriminationIn case of a fault, main and branch circuit breakers open.

CascadingThis is an economical approach to the use of circuit breakers, whereby only the main (upstream)breaker has adequate interrupting capacity for the maximum available fault current. The MCCBs downstream cannot handle this maximum fault current and rely on the opening of theupstream breaker for protection.The advantage of the cascade back-up approach is that it facilitates the use of low cost, low faultlevel breakers downstream, thereby offering savings in both the cost and size of equipment.As Susol TD & TS circuit breakers have a very considerable current limiting effect, they can beused to provide this ‘cascade back-up’ protection for downstream circuit breakers.

Comtinuous supplyMain breaker

Branch breaker

Short-circuit pointHealthy circuit

Main breaker

Fault point

Branchbreaker


Protective coordinationCascading, network 220/240V

A-4-17

Complementary technical informationMain: Susol TD Branch: Meta-MEC AB, GB and Susol TD, TS

Main breaker TD100N TD100H TD100L TD160N TD160H TD160L

Branch breaker Rated breaking

capacity (kArms)85 100 200 85 100 200

ABE103b 25 50 65 85 50 65 85

ABS103b 50 65 85 100 65 85 100

ABH103b 65 85 100 120 85 100 120

ABE203b 35

ABS203b 50

ABH203b 65

AB ABE403b 35

ABS403b 50

ABH403b 85

ABL403b 125

ABE803b 50

ABS803b 100

ABL803b 125

GBN103 50 85 85 100 85 85 100

GBH103 85 100 120 100 120

GBGBL103 125 150 150

GBN203 50

GBH203 80

GBL203 125

TD100N 85 100 200 100 200

TD100H 100 200 200

TD160N 85 100 200

TD160H 100 200

TS100N 100

TS100H 120

Susol TS160N 100

TD TS160H 120

& TS250N 100

TS TS250H 120

TS400N 100

TS400H 120

TS630N 100

TS630H 120

TS800N 100

TS800H 120



A-4-18

Complementary technical informationMain: Susol TS Branch: Meta-MEC AB, GB and Susol TD, TS

Main breaker TS100N TS100H TS100L TS160N TS160H TS160L TS250N TS250H TS250L


capacity (kArms)100 120 200 100 120 200 100 120 200

ABE103b 25 65 65 85 65 65 85 65 65 85

ABS103b 50 85 100 100 85 100 100 85 100 100

ABH103b 65 100 120 120 100 120 120 100 120 120

ABE203b 35 85 85 100

ABS203b 50 100 100 120

ABH203b 65 100 120 150

AB ABE403b 35

ABS403b 50

ABH403b 85

ABL403b 125

ABE803b 50

ABS803b 100

ABL803b 125

GBN103 50 100 100 120 100 100 120 100 100 120

GBH103 85 100 120 120 100 120 120 100 120 150

GBGBL103 125 150 150 200

GBN203 50 100 100 120

GBH203 80 120 150

GBL203 125 200

TD100N 85 100 120 200 100 120 200 100 120 200

TD100H 100 120 200 120 200 120 200

TD160N 85 100 120 200 100 120 200

TD160H 100 120 200 120 200

TS100N 100 120 200 120 200 120 200

TS100H 120 200 200 200

Susol TS160N 100 120 200 120 200

TD TS160H 120 200 200

& TS250N 100 120 200

TS TS250H 120 200

TS400N 100

TS400H 120

TS630N 100

TS630H 120

TS800N 100

TS800H 120



A-4-19




capacity (kArms)100 120 200 100 120 200 100 120 200

ABE103b 25

ABS103b 50

ABH103b 65

ABE203b 35 85 85 100 85 85 100

ABS203b 50 100 120 150 100 120 150

ABH203b 65 100 120 150 100 120 150

AB ABE403b 35 85 100 100 85 100 100 85 100 100

ABS403b 50 100 120 120 100 120 120 100 120 120

ABH403b 85 100 120 150 100 120 150 100 120 150

ABL403b 125 200 200 200

ABE803b 50 100 120 120

ABS803b 100 120 150

ABL803b 125 200

GBN103 50 100 120 150 100 120 150 100 120 150

GBH103 85 100 120 150 100 120 150 100 120 150

GBGBL103 125 200 200 200

GBN203 50 100 120 150 100 120 150 100 120 150

GBH203 80 100 120 150 100 120 150 100 120 150

GBL203 125 200 200 200

TD100N 85 100 120 200 100 120 200 100 120 200

TD100H 100 120 200 120 200 120 200

TD160N 85 100 120 200 100 120 200 100 120 200

TD160H 100 120 200 120 200 120 200

TS100N 100 120 200 120 200 120 200

TS100H 120 200 200 200

Susol TS160N 100 120 200 120 200 120 200

TD TS160H 120 200 200 200

& TS250N 100 120 200 120 200 120 200

TS TS250H 120 200 200 200

TS400N 100 120 200 120 200 120 200

TS400H 120 200 200 200

TS630N 100 120 200 120 200

TS630H 120 200 200

TS800N 100 120 200

TS800H 120 200



A-4-20

Complementary technical informationMain: Susol TD Branch: Meta-MEC AB, GB and Susol TD, TS



capacity (kArms)50 85 150 50 85 150

ABE103b 10 25 30 30 25 30 30

ABS103b 25 35 50 50 35 50 50

ABH103b 35 50 65 65 50 65 65

ABE203b 18

ABS203b 25

ABH203b 35

AB ABE403b 25

ABS403b 35

ABH403b 50

ABL403b 85

ABE803b 35

ABS803b 50

ABL803b 85

GBN103 35 50 50 70 50 50 70

GBH103 50 70 85 70 85

GBGBL 103 85 120 120

GBN203 35

GBH203 50

GBL203 85

TD100N 50 85 150 85 150

TD100H 85 150 150

TD160N 50 85 150

TD160H 85 150

TS100N 50

TS100H 85

Susol TS160N 50

TD TS160H 85

& TS250N 50

TS TS250H 85

TS400N 65

TS400H 85

TS630N 65

TS630H 85

TS800N 65

TS800H 85



A-4-21




capacity (kArms)50 85 150 50 85 150 50 85 150

ABE103b 10 30 40 40 30 40 40 30 40 40

ABS103b 25 35 65 65 35 65 65 35 65 65

ABH103b 35 50 70 70 50 70 70 50 70 70

ABE203b 18 35 50 50

ABS203b 25 40 65 70

ABH203b 35 50 70 85

AB ABE403b 25

ABS403b 35

ABH403b 50

ABL403b 85

ABE803b 35

ABS803b 50

ABL803b 85

GBN103 35 50 70 85 50 70 85 50 70 85

GBH103 50 85 100 85 100 85 100

GBGBL103 85 120 120 120

GBN203 35 50 70 85

GBH203 50 85 100

GBL203 85 120

TD100N 50 85 150 85 150 85 150

TD100H 85 150 150 150

TD160N 50 85 150 85 150

TD160H 85 150 150

TS100N 50 85 150 85 150 85 150

TS100H 85 150 150 150

Susol TS160N 50 85 150 85 150

TD TS160H 85 150 150

& TS250N 50 85 150

TS TS250H 85 150

TS400N 65

TS400H 85

TS630N 65

TS630H 85

TS800N 65

TS800H 85



A-4-22

Complementary technical informationMain: Susol TS Branch: Meta-MEC AB,GB and Susol TD,TS



capacity (kArms)65 85 150 65 85 150 65 100 150

ABE103b 10

ABS103b 25

ABH103b 35

ABE203b 18 40 50 70 40 50 70

ABS203b 25 50 70 85 50 70 85

ABH203b 35 50 85 100 50 85 100

AB ABE403b 25 50 70 85 50 70 85 50 70 85

ABS403b 35 50 85 100 50 85 100 50 85 100

ABH403b 50 85 120 85 120 65 100 120

ABL403b 85 150 150 100 150

ABE803b 35 65 85 100

ABS803b 50 65 100 120

ABL803b 85 100 150

GBN103 35 65 85 85 65 85 85 65 100 85

GBH103 50 85 100 85 100 100 100

GBGBL103 85 120 120 120

GBN203 35 65 85 100 65 85 100 65 100 100

GBH203 50 85 120 85 120 100 100

GBL203 85 120 120 120

TD100N 50 65 85 150 65 85 150 65 100 150

TD100H 85 150 150 150

TD160N 50 65 85 150 65 85 150 65 100 150

TD160H 85 150 150 150

TS100N 50 65 85 150 65 85 150 65 100 150

TS100H 85 150 150 150

Susol TS160N 50 65 85 150 65 85 150 65 100 150

TD TS160H 85 150 150 150

& TS250N 50 65 85 150 65 85 150 65 100 150

TS TS250H 85 150 150 150

TS400N 65 85 150 85 150 100 150

TS400H 85 150 150 150

TS630N 65 85 150 100 150

TS630H 85 150 150

TS800N 65 100 150

TS800H 85 150



A-4-23

Complementary technical informationMain: Susol TD Branch: Meta-MEC AB, GB and Susol TD,TS



capacity (kArms)30 50 65 30 50 65

ABE103b 8 14 25 30 14 25 30

ABS103b 14 25 30 42 25 30 42

ABH103b 25 30 42 50 30 42 50

ABE203b 10

ABS203b 14

ABH203b 25

AB ABE403b 18

ABS403b 25

ABH403b 35

ABL403b 65

ABE803b 25

ABS803b 45

ABL803b 65

GBN103 22 30 42 42 30 42 42

GBH103 35 50 50 50 50

GBGBL103 50 65 65

GBN203 22

GBH203 35

GBL203 50

TD100N 30 50 65 50 65

TD100H 50 65 65

TD160N 30 50 65

TD160H 50 65

TS100N 42

TS100H 65

Susol TS160N 42

TD TS160H 65

& TS250N 42

TS TS250H 65

TS400N 42

TS400H 65

TS630N 42

TS630H 65

TS800N 42

TS800H 85



A-4-24

Complementary technical informationMain: Susol TS Branch: Meta-MEC AB, GB and Susol TD,TS



capacity (kArms)42 65 85 42 652 85 42 65 85

ABE103b 8 25 30 35 25 30 35 25 30 35

ABS103b 14 30 42 50 30 42 50 30 42 50

ABH103b 25 42 50 65 42 50 65 42 50 65

ABE203b 10 25 35 42

ABS203b 14 30 42 50

ABH203b 25 42 50 65

AB ABE403b 18

ABS403b 25

ABH403b 35

ABL403b 65

ABE803b 25

ABS803b 45

ABL803b 65

GBN103 22 42 50 65 42 50 65 42 50 65

GBH103 35 50 65 50 65 50 65

GBGBL103 50 65 85 65 85 65 85

GBN203 22 42 50 65

GBH203 35 50 65

GBL203 50 85

TD100N 30 42 65 85 42 65 85 42 65 85

TD100H 50 65 85 65 85 65 85

TD160N 30 65 85 65 85

TD160H 50 65 85 65 85

TS100N 42 65 85 65 85 65 85

TS100H 65 85 85 85

Susol TS160N 42 65 85 65 85

TD TS160H 65 85 85

& TS250N 42 65 85

TS TS250H 65 85

TS400N 42

TS400H 65

TS630N 42

TS630H 65

TS800N 42

TS800H 85



A-4-25

Complementary technical informationMain: Susol TS Branch: Meta-MEC AB, GB and Susol TD,TS



capacity (kArms)42 65 85 42 65 85 42 85 100

ABE103b 8

ABS103b 14

ABH103b 25

ABE203b 10 25 35 42 40 50 70

ABS203b 14 30 42 50 50 70 85

ABH203b 25 42 50 65 50 85 100

AB ABE403b 18 30 42 42 30 42 42 30 42 50

ABS403b 25 35 50 50 35 50 50 35 50 65

ABH403b 35 42 65 65 42 65 65 42 65 85

ABL403b 65 85 85 65 85

ABE803b 25 35 50 65

ABS803b 45 42 65 85

ABL803b 65 65 85

GBN103 22 42 50 65 42 50 65 42 65 65

GBH103 35 65 65 65 65 85 85

GBGBL103 50 65 85 65 85 85 100

GBN203 22 42 50 65 42 50 65 42 65 65

GBH203 35 65 65 65 65 85 85

GBL203 50 85 85 85 100

TD100N 30 42 65 85 42 65 85 42 85 100

TD100H 50 65 85 65 85 85 100

TD160N 30 65 85 65 85 85 100

TD160H 50 65 85 65 85 85 100

TS100N 42 65 85 65 85 85 100

TS100H 65 85 85 85 100

Susol TS160N 42 65 85 65 85 85 100

TD TS160H 65 85 85 85 100

& TS250N 42 65 85 65 85 85 100

TS TS250H 65 85 85 85 100

TS400N 42 65 85 65 85 85 100

TS400H 65 85 85 85 100

TS630N 42 65 85 85 100

TS630H 65 85 85 100

TS800N 42 85 100

TS800H 85 100


Protective coordinationMotor protection cascading, network 220/240V

A-4-26

Complementary technical informationMain: Susol TD,TS Branch: Susol TD,TS

Upstream TS100N TS100H TS100L TS160N TS160H TS160L TS250N TS250H TS250L

Branch breaker Main breaker

capacity (kArms)100 120 200 100 120 200 100 120 200

TD100N 85 100 120 200 100 120 200 100 120 200

TD100H 100 120 200 120 200 120 200

TD160N 85 100 120 200 100 120 200

Susol TD160H 100 120 200 120 200

TD TS100N 100 120 200 120 200 120 200

& TS100H 120 200 200 200

TS TS160N 100 120 200 120 200

TS160H 120 200 200

TS250N 100 120 200

TS250H 120 200



capacity (kArms)100 120 200 100 120 200 100 120 200

TD100N 85 100 120 200 100 120 200 100 120 200

TD100H 100 120 200 120 200 120 200

TD160N 85 100 120 200 100 120 200 100 120 200

TD160H 100 120 200 120 200 120 200

TS100N 100 120 200 120 200 120 200

TS100H 120 200 200 200

Susol TS160N 100 120 200 120 200 120 200

TD TS160H 120 200 200 200

& TS250N 100 120 200 120 200 120 200

TS TS250H 120 200 200 200

TS400N 100 120 200 120 200 120 200

TS400H 120 200 200 200

TS630N 100 120 200 120 200

TS630H 120 200 200

TS800N 100 120 200

TS800H 120 200



capacity (kArms)85 100 200 85 100 200

TD100N 85 100 200 100 200

TD100H 100 200 200

TD160N 85 100 200

TSTD160H 100 200

TS100N 100

TS100H 120

TS160N 100

TS160H 120



A-4-27

Complementary technical informationMain: Susol TD, TS Branch: Susol TD, TS

Main breaker TD100N TD100H TD100L TD160N TD160H TD160LBranch breaker Rated breaking

capacity (kArms) 50 85 150 50 85 150

TD100N 50 85 150 85 150

TD100H 85 150 150

Susol TD160N 50 85 150

TD TD160H 85 150

& TS100N 50

TS TS100H 85

TS160N 50

TS160H 85

Main breaker TS100N TS100H TS100L TS160N TS160H TS160L TS250N TS250H TS250LBranch breaker Rated breaking

capacity (kArms) 50 85 150 50 85 150 50 85 150

TD100N 50 85 150 85 150 85 150

TD100H 85 150 150 150

TD160N 50 85 150 85 150

Susol TD160H 85 150 150

TD TS100N 50 85 150 85 150 85 150

& TS100H 85 150 150 150

TS TS160N 50 85 150 85 150

TS160H 85 150 150

TS250N 50 85 150

TS250H 85 150


capacity (kArms) 65 85 150 65 85 150 65 100 150

TD100N 50 65 85 150 65 85 150 65 100 150

TD100H 85 150 150 150

TD160N 50 65 85 150 65 85 150 65 100 150

TD160H 85 150 150 150

TS100N 50 65 85 150 65 85 150 65 100 150

TS100H 85 150 150 150

Susol TS160N 50 65 85 150 65 85 150 65 100 150

TD TS160H 85 150 150 150

& TS250N 50 65 85 150 65 85 150 65 100 150

TS TS250H 85 150 150 150

TS400N 65 85 150 85 150 100 150

TS400H 85 150 150 150

TS630N 65 85 150 100 150

TS630H 85 150 150

TS800N 65 100 150

TS800H 85 150



A-4-28


Main breaker TD100N TD100H TD100L TD160N TD160H TD160LBranch breaker Rated breaking

capacity (kArms) 30 50 65 30 50 65

TD100N 30 50 65 50 65

TD100H 50 65 65

Susol TD160N 30 50 65

TD TD160H 50 65

& TS100N 42

TS TS100H 65

TS160N 42

TS160H 65


capacity (kArms) 42 65 85 42 65 85 42 65 85

TD100N 30 42 65 85 42 65 85 42 65 85

TD100H 50 65 85 65 85 65 85

TD160N 30 65 85 65 85

Susol TD160H 50 65 85 65 85

TD TS100N 42 65 85 65 85 65 85

& TS100H 65 85 85 85

TS TS160N 42 65 85 65 85

TS160H 65 85 85

TS250N 42 65 85

TS250H 65 85


capacity (kArms) 42 65 85 42 65 85 42 85 100

TD100N 30 42 65 85 42 65 85 42 85 100

TD100H 50 65 85 65 85 85 100

TD160N 30 65 85 65 85 85 100

TD160H 50 65 85 65 85 85 100

TS100N 42 65 85 65 85 85 100

TS100H 65 85 85 85 100

Susol TS160N 42 65 85 65 85 85 100

TD TS160H 65 85 85 85 100

& TS250N 42 65 85 65 85 85 100

TS TS250H 65 85 85 85 100

TS400N 42 65 85 65 85 85 100

TS400H 65 85 85 85 100

TS630N 42 65 85 85 100

TS630H 65 85 85 100

TS800N 42 85 100

TS800H 85 100


Protective coordinationProtection discrimination table, Discrimination

A-4-29

Complementary technical informationMain: TD100~TS800 Branch: AB103~AB203

0.4 0.5 0.5 0.5 0.63 0.8 T T T

0.5 0.5 0.5 0.63 0.8 T T T

0.5 0.5 0.5 0.63 0.8 9 T T

0.5 0.63 0.8 9 9 9

0.63 0.8 9 9 9

0.63 0.8 8 8 8

0.8 8 8 8

8 8

8

0.5 0.5 0.63 0.8 10 10 10

0.5 0.5 0.63 0.8 9 10 10

0.5 0.63 0.8 9 9 9

0.63 0.8 9 9 9

0.63 0.8 8 8 8

0.8 8 8 8

8 8 8

8 8

0.5 0.5 0.5 0.63 0.8 10 10 10

0.5 0.5 0.63 0.8 9 10 10

0.5 0.5 0.63 0.8 9 9 9

0.5 0.63 0.8 9 9 9

0.63 0.8 8 8 8

0.63 0.8 8 8 8

0.8 8 8 8

8 8

TD100N/H/L TD160N/H/L

Trip units-Thermal magnetic

16 20 25 32 40 50 63 80 100 100 125 160

BranchMain breaker

breaker Rating (A)

~10

15

20

30

E 40

50

60

75

100

15

20

Trip units- 30

AB103 S Thermal 40

magnetic 50

60

75

100

15

20

30

H 40

50

60

75

100

100

125

E 150

175

200

225

100

125

AB203 S Trip units- 150

Thermal 175

magnetic 200

225

100

125

H 150

175

200

225

A-4-30


TS100N/H/L TS160N/H/L TS250N/H/L TS400N/H/L TS630N/H/L TS800N/H/L

Trip units-Electronic Trip units-Electronic

40 50 63 80 100 100 125 160 125 160 200 250 300 400 500 630 800T T T T T T T T T T T T T T T T T

T T T T T T T T T T T T T T T T T

T T T T T T T T T T T T T T T T T

T T T T T T T T T T T T T T T

T T T T T T T T T T T T T T

T T T T T T T T T T T T T T

T T T T T T T T T T T T T

T T T T T T T T T T T

T T T T T T T T T T

10 10 10 11 11 11 12.5 12.5 15 15 18 18 T T T T T

10 10 10 10 11 11 11 12.5 15 15 15 18 T T T T T

8 10 11 11 11 11 15 15 15 18 20 T T T T

8 11 11 11 11 15 15 15 15 20 T T T T

8 11 11 11 11 15 15 15 15 20 20 T T T

8 8 8 11 12.5 12.5 12.5 12.5 20 20 20 T T

8 11 12.5 12.5 12.5 12.5 20 20 20 T T

11 12.5 12.5 12.5 12.5 20 20 20 T T

10 10 10 11 11 11 12.5 12.5 15 15 18 18 25 25 25 25 T

10 10 10 10 11 11 11 12.5 15 15 15 18 25 25 25 25 T

8 10 11 11 11 11 15 15 15 18 20 25 25 25 T

8 11 11 11 11 15 15 15 15 20 25 25 25 T

8 11 11 11 11 15 15 15 15 20 20 25 25 T

8 8 8 11 12.5 12.5 12.5 12.5 20 20 20 25 T

8 11 12.5 12.5 12.5 12.5 20 20 20 25 T

11 12.5 12.5 12.5 12.5 20 20 20 25 T

8 8 8 8 T T T T T

8 8 T T T T T

15 15 15 15 T

12.5 12.5 15 15 T

11 12.5 12.5 12.5 T

11 11 12.5 12.5 T

8 8 8 8 18 18 18 18 T

8 8 18 18 18 18 T

15 15 15 15 T

12.5 12.5 15 15 T

11 12.5 12.5 12.5 T

11 11 12.5 12.5 T

8 8 8 8 18 18 18 18 28

8 8 18 18 18 18 28

15 15 15 15 28

12.5 12.5 15 15 28

11 12.5 12.5 12.5 28

11 11 12.5 12.5 28



A-4-31

Complementary technical informationMain: TD160~TS800 Branch: GB103~GB203

0.4 0.5 0.5 0.5 0.63 0.8 2 2 2

0.5 0.5 0.5 0.63 0.8 2 2 2

0.5 0.5 0.5 0.63 0.8 2 2 2

0.5 0.63 0.8 2 2 2

0.63 0.8 2 2 2

0.63 0.8 2 2 2

0.8 2 2 2

1.25 1.25

1.25

0.5 0.5 0.5 0.63 0.8 2 2 2

0.5 0.5 0.63 0.8 2 2 2

0.5 0.5 0.63 0.8 2 2 2

0.5 0.63 0.8 2 2 2

0.63 0.8 2 2 2

0.63 0.8 2 2 2

0.8 2 2 2

1.25 1.25

1.25

0.5 0.5 0.5 0.63 0.8 2 2 2

0.5 0.5 0.63 0.8 2 2 2

0.5 0.5 0.63 0.8 2 2 2

0.5 0.63 0.8 2 2 2

0.63 0.8 2 2 2

0.63 0.8 2 2 2

0.8 2 2 2

1.25 1.25

1.25



16 20 25 32 40 50 63 80 100 100 125 160

BranchMain breaker

breaker Rating (A)

16

20

25

32

N 40

50

63

80

100

16

20

25

32

GB103 H Trip units- 40

Thermal 50

magnetic 63

80

100

16

20

25

32

L 40

50

63

80

100

125

N160

200

250

125

GB203 HTrip units- 160

Thermal 200

magnetic 250

125

L160

200

250


A-4-32

TS100N/H/L TS160N/H/L TS250N/H/L TS400N/H/L TS630N/H/L TS800N/H/L

Trip units-Electronic Trip units-Electronic

40 50 63 80 100 100 125 160 125 160 200 250 300 400 500 630 800

0.5 0.5 0.5 0.63 0.8 2 2 2 2 T T T T T T T T

0.5 0.5 0.5 0.63 0.8 2 2 2 2 T T T T T T T T

0.5 0.5 0.5 0.63 0.8 2 2 2 2 T T T T T T T T

0.5 0.63 0.8 2 2 2 2 25 25 25 T T T T T

0.63 0.8 2 2 2 2 25 25 25 T T T T T

0.63 0.8 2 2 2 2 25 25 25 T T T T T

0.8 2 2 2 2 25 25 25 T T T T T

1.25 1.25 2 25 25 25 T T T T T

1.25 2 25 25 25 T T T T T

0.5 0.5 0.5 0.63 0.8 2 2 2 2 T T T T T T T T

0.5 0.5 0.63 0.8 2 2 2 2 T T T T T T T T

0.5 0.5 0.63 0.8 2 2 2 2 T T T T T T T T

0.5 0.63 0.8 2 2 2 2 25 25 25 T T T T T

0.63 0.8 2 2 2 2 25 25 25 T T T T T

0.63 0.8 2 2 2 2 25 25 25 T T T T T

0.8 2 2 2 2 25 25 25 T T T T T

1.25 1.25 2 25 25 25 T T T T T

1.25 2 25 25 25 T T T T T

0.5 0.5 0.5 0.63 0.8 2 2 2 2 T T T T T T T T

0.5 0.5 0.63 0.8 2 2 2 2 T T T T T T T T

0.5 0.5 0.63 0.8 2 2 2 2 T T T T T T T T

0.5 0.63 0.8 2 2 2 2 12.5 12.5 12.5 T T T T T

0.63 0.8 2 2 2 2 12.5 12.5 12.5 T T T T T

0.63 0.8 2 2 2 2 12.5 12.5 12.5 T T T T T

0.8 2 2 2 2 12.5 12.5 12.5 T T T T T

1.25 1.25 2 12.5 12.5 12.5 T T T T T

1.25 2 12.5 12.5 12.5 T T T T T

2 2.5 5 5 10 12.5 T

2.5 5 10 12.5 T

10 12.5 T

12.5 T

2 2.5 5 5 10 12.5 T

2.5 5 10 12.5 T

10 12.5 T

12.5 T

2 2.5 5 5 10 12.5 50

2.5 5 10 12.5 50

10 12.5 50

12.5 50



A-4-33

Complementary technical informationMain: TD100/160 (Thermal magnetic) Branch: TD100/160 (Thermal magnetic)

0.4 0.5 0.5 0.5 0.63 0.8 2 2 2

0.5 0.5 0.5 0.63 0.8 2 2 2

0.5 0.5 0.5 0.63 0.8 2 2 2

0.5 0.63 0.8 2 2 2

0.63 0.8 2 2 2

0.63 0.8 2 2 2

0.8 2 2 2

1.25 1.25

1.25

0.5 0.5 0.5 0.63 0.8 2 2 2

0.5 0.5 0.63 0.8 2 2 2

0.5 0.5 0.63 0.8 2 2 2

0.5 0.63 0.8 2 2 2

0.63 0.8 2 2 2

0.63 0.8 2 2 2

0.8 2 2 2

1.25 1.25

1.25

0.5 0.5 0.5 0.63 0.8 2 2 2

0.5 0.5 0.63 0.8 2 2 2

0.5 0.5 0.63 0.8 2 2 2

0.5 0.63 0.8 2 2 2

0.63 0.8 2 2 2

0.63 0.8 2 2 2

0.8 2 2 2

1.25 1.25

1.25

1.25

1.25

1.25



16 20 25 32 40 50 63 80 100 100 125 160

BranchMain breaker

breaker Rating (A)

16

20

25

32

N 40

50

63

80

100

16

20

25

32

TD100 H 40

50

63

80Trip units- 100Thermal 16magnetic 20

25

32

L 40

50

63

80

100

100

N 125

160

100

TD160 H 125

160

100

L 125

160



A-4-34

Complementary technical informationMain: TS100/160/250 (Electronic) Branch: TD100/160 (Thermal magnetic)

0.5 0.5 0.5 0.63 0.8 2 2 2 2 T T T

0.5 0.5 0.5 0.63 0.8 2 2 2 2 T T T

0.5 0.5 0.5 0.63 0.8 2 2 2 2 T T T

0.5 0.63 0.8 2 2 2 2 T T T

0.63 0.8 2 2 2 2 T T T

0.63 0.8 2 2 2 2 T T T

0.8 2 2 2 2 T T T

1.25 1.25 2 T T T

1.25 2 T T T

0.5 0.5 0.5 0.63 0.8 2 2 2 2 T T T

0.5 0.5 0.63 0.8 2 2 2 2 T T T

0.5 0.5 0.63 0.8 2 2 2 2 T T T

0.5 0.63 0.8 2 2 2 2 50 50 50

0.63 0.8 2 2 2 2 50 50 50

0.63 0.8 2 2 2 2 50 50 50

0.8 2 2 2 2 50 50 50

1.25 1.25 2 50 50 50

1.25 2 50 50 50

0.5 0.5 0.5 0.63 0.8 2 2 2 2 T T T

0.5 0.5 0.63 0.8 2 2 2 2 T T T

0.5 0.5 0.63 0.8 2 2 2 2 T T T

0.5 0.63 0.8 2 2 2 2 50 50 50

0.63 0.8 2 2 2 2 50 50 50

0.63 0.8 2 2 2 2 50 50 50

0.8 2 2 2 2 50 50 50

1.25 1.25 2 50 50 50

1.25 2 50 50 50

1.25 2 2.6 4 5

4 5

5

1.25 2 2.6 4 5

4 5

5

1.25 2 2.6 4 5

4 5

5

TS100N/H/L TS160N/H/L TS250N/H/L

Trip units-Electronic

40 50 63 80 100 100 125 160 125 160 200 250

BranchMain breaker

breaker Rating (A)

16

20

25

32

N 40

50

63

80

100

16

20

25

32

TD100 H 40

50

63


25

32

L 40

50

63

80

100

100

N 125

160

100

TD160 H 125

160

100

L 125

160


A-4-35


Complementary technical informationMain: TS400/630/800 (Electronic) Branch: TD100/160 (Thermal magnetic)

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T



300 400 500 630 800

BranchMain breaker

breaker Rating (A)

16

20

25

32

N 40

50

63

80

100

16

20

25

32

TD100 H 40

50

63


25

32

L 40

50

63

80

100

100

N 125

160

100

TD160 H 125

160

100

L 125

160


A-4-36


Complementary technical informationMain: TS100/160/250 (Electronic) Branch: TS100/160/250 (Thermal magnetic)

0.63 0.8 2 2 2 2 T T T

0.63 0.8 2 2 2 2 T T T

0.8 2 2 2 2 T T T

1.25 1.25 2 T T T

1.25 2 T T T

0.63 0.8 2 2 2 2 50 50 50

0.63 0.8 2 2 2 2 50 50 50

0.8 2 2 2 2 50 50 50

1.25 1.25 2 50 50 50

1.25 2 50 50 50

0.63 0.8 2 2 2 2 50 50 50

0.63 0.8 2 2 2 2 50 50 50

0.8 2 2 2 2 50 50 50

1.25 1.25 2 50 50 50

1.25 2 50 50 50

1.25 2 2.6 4 5

4 5

5

1.25 2 2.6 4 5

4 5

5

1.25 2 2.6 4 5

4 5

5

2 2.5

2.5

2 2.5

2.5

2 2.5

2.5



40 50 63 80 100 100 125 160 125 160 200 250

BranchMain breaker

breaker Rating (A)

40

50

N 63

80

100

40

50

TS100 H 63

80

100

40

50

L 63

80

100

100

N 125

Trip units- 160

Thermal 100

TS160 H magnetic 125

160

100

L 125

160

125

N160

200

250

125

TS250 H160

200

250

125

L160

200

250


A-4-37



T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T T

T T T T

5 5 T T T

5 T T T

T T T

T T

5 5 T T T

5 T T T

T T T

T T

5 5 T T T

5 T T T

T T T

T T



300 400 500 630 800

BranchMain breaker

breaker Rating (A)

40

50

N 63

80

100

40

50

TS100 H 63

80

100

40

50

L 63

80

100

100

N 125

Trip units- 160

Thermal 100

TS160 H magnetic 125

160

100

L 125

160

125

N160

200

250

125

TS250 H160

200

250

125

L160

200

250


A-4-38


8 8 T

8 10

8 8 T

8 10

8 8 T

8 10

8 10

10

8 10

10

8 10

10



300 400 500 630 800


BranchMain breaker

breaker Rating (A)

N300

400

TS400 H300

400

L300

400

NTrip units- 500

Thermal 630

TS630 Hmagnetic 500

630

L500

630

N 800

TS800 H 800

L 800


Protective coordinationMotor protection discrimination table

A-4-39


Main breakerBranchbreaker Trip unit

Rating (A)

16

20

25

32

TD100N/H/L FMU 40

50

63

80

100

100

TD160N/H/L FMU 125

160

TS100N/H/L MTU 100

TS160N/H/L MTU 150

TS250N/H/L MTU 220

TS400N/H/L MTU 320

TS630N/H/L MTU 500

40

TS100N/H/L ETS 80

100

TS160N/H/L ETS 150

TS250N/H/L ETS 220

TS400N/H/L ETS 320

5 6.4 8

6.4 8

6.4 8

8

TD100N/H/L


16 20 25 32 40 50 63 80 100


A-4-40

TD160N/H/L TS250N/H/L TS100N/H/LTS160N/H/L TS400N/H/L

TS800N/H/LTS250N/H/L TS630N/H/L

FMU ATU ETS ETS ETS/ETM ETS/ETM

100 125 160 200 250 40 80 80 160 250 400 630 630 800

12.5 12.5 12.5 20 25 1 0.9 1.75 36 T T T T

12.5 12.5 12.5 20 25 1 0.9 1.75 36 T T T T

12.5 12.5 12.5 20 25 1 0.9 1.75 36 T T T T

12.5 12.5 12.5 20 25 1.75 36 T T T T

12.5 12.5 20 25 1.75 36 T T T T

12.5 20 25 1.75 36 T T T T

20 25 36 T T T T

25 36 T T T T

T T T T

T T T T

T T T

T T T

T T T T

T T T

T T T

12.5 12.5 36 36 1.75 3.6 T T T T

36 3.6 T T T T

T T T T

T T T

T T T


Protective coordinationType 2 Coordination according to IEC60947-4-1

A-4-41

Performance: Ue=200/240V

MCCB N H L

TD100 85kA 100kA 200kA

TS100 100kA 120kA 200kA

MCCB

MS

TOR

Motor MCCB Contactor Thermal overload relay

kW A Type Rating Ir (A) Type Type Setting range (A)

0.37 1.8 TD100 16 MC-9 MT-32 1.6-2.5

0.55 2.75 TD100 16 MC-32 MT-32 2.5-4

0.75 3.5 TD100 16 MC-32 MT-32 2.5-4

1.1 4.4 TD100 16 MC-40 MT-63 4-6

1.5 6.1 TD100 16 MC-40 MT-63 5-8

2.2 8.7 TD100 16 MC-40 MT-63 9-13

3 11.5 TD100 16 MC-40 MT-63 9-13

3.7 13.5 TD100 16 MC-40 MT-63 12-18

4 14.5 TD100 16 MC-40 MT-63 12-18

5.5 20 TD100 20 MC-40 MT-63 16-22

7.5 27 TD100 32 MC-40 MT-63 24-36

9 32 TD100 32 MC-85 MT-95 28-40

10 35 TD100 40 MC-85 MT-95 28-40

11 39 TD100 40 MC-85 MT-95 34-50

15 52 TD100 63 MC-85 MT-95 45-65

18.5 64TD100

80 MC-85 MT-95 54-75TS100

22 75TD100

80 MC-85 MT-95 63-85TS100

25 85TD100

100 MC-85 MT-95 70-95TS100



A-4-42


MCCB N H L

TD100 50kA 85kA 150kA

TS100 50kA 85kA 150kA

MCCB

MS

TOR



0.37 1.03 TD100 16 MC-9 MT-32 1-1.6

0.55 1.6 TD100 16 MC-9 MT-32 1-1.6

0.75 2 TD100 16 MC-9 MT-32 1.6-2.5

1.1 2.6 TD100 16 MC-32 MT-32 2.5-4

1.5 3.5 TD100 16 MC-32 MT-32 2.5-4

2.2 5 TD100 16 MC-40 MT-63 4-6

3 6.6 TD100 16 MC-40 MT-63 5-8

3.7 7.7 TD100 16 MC-40 MT-63 6-9

4 8.5 TD100 16 MC-40 MT-63 7-10

5.5 11.5 TD100 16 MC-40 MT-63 9-13

7.5 15.5 TD100 16 MC-40 MT-63 12-18

9 18.5 TD100 20 MC-40 MT-63 16-22

10 20 TD100 20 MC-40 MT-63 16-22

11 22 TD100 25 MC-40 MT-63 16-22

15 30 TD100 32 MC-85 MT-95 24-36

18.5 37TD100

40 MC-85 MT-95 28-40TS100

22 44TD100

50 MC-85 MT-95 34-50TS100

25 52TD100

63 MC-85 MT-95 45-65TS100

30 60TD100

63 MC-85 MT-95 45-65TS100

33 68TD100

80 MC-85 MT-95 54-75TS100

37 72TD100

80 MC-85 MT-95 63-85TS100

40 79TD100

80 MC-85 MT-95 63-85TS100

45 85TD100

100 MC-85 MT-95 70-95TS100



A-4-43

Performance: Ue=440V

MCCB N H L

TD100 42kA 72kA 130kA

TS100 42kA 72kA 130kA

MCCB

MS

TOR



0.37 0.99 TD100 16 MC-9 MT-32 0.63-1

0.55 1.36 TD100 16 MC-9 MT-32 1-1.6

0.75 1.68 TD100 16 MC-9 MT-32 1.6-2.5

1.1 2.37 TD100 16 MC-9 MT-32 1.6-2.5

1.5 3.06 TD100 16 MC-18 MT-32 2.5-4

2.2 4.42 TD100 16 MC-25 MT-32 4-6

3 5.57 TD100 16 MC-25 MT-32 4-6

3.7 7.1 TD100 16 MC-32 MT-32 5-8

4 7.9 TD100 16 MC-32 MT-32 6-9

5.5 10.4 TD100 20 MC-32 MT-32 9-13

7.5 13.7 TD100 20 MC-32 MT-32 12-18

9 16.9 TD100 20 MC-40 MT-63 12-18

11 20.1 TD100 25 MC-40 MT-63 16-22

15 26.5 TD100 32 MC-40 MT-63 24-36

18.5 32.8TD100

40 MC-50 MT-63 28-40TS100

22 39TD100

40 MC-50 MT-63 34-50TS100

25 45.3TD100

50 MC-50 MT-63 34-50TS100

30 51.5TD100

63 MC-65 MT-95 45-65TS100

33 58TD100

63 MC-65 MT-95 45-65TS100

37 64TD100

80 MC-65 MT-95 54-75TS100

40 67TD100

80 MC-85 MT-95 54-75TS100

45 76TD100

100 MC-85 MT-95 63-85TS100



A-4-44


MCCB N H L

TD100 30kA 50kA 65kA

TS100 42kA 65kA 85kA

MCCB

MS

TOR



0.37 1 TD100 16 MC-9 MT-32 0.63-1

0.55 1.21 TD100 16 MC-9 MT-32 1-1.6

0.75 1.5 TD100 16 MC-9 MT-32 1-1.6

1.1 2 TD100 16 MC-9 MT-32 1.6-2.5

1.5 2.6 TD100 16 MC-32 MT-32 2.5-4

2.2 3.8 TD100 16 MC-32 MT-32 2.5-4

3 5 TD100 16 MC-40 MT-63 4-6

3.7 5.9 TD100 16 MC-40 MT-63 5-8

4 6.5 TD100 16 MC-40 MT-63 5-8

5.5 9 TD100 16 MC-40 MT-63 7-10

7.5 12 TD100 16 MC-40 MT-63 9-13

9 13.9 TD100 16 MC-40 MT-63 12-18

11 15 TD100 16 MC-85 MT-95 12-18

15 18.4 TD100 20 MC-85 MT-95 16-22

18.5 23 TD100 25 MC-85 MT-95 18-25

22 28.5 TD100 32 MC-85 MT-95 24-36

25 33TD100

TS10040 MC-85 MT-95 28-40

30 39.4TD100

TS10040 MC-85 MT-95 34-50

33 45TD100

TS10050 MC-85 MT-95 34-50

37 50TD100

TS10050 MC-85 MT-95 45-65

40 55TD100

TS10063 MC-85 MT-95 45-65

45 60TD100

TS10063 MC-85 MT-95 54-75



A-4-45


MCCB N H L

TD100 42kA 72kA 130kA

TS100 42kA 72kA 130kA

MCCB

MS

TOR



0.37 0.6 TD100 16 MC-9 MT-32 0.4~0.63

0.55 0.9 TD100 16 MC-9 MT-32 0.63-1

0.75 1.1 TD100 16 MC-9 MT-32 1-1.6

1.1 1.5 TD100 16 MC-9 MT-32 1-1.6

1.5 2 TD100 16 MC-32 MT-32 1.6-2.5

2.2 2.8 TD100 16 MC-32 MT-32 2.5-4

3 3.8 TD100 16 MC-32 MT-32 2.5-4

3.7 4.4 TD100 16 MC-40 MT-63 4-6

4 4.9 TD100 16 MC-40 MT-63 4-6

5.5 6.6 TD100 16 MC-40 MT-63 5-8

7.5 8.9 TD100 16 MC-40 MT-63 7-10

9 10.6 TD100 16 MC-85 MT-95 9-13

11 11.5 TD100 16 MC-85 MT-95 9-13

15 14 TD100 16 MC-85 MT-95 12-18

18.5 17.3 TD100 20 MC-85 MT-95 16-22

22 21.3 TD100 25 MC-85 MT-95 18-25

25 25.4 TD100 32 MC-85 MT-95 24-36

30 30.3 TD100 32 MC-85 MT-95 24-36

33 34.6TD100

TS10040 MC-85 MT-95 28-40

37 39TD100

TS10040 MC-85 MT-95 34-50

40 42TD100

TS10050 MC-85 MT-95 34-50

45 44TD100

TS10050 MC-85 MT-95 34-50


How to calculate short-circuit current valueVarious short-circuit

A-4-46

The purpose of calculating short circuit values•Selection of circuit breakers, fuse.•Adjusting metering devices•Consideration for mechanical resistance•Consideration for thermal resistance

Various value of short-circuit current should beapplied to the tests for upper factors.Symmetrical current for AC and asymmetricalcurrent for DC are used for classifying shortcircuit current.Their differences should be essential lyconsidered in the basic step of making networkplan.

Symmetrical short-circuit current real valueShort-circuit current is composed of AC andDC as it shows on <Fig.1>. The short-circuitwhich indicates the real value of AC is calledas symmetrical short-current real value, l(rms)sym. This current is the essential factor ofselecting MCCB, ACB, fuse.

Maximum asymmetrical short-circuitcurrent real value: l (rms)asymThe short-circuit which indicates the real valueof DC is called as asymmetrical short-circuitcurrent real value.And this current value is changeable upon theshort-circuit closing phase.This current value is treated for checking thethermal resistant strength of wrings, CT andetc.With symmetrical short-circuit current realvalue and short-circuit power factor, we canachieve the value, αfrom <Fig.5>.and maximum asymmetrical short-circuitcurrent real value is calculated with thisformula.

l (rms)asym= αl (rms)sym

3-phases average asymmetrical short-circuit current real value: l (rms)aveEach phase is different in its input currentvalue in 3 phases circuit. So that AC rate for 3phases is different. This value is the average ofasymmetrical short-circuit current of 3 phases. And with symmetrical short-circuit current realvalue and short-circuit power factor, we canachieve the value, β‚ and 3-phases averageasymmetrical short circuit current real value iscalculated with this formula.

l (rms)ave= βl (rms)sym

Maximum asymmetrical short-circuitcurrent instantaneous value: lmaxEach phase has different instantaneous currentvalue. And when asymmetrical short-circuitcurrent shows its maximum instantaneousvalue, the current value is called as maximumasymmetrical short-circuit current instantaneousvalue. This current is to test the mechanicalstrength of serial equipments.And with symmetrical short-circuit current realvalue and short-circuit power factor, we canachieve the value, γand maximum asymmetricalshort-circuit current instantaneous value iscalculated with this formula.

lmax= γl (rms)sym

Network impedance for calculating short-circuit current valueBellows should be considered for thecalculation as the impedance componentsaffecting circuit to trouble spot from short-circuit power.

a. Primary part impedance of incomingtransformer It’s calculated from the short-circuit current data which is provided bypower supplier. Calculated value can beregarded as reactance.

b. Impedance of incoming transformer Itsamount is upon the capacity of transformerand primary voltage. Generally thisimpedance can be regarded as reactanceand refer to <Table.4>, <Table.5>.

AC+ DC (asymmetrical short-circuit current)

DCAC

<Fig.1> Composition of short-circuit current



A-4-47

c. Reactance of motorMotor works as generator and supply shortcircuit current in the condition of an accidentcircuit such as <Fig.2>.Generation factor of firm motor should beconsidered in a low voltage circuit where acircuit breaker operates quickly and in a highvoltage circuit for the selection of fuse.Reactance of motor can be regarded in therange of 25% normally.

d. Distribution impedanceImpedance of cable and busduct do controlshort-circuit remarkably in low voltagenetwork. Refer to <Table.5>, <Table.6>.

e. OthersMCCB, ACB CT are equipments for thenetwork of low voltage.The impedance of these equipment which iscalculated from short-circuit current valueshould be considered.Generally, the impedance of those equipmentis that of rated current (normal condition), ifoperators apply that impedance value,bigger reactance value may be applied tocalculated short-circuit current value.

Between ST

Interphase voltageBetween RS

Between TRR current

S current

T current

400V 30kWShort-circuit

<Fig.2> Short-circuit of motor


How to calculate short-circuit current value With percent impedance

A-4-48

Ohm formula (Ω), percent impedance formula(%), unit formula (per unit) can be applied tocalculate short-circuit current value.

Ohm formula [Ω]Short-circuit current value is calculated byconverting into ohm value [Ω]

Percent impedance formula (%) Eachimpedance is converted into the impedanceof base value and base voltage.And the required amount for electric demandshould be shown as percent unit.And apply that value in ohm formula.

Unit formulaThe base value equals 1.0. and all value ofnetwork shows in the way of decimal system.Applying any of upper calculation formulas toachieve short-circuit current value, it showsequal value. To select a certain formula fordoing it, operator can select one of thoseformula which is proper to oneself. Below ispercent impedance formula.

Finding base valueThe rated current of transformer shall be thebase value.

Converting impedance into base valuea. Primary part impedance of transformer: %X1

Q: Primary part short-circuit capacity

b. Impedance of transformer: %ZTIt generally indicates as percent impedance.If base capacity is equal to transformercapacity, %ZT can be used as it is. Whenbase capacity is not equal to transformercapacity, convert values by this formula.

%: value converted by base value

1phase transformer should converted intothe value of 3 phase transformer, And the

percent impedance is equal to ×calculated urgent value.

c. Reactance of motor: %XmTransformer capacity shows the value in kW,so it is converted into unit, kVA.(kVA value) ≒1.5×(Output of motor, kW)%Xm= 25% Converting it from base capacity

(Converting formula for different capacity)

d. Impedance of busduct, cableCable: Area of cross-section & lengthBusduct: Rated current

In <Fig.5>, <Fig.6>ZC = (Ω per each unit length)×(length) [Ω]Convert this value into % value.

(% converting formula)

2cables in same dimension, it’s recommendableto divide the length by 2.

Base capacity PB= PT[kVA]

Base voltage VB= VT[V]

Base current IB= IT = ×103[A]

Base impedance ZB= = [Ω]

3VT

PB×103

VB2

PT

PT×103

VT2

<Fig.3> Base value

%X1= ×100 [%]Q×103

PB

%ZT

PT

%ZB

PB=

%XmPM

%XmPB

=

%ZC

ZB

ZC=

32


How to calculate short-circuit current value

A-4-49

Preparing a impedance mapPrepare impedance map according to theimpedance value from (2). Various electricitysuppliers like source, motor have same electricpotential in impedance map.As you find it on <Fig.4> (a), extend it from theunlimited bus to fault point, draw impedancemap.

Calculating impedanceCalculate impedance as <Fig.4 (b)> inimpedance map < Fig.4 (a)>%Z = %R + j %X

%Z = (%R)2+ (%X)2

Calculating symmetrical short-circuitcurrent real value

Calculating various short-circuit currentvalue

IF (3Ø) = IF (rms)sym (3Ø)

= ×100

= ×100[A]

Calculate various short-circuit current valuewith α, β, γvalues from <Fig.5> like

short-circuit power factor cos Ø= %R%Z

3 phases average asymmetrical real valueIF (rms)ave= βIF (rms)symMaximum average asymmetrical real valueIF (rms)asym=ΩIF (rms)symMaximum asymmetrical instantaneous valueIFmax= γIF (rms)sym

In case of 1 phase short-circuit

Current value from (5) multiplied by

Each short-circuit current value (1Ø)=

(3phases short-circuit current)×α(or γ)

<Fig.4> Base value

<Fig.5>

%ZIB

3VB•%ZPB×103

32

32


How to calculate short-circuit current value With a simple formula

A-4-50

For its special cases, calculating exact valueshould be needed, in the other hand, for thepractical use, we recommend simple formula.

Finding a base valueIt shall be the rated current of transformer.PB= PT [kVA]VB= VT [V]IB= IT [A]

ZB=VTB [Ω]PT×103

Short-circuit current from incoming circuitDisregard the impedance value of primary partof transformer. Calculate short-circuit currentvalue according to <Fig.7>.(If the impedance value of primary part oftransformer is considered, calculate the currentvalue as below formula)

IA (R)= ×100[A]

%X1 = ×100 [%]

If the value of %RT is not clear, %ZT≒%TT

IA (R) = ×100[A]

Short-circuit current to motorIA (M)= 4×Σ (Rated current of motor)

Symmetrical short-circuit current at point AIA= IA (R)+IA (M)

Decreasing coefficient caused by busduct

Obtaining the value of ℓ·IA

10VTCalculate decreasing coefficient from <Fig.10>

Decreasing short-circuit current byreactanceWhen there’s 1phase transformer in a certaincircuit, calculate it in the base of reactance. Regarding the reactance as pre-impedance atsource part at point of <Fig.8>,

XC = EB

3 IC

Reactance C~D: XD[Ω] (impedance of 1 ØT)

<Fig.6> Base value

<Fig.7> Transformer capacity and short-circuit current

IB

(%RT)2+ (%X1+%XT)2

Q×103

PB

%X1+%XT

IB

Ref 1) Calculation in the random voltage E Voltage linewhich is mostly close to E shall be selected tocalculate it .i.e. in case of 220V, (200V line value)÷200/220

Ref 2) Calculation for a certain impedance Zt (%)Impedance line which is mostly close to Zt (%)shall be selected to calculate it.i.e. 420V, Zt= 4.5%%Z=4% Line value (or 5% line) × 4 (or 5)/4.5

Ref 3) When the value is out of lines or over 200VA orbelow 100kA, multiply 10 times to the calculatedvalues.



A-4-51

Calculating the value of XD/XC and decreasingcoefficient d from the reactance of <Fig.9>.Current at point D ID=d·IC

Impedance of 1 phase transformer XD= X (1Ø)

a. Short-circuit current at EC voltage baseID (rms)sym·3Ø= d·IC (rms)sym·3Ø

b. Short-circuit current at ED voltage baseID (rms)sym·3Ø= d·IC (rms)sym·3Ø×EC/ED

Coefficient d for cables

Calculating the value of ℓID

10VT

Decreasing coefficient b value is calculated from<Fig.13>. For insulator drawn wrings, we can findthe value directly from <Fig.13>.

Calculating symmetrical short-circuitcurrent real valueIF (rms)sym= b×ID[D]

Various short-circuit currentIn case of having short-circuit current powerfactor, find α, β, γfrom <Fig.5>, If not find 3 valuesfrom <Table.1>

•3 phases short-circuit asymmetrical currentaverage valueIF (rms)ave= βIF (rms)sym

•Maximum asymmetrical real valueIF (rms)ave= αIF (rms)sym

•Maximum asymmetrical instantaneous valueIF (rms)ave= γIF (rms)sym

1 phase short-circuit

(Each current)= ×3 phases short-circuit current

×γ(or α)

<Fig.9> Decreasing coefficient of short-circuit current by reactance: d

<Fig.11> Decreasing coefficient b in cable (600V IV)

<Fig.12> Decreasing coefficient b in cable (600V IV)

<Fig.10> Decreasing coefficient of general busduct (Cu)

BusductRatings

(A)Material

Size [mm][Ω/m]

ResistanceR

[Ω/m]

ReactanceX

[Ω/m]

ImpedanceZ

[Ω/m]

General busduct

3×25 2.41×10-4 1.312×10-4 2.74×10-4

6×40 0.751×10-4 1.02×10-4 1.267×10-4

6×50 0.607×10-4 0.91×10-4 1.094×10-4

6×75 0.412×10-4 0.72×10-4 0.830×10-4

6×100 0.315×10-4 0.60×10-4 0.678×10-4

6×125 0.261×10-4 0.516×10-4 0.578×10-4

6×150 0.221×10-4 0.449×10-4 0.500×10-4

6×125×2 0.129×10-4 0.79×10-4 0.800×10-4

200

400

600

800Cu

1000

1200

1500

2000

<Table.2> α, β, γvalues when short circuit power factorvalue is not definite.

1.01.031.131.181.251.33

1.01.021.071.091.131.17

1.481.641.942.052.172.29

25002501〜50005001〜10001001〜1500015001〜2500025000

Symmetricalshort-circuitreal value

(A)

Maximumasymmetrical

real value

3 phasesshort-circuit

asymmetricalcurrent

average value

Maximumasymmetricalinstantaneous

value

Variables

12

32


How to calculate short-circuit current valueCalculation example

A-4-52

Calculation1) Short-circuit current value will be achieved by simple formula and percent impedanceformula for <Fig.13>

(1) Base valuePB = 750kVA VB = 420VIB = 1031A ZB = 0.237Ω

(2) Each impedancea. Reactance at primary part of transformer

%X1= ×100= 0.075 [%]

b. Impedance of transformer%RT= 1.4%%XT= 4.8%

c. 1ØTr impedance

%RT1 = × = 21.6 [%]

%XT1 = × = 31.5 [%]

d. Reactance of transformer

%Xm1 = ×25= 104 [%]

%Xm2 = ×25= 89 [%]

%Xm3 = ×25= 125 [%]

%Xm4 = ×25= 108.7 [%]

e. Impedance of cableConverting impedance of whole metaltube[2×100mm2 10m]

%RC1= × ×100= 0.38 [%]

%XC1= × ×100= 0.27 [%]

[125mm2 20m]

%RC2= ×100= 1.18 [%]

%XC2= ×100= 1.09 [%]

[250mm2 50m]

%RC3= ×100= 1.47 [%]

%XC3= ×100= 2.74 [%]

[14mm2 30m]

%RC4= ×100= 16.45 [%]

%XC4= ×100= 1.88 [%]

Percent impedance formula

<Fig.13>

1000×103

750

120×1.5750

140×1.5750

100×1.5750

115×1.5750

201.15×750

21

0.2370.00018×10

21

0.2370.00013×10

0.2370.00014×20

0.2370.00013×20

0.2370.00007×50

0.2370.00013×50

0.2370.00013×30

0.2370.00015×30

21

21

201.68×750



A-4-53

(3) Preparing a impedance mapConnect short-circuit supplier to the unlimitedbus.

Calculating impedanceCalculate it in serial/parallel type formula

a. Fault point F1 b. Fault point F2

(5) Calculation of asymmetrical short-circuitcurrenta. Fault point F1

IF1 (rms)sym = ×100= 16900[A]

cosØ1 = = 0.422

b. Fault point F2 (1 phase circuit)

IF2 (rms)sym = ×100= 1902[A]… (at 100V)

= ×100× = 7989[A]… (at 420V)

IF2 (rms)sym is short-circuit current.Therefore, convert it into 1 phase short-circuitcurrent.

IF2 (rms)1Ωsym= 7989× = 6919[A]

cosØ2= = 0.72

(6) Various short-circuit currentCalculate α, β, γfrom <Fig.5>.

a. Fault point F1

cosØ1= 0.422α= 1.05 β= 1.3 γ= 1.74IF1 (rms)ave= 1.03×16900= 17407 [A]IF1 (rms)asym= 1.05×16900= 17745 [A]IF1max= 1.74×16900= 29406 [A]

b. Fault point F2

cosØ2= 0.72α= 1.0 β= 1.48IF21Ø (rms)asym= 1.0×6919 [A]IF21Ømax= 1.48×6919= 10240 [A]

Simple calculation formula(1) Base value

PB = 750kVA VB = 420V IB = 1031A ZB = 0.237Ω

(2) Short-circuit current of incoming circuitDisregard the impedance of primary part oftransformer In <Fig.7> IA (R)= 20500 A

(3) Short-circuit current of motorSum of motor capacity= (120+140+100+115)×1.5= 713 [kVA]

IA (M) = ×4= 3920 [A]

(4) Symmetrical short-circuit current at point AIA = 20500+3920= 24420 [A]

%Z2= (39.06)2+ (37.55)2

= 54.2[%]

32

Un

limit

ed b

us

<Fig.14>

<Fig.15>

%Z1= (2.57)2+ (5.53)2

= 6.1[%]

6.11031

54.21031

54.21031

100420

6.12.57

39.0654.2

3×420

713



A-4-54

(5) Decreasing short-circuit current for cablea. At point F1

•2×100mm2 10m2×100mm2 10m= 100mm2 5m

= = 29.1

Coefficient b= 0.935Short-circuit current value at point CIc (rms)sym= 0.935×24420= 22850 [A]

•125mm2 20m

= = 108.9

IF1 (rms) sym= 0.785×244850= 17940 [A]

b. At point F1

•14mm2 30m

= = 174.4

Coefficient b= 0.249ID (rms)3Øsym= 0.24×24420= 6080 [A]

•Decreasing by the reactance (1ØTr)dpConvert the value of ‘%X of 1ØTr’ tobase capacityXD= 750×2/20= 75%Impedance of primary part at 1ØTr

XA = ×100 = ×100[%]

Convert XD to equivalent 3 phases, and

= = 2.21

Coefficient d of <Fig.9> d= 0.32IF2 (rms)3Øsym= 0.32×6080=1945[A](400V)

= 0.32×6080×420/100 = 817 [A] (100V)

∴ IF2 (rms)1Ø sym= 8171× = 7076 [A]

(6) Various short-circuit currentFind α, β, γfrom <Table.1>a. At point F1

α= 1.25 β= 1.13 γ= 2.17IF1 (rms)ave= 1.13×17940= 20272 [A]IF1 (rms)asym= 1.25×17940= 22425 [A]IF1max= 2.17×17940= 38930 [A]

b. At point F2

α= 1.13 γ= 1.94IF21Ø (rms)asym= 1.13×7076= 7945 [A]IF21Ømax= 1.94×7076= 13727 [A]

10×42010EℓIA 20×24420

10×42010EℓIC 20×22850

10×42010EℓIC 30×24420

6080ID

IB 1031

XA

XD/220×2×1031×100

750×2×6080

32

Percent impedance

calculation value

Simple formula

calculation value

Percent impedance

calculation value

Simple formula

calculation value

Percent impedance

calculation value

Simple formula

calculation value

6919A

7076A

102%

-

-

-

6919A

7995A

115%

16900A

17940A

106%

17407A

20272A

116%

17745A

22425A

126%

Fault point

Symmetricalshort-circuitcurrent realvalue

3 phasesaverageasymmetricalcurrent realvalue

Maximumasymmetricalcurrent realvalue

<Table.2> Comparison of short-circuit

F2F1



A-4-55

Short-circuit current value will be achieved bysimple formula for <Fig.16>

(1) Calculate rated current at each point① Rated current InA at point A

InA= = 43.7[A]

② Rated current InB at point B

InB= = 17.5[A]

InC= = 77.2[A]

(2) Put 1000k VA for base capacity and calculateshort-circuit current at each point.① Short-circuit current ISA at point A

a) Impedance Map

b) Short-circuit ISA

ISA= = 34990[A]

Breaking capacity of breaker [MVA]MVA= 3 short-circuit current[kA] line to

line voltage[kV]

② Short-circuit current at point B: ISB

a) Impedance MapSerial sum of impedanceZtot= 0.25+0.01+8= 8.26[%]

b) Short-circuit current ISC

ISB= = 2118[A]

Breaking capacity of breaker [MVA]MVA= 3 short-circuit current [kA]

line to line voltage[kV]

③ Short-circuit current at point C: ISC

a) Impedance Map

Parallel sum of impedance

Z= = 32.58 [%]

b) Short-circuit current ISC

ISC= = 8055 [A]

3×3.3[kV]×1000×8.26

1000[kVA]×1000×100

1 1 1 33.26 2001 8001+ +

1

3×220[V]×32.58[%]

1000[kVA]×1000×100

3×6.6[kV]×1000

500[kVA]×1000

3×3.3[kV]×1000

100[kVA]×1000

3×220[V]×0.85×0.8

20[kW]×1000

Calculation formula

Rated current In =

Short-circuit current Is =

3×Rated voltage

Transformer capacity

3×Rated voltage×%Z

Transformer capacity×100

Incoming 25%

Z=0.25(%)

Z1=0.25%(1000kVA)

AZ2=0.01%(1000kVA)

Tr2 500kVA 6.6/3.3kVZ3=4%

B

Tr2 100kVA 3.3kV/220V

Z4=2.5%

100kW

20kWu=8.5%cosΘ=0.8

1000kVA Z5=1.0%

1000kVA Z5=1.0%

M

M M M

M 200kW

<Fig.16>

3×6.6[kV]×1000×0.25%

1000[kVA]×1000×100

tot= 0.25+0.01+8= 8.26[%]


How to calculate short-circuit current valueCombination of transformer and impedance

A-4-56

<Table. 3> Combination of transformer and impedance

0.00890.0056

0.00020 0.00012 0.00031 0.00220.00330.00230.0013

0.00015 0.00010 0.000260.000820.000620.000480.000370.000300.000230.00018

0.00013 0.00009 0.00022 0.000140.000120.000090.000070.00005

<Table. 4> Example of transformer impedance <Table. 5> Example of cable impedance(600 vinyl cable)

20305075

100150200300500750

100015002000

1020305075

100200300500750

10002000300050007500

100001500020000300005000075000

100000150000200000300000500000

Cabledimension

Impedance of cable 1m (Ω)

Internalinsulationwiring orcable of

steel tubeand duct

Internalvinyl tubewiring of

steel tubeand duct

Insulatorwiring inbuilding

Resistance(Ω)/

cable1meter

Ø1.6mmØ2mmØ3.2mm5.5mm2

8mm2

14mm2

22mm2

30mm2

38mm2

50mm2

60mm2

80mm2

100mm2

125mm2

150mm2

200mm2

250mm2

325mm2

<Remark1> At 60Hz, the reactance multiply 2 times itself, so 1/2reactance of primary part can achieve IB.

<Remark2> When the cable is parallelly 2 or 3ea, reactance andresistance can be calculated in the condition of 1/3 and1/3 length cable.

Transformer 1 phase transformer

6.3kV/210V Oil Tr. 6.3kV/210V Mold Tr.Impedance

Transformer capacity (VA)

ZT[%] RT[%] XT[%] ZT[%] RT[%] XT[%]

14.9 14.9 0.26814.0 14.0 0.50314.8 14.8 0.52313.6 13.6 0.49411.0 11.0 0.5588.87 8.85 0.5627.70 7.68 0.5715.75 5.69 0.6195.08 4.97 1.055.05 4.92 1.164.03 3.93 0.9044.55 4.50 0.6374.29 4.22 0.7683.26 3.18 0.7252.72 2.81 0.775

2.5 2.07 1.40 2.33 2.18 0.8232.37 1.84 1.49 2.04 1.82 0.9372.57 1.76 1.87 1.90 1.60 1.022.18 1.58 1.502.05 1.47 1.422.27 1.46 1.742.48 1.49 1.983.39 1.31 3.133.15 1.31 2.872.23 1.28 2.964.19 1.09 4.03

Transformer 3 phases transformer

Impedance 6.3kV/210V Oil Tr. 6.3kV/210V Mold Tr. 20kV/420V Mold Tr. 20kV/420V Oil Tr.

Transformer capacity (VA) ZT[%] RT[%] XT[%] ZT[%] RT[%] XT[%] ZT[%] RT[%] XT[%] ZT[%] RT[%] XT[%]2.19 1.94 1.032.45 1.92 1.53 4.7 2.27 4.122.47 1.59 1.89 4.7 1.94 4.282.35 1.67 1.66 4.4 1.56 4.112.54 1.65 1.96 4.6 1.5 4.242.64 1.64 2.07 4.2 1.29 4.0

2.8 1.59 2.31 4.5 1.17 4.353.26 1.46 2.92 4.5 1.2 4.333.61 1.33 3.36 4.7 0.08 4.69 5.0 1.56 4.76 6.0 1.0 5.92

4.2 1.55 3.9 6.0 0.8 5.95 5.0 1.40 4.80 6.0 0.9 5.935.0 1.35 4.82 7.0 0.7 6.96 5.0 1.26 4.84 6.0 0.8 5.955.1 1.22 4.95 7.0 0.6 6.97 5.5 1.2 5.37 7.0 0.75 6.965.0 1.2 4.85 7.5 0.65 7.47 5.5 1.1 5.39 7.0 0.7 6.96



A-4-57

<Table.6> Impedance sample of bus and busduct (50Hz)

1.257 0.323 1.297 1.385 0.387 1.438

0.848 0.235 0.879 0.851 0.282 0.896

0.641 0.185 0.667 0.645 0.222 0.682

0.518 0.152 0.540 0.523 0.183 0.554

0.436 0.129 0.454 0.443 0.155 0.469

0.378 0.113 0.394 0.386 0.135 0.409

0.360 0.107 0.375 0.367 0.128 0.389

0.286 0.084 0.298 0.293 0.101 0.310

0.218 0.065 0.228 0.221 0.078 0.235

0.180 0.054 0.188 0.184 0.064 0.195

0.143 0.042 0.149 0.146 0.051 0.155

0.126 0.038 0.131 0.129 0.045 0.136

0.120 0.036 0.125 0.122 0.043 0.130

0.095 0.028 0.099 0.098 0.034 0.103

Ampere rating

(A) R X Z R X Z

50Hz 60Hz

[×10-4Ω/m]

600

800

1000

1200

1350

1500

1600

2000

2500

3000

3500

4000

4500

5000

<Table.6> Impedance sample of Bus and busduct (50Hz)

0.974 0.380 1.045 0.977 0.456 1.078

0.784 0.323 0.848 0.789 0.387 0.879

0.530 0.235 0.580 0.536 0.282 0.606

0.405 0.185 0.445 0.412 0.222 0.468

0.331 0.152 0.364 0.338 0.183 0.384

0.331 0.152 0.364 0.338 0.183 0.384

0.282 0.129 0.311 0.289 0.155 0.328

0.235 0.107 0.259 0.241 0.128 0.273

0.166 0.076 0.182 0.169 0.091 0.192

0.141 0.065 0.155 0.144 0.078 0.164

0.122 0.056 0.135 0.127 0.068 0.143

0.110 0.051 0.121 0.113 0.061 0.126

0.094 0.043 0.104 0.096 0.052 0.109

0.082 0.038 0.091 0.084 0.045 0.096

0.078 0.035 0.086 0.080 0.043 0.091

0.068 0.028 0.074 0.071 0.031 0.077

Ampere rating

(A) R X Z R X Z

50Hz 60Hz

[×10-4Ω/m]

600

800

1000

1200

1350

1500

1600

2000

2500

3000

3500

4000

4500

5000

5500

6500



A-4-58

Using a certain graph, you can find andcalculate the short-circuit current value which isat one position of network. No matter thecondition of network is different, you can do thecalculation through adjusting variables.

Graph noteP coordinates–Transformer capacity (kVA)Is1 coordinates–Short-circuit current value(kA)Is2 coordinates–Short-circuit current valueaffected cable condition (kA) Line - % impedance of transformer (%) Line - Length of cable (m) Line - Square mm of cable (mm2) Line - Is2 (kA)

Remark) line shows the length of hard vinyl cable (600V IV)

Remark1. It‘s not considered the transformer contribution.

Multiply 4 t imes the rated current oftransformer in cases.

2. The real short-circuit current value is littlerlower that its calculated value by the way wesuggest because we take the rated voltageas AC200V, 400V. So the current valueshould be calculated in the consideration ofstability

3. The calculated value is symmetrical realvalue.

(1) 3 phases transformer① Short-circuit current value at (A) where it

is just below transformer. At P coordinates,find the coordinates value (g) of thecross point (f) which is from transformercapacity (e) and A l ine. Disregardprimary part impedance of transformer.

② Find the short-circuit current value atPoint B, C which are considered cableimpedance.

•At short-circuit current g (kA) of Is1

coordinates, find the value (h) of B line•Move (h) to parallel direction of Is, and

find the cross point (i) to C line.•Move (i) to parallel direction of Is2, and

find the cross point value (j) to D line (g),finally find (k) of Is2

(2) 1 phase transformer① Short-circuit current value where it is just

below transformer. Find the value assame as that of 3 phase transformer andmultiply it 3 times. (g’kA)

② Find the short-circuit current value whereit is considered cable impedance.

•Multiply 2/3 times to g’ of Is coordinates•Find the Is2 value as same as that of 3

phase transformer and multiply it 3/2times.



How to calculate short-circuit current valueCalculation graph

A-4-59

(1) Short-circuit current value at point A (ISA)•At P coordinates, find (f) which is the point which is to match transformer capacity 500kVA

and A line. Then move (f) to Is1 direction and finally find (g).•ISA= 29kVA (g)

(2) Short-circuit current value at point B (ISB)•Find value h of B line (20mm) at g (= 29kA) of Is1 coordinates•Move h parallely to the direction of Is1, and find value I at the cross point with C line (200mm)•Move I parallely to the direction of Is2, and find value j at the cross point with D line (g= 29kA)•ISB= 19kA (k)

Percent impedance of transformers

B length of cable

P T

rans

form

er c

apac

ity (

kVA

)


A-4-60

(3) Short-circuit current value at point C (ISC)•Find Is1 coordinates value (19kA) of short-circuit current value k (= 19kA) at Point B. and find

cross point m between 19kA and B line.•Move m parallely to the direction of Is1 coordinates, and find the cross point n at C line

(30mm).•Move n parallely to the direction of Is1 and find the cross point p of Is2with D line.•Isc= 10kA (g)

Is2S

hort-circuit current (symm

etrical real value) (KA

)

Square mm of cable 600V IV(Hard vinyl tube cable)

A-5. Mounting & ConnectionTD &TS MCCB Index

Fixed mounting

Connecting terminal & conductor

Safety clearance

Example of installation

A-5-1

A-5-2

A-5-3

A-5-6

Mounting & Connection

Fixed mounting

Susol TD and TS circuit-breakers can be directly connected to the mounting plate.If busbars or terminals are used to connect the circuit breaker on the back of the mounting plate,the appropriate safety clearances must be observed.

A-5-1

Screw for

mounting

Nut for

mounting

Screw for

connection

of terminals,

Spreader

TD100, TD160

3Pole:4EA(M4×75)

4Pole:4EA(M4×75)

3Pole:4EA(M4×75)

4Pole:4EA(M4×75)

3Pole:4EA(M5×85)

4Pole:4EA(M5×85)

3Pole:4EA(M6×100)

4Pole:4EA(M6×100)

3Pole:4EA(M6×100)

4Pole:4EA(M6×100)

- - -

3Pole:6EA (M8×20)

4Pole:8EA (M8×20)

3Pole:6EA(M8×20)

4Pole:8EA(M8×20)

3Pole:6EA(M10×30)

4Pole:8EA(M10×30)

3Pole:6EA(M12×35)

4Pole:8EA(M12×35)

Torque: Max 8Nm Torque: Max 15Nm Torque: Max 50Nm Torque: Max 70Nm

TS100,TS160,

TS250TS400, TS630 TS800


Connecting terminal & conductor

A-5-2

18

8

23

22

M8×20

20

28

22

M8×20

15

26.1

30 M10×L30

51

16.5

33

M12×35

26

TD100

TD160

TS100

TS160

TS250

TS400

TS630

TS800

Max 8Nm

Ø>8Ø>8

≤10≤25

21

≤25≤10

Max 15Nm

Max 50Nm

37‹×

‹45

37‹×

‹45

≤19

≤50≤50 ≤50

≤15

Ø12 Ø12

==

== = =

Max 70Nm

Terminal (mm) Conductor (mm)


Safety clearance

When installing a circuit breaker, safety clearances must be kept between the breaker and panels,bars and other protection devices installed nearby. These safety clearances are depend on theultimate breaking capacity and are defined by tests carried out in accordance with standard IEC60947-2.

When a short circuit interruption occur, high temperatures pressures are present in and above thearc chambers of the circuit-breaker. In order to allow the pressure to be distributed and to preventfire and arcing or short-circuit currents, safety clearances are required.

A-5-3

A(mm)

415V 240V

TD100N, TD160N 35 30

TD100H, TD160H 35 30

TD100L, TD160L 35 30

TS100N, TS160N, TS250N 35 30

TS100H, TS160H, TS250H 35 30

TS100L, TS160L, TS250L 35 30

TS400N, TS630N 60 50

TS400H, TS630H 60 50

TS400L, TS630L 60 50

TS800N 100 80

TS800H 100 80

TS800L 100 80

Directconnectionof cable

Connection byusing a cableterminal or ring terminal

Connectionby using acableterminal withextendedterminal

The

dim

ensi

on o

f exp

osed

con

duct

AF

A A

C1

C1

C1

C C C

C1(mm)C(mm)

415V 240V

TD100N, TD160N 35 30

TD100H, TD160H 35 30

TD100L, TD160L 35 30

TS 100N, TS160N, TS250N 35 30

TS100H, TS160H, TS250H 35 30

TS100L, TS160L, TS250L 35 30

TS400N, TS630N 60 50

TS400H, TS630H 60 50

TS400L, TS630L 60 50

TS800N 100 80

TS800H 100 80

TS800L 100 80

A: Insulation distance to ceiling for installation in metallic cubicle

C1: Minimum distance for superimposed circuit breakers(from lower circuit breaker to uninsulated part of terminal of upper circuit breaker)

C: C1+ the dimension of exposed conducting part (The dimension of exposed conduct)


Safety clearance

A-5-4

Note) If uninsulated conductors are used for connection, please insulate by taping tothe point where the conductors overlap with the insulation barrier or to the root of the circuit breaker.

D1 D

3

D2 D

4

E(mm)

415V 240V

TD100N, TD160N 25 15

TD100H, TD160H 25 15

TD100L, TD160L 25 15

TS100N, TS160N, TS250N 25 15

TS100H, TS160H, TS250H 25 15

TS100L, TS160L, TS250L 25 15

TS400N, TS630N 20 15

TS400H, TS630H 20 15

TS400L, TS630L 20 15

TS800N 45 20

TS800H 45 20

TS800L 45 20

E E

E: Distance from a side of breaker to side plate

D: Insulated length of main terminal of circuit breaker

D1: Connection by ring terminal after taping (Larger than the dimension of exposed conducting part)

D2: Connection by bar after tapingD3: Connection by ring terminal using insulation barrier

(Larger than the dimension of exposed conductD4: Connection by bar using insulation barrier

The

dim

ensi

on o

f exp

osed

con

duct

+ 2

0

The

dim

ensi

on o

f exp

osed

con

duct

+ 2

0

D1 D2 D3 D4

(mm) (mm) (mm) (mm)

TD100N, TD160N 50 50

TD100H, TD160H 50 50

TD100L, TD160L 50 50

TS100N, TS160N, TS250N 100 100

TS100H, TS160H, TS250H 100 100

TS100L, TS160L, TS250L 100 100

TS400N, TS630N 100 100

TS400H, TS630H 200 200

TS400L, TS630L 200 200

TS800N 100 100

TS800H 200 200

TS800L 200 200


Safety clearance

A-5-5

Note) In case of using long or short terminal covers.

F

(mm)

TD100N, TD160N 20

TD100H, TD160H 20

TD100L, TD160L 20

TS100N, TS160N, TS250N 10

TS100H, TS160H, TS250H 10

TS100L, TS160L, TS250L 10

TS400N, TS630N 10

TS400H, TS630H 10

TS400L, TS630L 10

TS800N 10

TS800H 10

TS800L 10

F

F: The dimension of exposed conducting part

G

(mm)

TD100N, TD160N 0

TD100H, TD160H 0

TD100L, TD160L 0

TS100N, TS160N, TS250N 0

TS100H, TS160H, TS250H 0

TS100L, TS160L, TS250L 0

TS400N, TS630N 0

TS400H, TS630H 0

TS400L, TS630L 0

TS800N 0

TS800H 0

TS800L 0

G

G: Minimum center distance for two horizontally installed circuit-breakers


Example of installation

Note) In case of using long or short terminal covers, no need to consider on minimum center distance for two horizontally installed circuit-breakers

A-5-6

M4×75

90

25

35

35

90

M5×75

60

20

60

90

90

100

100

45

90

90

M6×100

TD100/160

TS100/160/250

TS400/630

TS800

0.001

0.5 1.251

Multiple of rated current

2 3 54 106 97 8 15 503020 40 70 100

120

240

180

40

60

0.2

0.02

0.01

0.060.08

0.04

0.1

Ope

ratin

g tim

e

20

2

Sec

ond 1

0.60.8

0.4

86

10

4

1

2

40

Min

ute

10

20

4

68

FTU: Ir= 1× InFMU: Ir= 0.8~1 × In

300200

30

Ambient temperature(40)

com

pens

atio

n ra

tio(%

)R

ated

cur

rent

500

100

2010

150

40 50

Ambient temperature(55)100 3020 40 50 60

50

100

150

com

pens

atio

n ra

tio(%

)R

ated

cur

rent

A-6. Characteristics curvesTD &TS MCCB Index

Circuit breakers with

thermal-magnetic trip units

magnetic only trip units









electronic trip unit (ETS)

electronic trip unit (ETM)

Specific let-through energy curves

Current-limiting curves

A-6-1

A-6-4

A-6-5

A-6-9

A-6-10

A-6-12

A-6-13

A-6-15

A-6-16

A-6-18

A-6-19

A-6-20

A-6-21

A-6-24


Circuit breakers with thermal-magnetic trip units

A-6-1

30


com

pens

atio

n ra

tio(%

)R

ated

cur

rent

500

100

2010

150

40 50

0.001

0.5 1.251

Multiple of rated current

2 3 54 106 97 8 15 503020 40 70 100

120

240

180

40

60

0.2

0.02

0.01

0.060.08

0.04

0.1

Ope

ratin

g tim

e

20

2

Sec

ond 1

0.60.8

0.4

86

10

4

1

2

40

Min

ute

10

20

4

68

FTU: Ir= 1× InFMU: Ir= 0.8~1× In

300200


50

100

150

com

pens

atio

n ra

tio(%

)R

ated

cur

rent

TD100FTU

FMU

16~100A



A-6-2

Ope

ratin

g tim

e

Sec

ond

Min

ute

FTU: Ir= 1×InFMU: Ir= 0.8~1×In

0.5

10000

5000

120100

50

10

7

3

1

2000

1000

700

400

200

100

60

10

1

0.1

0.01

0.001

0.8 1 2 3 4 5 6 7 8 10 20 30 40 50 70 100 200 300

30


com

pens

atio

n ra

tio(%

)R

ated

cur

rent

500

100

2010

150

40 50

×Normal current In (I/ Ir)

Min. 400AFTU/FMU: Im= 10×In


50

100

150

com

pens

atio

n ra

tio(%

)R

ated

cur

rent

TD160FTU

FMU

100~160A



A-6-3

30


com

pens

atio

n ra

tio(%

)R

ated

cur

rent

500

100

2010

150

40 50

0.5 0.8 1 2 3 4 5 6 7 8 10 20 30 40 50 70 100 200 300



FTU/FMU: Im= 10×In

Pressure tripping

Ope

ratin

g tim

e

Sec

ond

Min

ute

10000

5000

120100

50

10

7

3

1

2000

1000

700

400

200

100

60

10

1

0.1

0.01

0.001


50

100

150

com

pens

atio

n ra

tio(%

)R

ated

cur

rent

TS100FTU

FMU

40~100A


Circuit breakers with magnetic only trip units

A-6-4

0.80.5 1 2 3 4 5 6 7 8 10 20 30 40 50 70 100 200 300


Thermal withstand

MTU: Im= 6~12×In

Ope

ratin

g tim

e

Sec

ond

Min

ute

10000

5000120100

50

10

7

3

1

2000

1000

700

400

200

100

60

10

1

0.1

0.01

0.001

Pressure tripping

Magnetic trip units(MTU)

Pick - up Im Setting

6..12×In (6 Point)


TS100 to TS800

1.6 3.2 6.3 12 20 32 50 63 100 160 220 320 500 630

Rating(A) In

N / H / L TS100

TS160

TS250

TS400

TS630

TS800

TS100Magnetic only

MTU

1.6~100A

TS160Magnetic only

MTU

32~160A



A-6-5

30


com

pens

atio

n ra

tio(%

)R

ated

cur

rent

500

100

2010

150

40 50

0.5 0.8 1 2 3 4 5 6 7 8 10 20 30 40 50 70 100 200 300



FTU/FMU: Im= 10×In

Pressure tripping

Ope

ratin

g tim

e

Sec

ond

Min

ute

10000

5000

120100

50

10

7

3

1

2000

1000

700

400

200

100

60

10

1

0.1

0.01

0.001


50

100

150

com

pens

atio

n ra

tio(%

)R

ated

cur

rent

TS160FTU

FMU

100, 125, 160A



A-6-6

30


com

pens

atio

n ra

tio(%

)R

ated

cur

rent

500

100

2010

150

40 50

0.8 1 2 3 4 5 6 7 8 10 20 30 40 50 70 100 200 300


ATU: Ir= 0.8~1×In

ATU: Im= 5~10×In

Pressure tripping

Ope

ratin

g tim

e

Sec

ond

Min

ute

10000

5000

120100

50

10

7

3

1

2000

1000

700

400

200

100

60

10

1

0.1

0.01

0.001


50

100

150

com

pens

atio

n ra

tio(%

)R

ated

cur

rent

TS160ATU

100, 125, 160A



A-6-7

30


com

pens

atio

n ra

tio(%

)R

ated

cur

rent

500

100

2010

150

40 50

0.5 0.8 1 2 3 4 5 6 7 8 10 20 30 40 50 70 100 200 300



FTU/FMU: Im= 10×In

Pressure tripping

Ope

ratin

g tim

e

Sec

ond

Min

ute

10000

5000

120100

50

10

7

3

1

2000

1000

700

400

200

100

60

10

1

0.1

0.01

0.001


50

100

150

com

pens

atio

n ra

tio(%

)R

ated

cur

rent

TS250FTU

FMU

125~250A



A-6-8

30


com

pens

atio

n ra

tio(%

)R

ated

cur

rent

500

100

2010

150

40 50

0.8 1 2 3 4 5 6 7 8 10 20 30 40 50 70 100 200 300


ATU: Ir= 0.8~1×In

ATU: Im= 5~10×In

Pressure tripping

Ope

ratin

g tim

e

Sec

ond

Min

ute

10000

5000

120100

50

10

7

3

1

2000

1000

700

400

200

100

60

10

1

0.1

0.01

0.001


50

100

150

com

pens

atio

n ra

tio(%

)R

ated

cur

rent

TS250ATU

125~250A



A-6-9

0.80.5 1 2 3 4 5 6 7 8 10 20 30 40 50 70 100 200 300


MTU: Im= 6~12×In

Thermal withstand

Pressure tripping

Ope

ratin

g tim

e

Sec

ond

Min

ute

10000

5000120100

50

10

7

3

1

2000

1000

700

400

200

100

60

10

1

0.1

0.01

0.001



6..12×In (6 Point)


TS100 to TS800

1.6 3.2 6.3 12 20 32 50 63 100 160 220 320 500 630

Rating(A) In

N / H / L TS100

TS160

TS250

TS400

TS630

TS800

TS250Magnetic only

MTU

100, 160, 220A



A-6-10

0.80.5 1 2 3 4 5 6 7 8 10 20 30 40 50 70 100 200 300


FMU: Ir= 0.8~1×InFTU: Ir= 1×In

FTU/FMU: Im= 10×In

Ope

ratin

g tim

e

Sec

ond

Min

ute

10000

5000

120100

50

10

7

3

1

2000

1000

700

400

200

100

60

10

1

0.1

0.01

0.001

Pressure tripping

Ambient temperature(40)20100

Rat

ed c

urre

ntco

mpe

nsat

ion

ratio

(%)

50

100

150

30 40 50


50

100

150

com

pens

atio

n ra

tio(%

)R

ated

cur

rent

TS400FTU

FMU

300, 400A



A-6-11

0.80.5 1 2 3 4 5 6 7 8 10 20 30 40 50 70 100 200 300


ATU: Ir= 0.8~1×In

ATU: Im= 5~10×In

Ope

ratin

g tim

e

Sec

ond

Min

ute

10000

5000

120100

50

10

7

3

1

2000

1000

700

400

200

100

60

10

1

0.1

0.01

0.001

Pressure tripping


Rat

ed c

urre

ntco

mpe

nsat

ion

ratio

(%)

50

100

150

30 40 50


50

100

150

com

pens

atio

n ra

tio(%

)R

ated

cur

rent

TS400ATU

300, 400A



A-6-12

0.80.5 1 2 3 4 5 6 7 8 10 20 30 40 50 70 100 200 300


MTU: Im= 6~12×In

Thermal withstand

Pressure tripping

Ope

ratin

g tim

e

Sec

ond

Min

ute

10000

5000120100

50

10

7

3

1

2000

1000

700

400

200

100

60

10

1

0.1

0.01

0.001



6..12×In (6 Point)


TS100 to TS800

1.6 3.2 6.3 12 20 32 50 63 100 160 220 320 500 630

Rating(A) In

N / H / L TS100

TS160

TS250

TS400

TS630

TS800

TS400MTU

320A



A-6-13

0.80.5 1 2 3 4 5 6 7 8 10 20 30 40 50 70 100 200 300



FTU/FMU: Im= 10×In

Ope

ratin

g tim

e

Sec

ond

Min

ute

10000

5000

120100

50

10

7

3

1

2000

1000

700

400

200

100

60

10

1

0.1

0.01

0.001

Pressure tripping


Rat

ed c

urre

ntco

mpe

nsat

ion

ratio

(%)

50

100

150

30 40 50


50

100

150

com

pens

atio

n ra

tio(%

)R

ated

cur

rent

TS630FTU

FMU

500, 630A



A-6-14

0.80.5 1 2 3 4 5 6 7 8 10 20 30 40 50 70 100 200 300


ATU: Ir= 0.8~1×In

ATU: Im= 5~10×In

Ope

ratin

g tim

e

Sec

ond

Min

ute

10000

5000

120100

50

10

7

3

1

2000

1000

700

400

200

100

60

10

1

0.1

0.01

0.001

Pressure tripping


Rat

ed c

urre

ntco

mpe

nsat

ion

ratio

(%)

50

100

150

30 40 50


50

100

150

com

pens

atio

n ra

tio(%

)R

ated

cur

rent

TS630ATU

500, 630A



A-6-15

0.80.5 1 2 3 4 5 6 7 8 10 20 30 40 50 70 100 200 300


MTU: Im= 6~12×In

Thermal withstand

Pressure tripping

Ope

ratin

g tim

e

Sec

ond

Min

ute

10000

5000120100

50

10

7

3

1

2000

1000

700

400

200

100

60

10

1

0.1

0.01

0.001



6..12×In (6 Point)


TS100 to TS800

1.6 3.2 6.3 12 20 32 50 63 100 160 220 320 500 630

Rating(A) In

N / H / L TS100

TS160

TS250

TS400

TS630

TS800

TS630MTU

500A



A-6-16

0.80.5 1 2 3 4 5 6 7 8 10 20 30 40 50 70 100 200 300



Ope

ratin

g tim

e

Sec

ond

Min

ute

10000

5000

120100

50

10

7

3

1

2000

1000

700

400

200

100

60

10

1

0.1

0.01

0.001

FTU/FMU: Im= 10×In

Pressure tripping

Ambient temperature()20100

Rat

ed c

urre

ntco

mpe

nsat

ion

ratio

(%)

50

100

150

30 40 50


50

100

150

com

pens

atio

n ra

tio(%

)R

ated

cur

rent

TS800FTU

700, 800A

FMU

800A



A-6-17

0.80.5 1 2 3 4 5 6 7 8 10 20 30 40 50 70 100 200 300


ATU: Ir= 0.8~1×In

Ope

ratin

g tim

e

Sec

ond

Min

ute

10000

5000

120100

50

10

7

3

1

2000

1000

700

400

200

100

60

10

1

0.1

0.01

0.001

ATU: Im= 5~10×In

Pressure tripping


Rat

ed c

urre

ntco

mpe

nsat

ion

ratio

(%)

50

100

150

30 40 50


50

100

150

com

pens

atio

n ra

tio(%

)R

ated

cur

rent

TS800ATU

800A



A-6-18

0.80.5 1 2 3 4 5 6 7 8 10 20 30 40 50 70 100 200 300


MTU: Im= 6~12×In

Thermal withstand

Pressure tripping

Ope

ratin

g tim

e

Sec

ond

Min

ute

10000

5000120100

50

10

7

3

1

2000

1000

700

400

200

100

60

10

1

0.1

0.01

0.001



6..12×In (6 Point)


TS100 to TS800

1.6 3.2 6.3 12 20 32 50 63 100 160 220 320 500 630

Rating(A) In

N / H / L TS100

TS160

TS250

TS400

TS630

TS800

TS800MTU

630A


Circuit breakers with electronic trip unit (ETS)

A-6-19

t≦10msReflex tripping

Isd= 1.5,...,10×Ir

Ii= 11×In(Fixed)

0.3s

0.2s

0.1s

0.05s

Sec

ond

Ope

ratin

g tim

e

Min

ute

Hou

r

Multiple of rated current ×Ir

4

3

2

15040

30

20

15040

30

20

108

654

3

2

108

654

3

2

0.10.08

0.06

0.5 0.7 1.0 1.5 2.0 3.0 4.0 5.0 7.0 10.0 15.0 20.0 30 40 50 70 80 100 150 200 300

0.05

0.010.008

0.0060.005

0.04

0.03

0.02

10.8

0.60.50.4

0.3

0.2

Ir= 0.4,...,1.0×Ir

TS100 to TS800ETS23

ETS33

ETS43


Circuit breakers with electronic trip unit (ETM)

A-6-20

Ir= 0.4,...,1.0×Ir

Ir= 2,4,6,8,12s at 6×Ir

t≦10msReflex tripping

Isd= 1.5,...,10×Ir

Ii= 1.5,...,11×In

0.3s

0.2s

0.1s

0.05s

0.5 0.7 1.0 1.5 2.0 3.0 4.0 5.0 7.0 10.0 15.0 20.0 30 40 50 70 80 100 150 200 300

4

3

2

15040

30

20

15040

30

20

108

654

3

2

108

654

3

2

0.10.08

0.060.05

0.010.008

0.0060.005

0.04

0.03

0.02

10.8

0.60.50.4

0.3

0.2

Sec

ond

Ope

ratin

g tim

e

Min

ute

Hou

r

I2t ON

I2t OFF

Multiple of rated current ×Ir

TS400TS630TS800ETM33

ETM43



A-6-21

Max

imum

let-

thro

ugh

I2t

(A2 s)

Available short circuit current (kArms)

2

107

106

105

5

3

2

5

3

22 3 4 6 10 20 30 40 60 100 200 300

5

3

2

H

H

L

L

N

N

H

HL

LTS250

TS800

TS630

TD160

N

N

220/240VThermal stress



A-6-22

Max

imum

let-

thro

ugh

I2t

(A2 s)


2 3 4 6 10 20 30 40 60 100 200 300

2

107

106

105

5

3

2

5

3

2

5

3

2

H L

TD160

TS250

TS630

TS800

N

H LN

HL

N

H LN




A-6-23


2 3 4 6 10 20 30 40 60 100 200 300

Max

imum

let-

thro

ugh

I2t

(A2 s)

2

107

106

105

5

3

2

5

3

2

5

3

2

TD160

TS250

TS630

TS800

H

H

H

H

L

L

L

L

N

N

N

N




A-6-24


2

4

5

6

7

8

10

20

30

30

50

60

70

80

100

200

3 4 6 10 20 30 40 60 100 200 300

Max

imum

pea

k le

t-th

roug

h cu

rren

t (k

A)

TD160

TS250

TS630

TS800

H

L

N

H

L

N

HL

N

H

L

N

220/240VPeak current



A-6-25


2 3 4 6 10 20 30 40 60 100 200 300

4

5

6

7

8

10

20

30

30

50

60

70

80

100

200

Max

imum

pea

k le

t-th

roug

h cu

rren

t (k

A)

TD160

TS250

TS800

TS630

H

L

L

N

H

N

L

H

N

L

H

N




A-6-26


2 3 4 6 10 20 30 40 60 100 200 300

4

5

6

7

8

10

20

30

30

50

60

70

80

100

200

Max

imum

pea

k le

t-th

roug

h cu

rren

t (k

A)

TD160

TS250

TS800

TS630

H

H

H

H

L

L

L

L

N

N

N

N


75

106.990

140

LC

ON

OFFPUSH TO TRIP

A-7. DimensionsTD & TS MCCB Index

TD100/160

TS100/160/250

TS400/630

TS800

Direct rotary handlesDH1 & DHK1 for TD100/160DH2 & DHK2 for TS100/160/250DH3 & DHK3 for TS400/630DH4 & DHK4 for TS800Dimension table for D-handles

Extended rotary handlesEH1 for TD100/160EH2 for TS100/160/250EH3 for TS400/630EH4 for TS800Dimension table for E-handles

Mechanical interlocking deviceMIT13, MIT23, MIT33, MIT43Mounting dimension for MIT

Plug-in devicePlug-in devices for TD100/160Plug-in devices for TS100/160/250/400/630/800Mounting to front plateRail mountingMounting to rear plate with cover backMounting

Terminal coverITS and ITL

Rear terminalsTD100 / TD160TS100 / TS160 / TS250TS400 / TS630TS800

Circuit breaker with motor operatorMOP1, MOP2, MOP3, MOP4

Wiring connectionMotor operator

Wiring diagram(State of operation)ETS23/ETS33/ETS43

A-7-1

A-7-2

A-7-3

A-7-4

A-7-5

A-7-6

A-7-7

A-7-8

A-7-9

A-7-10

A-7-11

A-7-12

A-7-13

A-7-14

A-7-15

A-7-16

A-7-17

A-7-18

A-7-19

A-7-20

A-7-21

A-7-22

A-7-23

A-7-24

A-7-25

A-7-26

A-7-27

A-7-28

A-7-29

A-7-30

A-7-31

Overall dimensions

TD100/160

A-7-1

75

69

18 20

8

106.992

8681

77

23 22

M8×20 10

50

107

109.

6

90

122

140

6022

60

27

14.5

LCLC

8

1206030

2, 3P 4P

Trip button

Mounting hole

Insulation barrier

52

Ø4.5

Ø8

B-23C

B-23C

81

ON

OFFPUSH TO TRIP

ON

OFFPUSH TO TRIP

Ø9

83

92

M4 or Ø5

30

M4 or Ø5

30

107

107

122

83

2, 3P 4P 2, 3P 4P

CL CL CL CL

CL CL CL CL

30

Panel drilling

Terminal section Conductor

Front panel cutting

[mm]

Overall dimensions

TS100/160/250

A-7-2

109.793

8681

75

75

69

20

28

160 60

22

140

125

70105

48

27

15

CL

1407035

11

2, 3P 4P

22

M8×20

10

25

CL CL

Ø5

Ø8

B-23C

B-23C

ON

OFFPUSH TO TRIP

ON

OFFPUSH TO TRIP

Trip button

Mounting hole

Insulation barrier

100

Ø9

125

35

M4 or Ø5 M4 or Ø5

125

35 35

102

107 142

102

2, 3P 4P 2, 3P 4P

CL CL CL CL

CL CL CL CL

Panel drilling


Front panel cutting

[mm]

Overall dimensions

TS400/630

A-7-3

LC

3171

34.5

7

166

200

230

260

4111

6

25

27

26.5

46.5

30

59

140

52.552.5

46.546.546.5

186.5

46.546.5

Ø13

2726

0

97.5105110

123157

42.18

93.5

75

Ø6. Ø10

202

52.5 52.5 52.5

2, 3P 4P

Trip button

Mounting hole

LCLC

30

15

15

26.130

M10×L30

B-33C

B-33C

Ø13

45

200

168

142

M5 or Ø5 M5 or Ø5

45

200

46.5 188.5

168

CL CL CL CL

CL CL CL CL

2, 3P 4P 2, 3P 4P

Panel drilling


Front panel cutting

[mm]

Overall dimensions

TS800

A-7-4

51

16.5

33 50

26

M12×35

320

119128

148.5135

198

33.3

89

Ø7

Ø13

.4

1036

LC

254.

627

8

320

497080210

70 70

81.511

5 1637 8

287

37.3

926

.782

.8

198.

6 LC

70 70

LC

70

280

Trip button

Mounting hole

2,3P 4P

35

B-43C

B-43C

OFF

ON

bvv

OFF

ON

PUSH TO TRIP

15.5

Ø14

278

70

M6 or Ø7

200.

6

212

CL CL CL CL

CL CL CL CL278

7070

2, 3P 4P

200.

6

282

2, 3P 4P

Panel drilling


Front panel cutting

[mm]

Overall dimensions

Direct rotary handlesDH1 & DHK1 for TD100/160

A-7-5

117

t1.2~3.2

71.8

13.5

76.8

90

60

71.8

81.3

81

4-Ø5

93105

84 96.3

Over 20mm

Pan

el s

haf

t

Panel drilling Way of installation

Trip

Trip

[mm]

Overall dimensions

Direct rotary handlesDH2 & DHK2 for TS100/160/250

A-7-6

t=1.2~3.2

10.7

78.5

75

122

105

60

78.5

91.8

96

121

108

9583Pan

ner

sh

aft

Over 20mm

4-Ø5


Trip

Trip

[mm]

Overall dimensions

Direct rotary handlesDH3 & DHK3 for TS400/630

A-7-7

93

129

131

140

147.

5

170.5

t1.2~3.2

131

97.5

18.7

5

133

149

143159

4-Ø7

Pan

el s

haf

t

Over 20mm


Trip

Trip

[mm]

Overall dimensions

Direct rotary handlesDH4 & DHK4 for TS800

A-7-8

119

213

23

t=1.2~3.2

165.

4

165.

4

186.

6

192.5

210

140

213225

162

173

4-Ø7

Pan

ner

sh

aft

Over 20mm


Trip

Trip

MCCB

[mm]

Overall dimensions

Direct rotary handlesDimension table for D-handles

A-7-9

C

t1.2~3.2

B D

FE

G

D

FE

B

GA

B

Model DH1 DH2 DH3 DH4

Applicable to TD100/160 TS100/160/250 TS400/630 TS800

A (mm) 76.8 75 97.5 119

B (mm) 71.8 78.5 131 165.4

C (mm) 117 122 170.5 213

D (mm) 81.3 91.8 147.5 186.6

E (mm) 90 105 140 210

F (mm) 60 60 93 140

G (mm) 81 96 129 192.5

[mm]TD100/TS250 TS630/TS800

Overall dimensions

Extended rotary handlesEH1 for TD100/160

A-7-10

90

60

71.8

8181

.3

t1.2~3.2

Max. 585 (Shaft 469mm)Min. 163

13.5

47

47

Ø532-Ø6


OFF

OFF

[mm]

Overall dimensions

Extended rotary handlesEH2 for TS100/160/250

A-7-11

60

96

78.5

105

91.8

Min. 163Max. 585 (Shaft 469mm)

t=1.2~3.2

10.7

Ø532-Ø6

47

47


OFF

OFF

[mm]

Overall dimensions

Extended rotary handlesEH3 for TS400/630

A-7-12

93

129

131

140

147.

5

18.7

5

Max. 645 (Shaft 469mm)Min. 228

t1.2~3.2

89

89

Ø782-Ø7


OFF

OFF

[mm]

Overall dimensions

Extended rotary handlesEH4 for TS800

A-7-13

140

192.5

165.

4

210

186.

6

23

t=1.2~3.2

Min. 275Max. 687 (Shaft 469mm)

Ø78

2-Ø7

89

89


OFF

OFF

[mm]

Overall dimensions

Extended rotary handlesDimension table for E-handles

A-7-14

E

CF

B

D

B E

CF

D

t1.2~3.2

A

B

Model EH1 EH2 EH3 EH4

Applicable to TD160 TS250 TS630 TS800

A (mm)Min. 163 Min. 163 Min. 228 Min. 275

Max. 585 Max. 585 Max. 645 Max. 687

B (mm) 71.8 78.5 131 165.4

C (mm) 60 60 93 140

D (mm) 81 96 129 192.5

E (mm) 81.3 91.8 147.5 186.6

F (mm) 90 105 140 210

Shaft (mm) 469 469 469 469

[mm]TD100/TS250 TS630/TS800

Overall dimensions

Mechanical interlocking deviceMIT13, MIT23, MIT33, MIT43

A-7-15

A

B

Dimension of lock

5~8mm

30mm

Model Applicable to A (mm) B (mm)

MIT13 TD100/160 83 86

MIT23 TS100/160/250 102 86

MIT33 TS400/630 168 110

MIT43 TS800 201 135

[mm]

Overall dimensions

Mechanical interlocking deviceMounting dimension for MIT

A-7-16

E D E

C C

2, 3Pole MCCBs C(mm) D(mm) E(mm)

TD100/160 107 90 30

TS100/160/250 125 105 35

TS400/630 200 139.5 46.5

TS800 278 210 70

4Pole MCCBs C(mm) D(mm) E(mm)

TD100/160 107 90 60

TS100/160/250 125 105 70

TS400/630 200 139.5 93

TS800 278 210 140

[mm]

Overall dimensions

Plug-in devicePlug-in devices for TD100/160

A-7-17

AE

F

G

B C D

TD100/160

A(mm) 90

B(mm) 92

C(mm) 122

D(mm) 189.2

E(mm) 32.5

F(mm) 47

G(mm) 75

TD100/160

[mm]

Overall dimensions

Plug-in devicePlug-in devices for TS100/160/250/400/630/800

A-7-18

E EF

FG

TS100/160/250 TS400/630 TS800

A(mm) 105 140 210

B(mm) 103.5 186.4 220

C(mm) 140 230 287

D(mm) 220 335.2 451

E(mm) 48.2 73 110

F(mm) 66 94.2 140

G(mm) 73 102

TS100/160/250/400/630 TS800

[mm]

Overall dimensions

Plug-in deviceMounting to front plate

A-7-19

Front plate

B

AE

C D


A (mm) 30 35 46.5 70

B (mm) 90 105 140 210

C (mm) 160 182 290 387

D (mm) 174 202 314 422

E (mm) Ø4.2 Ø4.2 Ø5.3 Ø6.2

[mm]

Overall dimensions

Plug-in deviceRail mounting

A-7-20

Rail

A

C

D

B


A (mm) 30 70 100 156

B (mm) 76 77.8 101.6 104.2

C (mm) 14 28 32 43

D (mm) Ø4.2 Ø6 Ø6.4 Ø8.2

[mm]

Overall dimensions

Plug-in deviceMounting to rear plate with cover back

A-7-21


A (mm) 30 35 46.5 70

B (mm) 140 154 216 343

C (mm) Ø4.2 Ø4.2 Ø5.3 Ø6.2

Rear plate

AB

C

Cover back

[mm]

Overall dimensions

Plug-in deviceMounting

A-7-22

3492

34

62 26

M4

90

34

375.

2

9234

Ø5.3

Ø5.3

47

32.5

75

30

262

30

326

14

2-Ø4.2 2-Ø4.2

[mm]

Overall dimensions

Terminal coverITS and ITL

A-7-23

D(D

')

C(C

')

A B

B

A C(C')

TD100, TD1602P, 3P ITL13 ITS13 90 80.8 48.5 30.5

196 1604P ITL14 ITS14 120 80.8 32 25

TS100, TS160, TS2502P, 3P ITL23 ITS23 105 80.8 102 36.3

321.4 1904P ITL24 ITS24 140 80.8 98 32.3

TS400, TS6302P, 3P ITL33 ITS33 140 105 144.5 54.8

479.4 3004P ITL34 ITS34 186 105 138.5 48.8

TS8002P, 3P ITL43 ITS43 210 127.8 181.5 61.5

600 3604P ITL44 ITS44 280 127.8 172.5 52.5

Applicable to Type Dimension(mm)

Frame type Pole Long Short

A BC C、 D D、

type type (Long type) (Short type) (Long type) (Short type)

[mm]

Overall dimensions

Rear terminals

A-7-24

TD100

TD160

TS100

TS160

TS250

TS400

TS630

TS800

[mm]

TN R S

30 30 30122

TN R S140

35 35 35

TN R S230

46.5 46.5 46.5

TN R S

70 70 70287

Overall dimensions

Rear terminalsTD100 / TD160

Bar type

Round type

A-7-25

R2R2

122

113.

1

303030

Ø5

122

113.

1

30303030

Ø5

90 120

52 52

Ø18 Ø18

2, 3P 4P 2, 3P 4P

Panel drilling Front panel cutting

Mounting plate: Max.3.2t

2,3P(90)

Ø8.6

4P(120)

30 30 30

30 30 30

44

88

122

36

54

80

98

122

M8

4P(120)

2,3P(90)

10

TN R S

TN R S

Overall dimensions

Rear terminalsTS100 / TS160 / TS250

A-7-26

Round type

Bar type

R2R2

140

125

353535

Ø5

140

125

35353535

Ø5

105 140

52 52

Ø20 Ø20

2, 3P 4P 2, 3P 4P



140

43

89 11

Ø8.2

4P(140)

2,3P(105)

35 35 35

35 35 35

M8

4P(120)

2,3P(90)

140

36

54

82

100

TN R S

TN R S

Overall dimensions

Rear terminalsTS400 / TS630

A-7-27

R2R2

230

200

46.5

46.546.5

Ø5

230

200

46.546.546.5

46.5

Ø5

140 186.5

Ø35 Ø35

52 o

ver

52 o

ver

2, 3P 4P 2, 3P 4P


Bar type

230


4P(186.5)

2,3P(140)

Ø13

50

114 15

46.5 46.5 46.5

TN R S

Overall dimensions

Rear terminalsTS800

A-7-28

R2R2

287

255

70

7070

Ø5

287

255

70707070

Ø5

210 280

52 o

ver

52 o

ver

Ø50 Ø50

2, 3P 4P 2, 3P 4P


Bar type

TN R S


2,3P(210)

4P(280)

70 70 70

287

37

81

122

168

16

Ø13

8

Overall dimensions

A-7-29

Circuit breaker with motor operatorMOP1, MOP2, MOP3, MOP4

Circuit breaker with MOP1




TD100N/H/L

TD160N/H/L

TS100N/H/L

TS160N/H/L

TS250N/H/L

TS400N/H/L

TS630N/H/L

TS800N/H/L

9045

105

8861

.2

81195

14052.545

280 18

6

210537

130260280

373130

238

176.

29

217.6523.6

221357

280

110.5105

[mm]

Overall dimensions

A-7-30

Wiring connectionMotor operator

Standard connectionCircuit breaker On and Off controlled by remote operation and manual operation

Connection with alarm switch (AL)1) The below connection diagram is the method of using a alarm switch (AL) without shunt or

undervoltage trip.2) After clearing the fault surely, manual reset is mandatory in case of tripping due to an electrical

fault.

Connection with FAL (Circuit breakers with ETS)1) The below connection diagram is the method of using a FAL for circuit breakers with electronic

trip unit.2) After clearing the fault surely, manual reset is mandatory in case of tripping due to an electrical

fault.

1.2Nm

P1 P2

E E

S1 S2 S4

PowerUe

P1 P2

E E

S1 S2 S4

PowerUe

ALaALc

ALb

Overall dimensions

A-7-31

Wiring diagram(State of operation)ETS23/ETS33/ETS43

The diagram is shown in the following conditions:•Fixed version circuit-breaker (depending on type of circuit-breaker)•Circuit breakers open.•Releases not tripped

Three-pole circuit-breaker with

ETS23/ETS33/ETS43 electronic release

Three-pole circuit-breaker with

ETM33/ETM43 electronic release

(External natural current transformer)

N L1 L2 L3

ETS33ETS23

ETS43

N L1 L2 L3

P1

P2

G1

G2ETM43ETM33

OZ1

OZ2

IZ1

IZ2

C1

C2

P1

P2

+

- DC24V

COMMUNICATIONRS485 Modbus-RTU

UpstreamCircuit Breaker

DownstreamCircuit Breaker

OZ1

OZ2

IZ1

IZ2

OZ1

OZ2

IZ1

OZ2

Memo

A-7-32

A-8. Catalogue numbersTD &TS MCCB Index

Circuit breakers with trip unit

TD100N/160N

TD100H/160H

TD100L/160L

TS100N/160N/250N

TS100H/160H/250H

TS100L/160L/250L

TS400N/630N

TS400H/630H

TS400L/630L

TS800N

TS800H

TS800L

Disconnecting switch

Low voltage circuit breakers without trip units

Trip units

Thermal magnetic

Electronic

Accessories

A-8-1

A-8-2

A-8-3

A-8-4

A-8-6

A-8-9

A-8-12

A-8-18

A-8-24

A-8-30

A-8-33

A-8-36

A-8-40

A-8-41

A-8-42

A-8-44

A-8-48

Catalogue numbers

Circuit breakers with trip unitTD100N/160N

A-8-1

FTU

FMU

With thermal-magnetic trip unit FTU

TD100N (50kA at 380/415V)

Rating 3P 2T 3P 3T 4P 3T 4P 4T 4P 3T+N/2

FTU16 0101000100 0102000100 0103000100 0103008800

FTU20 0101000200 0102000200 0103000200 0103008900

FTU25 0101000300 0102000300 0103000300 0103009000

FTU32 0101000400 0102000400 0103000400 0103009100

FTU40 0101000500 0102000500 0103000500 0103009200

FTU50 0101000600 0102000600 0103000600 0103009300

FTU63 0101000700 0102000700 0103000700 0103009400

FTU80 0101000800 0102000800 0103000800 0103009500

FTU100 0101000900 0102000900 0103000900 0103009600

TD160N (50kA at 380/415V)


FTU100 0101006300 0102006300 0103006300 0103015000

FTU125 0101006400 0102006400 0103006400 0103015100

FTU160 0101006500 0102006500 0103006500 0103015200

With thermal-magnetic trip unit FMU

TD100N (50kA at 380/415V)


FMU16 0101008800 0102008800 0103017500 0103026200

FMU20 0101008900 0102008900 0103017600 0103026200

FMU25 0101009000 0102009000 0103017700 0103026200

FMU32 0101009100 0102009100 0103017800 0103026200

FMU40 0101009200 0102009200 0103017900 0103026200

FMU50 0101009300 0102009300 0103018000 0103026200

FMU63 0101009400 0102009400 0103018100 0103026200

FMU80 0101009500 0102009500 0103018200 0103026200

FMU100 0101009600 0102009600 0103018300 0103026200

TD160N (50kA at 380/415V)


FMU100 0101015000 0102015000 0103023700 0103032400

FMU125 0101015100 0102015100 0103023800 0103032500

FMU160 0101015200 0102015200 0103023900 0103032600

Catalogue numbers

Circuit breakers with trip unitTD100H/160H

A-8-2

FTU

FMU


TD100H (85kA at 380/415V)


FTU16 0101001000 0102001000 0103001000 0103009700

FTU20 0101001100 0102001100 0103001100 0103009800

FTU25 0101001200 0102001200 0103001200 0103009900

FTU32 0101001300 0102001300 0103001300 0103010000

FTU40 0101001400 0102001400 0103001400 0103010100

FTU50 0101001500 0102001500 0103001500 0103010200

FTU63 0101001600 0102001600 0103001600 0103010300

FTU80 0101001700 0102001700 0103001700 0103010400

FTU100 0101001800 0102001800 0103001800 0103010500

TD160H (85kA at 380/415V)


FTU100 0101007400 0102007400 0103007400 0103016100

FTU125 0101007500 0102007500 0103007500 0103016200

FTU160 0101007600 0102007600 0103007600 0103016300


TD100H (85kA at 380/415V)


FMU16 0101009700 0102009700 0103018400 0103027100

FMU20 0101009800 0102009800 0103018500 0103027200

FMU25 0101009900 0102009900 0103018600 0103027300

FMU32 0101010000 0102010000 0103018700 0103027400

FMU40 0101010100 0102010100 0103018800 0103027500

FMU50 0101010200 0102010200 0103018900 0103027600

FMU63 0101010300 0102010300 0103019000 0103027700

FMU80 0101010400 0102010400 0103019100 0103027800

FMU100 0101010500 0102010500 0103019200 0103027900

TD160H (85kA at 380/415V)


FMU100 0101016100 0102016100 0103007400 0103016100

FMU125 0101016200 0102016200 0103007500 0103016200

FMU160 0101016300 0102016300 0103007600 0103016300

Catalogue numbers

Circuit breakers with trip unitTD100L/160L

A-8-3

FTU

FMU


TD100L (150kA at 380/415V)


FTU16 0101001900 0102001900 0103001900 0103010600

FTU20 0101002000 0102002000 0103002000 0103010700

FTU25 0101002100 0102002100 0103002100 0103010800

FTU32 0101002200 0102002200 0103002200 0103010900

FTU40 0101002300 0102002300 0103002300 0103011000

FTU50 0101002400 0102002400 0103002400 0103011100

FTU63 0101002500 0102002500 0103002500 0103011200

FTU80 0101002600 0102002600 0103002600 0103011300

FTU100 0101002700 0102002700 0103002700 0103011400

TD160L (150kA at 380/415V)


FTU100 0101008500 0102008500 0103008500 0103017200

FTU125 0101008600 0102008600 0103008600 0103017300

FTU160 0101008700 0102008700 0103008700 0103017400


TD100L (150kA at 380/415V)


FMU16 0101010600 0102010600 0103001900 0103010600

FMU20 0101010700 0102010700 0103002000 0103010700

FMU25 0101010800 0102010800 0103002100 0103010800

FMU32 0101010900 0102010900 0103002200 0103010900

FMU40 0101011000 0102011000 0103002300 0103011000

FMU50 0101011100 0102011100 0103002400 0103011100

FMU63 0101011200 0102011200 0103002500 0103011200

FMU80 0101011300 0102011300 0103002600 0103011300

FMU100 0101011400 0102011400 0103002700 0103011400

TD160L (150kA at 380/415V)


FMU100 0101017200 0102017200 0103025900 0103034600

FMU125 0101017300 0102017300 0103026000 0103034700

FMU160 0101017400 0102017400 0103026100 0103034800

Catalogue numbers

Circuit breakers with trip unitTS100N/160N/250N

A-8-4

FTU

FMU


TS100N (50kA at 380/415V)


FTU40 0104000100 0105000100 0106000100 0106011500

FTU50 0104000200 0105000200 0106000200 0106011600

FTU63 0104000300 0105000300 0106000300 0106011700

FTU80 0104000400 0105000400 0106000400 0106011800

FTU100 0104000500 0105000500 0106000500 0106011900

TS160N (50kA at 380/415V)


FTU100 0104003500 0105003500 0106003500 0106014900

FTU125 0104003600 0105003600 0106003600 0106015000

FTU160 0104003700 0105003700 0106003700 0106015100

TS250N (50kA at 380/415V)


FTU125 0104009300 0105009300 0106009300 0106020700

FTU160 0104009400 0105009400 0106009400 0106020800

FTU200 0104009500 0105009500 0106009500 0106020900

FTU250 0104009600 0105009600 0106009600 0106021000


TS100N (50kA at 380/415V)


FMU40 0104011500 0105011500 0106022900 0106034300

FMU50 0104011600 0105011600 0106023000 0106034400

FMU63 0104011700 0105011700 0106023100 0106034500

FMU80 0104011800 0105011800 0106023200 0106034600

FMU100 0104011900 0105011900 0106023300 0106034700

TS160N (50kA at 380/415V)


FMU100 0104014900 0105014900 0106026300 0106037700

FMU125 0104015000 0105015000 0106026400 0106037800

FMU160 0104015100 0105015100 0106026500 0106037900

TS250N (50kA at 380/415V)


FMU125 0104020700 0105020700 0106032100 0106043500

FMU160 0104020800 0105020800 0106032200 0106043600

FMU200 0104020900 0105020900 0106032300 0106043700

FMU250 0104021000 0105021000 0106032400 0106043800

Catalogue numbers

Circuit breakers with trip unitTS100N/160N/250N

A-8-5

ATU

With thermal-magnetic trip unit ATU

TS160N (50kA at 380/415V)


ATU125

ATU160

MTU

TS250N (50kA at 380/415V)

Rating 3P 3T

MTU100 N/A 0105024400 N/A N/A N/A

MTU160 N/A 0105024700 N/A N/A N/A

MTU220 N/A 0105025000 N/A N/A N/A

TS160N (50kA at 380/415V)

Rating 3P2T 3P3T 4P3T 4P4T 4P 3T+N/2

MTU32 N/A N/A N/A N/A





TS250N (50kA at 380/415V)


ATU200 0104022900 0105022900 0106045700 0106046300

ATU250 0104023000 0105023000 0106045800 0106046400

With Magnetic trip only, MTU

TS160N (50kA at 380/415V)


MTU1.6 N/A N/A N/A N/A









Catalogue numbers

Circuit breakers with trip unitTS100N/160N/250NTS100H/160H/250H

A-8-6

ETS

With standard electronic trip unit ETS

TS100N (50kA at 380/415V)

Rating 3P 3T

ETS23 40A N/A 0105026000 N/A N/A N/A

ETS23 80A N/A 0105026300 N/A N/A N/A

TS160N (50kA at 380/415V)

Rating 3P 3T

ETS23 40A N/A 0105026600 N/A N/A N/A

ETS23 80A N/A 0105026900 N/A N/A N/A

ETS23 160A N/A 0105027200 N/A N/A N/A

TS250N (50kA at 380/415V)

Rating 3P 3T

ETS23 40A N/A 0105027500 N/A N/A N/A

ETS23 80A N/A 0105027800 N/A N/A N/A

ETS23 160A N/A 0105028100 N/A N/A N/A

ETS23 250A N/A 0105028400 N/A N/A N/A

FTU


TS100H (85kA at 380/415V)


FTU40 0104000600 0105000600 0106000600 0106012000

FTU50 0104000700 0105000700 0106000700 0106012100

FTU63 0104000800 0105000800 0106000800 0106012200

FTU80 0104000900 0105000900 0106000900 0106012300

FTU100 0104001000 0105001000 0106001000 0106012400

TS160H (85kA at 380/415V)


FTU100 0104004200 0105004200 0106004200 0106015600

FTU125 0104004300 0105004300 0106004300 0106015700

FTU160 0104004400 0105004400 0106004400 0106015800

TS250H (85kA at 380/415V)


FTU125 0104010200 0105010200 0106010200 0106021600

FTU160 0104010300 0105010300 0106010300 0106021700

FTU200 0104010400 0105010400 0106010400 0106021800

FTU250 0104010500 0105010500 0106010500 0106021900

Catalogue numbers

Circuit breakers with trip unitTS100H/160H/250H

A-8-7

ATU


TS160H (85kA at 380/415V)


ATU125

ATU160

TS250H (85kA at 380/415V)


ATU200 0104023100 0105023100 0106045900 0106046500

ATU250 0104023200 0105023200 0106046000 0106046600

FMU


TS100H (85kA at 380/415V)


FMU40 0104012000 0105012000 0106023400 0106034800

FMU50 0104012100 0105012100 0106023500 0106034900

FMU63 0104012200 0105012200 0106023600 0106035000

FMU80 0104012300 0105012300 0106023700 0106035100

FMU100 0104012400 0105012400 0106023800 0106035200

TS160H (85kA at 380/415V)


FMU100 0104015600 0105015600 0106027000 0106038400

FMU125 0104015700 0105015700 0106027100 0106038500

FMU160 0104015800 0105015800 0106027200 0106038600

TS250H (85kA at 380/415V)


FMU125 0104021600 0105021600 0106033000 0106044400

FMU160 0104021700 0105021700 0106033100 0106044500

FMU200 0104021800 0105021800 0106033200 0106044600

FMU250 0104021900 0105021900 0106033300 0106044700

Catalogue numbers

A-8-8

Circuit breakers with trip unitTS100H/160H/250H

ETS


TS100H (85kA at 380/415V)


ETS40 N/A 0105026100 N/A N/A N/A

ETS80 N/A 0105026400 N/A N/A N/A

TS160H (85kA at 380/415V)


ETS40 N/A 0105026700 N/A N/A N/A

ETS80 N/A 0105027000 N/A N/A N/A

ETS160 N/A 0105027300 N/A N/A N/A

TS250H (85kA at 380/415V)


ETS40 N/A 0105027600 N/A N/A N/A

ETS80 N/A 0105027900 N/A N/A N/A

ETS160 N/A 0105028200 N/A N/A N/A

ETS250 N/A 0105028500 N/A N/A N/A

MTU

TS250H (85kA at 380/415V)

Rating 3P 3T

MTU100 N/A 0105024500 N/A N/A N/A

MTU160 N/A 0105024800 N/A N/A N/A

MTU220 N/A 0105025100 N/A N/A N/A

TS160H (85kA at 380/415V)








TS100H (85kA at 380/415V)











Catalogue numbers

A-8-9

Circuit breakers with trip unitTS100L/160L/250L

FTU

FMU


TS100L (150kA at 380/415V)


FTU40 0104001100 0105001100 0106001100 0106012500

FTU50 0104001200 0105001200 0106001200 0106012600

FTU63 0104001300 0105001300 0106001300 0106012700

FTU80 0104001400 0105001400 0106001400 0106012800

FTU100 0104001500 0105001500 0106001500 0106012900

TS160L (150kA at 380/415V)


FTU100 0104004900 0105004900 0106004900 0106016300

FTU125 0104005000 0105005000 0106005000 0106016400

FTU160 0104005100 0105005100 0106005100 0106016500

TS250L (150kA at 380/415V)


FTU125 0104011100 0105011200 0106011100 0106022500

FTU160 0104011200 0105011300 0106011200 0106022600

FTU200 0104011300 0105011400 0106011300 0106022700

FTU250 0104011400 0105011500 0106011400 0106022800


TS100L (150kA at 380/415V)


FMU40 0104012500 0105001100 0106023900 0106035300

FMU50 0104012600 0105001200 0106024000 0106035400

FMU63 0104012700 0105001300 0106024100 0106035500

FMU80 0104012800 0105001400 0106024200 0106035600

FMU100 0104012900 0105001500 0106024300 0106035700

TS160L (150kA at 380/415V)


FMU100 0104016300 0105016300 0106027700 0106039100

FMU125 0104016400 0105016400 0106027800 0106039200

FMU160 0104016500 0105016500 0106027900 0106039300

TS250L (150kA at 380/415V)


FMU125 0104022500 0105022500 0106033900 0106045300

FMU160 0104022600 0105022600 0106034000 0106045400

FMU200 0104022700 0105022700 0106034100 0106045500

FMU250 0104022800 0105022800 0106034200 0106045600

Catalogue numbers


A-8-10

ATU


TS160L (150kA at 380/415V)


ATU125

ATU160

MTU


TS100L (150kA at 380/415V)


MTU1.6 N/A 105023500 N/A N/A N/A

MTU3.2 N/A 105023600 N/A N/A N/A

MTU6.3 N/A 105023700 N/A N/A N/A

MTU12 N/A 105023800 N/A N/A N/A

MTU20 N/A 105023900 N/A N/A N/A

MTU32 N/A 105024000 N/A N/A N/A

MTU50 N/A 105024100 N/A N/A N/A

MTU63 N/A 105024200 N/A N/A N/A


TS250L (150kA at 380/415V)


ATU200 0104023300 0105023300 0106046100 0106046700

ATU250 0104023400 0105023400 0106046200 0106046800

TS160L (150kA at 380/415V)

Rating 3P2T 3P3T 4P3T 4P4T 4P3T+N/2






TS250L (150kA at 380/415V)


MTU100 N/A 0105024600 N/A N/A N/A

MTU160 N/A 0105024900 N/A N/A N/A

MTU220 N/A 0105025200 N/A N/A N/A

Catalogue numbers


A-8-11

ETS


TS100L (150kA at 380/415V)


ETS40 N/A 0105026200 N/A N/A N/A

ETS80 N/A 0105026500 N/A N/A N/A

TS160L (150kA at 380/415V)


ETS40 N/A 0105026800 N/A N/A N/A

ETS80 N/A 0105027100 N/A N/A N/A

ETS160 N/A 0105027400 N/A N/A N/A

TS250L (150kA at 380/415V)


ETS40 N/A 0105027700 N/A N/A N/A

ETS80 N/A 0105028000 N/A N/A N/A

ETS160 N/A 0105028300 N/A N/A N/A

ETS250 N/A 0105028600 N/A N/A N/A

Catalogue numbers

Circuit breakers with trip unitTS400N/630N

A-8-12

FTU


TS400N (65kA at 380/415V)


FTU300 0107000100 0108000100 0109000100 0109001300

FTU400 0107000200 0108000200 0109000200 0109001400

FMU

ATU

MTU

TS630N (65kA at 380/415V)


FTU500 0107000700 0108000700 0109000700 0109001900

FTU630 0107000800 0108000800 0109000800 0109002000


TS400N (65kA at 380/415V)


FMU300 0107001300 0108001300 0109002500 0109003700

FMU400 0107001400 0108001400 0109002600 0109003800

TS630N (65kA at 380/415V)


FMU500 0107001900 0108001900 0109003100 0109004300

FMU630 0107002000 0108002000 0109003200 0109004400


TS400N (65kA at 380/415V)


ATU300 0107002500 0108002500 0109004900 0109006100

ATU400 0107002600 0108002600 0109005000 0109006200

TS630N (65kA at 380/415V)


ATU500 0107003100 0108003100 0109005500 0109006700

ATU630 0107003200 0108003200 0109005600 0109006800

with Magnetic trip only, MTU

TS400N (65kA at 380/415V)

Rating 3P 3T

MTU320 0108003700

TS630N (65kA at 380/415V)

Rating 3P 3T

MTU500 0108004000

Catalogue numbers


A-8-13

ETS


TS400N (65kA at 380/415V)

Rating 3P 3T

ETS33 160A 0108004500

ETS33 250A 0108004800

ETS33 400A 0108005100

ETM

ETM A

TS630N (65kA at 380/415V)

Rating 3P 3T

ETS33 160A 0108005400

ETS33 250A 0108005700

ETS33 400A 0108006000

ETS33 630A 0108006300

With multi function electronic trip unit ETM

TS400N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A 0108006600

ETM33 250A 0108006900

ETM33 400A 0108007200

TS630N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A 0108007500

ETM33 250A 0108007800

ETM33 400A 0108008100

ETM33 630A 0108008400

With multi function electronic trip unit ETM + Ammeter function

TS400N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A A 0108008700

ETM33 250A A 0108009000

ETM33 400A A 0108009300

TS630N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A A 0108009600

ETM33 250A A 0108009900

ETM33 400A A 0108010200

ETM33 630A A 0108010500

Catalogue numbers


A-8-14

ETM E

With multi function electronic trip unit ETM + Earth fault protection function

TS400N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A E 0108010800

ETM33 250A E 0108011100

ETM33 400A E 0108011400

ETM AC

ETM AE

TS630N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A E 0108011700

ETM33 250A E 0108012000

ETM33 400A E 0108012300

ETM33 630A E 0108012600

With multi function electronic trip unit ETM + Ammeter & Communication function

TS400N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A AC 0108015000

ETM33 250A AC 0108015300

ETM33 400A AC 0108015600

TS630N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A AC 0108015900

ETM33 250A AC 0108016200

ETM33 400A AC 0108016500

ETM33 630A AC 0108016800

With multi function electronic trip unit ETM + Ammeter & Earth fault protection function

TS400N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A AE 0108012900

ETM33 250A AE 0108013200

ETM33 400A AE 0108013500

TS630N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A AE 0108013800

ETM33 250A AE 0108014100

ETM33 400A AE 0108014400

ETM33 630A AE 0108014700

Catalogue numbers


A-8-15

ETM AEC

With multi function electronic trip unit ETM + Ammeter & Earth fault protection & Communication function

TS400N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A AEC 0108017100

ETM33 250A AEC 0108017400

ETM33 400A AEC 0108017700

ETM Z

ETM ZA

TS630N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A AEC 0108018000

ETM33 250A AEC 0108018300

ETM33 400A AEC 0108018600

ETM33 630A AEC 0108018900

With multi function electronic trip unit ETM + Zone selective interlocking function

TS400N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A Z 0108019200

ETM33 250A Z 0108019500

ETM33 400A Z 0108019800

TS630N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A Z 0108020100

ETM33 250A Z 0108020400

ETM33 400A Z 0108020700

ETM33 630A Z 0108021000

With multi function electronic trip unit ETM + Zone selective interlocking & Ammeter function

TS400N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A ZA 0108021300

ETM33 250A ZA 0108021600

ETM33 400A ZA 0108021900

TS630N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A ZA 0108022200

ETM33 250A ZA 0108022500

ETM33 400A ZA 0108022800

ETM33 630A ZA 0108023100

Catalogue numbers


A-8-16

ETM ZE

With multi function electronic trip unit ETM + Zone selective interlocking & Earth fault protection function

TS400N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A ZE 0108023400

ETM33 250A ZE 0108023700

ETM33 400A ZE 0108024000

ETM ZAE

ETM ZAC

TS630N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A ZE 0108024300

ETM33 250A ZE 0108024600

ETM33 400A ZE 0108024900

ETM33 630A ZE 0108025200

With multi function electronic trip unit ETM + Zone selective interlocking & Ammeter & Earth fault protection function

TS400N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAE 0108025500

ETM33 250A ZAE 0108025800

ETM33 400A ZAE 0108026100

TS630N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAE 0108026400

ETM33 250A ZAE 0108026700

ETM33 400A ZAE 0108027000

ETM33 630A ZAE 0108027300

With multi function electronic trip unit ETM + Zone selective interlocking & Ammeter & Communication function

TS400N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAC 0108027600

ETM33 250A ZAC 0108027900

ETM33 400A ZAC 0108028200

TS630N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAC 0108028500

ETM33 250A ZAC 0108028800

ETM33 400A ZAC 0108029100

ETM33 630A ZAC 0108029400

Catalogue numbers


A-8-17

ETM ZAEC

With multi function electronic trip unit ETM + Zone selective interlocking & Ammeter & Earth fault protection & Communication function

TS400N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAEC 0108029700

ETM33 250A ZAEC 0108030000

ETM33 400A ZAEC 0108030300

TS630N (65kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAEC 0108030600

ETM33 250A ZAEC 0108030900

ETM33 400A ZAEC 0108031200

ETM33 630A ZAEC 0108031500

Catalogue numbers

Circuit breakers with trip unitTS400H/630H

A-8-18

FTU


TS400H (85kA at 380/415V)


FTU300 0107000300 0108000300 0109000300 0109001500

FTU400 0107000400 0108000400 0109000400 0109001600

FMU

ATU

MTU

TS630H (85kA at 380/415V)


FTU500 0107000900 0108000900 0109000900 0109002100

FTU630 0107001000 0108001000 0109001000 0109002200


TS400H (85kA at 380/415V)


FMU300 0107001500 0108001500 0109002700 0109003900

FMU400 0107001600 0108001600 0109002800 0109004000

TS630H (85kA at 380/415V)


FMU500 0107002100 0108002100 0109003300 0109004500

FMU630 0107002200 0108002200 0109003400 0109004600


TS400H (85kA at 380/415V)


ATU300 0107002700 0108002700 0109005100 0109006300

ATU400 0107002800 0108002800 0109005200 0109006400

TS630H (85kA at 380/415V)


ATU500 0107003300 0108003300 0109005700 0109006900

ATU630 0107003400 0108003400 0109005800 0109007000


TS400H (85kA at 380/415V)

Rating 3P 3T

MTU320 0108003800

TS630H (85kA at 380/415V)

Rating 3P 3T

MTU500 0108004100

Catalogue numbers


A-8-19

ETS


TS400H (85kA at 380/415V)

Rating 3P 3T

ETS33 160A 0108004600

ETS33 250A 0108004900

ETS33 400A 0108005200

ETM

ETM A

TS630H (85kA at 380/415V)

Rating 3P 3T

ETS33 160A 0108005500

ETS33 250A 0108005800

ETS33 400A 0108006100

ETS33 630A 0108006400


TS400H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A 0108006700

ETM33 250A 0108007000

ETM33 400A 0108007300

TS630H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A 0108007500

ETM33 250A 0108007800

ETM33 400A 0108008100

ETM33 630A 0108008400


TS400H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A A 0108008800

ETM33 250A A 0108009100

ETM33 400A A 0108009400

TS630H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A A 0108009700

ETM33 250A A 0108010000

ETM33 400A A 0108010300

ETM33 630A A 0108010600

Catalogue numbers


A-8-20

ETM E


TS400H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A E 0108010900

ETM33 250A E 0108011200

ETM33 400A E 0108011500

ETM AC

ETM AE

TS630H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A E 0108011800

ETM33 250A E 0108012100

ETM33 400A E 0108012400

ETM33 630A E 0108012700


TS400H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A AC 0108015100

ETM33 250A AC 0108015400

ETM33 400A AC 0108015700

TS630H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A AC 0108016000

ETM33 250A AC 0108016300

ETM33 400A AC 0108016600

ETM33 630A AC 0108016900


TS400H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A AE 0108013000

ETM33 250A AE 0108013300

ETM33 400A AE 0108013600

TS630H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A AE 0108013900

ETM33 250A AE 0108014200

ETM33 400A AE 0108014500

ETM33 630A AE 0108014800

Catalogue numbers


A-8-21

ETM AEC


TS400H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A AEC 0108017200

ETM33 250A AEC 0108017500

ETM33 400A AEC 0108017800

ETM Z

ETM ZA

TS630H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A AEC 0108018100

ETM33 250A AEC 0108018400

ETM33 400A AEC 0108018700

ETM33 630A AEC 0108019000


TS400H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A Z 0108019300

ETM33 250A Z 0108019600

ETM33 400A Z 0108019900

TS630H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A Z 0108020200

ETM33 250A Z 0108020500

ETM33 400A Z 0108020800

ETM33 630A Z 0108021100


TS400H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A ZA 0108021400

ETM33 250A ZA 0108021700

ETM33 400A ZA 0108022000

TS630H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A ZA 0108022300

ETM33 250A ZA 0108022600

ETM33 400A ZA 0108022900

ETM33 630A ZA 0108023200

Catalogue numbers


A-8-22

ETM ZE


TS400H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A ZE 0108023500

ETM33 250A ZE 0108023800

ETM33 400A ZE 0108024100

ETM ZAE

ETM ZAC

TS630H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A ZE 0108024400

ETM33 250A ZE 0108024700

ETM33 400A ZE 0108025000

ETM33 630A ZE 0108025300


TS400H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAE 0108025600

ETM33 250A ZAE 0108025900

ETM33 400A ZAE 0108026200

TS630H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAE 0108026500

ETM33 250A ZAE 0108026800

ETM33 400A ZAE 0108027100

ETM33 630A ZAE 0108027400


TS400H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAC 0108027700

ETM33 250A ZAC 0108028000

ETM33 400A ZAC 0108028300

TS630H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAC 0108028600

ETM33 250A ZAC 0108028900

ETM33 400A ZAC 0108029200

ETM33 630A ZAC 0108029500

Catalogue numbers


A-8-23

ETM ZAEC


TS400H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAEC 0108029800

ETM33 250A ZAEC 0108030100

ETM33 400A ZAEC 0108030400

TS630H (85kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAEC 0108030700

ETM33 250A ZAEC 0108031000

ETM33 400A ZAEC 0108031300

ETM33 630A ZAEC 0108031600

Catalogue numbers

Circuit breakers with trip unitTS400L/630L

A-8-24

FTU


TS400L (150kA at 380/415V)


FTU300 0107000500 0108000500 0109000500 0109001700

FTU400 0107000600 0108000600 0109000600 0109001800

FMU

ATU

MTU

TS630L (150kA at 380/415V)


FTU500 0107001100 0108001100 0109001100 0109002300

FTU630 0107001200 0108001200 0109001200 0109002400


TS400L (150kA at 380/415V)


FMU300 0107001700 0108001700 0109002900 0109004100

FMU400 0107001800 0108001800 0109003000 0109004200

TS630L (150kA at 380/415V)


FMU500 0107002300 0108002300 0109003500 0109004700

FMU630 0107002400 0108002400 0109003600 0109004800


TS400L (150kA at 380/415V)


ATU300 0107002900 0108002900 0109005300 0109006500

ATU400 0107003000 0108003000 0109005400 0109006600

TS630L (150kA at 380/415V)


ATU500 0107003500 0108003500 0109005900 0109007100

ATU630 0107003600 0108003600 0109006000 0109007200


TS400L (150kA at 380/415V)

Rating 3P 3T

MTU320 0108003900

TS630L (150kA at 380/415V)

Rating 3P 3T

MTU500 0108004200

Catalogue numbers


A-8-25

ETS


TS400L (150kA at 380/415V)

Rating 3P 3T

ETS33 160A 0108004700

ETS33 250A 0108005000

ETS33 400A 0108005300

ETM

ETM A

TS630L (150kA at 380/415V)

Rating 3P 3T

ETS33 160A 0108005600

ETS33 250A 0108005900

ETS33 400A 0108006200

ETS33 630A 0108006500


TS400L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A 0108006800

ETM33 250A 0108007100

ETM33 400A 0108007400

TS630L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A 0108007700

ETM33 250A 0108008000

ETM33 400A 0108008300

ETM33 630A 0108008600


TS400L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A A 0108008900

ETM33 250A A 0108009200

ETM33 400A A 0108009500

TS630L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A A 0108009800

ETM33 250A A 0108010100

ETM33 400A A 0108010400

ETM33 630A A 0108010700

Catalogue numbers


A-8-26

ETM E


TS400L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A E 0108011000

ETM33 250A E 0108011300

ETM33 400A E 0108011600

ETM AC

ETM AE

TS630L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A E 0108011900

ETM33 250A E 0108012200

ETM33 400A E 0108012500

ETM33 630A E 0108012800


TS400L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A AC 0108015200

ETM33 250A AC 0108015500

ETM33 400A AC 0108015800

TS630L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A AC 0108016100

ETM33 250A AC 0108016400

ETM33 400A AC 0108016700

ETM33 630A AC 0108017000


TS400L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A AE 0108013100

ETM33 250A AE 0108013400

ETM33 400A AE 0108013700

TS630L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A AE 0108014000

ETM33 250A AE 0108014300

ETM33 400A AE 0108014600

ETM33 630A AE 0108014900

Catalogue numbers


A-8-27

ETM AEC


TS400L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A AEC 0108017300

ETM33 250A AEC 0108017600

ETM33 400A AEC 0108017900

ETM Z

ETM ZA

TS630L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A AEC 0108018200

ETM33 250A AEC 0108018500

ETM33 400A AEC 0108018800

ETM33 630A AEC 0108019100


TS400L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A Z 0108019400

ETM33 250A Z 0108019700

ETM33 400A Z 0108020000

TS630L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A Z 0108020300

ETM33 250A Z 0108020600

ETM33 400A Z 0108020900

ETM33 630A Z 0108021200


TS400L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A ZA 0108021500

ETM33 250A ZA 0108021800

ETM33 400A ZA 0108022100

TS630L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A ZA 0108022400

ETM33 250A ZA 0108022700

ETM33 400A ZA 0108023000

ETM33 630A ZA 0108023300

Catalogue numbers


A-8-28

ETM ZE


TS400L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A ZE 0108023600

ETM33 250A ZE 0108023900

ETM33 400A ZE 0108024200

ETM ZAE

ETM ZAC

TS630L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A ZE 0108024500

ETM33 250A ZE 0108024800

ETM33 400A ZE 0108025100

ETM33 630A ZE 0108025400


TS400L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAE 0108025700

ETM33 250A ZAE 0108026000

ETM33 400A ZAE 0108026300

TS630L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAE 0108026600

ETM33 250A ZAE 0108026900

ETM33 400A ZAE 0108027200

ETM33 630A ZAE 0108027500


TS400L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAC 0108027800

ETM33 250A ZAC 0108028100

ETM33 400A ZAC 0108028400

TS630L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAC 0108028700

ETM33 250A ZAC 0108029000

ETM33 400A ZAC 0108029300

ETM33 630A ZAC 0108029600

Catalogue numbers


A-8-29

ETM ZAEC


TS400L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAEC 0108029900

ETM33 250A ZAEC 0108030200

ETM33 400A ZAEC 0108030500

TS630L (150kA at 380/415V)

Rating 3P 3T

ETM33 160A ZAEC 0108030800

ETM33 250A ZAEC 0108031100

ETM33 400A ZAEC 0108031400

ETM33 630A ZAEC 0108031700

Catalogue numbers

Circuit breakers with trip unitTS800N

A-8-30

FTU


TS800N (65kA at 380/415V)


FTU700 0110000100 0111000100 0112000100 0112000700

FTU800 0110000200 0111000200 0112000200 0112000800

FMU

ATU

MTU

ETS


TS800N (65kA at 380/415V)


FMU800 0110000800 0111000800 0112001400 0112002000


TS800N (65kA at 380/415V)


ATU800 0110001300 0111001300 0112002500 0112002800


TS800N (65kA at 380/415V)

Rating 3P 3T

MTU630 0111001600


TS800N (65kA at 380/415V)

Rating 3P 3T

ETS43 630A 0111002000

ETS43 800A 0111002300

Catalogue numbers


A-8-31

ETM

Wth multi function electronic trip unit ETM

TS800N (65kA at 380/415V)

Rating 3P 3T

ETM43 630A 0111002600

ETM43 800A 0111002900

ETM A


TS800N (65kA at 380/415V)

Rating 3P 3T

ETM43 630A A 0111003200

ETM43 800A A 0111003500

ETM E


TS800N (65kA at 380/415V)

Rating 3P 3T

ETM43 630A E 0111003800

ETM43 800A E 0111004100

ETM AC


TS800N (65kA at 380/415V)

Rating 3P 3T

ETM43 630A AC 0111005000

ETM43 800A AC 0111005300

ETM AE


TS800N (65kA at 380/415V)

Rating 3P 3T

ETM43 630A AE 0111004400

ETM43 800A AE 0111004700

ETM AEC

Wth multi function electronic trip unit ETM + Ammeter & Earth fault protection & Communication function

TS800N (65kA at 380/415V)

Rating 3P 3T

ETM43 630A AEC 0111005600

ETM43 800A AEC 0111005900

Catalogue numbers


A-8-32

ETM Z


TS800N (65kA at 380/415V)

Rating 3P 3T

ETM43 630A Z 0111006200

ETM43 800A Z 0111006500

ETM ZA


TS800N (65kA at 380/415V)

Rating 3P 3T

ETM43 630A ZA 0111006800

ETM43 800A ZA 0111007100

ETM ZE


TS800N (65kA at 380/415V)

Rating 3P 3T

ETM43 630A ZE 0111007400

ETM43 800A ZE 0111007700

ETM ZAE

Wth multi function electronic trip unit ETM + Zone selective interlocking & Ammeter & Earth fault protection function

TS800N (65kA at 380/415V)

Rating 3P 3T

ETM43 630A ZAE 0111008000

ETM43 800A ZAE 0111008300

ETM ZAC


TS800N (65kA at 380/415V)

Rating 3P 3T

ETM43 630A ZAC 0111008600

ETM43 800A ZAC 0111008900

ETM ZAEC


TS800N (65kA at 380/415V)

Rating 3P 3T

ETM43 630A ZAEC 0111009200

ETM43 800A ZAEC 0111009500

Catalogue numbers

Circuit breakers with trip unitTS800H

A-8-33

FTU


TS800H (100kA at 380/415V)


FTU700 0110000300 0111000300 0112000300 0112000900

FTU800 0110000400 0111000400 0112000400 0112001000

FMU

ATU

MTU

ETS


TS800H (100kA at 380/415V)


FMU800 0110001000 0111001000 0112001600 0112002200


TS800H (100kA at 380/415V)


ATU800 0110001400 0111001400 0112002600 0112002900

Wth Magnetic trip only, MTU

TS800H (100kA at 380/415V)

Rating 3P 3T

MTU630 0111001700


TS800H (100kA at 380/415V)

Rating 3P 3T

ETS43 630A 0111002100

ETS43 800A 0111002400

Catalogue numbers


A-8-34

ETM


TS800H (100kA at 380/415V)

Rating 3P 3T

ETM43 630A 0111002700

ETM43 800A 0111003000

ETM A


TS800H (100kA at 380/415V)

Rating 3P 3T

ETM43 630A A 0111003300

ETM43 800A A 0111003600

ETM E


TS800H (100kA at 380/415V)

Rating 3P 3T

ETM43 630A E 0111003900

ETM43 800A E 0111004200

ETM AC


TS800H (100kA at 380/415V)

Rating 3P 3T

ETM43 630A AC 0111005100

ETM43 800A AC 0111005400

ETM AE


TS800H (100kA at 380/415V)

Rating 3P 3T

ETM43 630A AE 0111004500

ETM43 800A AE 0111004800

ETM AEC


TS800H (100kA at 380/415V)

Rating 3P 3T

ETM43 630A AEC 0111005700

ETM43 800A AEC 0111006000

Catalogue numbers


A-8-35

ETM Z


TS800H (100kA at 380/415V)

Rating 3P 3T

ETM43 630A Z 0111006300

ETM43 800A Z 0111006600

ETM ZA


TS800H (100kA at 380/415V)

Rating 3P 3T

ETM43 630A ZA 0111006900

ETM43 800A ZA 0111007200

ETM ZE


TS800H (100kA at 380/415V)

Rating 3P 3T

ETM43 630A ZE 0111007500

ETM43 800A ZE 0111007800

ETM ZAE


TS800H (100kA at 380/415V)

Rating 3P 3T

ETM43 630A ZAE 0111008100

ETM43 800A ZAE 0111008400

ETM ZAC


TS800H (100kA at 380/415V)

Rating 3P 3T

ETM43 630A ZAC 0111008700

ETM43 800A ZAC 0111009000

ETM ZAEC


TS800H (100kA at 380/415V)

Rating 3P 3T

ETM43 630A ZAEC 0111009300

ETM43 800A ZAEC 0111009600

Catalogue numbers

Circuit breakers with trip unitTS800L

A-8-36

FTU


TS800L (150kA at 380/415V)


FTU700 0110000500 0111000500 0112000500 0112001100

FTU800 0110000600 0111000600 0112000600 0112001200

FMU

ATU

MTU

ETS


TS800L (150kA at 380/415V)


FMU800 0110001200 0111001200 0112001800 0112002400


TS800L (150kA at 380/415V)


ATU800 0110001500 0111001500 0112002700 0112003000


TS800L (150kA at 380/415V)

Rating 3P 3T

MTU630 0111001800

with standard electronic trip unit ETS

TS800L (150kA at 380/415V)

Rating 3P 3T

ETS43 630A 0111002200

ETS43 800A 0111002500

Catalogue numbers


A-8-37

ETM


TS800L (150kA at 380/415V)

Rating 3P 3T

ETM43 630A 0111008100

ETM43 800A 0111008400

ETM A


TS800L (150kA at 380/415V)

Rating 3P 3T

ETM43 630A A 0111008700

ETM43 800A A 0111009000

ETM E


TS800L (150kA at 380/415V)

Rating 3P 3T

ETM43 630A E 0111009300

ETM43 800A E 0111009600

ETM AC


TS800L (150kA at 380/415V)

Rating 3P 3T

ETM43 630A AC 0111005200

ETM43 800A AC 0111005500

ETM AE


TS800L (150kA at 380/415V)

Rating 3P 3T

ETM43 630A AE 0111004600

ETM43 800A AE 0111004900

Catalogue numbers


A-8-38

ETM AEC


TS800L (150kA at 380/415V)

Rating 3P 3T

ETM43 630A AEC 0111005800

ETM43 800A AEC 0111006100

ETM Z


TS800L (150kA at 380/415V)

Rating 3P 3T

ETM43 630A Z 0111006400

ETM43 800A Z 0111006700

ETM ZA


TS800L (150kA at 380/415V)

Rating 3P 3T

ETM43 630A ZA 0111007000

ETM43 800A ZA 0111007300

ETM ZE


TS800L (150kA at 380/415V)

Rating 3P 3T

ETM43 630A ZE 0111007600

ETM43 800A ZE 0111007900

ETM ZAE


TS800L (150kA at 380/415V)

Rating 3P 3T

ETM43 630A ZAE 0111008200

ETM43 800A ZAE 0111008500

Catalogue numbers


A-8-39

ETM ZAC


TS800L (150kA at 380/415V)

Rating 3P 3T

ETM43 630A ZAC 0111008800

ETM43 800A ZAC 0111009100

ETM ZAEC


TS800L (150kA at 380/415V)

Rating 3P 3T

ETM43 630A ZAEC 0111009400

ETM43 800A ZAEC 0111009700

Catalogue numbers

Disconnecting switch

A-8-40

With Disconnecting switch unit, DSU

TD160NA

Rating 2P 3P 4P

DSU160 0101018100 0102018100 0103036100

TS100NA

Rating 2P 3P 4P

DSU100 0104024300 0105028800 0106048200

TS160NA

Rating 2P 3P 4P

DSU160 0104024400 0105028700 016048300

TS250NA

Rating 2P 3P 4P

DSU250 0104023500 0105025300 0106046900

TS400NA

Rating 2P 3P 4P

DSU400 0107003700 0108004300 0109007300

TS630NA

Rating 2P 3P 4P

DSU630 0107003800 0108004400 0109007400

TS800NA

Rating 2P 3P 4P

DSU800 0110001600 0111001900 0112003100

Catalogue numbers

Low voltage circuit breakers without trip units

A-8-41

Circuit breaker basic frame (w/o trip unit)

Model 2P (3P frame) 3P 4P

TS100N

TS100H

TS100L

TS160N

TS160H

TS160L

TS250N

TS250H

TS250L

TS400N

TS400H

TS400L

TS630N

TS630H

TS630L

TS800N

TS800H

TS800L

Disconnecting switch (w/o trip unit)

Model 2P (3P frame) 3P 4P

TS100NA

TS160NA

TS250NA

TS400NA

TS630NA

TS800NA

Catalogue numbers

Trip unitsThermal magnetic

A-8-42


FTU: Adjustalble thermal, fixed magnetic trip unit

Rating Applicabale to 3P 2T 3P 3T 4P 3T 4P 4T 4P 3T+N/2

FTU40 TS100N/H/L

FTU50 TS100N/H/L

FTU63 TS100N/H/L

FTU80 TS100N/H/L

FTU100 TS100N/H/L

TS160N/H/L

FTU125 TS160N/H/L

TS250N/H/L

FTU160 TS160N/H/L

TS250N/H/L

FTU200 TS160N/H/L

TS250N/H/L

FTU250 TS160N/H/L

TS250N/H/L

FTU300 TS400N/H/L

FTU400 TS400N/H/L

FTU500 TS630N/H/L

FTU630 TS630N/H/L

FTU700 TS800N/H/L

FTU800 TS800N/H/L

FMU: Adjustalble thermal, fixed magnetic trip unit


FMU40 TS100N/H/L

FMU50 TS100N/H/L

FMU63 TS100N/H/L

FMU80 TS100N/H/L

FMU100 TS100N/H/L

TS160N/H/L

FMU125 TS160N/H/L

TS250N/H/L

FMU160 TS160N/H/L

TS250N/H/L

FMU200 TS160N/H/L

TS250N/H/L

FMU250 TS160N/H/L

TS250N/H/L

FMU300 TS400N/H/L

FMU400 TS400N/H/L

FMU500 TS630N/H/L

FMU630 TS630N/H/L

FMU800 TS800N/H/L

FTU

FMU

Catalogue numbers

Trip unitsThermal magnetic

A-8-43


ATU: Adjustable thermal, adjustable magnetic trip unit


ATU125 TS160N/H/L

ATU160 TS160N/H/L

ATU200 TS250N/H/L

ATU250 TS250N/H/L

ATU300 TS400N/H/L

ATU400 TS400N/H/L

ATU500 TS630N/H/L

ATU630 TS630N/H/L

ATU800 TS800N/H/L

MTU: Magnetic trip only unit


MTU1.6 TS100N/H/L

MTU3.2 TS100N/H/L

MTU6.3 TS100N/H/L

MTU12 TS100N/H/L

MTU20 TS100N/H/L

MTU32 TS100N/H/L

TS160/N/H/L

MTU50 TS100N/H/L

TS160/N/H/L

MTU63 TS100N/H/L

TS160/N/H/L

MTU100 TS100N/H/L

TS160N/H/L

MTU160 TS160N/H/L

TS250N/H/L

MTU220 TS250N/H/L

MTU320 TS400N/H/L

MTU500 TS630N/H/L

MTU630 TS800N/H/L

ATU

MTU

DSU: Disconnecting switch unit

Rating Applicabale to 2P (3P frame) 3P 4P

DSU100 TS100N

DSU160 TS160N

DSU250 TS250N

DSU400 TS400N

DSU630 TS630N

DSU800 TS800N

DSU

Catalogue numbers

Trip unitsElectronic

A-8-44


ETS: Standard electronic trip unit

Rating Applicabale to 3P 3T

ETS23 40A TS100N/H/L

TS160N/H/L

TS250N/H/L


TS160N/H/L

TS250N/H/L


TS250N/H/L


TS250N/H/L


TS630N/H/L


TS630N/H/L


TS630N/H/L




ETM: Multi function electronic trip unit


ETM33 160A TS400N/H/L

TS630N/H/L


TS630N/H/L


TS630N/H/L




ETM: Multi function electronic trip unit + Ammeter function



TS630N/H/L


TS630N/H/L


TS630N/H/L




ETS

ETM

ETM A

Catalogue numbers


A-8-45


ETM: Multi function electronic trip unit + Earth fault protection function



TS630N/H/L


TS630N/H/L


TS630N/H/L




ETM: Multi function electronic trip unit + Ammeter & Earth fault protection function



TS630N/H/L


TS630N/H/L


TS630N/H/L




ETM: Multi function electronic trip unit + Ammeter & Communication function



TS630N/H/L


TS630N/H/L


TS630N/H/L




ETM E

ETM AE

ETM AC

ETM: Multi function electronic trip unit + Ammeter & Earth fault protection & Communication function



TS630N/H/L


TS630N/H/L


TS630N/H/L




ETM AEC

Catalogue numbers


A-8-46


ETM: Multi function electronic trip unit +Zone selective interlocking function



TS630N/H/L


TS630N/H/L


TS630N/H/L




ETM: Multi function electronic trip unit +Zone selective interlocking & Ammeter function



TS630N/H/L


TS630N/H/L


TS630N/H/L




ETM: Multi function electronic trip unit +Zone selective interlocking & Earth fault protection function



TS630N/H/L


TS630N/H/L


TS630N/H/L




ETM Z

ETM ZA

ETM ZE

ETM: Multi function electronic trip unit +Zone selective interlocking & Ammeter & Earth fault protection function



TS630N/H/L


TS630N/H/L


TS630N/H/L




ETM ZAE

Catalogue numbers


A-8-47


ETM: Multi function electronic trip unit +Zone selective interlocking & Ammeter & Communication function



TS630N/H/L


TS630N/H/L


TS630N/H/L




ETM: Multi function electronic trip unit +Zone selective interlocking & Ammeter & Earth fault protection & Communication function



TS630N/H/L


TS630N/H/L


TS630N/H/L




ETM ZAC

ETM ZAEC

Catalogue numbers

Accessories

A-8-48

Electrical auxiliries

Auxiliary contacts

Type Applicable to Catalogue no.

AX TD100N/H/L, TD160N/H/L, TS100N/H/L, TS160N/H/L, 83011171701

TS250N/H/L,TS400N/H/L, TS630N/H/L, TS800N/H/LAuxiliarycontacts

Alarm contacts


AL TD100N/H/L, TD160N/H/L, TS100N/H/L, TS160N/H/L, 83011171702

FAL TS250N/H/L, TS400N/H/L, TS630N/H/L, TS800N/H/L 83011171703Alarmcontacts

Shunt release

Type Control voltage Applicable to Catalogue no.

SHT DC12V

AC/DC24V

AC/DC48V

AC/DC110~130V

AC220~240V/DC250V

AC380~500V

83211171731

83211171732

83211171733

83211171734

83211171735

83211171736

Shuntrelease

Undervoltagerelease

TD100N/H/L, TD160N/H/L,

TS100N/H/L, TS160N/H/L,TS250N/H/L,

TS400N/H/L,TS630N/H/L,

TS800N/H/L

Undervoltage release

Type Control voltage Applicable to Catalogue no.

UVT AC/DC24V

AC/DC48V

AC/DC110~130V

AC220~240V/DC250V

AC380~440V

AC440~480V

83211171751

83211171752

83211171753

83211171754

83211171755

83211171756

TD100N/H/L, TD160N/H/L,

TS100N/H/L, TS160N/H/L,TS250N/H/L,

TS400N/H/L,TS630N/H/L,

TS800N/H/L

Catalogue numbers

Accessories

A-8-49

Direct rotary handle


DH1-STD100

83111171801

DH1-LTD160

83111171802

DH1-R 83111171803

DH2-S TS100 83111172801

DH2-L TS160 83111172802

DH2-R TS250 83111172803


DH3-STS400

83111173801

DH3-LTS630

83111173802

DH3-R 83111173803

DH4-S 83111174801

DH4-L TS800 83111174802

DH4-R 83111174803

Direct rotary handle with lock device


DHK1-STD100

83111171811

DHK1-LTD160

83111171812

DHK1-R 83111171813

DHK2-S TS100 83111172811

DHK2-L TS160 83111172812

DHK2-R TS250 83111172813


DHK3-STS400

83111173811

DHK3-LTS630

83111173812

DHK3-R 83111173813

DHK4-S 83111174811

DHK4-L TS800 83111174812

DHK4-R 83111174813



EH1-STD100

83111171806

EH1-LTD160

83111171807

EH1-R 83111171808

EH2-S TS100 83111172806

EH2-L TS160 83111172807

EH2-R TS250 83111172808


EH3-STS400

83111173806

EH3-LTS630

83111173807

EH3-R 83111173808

EH4-S 83111174806

EH4-L TS800 83111174807

EH3-R 83111174808

Rotary handle

Removable padlock device

Removable padlock device


PL1 TD100, TD160

PL2 TS100, TS160, TS250

PL3 TS400, TS630

PL4 TS800

Fixed padlock device


PHL1 TD100, TD160

PHL2 TS100, TS160, TS250

PHL3 TS400, TS630

PHL4 TS800

Catalogue numbers

Accessories

A-8-50

Terminal

Terminal mounter

Type Applicable to Set quantity Catalogue no.

TM1 TD100, TD160 3P

4P

TM2 TS100, TS160, TS250 3P

4P

Inner box terminal


IBT13 TD100, TD160 3P Set of 3

IBT14 4P Set of 4

IBT23 TS100, TS160, TS250 3P Set of 3

IBT24 4P Set of 4

IBT33 TS400, TS630 3P Set of 3

IBT34 4P Set of 4

Extended box terminals (The copper cables or bars)


EBT13 TD100, TD160 3P Set of 3

EBT14 4P Set of 4

EBT23 TS100, TS160, TS250 3P Set of 3

EBT24 4P Set of 4

EBT33 TS400, TS630 3P Set of 3

EBT34 4P Set of 4

EBT43 TS800 3P Set of 3

EBT44 4P Set of 4

Spreader


SP12 TD100, TD160 2P

SP13 3P

SP14 4P

SP22 TS100, TS160, TS250 2P

SP23 3P

SP24 4P

SP32 TS400, TS630 2P

SP33 3P

SP34 4P

SPS32 TS400, TS630 2P

SPS33 3P

SPS34 4P

SPS42 TS800 2P

SPS43 3P

SPS44 4P

Catalogue numbers

Accessories

A-8-51

Flat type rear terminal


RTB12 TD100, TD160 2P

RTB13 3P

RTB14 4P

ETP22 TS100, TS160, TS250 2P

RTB23 3P

RTB24 4P

RTB32 TS400, TS630 2P

RTB33 3P

RTB34 4P

RTB42 TS800 2P

RTB43 3P

RTB44 4P

Round threaded rear terminal


RTR12 TD100, TD160 2P

RTR13 3P

RTR14 4P

ETP22 TS100, TS160, TS250 2P

RTR23 3P

RTR24 4P

Terminal

Catalogue numbers

Accessories

A-8-52

Plug-in device


PB12 TD100, TD160 2P

PB13 3P

PB12D1 2P

PB12D2 2P

PB13D1 3P

PB13D2 3P

PB22 TS100, TS160, TS250 2P

PB23 3P

PB32 TS400, TS630 2P

PB33 3P

PB42 TS800 2P

PB43 3P

Insulation barrier


B-23C TD100, TD160 6pcs

TS100, TS160, TS250 6pcs

B-33C TS400, TS630 6pcs

B-43C TS800 6pcs

* Comprising: Base, Safety trip, short terminal cover, connector kit

Catalogue numbers

Accessories

A-8-53

Terminal cover (Short type)


ITS13 TD100, TD160 2P 2pcs

ITS13 3P 2pcs

ITS14 4P 2pcs

ITS23 TS100, TS160, TS250 2P 2pcs

ITS23 3P 2pcs

ITS24 4P 2pcs

ITS33 TS400, TS630 2P 2pcs

ITS33 3P 2pcs

ITS34 4P 2pcs

ITS43 TS800 2P 2pcs

ITS43 3P 2pcs

ITS44 4P 2pcs

Terminal cover (Long type)


ITS13 TD100, TD160 2P 2pcs

ITS13 3P 2pcs

ITS14 4P 2pcs

ITS23 TS100, TS160, TS250 2P 2pcs

ITS23 3P 2pcs

ITS24 4P 2pcs

ITS33 TS400, TS630 2P 2pcs

ITS33 3P 2pcs

ITS34 4P 2pcs

ITS43 TS800 2P 2pcs

ITS43 3P 2pcs

ITS44 4P 2pcs

Terminal cover

Catalogue numbers

Accessories

A-8-54

Mechanical interlock


MIT13 TD100, TD160 3P 1PC

MIT14 4P 1PC

MIT23 TS100, TS160, TS250 3P 1PC

MIT24 4P 1PC

MIT33 TS400, TS630 3P 1PC

MIT34 4P 1PC

MIT43 TS800 3P 1PC

MIT44 4P 1PC

Motor operator

Type Applicable to Control voltage Set quantity Catalogue no.

MOP1 TD100, TD160 DC24V 1PC

AC100~240V/DC100~220V 1PC

MOP2 TS100, TS160, TS250 DC24V 1PC

AC100~240V/DC100~220V 1PC

MOP3 TS400, TS630 DC24V 1PC

AC100~110V/DC110V 1PC

AC230V/DC220V 1PC

MOP4 TS800 DC24V 1PC

AC100~110V/DC110V 1PC

AC230V/DC220V 1PC

A-9. Catalogue numbers indexTD &TS MCCB Index

Fixed versionTD100/160TS100/160/250/400/630/800Circuit breakers

with thermal magnetic trip units (FTU/FMU/ATU/DSU)

Fixed versionTS100/160/250/400/630/800Circuit breakers

with electronic trip units (ETS/ETM)

Service conditionConditions for transport and storage

Operating conditionInstallation recommendations

Ordering informationMCCB c/w trip unit

Electronic catalogue

A-9-1

A-9-12

A-9-17

A-9-18

A-9-19

A-9-20

Catalog number Model Page Catalog number Model Page


Fixed versionTD100/160Circuit breakers

with thermal magnetic trip units (FTU/FMU)


with thermal magnetic trip units (FTU/FMU/ATU)

A-9-1

0101000100 TD100N FTU100 16A 3P2T A-2-5

0101000200 TD100N FTU100 20A 3P2T A-2-5

0101000300 TD100N FTU100 25A 3P2T A-2-5

0101000400 TD100N FTU100 32A 3P2T A-2-5

0101000500 TD100N FTU100 40A 3P2T A-2-5

0101000600 TD100N FTU100 50A 3P2T A-2-5

0101000700 TD100N FTU100 63A 3P2T A-2-5

0101000800 TD100N FTU100 80A 3P2T A-2-5

0101000900 TD100N FTU100 100A 3P2T A-2-5

0101001000 TD100H FTU100 16A 3P2T A-2-5

0101001100 TD100H FTU100 20A 3P2T A-2-5

0101001200 TD100H FTU100 25A 3P2T A-2-5

0101001300 TD100H FTU100 32A 3P2T A-2-5

0101001400 TD100H FTU100 40A 3P2T A-2-5

0101001500 TD100H FTU100 50A 3P2T A-2-5

0101001600 TD100H FTU100 63A 3P2T A-2-5

0101001700 TD100H FTU100 80A 3P2T A-2-5

0101001800 TD100H FTU100 100A 3P2T A-2-5

0101001900 TD100L FTU100 16A 3P2T A-2-5

0101002000 TD100L FTU100 20A 3P2T A-2-5

0101002100 TD100L FTU100 25A 3P2T A-2-5

0101002200 TD100L FTU100 32A 3P2T A-2-5

0101002300 TD100L FTU100 40A 3P2T A-2-5

0101002400 TD100L FTU100 50A 3P2T A-2-5

0101002500 TD100L FTU100 63A 3P2T A-2-5

0101002600 TD100L FTU100 80A 3P2T A-2-5

0101002700 TD100L FTU100 100A 3P2T A-2-5

0101006300 TD160N FTU160 100A 3P2T A-2-5

0101006400 TD160N FTU160 125A 3P2T A-2-5

0101006500 TD160N FTU160 160A 3P2T A-2-5

0101007400 TD160H FTU160 100A 3P2T A-2-5

0101007500 TD160H FTU160 125A 3P2T A-2-5

0101007600 TD160H FTU160 160A 3P2T A-2-5

0101008500 TD160L FTU160 100A 3P2T A-2-5

0101008600 TD160L FTU160 125A 3P2T A-2-5

0101008700 TD160L FTU160 160A 3P2T A-2-5

0101008800 TD100N FMU100 16A 3P2T A-2-5

0101008900 TD100N FMU100 20A 3P2T A-2-5

0101009000 TD100N FMU100 25A 3P2T A-2-5

0101009100 TD100N FMU100 32A 3P2T A-2-5

0101009200 TD100N FMU100 40A 3P2T A-2-5

0101009300 TD100N FMU100 50A 3P2T A-2-5

0101009400 TD100N FMU100 63A 3P2T A-2-5

0101009500 TD100N FMU100 80A 3P2T A-2-5

0101009600 TD100N FMU100 100A 3P2T A-2-5

0101009700 TD100H FMU100 16A 3P2T A-2-5

0101009800 TD100H FMU100 20A 3P2T A-2-5

0101009900 TD100H FMU100 25A 3P2T A-2-5

0101010000 TD100H FMU100 32A 3P2T A-2-5

0101010100 TD100H FMU100 40A 3P2T A-2-5

0101010200 TD100H FMU100 50A 3P2T A-2-5

0101010300 TD100H FMU100 63A 3P2T A-2-5

0101010400 TD100H FMU100 80A 3P2T A-2-5

0101010500 TD100H FMU100 100A 3P2T A-2-5

0101010600 TD100L FMU100 16A 3P2T A-2-5

0101010700 TD100L FMU100 20A 3P2T A-2-5

0101010800 TD100L FMU100 25A 3P2T A-2-5

0101010900 TD100L FMU100 32A 3P2T A-2-5

0101011000 TD100L FMU100 40A 3P2T A-2-5

0101011100 TD100L FMU100 50A 3P2T A-2-5

0101011200 TD100L FMU100 63A 3P2T A-2-5

0101011300 TD100L FMU100 80A 3P2T A-2-5

0101011400 TD100L FMU100 100A 3P2T A-2-5

0101015000 TD160N FMU160 100A 3P2T A-2-5

0101015100 TD160N FMU160 125A 3P2T A-2-5

0101015200 TD160N FMU160 160A 3P2T A-2-5

0101016100 TD160H FMU160 100A 3P2T A-2-5

0101016200 TD160H FMU160 125A 3P2T A-2-5

0101016300 TD160H FMU160 160A 3P2T A-2-5

0101017200 TD160L FMU160 100A 3P2T A-2-5

0101017300 TD160L FMU160 125A 3P2T A-2-5

0101017400 TD160L FMU160 160A 3P2T A-2-5

0101017500 TD160N ATU160 125A 3P2T A-2-5

0101017600 TD160N ATU160 160A 3P2T A-2-5

0101017700 TD160H ATU160 125A 3P2T A-2-5

0101017800 TD160H ATU160 160A 3P2T A-2-5

0101017900 TD160L ATU160 125A 3P2T A-2-5

0101018000 TD160L ATU160 160A 3P2T A-2-5




with thermal magnetic trip units (FTU/FMU/DSU)



A-9-2

0101018100 TD160NA DSU160 160A 2P A-2-53

0102000100 TD100N FTU100 16A 3P3T A-2-5

0102000200 TD100N FTU100 20A 3P3T A-2-5

0102000300 TD100N FTU100 25A 3P3T A-2-5

0102000400 TD100N FTU100 32A 3P3T A-2-5

0102000500 TD100N FTU100 40A 3P3T A-2-5

0102000600 TD100N FTU100 50A 3P3T A-2-5

0102000700 TD100N FTU100 63A 3P3T A-2-5

0102000800 TD100N FTU100 80A 3P3T A-2-5

0102000900 TD100N FTU100 100A 3P3T A-2-5

0102001000 TD100H FTU100 16A 3P3T A-2-5

0102001100 TD100H FTU100 20A 3P3T A-2-5

0102001200 TD100H FTU100 25A 3P3T A-2-5

0102001300 TD100H FTU100 32A 3P3T A-2-5

0102001400 TD100H FTU100 40A 3P3T A-2-5

0102001500 TD100H FTU100 50A 3P3T A-2-5

0102001600 TD100H FTU100 63A 3P3T A-2-5

0102001700 TD100H FTU100 80A 3P3T A-2-5

0102001800 TD100H FTU100 100A 3P3T A-2-5

0102001900 TD100L FTU100 16A 3P3T A-2-5

0102002000 TD100L FTU100 20A 3P3T A-2-5

0102002100 TD100L FTU100 25A 3P3T A-2-5

0102002200 TD100L FTU100 32A 3P3T A-2-5

0102002300 TD100L FTU100 40A 3P3T A-2-5

0102002400 TD100L FTU100 50A 3P3T A-2-5

0102002500 TD100L FTU100 63A 3P3T A-2-5

0102002600 TD100L FTU100 80A 3P3T A-2-5

0102002700 TD100L FTU100 100A 3P3T A-2-5

0102006300 TD160N FTU160 100A 3P3T A-2-5

0102006400 TD160N FTU160 125A 3P3T A-2-5

0102006500 TD160N FTU160 160A 3P3T A-2-5

0102007400 TD160H FTU160 100A 3P3T A-2-5

0102007500 TD160H FTU160 125A 3P3T A-2-5

0102007600 TD160H FTU160 160A 3P3T A-2-5

0102008500 TD160L FTU160 100A 3P3T A-2-5

0102008600 TD160L FTU160 125A 3P3T A-2-5

0102008700 TD160L FTU160 160A 3P3T A-2-5

0102008800 TD100N FMU100 16A 3P3T A-2-5

0102008900 TD100N FMU100 20A 3P3T A-2-5

0102009000 TD100N FMU100 25A 3P3T A-2-5

0102009100 TD100N FMU100 32A 3P3T A-2-5

0102009200 TD100N FMU100 40A 3P3T A-2-5

0102009300 TD100N FMU100 50A 3P3T A-2-5

0102009400 TD100N FMU100 63A 3P3T A-2-5

0102009500 TD100N FMU100 80A 3P3T A-2-5

0102009600 TD100N FMU100 100A 3P3T A-2-5

0102009700 TD100H FMU100 16A 3P3T A-2-5

0102009800 TD100H FMU100 20A 3P3T A-2-5

0102009900 TD100H FMU100 25A 3P3T A-2-5

0102010000 TD100H FMU100 32A 3P3T A-2-5

0102010100 TD100H FMU100 40A 3P3T A-2-5

0102010200 TD100H FMU100 50A 3P3T A-2-5

0102010300 TD100H FMU100 63A 3P3T A-2-5

0102010400 TD100H FMU100 80A 3P3T A-2-5

0102010500 TD100H FMU100 100A 3P3T A-2-5

0102010600 TD100L FMU100 16A 3P3T A-2-5

0102010700 TD100L FMU100 20A 3P3T A-2-5

0102010800 TD100L FMU100 25A 3P3T A-2-5

0102010900 TD100L FMU100 32A 3P3T A-2-5

0102011000 TD100L FMU100 40A 3P3T A-2-5

0102011100 TD100L FMU100 50A 3P3T A-2-5

0102011200 TD100L FMU100 63A 3P3T A-2-5

0102011300 TD100L FMU100 80A 3P3T A-2-5

0102011400 TD100L FMU100 100A 3P3T A-2-5

0102015000 TD160N FMU160 100A 3P3T A-2-5

0102015100 TD160N FMU160 125A 3P3T A-2-5

0102015200 TD160N FMU160 160A 3P3T A-2-5

0102016100 TD160H FMU160 100A 3P3T A-2-5

0102016200 TD160H FMU160 125A 3P3T A-2-5

0102016300 TD160H FMU160 160A 3P3T A-2-5

0102017200 TD160L FMU160 100A 3P3T A-2-5

0102017300 TD160L FMU160 125A 3P3T A-2-5

0102017400 TD160L FMU160 160A 3P3T A-2-5

0102018100 TD160NA DSU160 160A 3P A-2-61

0103000100 TD100N FTU100 16A 4P3T A-2-5

0103000200 TD100N FTU100 20A 4P3T A-2-5

0103000300 TD100N FTU100 25A 4P3T A-2-5

0103000400 TD100N FTU100 32A 4P3T A-2-5




with thermal magnetic trip units (FTU)



A-9-3

0103009500 TD100N FTU100 80A 4P4T A-2-5

0103009600 TD100N FTU100 100A 4P4T A-2-5

0103009700 TD100H FTU100 16A 4P4T A-2-5

0103009800 TD100H FTU100 20A 4P4T A-2-5

0103009900 TD100H FTU100 25A 4P4T A-2-5

0103010000 TD100H FTU100 32A 4P4T A-2-5

0103010100 TD100H FTU100 40A 4P4T A-2-5

0103010200 TD100H FTU100 50A 4P4T A-2-5

0103010300 TD100H FTU100 63A 4P4T A-2-5

0103010400 TD100H FTU100 80A 4P4T A-2-5

0103010500 TD100H FTU100 100A 4P4T A-2-5

0103010600 TD100L FTU100 16A 4P4T A-2-5

0103010700 TD100L FTU100 20A 4P4T A-2-5

0103010800 TD100L FTU100 25A 4P4T A-2-5

0103010900 TD100L FTU100 32A 4P4T A-2-5

0103011000 TD100L FTU100 40A 4P4T A-2-5

0103011100 TD100L FTU100 50A 4P4T A-2-5

0103011200 TD100L FTU100 63A 4P4T A-2-5

0103011300 TD100L FTU100 80A 4P4T A-2-5

0103011400 TD100L FTU100 100A 4P4T A-2-5

0103015000 TD160N FTU160 100A 4P4T A-2-5

0103015100 TD160N FTU160 125A 4P4T A-2-5

0103015200 TD160N FTU160 160A 4P4T A-2-5

0103016100 TD160H FTU160 100A 4P4T A-2-5

0103016200 TD160H FTU160 125A 4P4T A-2-5

0103016300 TD160H FTU160 160A 4P4T A-2-5

0103017200 TD160L FTU160 100A 4P4T A-2-5

0103017300 TD160L FTU160 125A 4P4T A-2-5

0103017400 TD160L FTU160 160A 4P4T A-2-5

0103017500 TD100N FMU100 16A 4P3T A-2-5

0103017600 TD100N FMU100 20A 4P3T A-2-5

0103017700 TD100N FMU100 25A 4P3T A-2-5

0103017800 TD100N FMU100 32A 4P3T A-2-5

0103017900 TD100N FMU100 40A 4P3T A-2-5

0103018000 TD100N FMU100 50A 4P3T A-2-5

0103018100 TD100N FMU100 63A 4P3T A-2-5

0103018200 TD100N FMU100 80A 4P3T A-2-5

0103018300 TD100N FMU100 100A 4P3T A-2-5

0103018400 TD100H FMU100 16A 4P3T A-2-5

0103000500 TD100N FTU100 40A 4P3T A-2-5

0103000600 TD100N FTU100 50A 4P3T A-2-5

0103000700 TD100N FTU100 63A 4P3T A-2-5

0103000800 TD100N FTU100 80A 4P3T A-2-5

0103000900 TD100N FTU100 100A 4P3T A-2-5

0103001000 TD100H FTU100 16A 4P3T A-2-5

0103001100 TD100H FTU100 20A 4P3T A-2-5

0103001200 TD100H FTU100 25A 4P3T A-2-5

0103001300 TD100H FTU100 32A 4P3T A-2-5

0103001400 TD100H FTU100 40A 4P3T A-2-5

0103001500 TD100H FTU100 50A 4P3T A-2-5

0103001600 TD100H FTU100 63A 4P3T A-2-5

0103001700 TD100H FTU100 80A 4P3T A-2-5

0103001800 TD100H FTU100 100A 4P3T A-2-5

0103001900 TD100L FTU100 16A 4P3T A-2-5

0103002000 TD100L FTU100 20A 4P3T A-2-5

0103002100 TD100L FTU100 25A 4P3T A-2-5

0103002200 TD100L FTU100 32A 4P3T A-2-5

0103002300 TD100L FTU100 40A 4P3T A-2-5

0103002400 TD100L FTU100 50A 4P3T A-2-5

0103002500 TD100L FTU100 63A 4P3T A-2-5

0103002600 TD100L FTU100 80A 4P3T A-2-5

0103002700 TD100L FTU100 100A 4P3T A-2-5

0103006300 TD160N FTU160 100A 4P3T A-2-5

0103006400 TD160N FTU160 125A 4P3T A-2-5

0103006500 TD160N FTU160 160A 4P3T A-2-5

0103007400 TD160H FTU160 100A 4P3T A-2-5

0103007500 TD160H FTU160 125A 4P3T A-2-5

0103007600 TD160H FTU160 160A 4P3T A-2-5

0103008500 TD160L FTU160 100A 4P3T A-2-5

0103008600 TD160L FTU160 125A 4P3T A-2-5

0103008700 TD160L FTU160 160A 4P3T A-2-5

0103008800 TD100N FTU100 16A 4P4T A-2-5

0103008900 TD100N FTU100 20A 4P4T A-2-5

0103009000 TD100N FTU100 25A 4P4T A-2-5

0103009100 TD100N FTU100 32A 4P4T A-2-5

0103009200 TD100N FTU100 40A 4P4T A-2-5

0103009300 TD100N FTU100 50A 4P4T A-2-5

0103009400 TD100N FTU100 63A 4P4T A-2-5




with thermal magnetic trip units (FMU)



A-9-4

0103018500 TD100H FMU100 20A 4P3T A-2-5

0103018600 TD100H FMU100 25A 4P3T A-2-5

0103018700 TD100H FMU100 32A 4P3T A-2-5

0103018800 TD100H FMU100 40A 4P3T A-2-5

0103018900 TD100H FMU100 50A 4P3T A-2-5

0103019000 TD100H FMU100 63A 4P3T A-2-5

0103019100 TD100H FMU100 80A 4P3T A-2-5

0103019200 TD100H FMU100 100A 4P3T A-2-5

0103019300 TD100L FMU100 16A 4P3T A-2-5

0103019400 TD100L FMU100 20A 4P3T A-2-5

0103019500 TD100L FMU100 25A 4P3T A-2-5

0103019600 TD100L FMU100 32A 4P3T A-2-5

0103019700 TD100L FMU100 40A 4P3T A-2-5

0103019800 TD100L FMU100 50A 4P3T A-2-5

0103019900 TD100L FMU100 63A 4P3T A-2-5

0103020000 TD100L FMU100 80A 4P3T A-2-5

0103020100 TD100L FMU100 100A 4P3T A-2-5

0103023700 TD160N FMU160 100A 4P3T A-2-5

0103023800 TD160N FMU160 125A 4P3T A-2-5

0103023900 TD160N FMU160 160A 4P3T A-2-5

0103024800 TD160H FMU160 100A 4P3T A-2-5

0103024900 TD160H FMU160 125A 4P3T A-2-5

0103025000 TD160H FMU160 160A 4P3T A-2-5

0103025900 TD160L FMU160 100A 4P3T A-2-5

0103026000 TD160L FMU160 125A 4P3T A-2-5

0103026100 TD160L FMU160 160A 4P3T A-2-5

0103026200 TD100N FMU100 16A 4P4T A-2-5

0103026300 TD100N FMU100 20A 4P4T A-2-5

0103026400 TD100N FMU100 25A 4P4T A-2-5

0103026500 TD100N FMU100 32A 4P4T A-2-5

0103026600 TD100N FMU100 40A 4P4T A-2-5

0103026700 TD100N FMU100 50A 4P4T A-2-5

0103026800 TD100N FMU100 63A 4P4T A-2-5

0103026900 TD100N FMU100 80A 4P4T A-2-5

0103027000 TD100N FMU100 100A 4P4T A-2-5

0103027100 TD100H FMU100 16A 4P4T A-2-5

0103027200 TD100H FMU100 20A 4P4T A-2-5

0103027300 TD100H FMU100 25A 4P4T A-2-5

0103027400 TD100H FMU100 32A 4P4T A-2-5

0103027500 TD100H FMU100 40A 4P4T A-2-5

0103027600 TD100H FMU100 50A 4P4T A-2-5

0103027700 TD100H FMU100 63A 4P4T A-2-5

0103027800 TD100H FMU100 80A 4P4T A-2-5

0103027900 TD100H FMU100 100A 4P4T A-2-5

0103028000 TD100L FMU100 16A 4P4T A-2-5

0103028100 TD100L FMU100 20A 4P4T A-2-5

0103028200 TD100L FMU100 25A 4P4T A-2-5

0103028300 TD100L FMU100 32A 4P4T A-2-5

0103028400 TD100L FMU100 40A 4P4T A-2-5

0103028500 TD100L FMU100 50A 4P4T A-2-5

0103028600 TD100L FMU100 63A 4P4T A-2-5

0103028700 TD100L FMU100 80A 4P4T A-2-5

0103028800 TD100L FMU100 100A 4P4T A-2-5

0103032400 TD160N FMU160 100A 4P4T A-2-5

0103032500 TD160N FMU160 125A 4P4T A-2-5

0103032600 TD160N FMU160 160A 4P4T A-2-5

0103033500 TD160H FMU160 100A 4P4T A-2-5

0103033600 TD160H FMU160 125A 4P4T A-2-5

0103033700 TD160H FMU160 160A 4P4T A-2-5

0103034600 TD160L FMU160 100A 4P4T A-2-5

0103034700 TD160L FMU160 125A 4P4T A-2-5

0103034800 TD160L FMU160 160A 4P4T A-2-5

0103036100 TD160NA DSU160 160A 4P A-2-61

0104000100 TS100N FTU100 40A 3P2T A-2-7

0104000200 TS100N FTU100 50A 3P2T A-2-7

0104000300 TS100N FTU100 63A 3P2T A-2-7

0104000400 TS100N FTU100 80A 3P2T A-2-7

0104000500 TS100N FTU100 100A 3P2T A-2-7

0104000600 TS100H FTU100 40A 3P2T A-2-7

0104000700 TS100H FTU100 50A 3P2T A-2-7

0104000800 TS100H FTU100 63A 3P2T A-2-7

0104000900 TS100H FTU100 80A 3P2T A-2-7

0104001000 TS100H FTU100 100A 3P2T A-2-7

0104001100 TS100L FTU100 40A 3P2T A-2-7

0104001200 TS100L FTU100 50A 3P2T A-2-7

0104001300 TS100L FTU100 63A 3P2T A-2-7

0104001400 TS100L FTU100 80A 3P2T A-2-7

0104001500 TS100L FTU100 100A 3P2T A-2-7



Fixed versionTS100/160/250Circuit breakers




A-9-5

0104003500 TS160N FTU160 100A 3P2T A-2-7

0104003600 TS160N FTU160 125A 3P2T A-2-7

0104003700 TS160N FTU160 160A 3P2T A-2-7

0104004200 TS160H FTU160 100A 3P2T A-2-7

0104004300 TS160H FTU160 125A 3P2T A-2-7

0104004400 TS160H FTU160 160A 3P2T A-2-7

0104004900 TS160L FTU160 100A 3P2T A-2-7

0104005000 TS160L FTU160 125A 3P2T A-2-7

0104005100 TS160L FTU160 160A 3P2T A-2-7

0104009300 TS250N FTU250 125A 3P2T A-2-7

0104009400 TS250N FTU250 160A 3P2T A-2-7

0104009500 TS250N FTU250 200A 3P2T A-2-7

0104009600 TS250N FTU250 250A 3P2T A-2-7

0104010200 TS250H FTU250 125A 3P2T A-2-7

0104010300 TS250H FTU250 160A 3P2T A-2-7

0104010400 TS250H FTU250 200A 3P2T A-2-7

0104010500 TS250H FTU250 250A 3P2T A-2-7

0104011100 TS250L FTU250 125A 3P2T A-2-7

0104011200 TS250L FTU250 160A 3P2T A-2-7

0104011300 TS250L FTU250 200A 3P2T A-2-7

0104011400 TS250L FTU250 250A 3P2T A-2-7

0104011500 TS100N FMU100 40A 3P2T A-2-7

0104011600 TS100N FMU100 50A 3P2T A-2-7

0104011700 TS100N FMU100 63A 3P2T A-2-7

0104011800 TS100N FMU100 80A 3P2T A-2-7

0104011900 TS100N FMU100 100A 3P2T A-2-7

0104012000 TS100H FMU100 40A 3P2T A-2-7

0104012100 TS100H FMU100 50A 3P2T A-2-7

0104012200 TS100H FMU100 63A 3P2T A-2-7

0104012300 TS100H FMU100 80A 3P2T A-2-7

0104012400 TS100H FMU100 100A 3P2T A-2-7

0104012500 TS100L FMU100 40A 3P2T A-2-7

0104012600 TS100L FMU100 50A 3P2T A-2-7

0104012700 TS100L FMU100 63A 3P2T A-2-7

0104012800 TS100L FMU100 80A 3P2T A-2-7

0104012900 TS100L FMU100 100A 3P2T A-2-7

0104014900 TS160N FMU160 100A 3P2T A-2-7

0104015000 TS160N FMU160 125A 3P2T A-2-7

0104015100 TS160N FMU160 160A 3P2T A-2-7

0104015600 TS160H FMU160 100A 3P2T A-2-7

0104015700 TS160H FMU160 125A 3P2T A-2-7

0104015800 TS160H FMU160 160A 3P2T A-2-7

0104016300 TS160L FMU160 100A 3P2T A-2-7

0104016400 TS160L FMU160 125A 3P2T A-2-7

0104016500 TS160L FMU160 160A 3P2T A-2-7

0104020700 TS250N FMU250 125A 3P2T A-2-7

0104020800 TS250N FMU250 160A 3P2T A-2-7

0104020900 TS250N FMU250 200A 3P2T A-2-7

0104021000 TS250N FMU250 250A 3P2T A-2-7

0104021600 TS250H FMU250 125A 3P2T A-2-7

0104021700 TS250H FMU250 160A 3P2T A-2-7

0104021800 TS250H FMU250 200A 3P2T A-2-7

0104021900 TS250H FMU250 250A 3P2T A-2-7

0104022500 TS250L FMU250 125A 3P2T A-2-7

0104022600 TS250L FMU250 160A 3P2T A-2-7

0104022700 TS250L FMU250 200A 3P2T A-2-7

0104022800 TS250L FMU250 250A 3P2T A-2-7

0104022900 TS250N ATU250 200A 3P2T A-2-7

0104023000 TS250N ATU250 250A 3P2T A-2-7

0104023100 TS250H ATU250 200A 3P2T A-2-7

0104023200 TS250H ATU250 250A 3P2T A-2-7

0104023300 TS250L ATU250 200A 3P2T A-2-7

0104023400 TS250L ATU250 250A 3P2T A-2-7

0104023500 TS250NA DSU250 250A 2P A-2-61

0105000100 TS100N FTU100 40A 3P3T A-2-7

0105000200 TS100N FTU100 50A 3P3T A-2-7

0105000300 TS100N FTU100 63A 3P3T A-2-7

0105000400 TS100N FTU100 80A 3P3T A-2-7

0105000500 TS100N FTU100 100A 3P3T A-2-7

0105000600 TS100H FTU100 40A 3P3T A-2-7

0105000700 TS100H FTU100 50A 3P3T A-2-7

0105000800 TS100H FTU100 63A 3P3T A-2-7

0105000900 TS100H FTU100 80A 3P3T A-2-7

0105001000 TS100H FTU100 100A 3P3T A-2-7

0105001100 TS100L FTU100 40A 3P3T A-2-7

0105001200 TS100L FTU100 50A 3P3T A-2-7

0105001300 TS100L FTU100 63A 3P3T A-2-7

0105001400 TS100L FTU100 80A 3P3T A-2-7







A-9-6

0105001500 TS100L FTU100 100A 3P3T A-2-7

0105003500 TS160N FTU160 100A 3P3T A-2-7

0105003600 TS160N FTU160 125A 3P3T A-2-7

0105003700 TS160N FTU160 160A 3P3T A-2-7

0105004200 TS160H FTU160 100A 3P3T A-2-7

0105004300 TS160H FTU160 125A 3P3T A-2-7

0105004400 TS160H FTU160 160A 3P3T A-2-7

0105004900 TS160L FTU160 100A 3P3T A-2-7

0105005000 TS160L FTU160 125A 3P3T A-2-7

0105005100 TS160L FTU160 160A 3P3T A-2-7

0105009300 TS250N FTU250 125A 3P3T A-2-7

0105009400 TS250N FTU250 160A 3P3T A-2-7

0105009500 TS250N FTU250 200A 3P3T A-2-7

0105009600 TS250N FTU250 250A 3P3T A-2-7

0105010200 TS250H FTU250 125A 3P3T A-2-7

0105010300 TS250H FTU250 160A 3P3T A-2-7

0105010400 TS250H FTU250 200A 3P3T A-2-7

0105010500 TS250H FTU250 250A 3P3T A-2-7

0105011100 TS250L FTU250 125A 3P3T A-2-7

0105011200 TS250L FTU250 160A 3P3T A-2-7

0105011300 TS250L FTU250 200A 3P3T A-2-7

0105011400 TS250L FTU250 250A 3P3T A-2-7

0105011500 TS100N FMU100 40A 3P3T A-2-7

0105011600 TS100N FMU100 50A 3P3T A-2-7

0105011700 TS100N FMU100 63A 3P3T A-2-7

0105011800 TS100N FMU100 80A 3P3T A-2-7

0105011900 TS100N FMU100 100A 3P3T A-2-7

0105012000 TS100H FMU100 40A 3P3T A-2-7

0105012100 TS100H FMU100 50A 3P3T A-2-7

0105012200 TS100H FMU100 63A 3P3T A-2-7

0105012300 TS100H FMU100 80A 3P3T A-2-7

0105012400 TS100H FMU100 100A 3P3T A-2-7

0105012500 TS100L FMU100 40A 3P3T A-2-7

0105012600 TS100L FMU100 50A 3P3T A-2-7

0105012700 TS100L FMU100 63A 3P3T A-2-7

0105012800 TS100L FMU100 80A 3P3T A-2-7

0105012900 TS100L FMU100 100A 3P3T A-2-7

0105014900 TS160N FMU160 100A 3P3T A-2-7

0105015000 TS160N FMU160 125A 3P3T A-2-7

0105015100 TS160N FMU160 160A 3P3T A-2-7

0105015600 TS160H FMU160 100A 3P3T A-2-7

0105015700 TS160H FMU160 125A 3P3T A-2-7

0105015800 TS160H FMU160 160A 3P3T A-2-7

0105016300 TS160L FMU160 100A 3P3T A-2-7

0105016400 TS160L FMU160 125A 3P3T A-2-7

0105016500 TS160L FMU160 160A 3P3T A-2-7

0105020700 TS250N FMU250 125A 3P3T A-2-7

0105020800 TS250N FMU250 160A 3P3T A-2-7

0105020900 TS250N FMU250 200A 3P3T A-2-7

0105021000 TS250N FMU250 250A 3P3T A-2-7

0105021600 TS250H FMU250 125A 3P3T A-2-7

0105021700 TS250H FMU250 160A 3P3T A-2-7

0105021800 TS250H FMU250 200A 3P3T A-2-7

0105021900 TS250H FMU250 250A 3P3T A-2-7

0105022500 TS250L FMU250 125A 3P3T A-2-7

0105022600 TS250L FMU250 160A 3P3T A-2-7

0105022700 TS250L FMU250 200A 3P3T A-2-7

0105022800 TS250L FMU250 250A 3P3T A-2-7

0105022900 TS250N ATU250 200A 3P3T A-2-7

0105023000 TS250N ATU250 250A 3P3T A-2-7

0105023100 TS250H ATU250 200A 3P3T A-2-7

0105023200 TS250H ATU250 250A 3P3T A-2-7

0105023300 TS250L ATU250 200A 3P3T A-2-7

0105023400 TS250L ATU250 250A 3P3T A-2-7

0105025300 TS250NA DSU250 250A 3P A-2-61

0106000100 TS100N FTU100 40A 4P3T A-2-7

0106000200 TS100N FTU100 50A 4P3T A-2-7

0106000300 TS100N FTU100 63A 4P3T A-2-7

0106000400 TS100N FTU100 80A 4P3T A-2-7

0106000500 TS100N FTU100 100A 4P3T A-2-7

0106000600 TS100H FTU100 40A 4P3T A-2-7

0106000700 TS100H FTU100 50A 4P3T A-2-7

0106000800 TS100H FTU100 63A 4P3T A-2-7

0106000900 TS100H FTU100 80A 4P3T A-2-7

0106001000 TS100H FTU100 100A 4P3T A-2-7

0106001100 TS100L FTU100 40A 4P3T A-2-7

0106001200 TS100L FTU100 50A 4P3T A-2-7

0106001300 TS100L FTU100 63A 4P3T A-2-7




with thermal magnetic trip units (FTU)



A-9-7

0106001400 TS100L FTU100 80A 4P3T A-2-7

0106001500 TS100L FTU100 100A 4P3T A-2-7

0106003500 TS160N FTU160 100A 4P3T A-2-7

0106003600 TS160N FTU160 125A 4P3T A-2-7

0106003700 TS160N FTU160 160A 4P3T A-2-7

0106004200 TS160H FTU160 100A 4P3T A-2-7

0106004300 TS160H FTU160 125A 4P3T A-2-7

0106004400 TS160H FTU160 160A 4P3T A-2-7

0106004900 TS160L FTU160 100A 4P3T A-2-7

0106005000 TS160L FTU160 125A 4P3T A-2-7

0106005100 TS160L FTU160 160A 4P3T A-2-7

0106009300 TS250N FTU250 125A 4P3T A-2-7

0106009400 TS250N FTU250 160A 4P3T A-2-7

0106009500 TS250N FTU250 200A 4P3T A-2-7

0106009600 TS250N FTU250 250A 4P3T A-2-7

0106010200 TS250H FTU250 125A 4P3T A-2-7

0106010300 TS250H FTU250 160A 4P3T A-2-7

0106010400 TS250H FTU250 200A 4P3T A-2-7

0106010500 TS250H FTU250 250A 4P3T A-2-7

0106011100 TS250L FTU250 125A 4P3T A-2-7

0106011200 TS250L FTU250 160A 4P3T A-2-7

0106011300 TS250L FTU250 200A 4P3T A-2-7

0106011400 TS250L FTU250 250A 4P3T A-2-7

0106011500 TS100N FTU100 40A 4P4T A-2-7

0106011600 TS100N FTU100 50A 4P4T A-2-7

0106011700 TS100N FTU100 63A 4P4T A-2-7

0106011800 TS100N FTU100 80A 4P4T A-2-7

0106011900 TS100N FTU100 100A 4P4T A-2-7

0106012000 TS100H FTU100 40A 4P4T A-2-7

0106012100 TS100H FTU100 50A 4P4T A-2-7

0106012200 TS100H FTU100 63A 4P4T A-2-7

0106012300 TS100H FTU100 80A 4P4T A-2-7

0106012400 TS100H FTU100 100A 4P4T A-2-7

0106012500 TS100L FTU100 40A 4P4T A-2-7

0106012600 TS100L FTU100 50A 4P4T A-2-7

0106012700 TS100L FTU100 63A 4P4T A-2-7

0106012800 TS100L FTU100 80A 4P4T A-2-7

0106012900 TS100L FTU100 100A 4P4T A-2-7

0106014900 TS160N FTU160 100A 4P4T A-2-7

0106015000 TS160N FTU160 125A 4P4T A-2-7

0106015100 TS160N FTU160 160A 4P4T A-2-7

0106015600 TS160H FTU160 100A 4P4T A-2-7

0106015700 TS160H FTU160 125A 4P4T A-2-7

0106015800 TS160H FTU160 160A 4P4T A-2-7

0106016300 TS160L FTU160 100A 4P4T A-2-7

0106016400 TS160L FTU160 125A 4P4T A-2-7

0106016500 TS160L FTU160 160A 4P4T A-2-7

0106020700 TS250N FTU250 125A 4P4T A-2-7

0106020800 TS250N FTU250 160A 4P4T A-2-7

0106020900 TS250N FTU250 200A 4P4T A-2-7

0106021000 TS250N FTU250 250A 4P4T A-2-7

0106021600 TS250H FTU250 125A 4P4T A-2-7

0106021700 TS250H FTU250 160A 4P4T A-2-7

0106021800 TS250H FTU250 200A 4P4T A-2-7

0106021900 TS250H FTU250 250A 4P4T A-2-7

0106022500 TS250L FTU250 125A 4P4T A-2-7

0106022600 TS250L FTU250 160A 4P4T A-2-7

0106022700 TS250L FTU250 200A 4P4T A-2-7

0106022800 TS250L FTU250 250A 4P4T A-2-7

0106022900 TS100N FMU100 40A 4P3T A-2-7

0106023000 TS100N FMU100 50A 4P3T A-2-7

0106023100 TS100N FMU100 63A 4P3T A-2-7

0106023200 TS100N FMU100 80A 4P3T A-2-7

0106023300 TS100N FMU100 100A 4P3T A-2-7

0106023400 TS100H FMU100 40A 4P3T A-2-7

0106023500 TS100H FMU100 50A 4P3T A-2-7

0106023600 TS100H FMU100 63A 4P3T A-2-7

0106023700 TS100H FMU100 80A 4P3T A-2-7

0106023800 TS100H FMU100 100A 4P3T A-2-7

0106023900 TS100L FMU100 40A 4P3T A-2-7

0106024000 TS100L FMU100 50A 4P3T A-2-7

0106024100 TS100L FMU100 63A 4P3T A-2-7

0106024200 TS100L FMU100 80A 4P3T A-2-7

0106024300 TS100L FMU100 100A 4P3T A-2-7

0106026300 TS160N FMU160 100A 4P3T A-2-7

0106026400 TS160N FMU160 125A 4P3T A-2-7

0106026500 TS160N FMU160 160A 4P3T A-2-7

0106027000 TS160H FMU160 100A 4P3T A-2-7




with thermal magnetic trip units (FMU)


with thermal magnetic trip units (FTU/FMU/ATU/MTU)

A-9-8

0106027100 TS160H FMU160 125A 4P3T A-2-7

0106027200 TS160H FMU160 160A 4P3T A-2-7

0106027700 TS160L FMU160 100A 4P3T A-2-7

0106027800 TS160L FMU160 125A 4P3T A-2-7

0106027900 TS160L FMU160 160A 4P3T A-2-7

0106032100 TS250N FMU250 125A 4P3T A-2-7

0106032200 TS250N FMU250 160A 4P3T A-2-7

0106032300 TS250N FMU250 200A 4P3T A-2-7

0106032400 TS250N FMU250 250A 4P3T A-2-7

0106033000 TS250H FMU250 125A 4P3T A-2-7

0106033100 TS250H FMU250 160A 4P3T A-2-7

0106033200 TS250H FMU250 200A 4P3T A-2-7

0106033300 TS250H FMU250 250A 4P3T A-2-7

0106033900 TS250L FMU250 125A 4P3T A-2-7

0106034000 TS250L FMU250 160A 4P3T A-2-7

0106034100 TS250L FMU250 200A 4P3T A-2-7

0106034200 TS250L FMU250 250A 4P3T A-2-7

0106034300 TS100N FMU100 40A 4P4T A-2-7

0106034400 TS100N FMU100 50A 4P4T A-2-7

0106034500 TS100N FMU100 63A 4P4T A-2-7

0106034600 TS100N FMU100 80A 4P4T A-2-7

0106034700 TS100N FMU100 100A 4P4T A-2-7

0106034800 TS100H FMU100 40A 4P4T A-2-7

0106034900 TS100H FMU100 50A 4P4T A-2-7

0106035000 TS100H FMU100 63A 4P4T A-2-7

0106035100 TS100H FMU100 80A 4P4T A-2-7

0106035200 TS100H FMU100 100A 4P4T A-2-7

0106035300 TS100L FMU100 40A 4P4T A-2-7

0106035400 TS100L FMU100 50A 4P4T A-2-7

0106035500 TS100L FMU100 63A 4P4T A-2-7

0106035600 TS100L FMU100 80A 4P4T A-2-7

0106035700 TS100L FMU100 100A 4P4T A-2-7

0106037700 TS160N FMU160 100A 4P4T A-2-7

0106037800 TS160N FMU160 125A 4P4T A-2-7

0106037900 TS160N FMU160 160A 4P4T A-2-7

0106038400 TS160H FMU160 100A 4P4T A-2-7

0106038500 TS160H FMU160 125A 4P4T A-2-7

0106038600 TS160H FMU160 160A 4P4T A-2-7

0106039100 TS160L FMU160 100A 4P4T A-2-7

0106039200 TS160L FMU160 125A 4P4T A-2-7

0106039300 TS160L FMU160 160A 4P4T A-2-7

0106043500 TS250N FMU250 125A 4P4T A-2-7

0106043600 TS250N FMU250 160A 4P4T A-2-7

0106043700 TS250N FMU250 200A 4P4T A-2-7

0106043800 TS250N FMU250 250A 4P4T A-2-7

0106044400 TS250H FMU250 125A 4P4T A-2-7

0106044500 TS250H FMU250 160A 4P4T A-2-7

0106044600 TS250H FMU250 200A 4P4T A-2-7

0106044700 TS250H FMU250 250A 4P4T A-2-7

0106045300 TS250L FMU250 125A 4P4T A-2-7

0106045400 TS250L FMU250 160A 4P4T A-2-7

0106045500 TS250L FMU250 200A 4P4T A-2-7

0106045600 TS250L FMU250 250A 4P4T A-2-7

0106045700 TS250N ATU250 200A 4P3T A-2-7

0106045800 TS250N ATU250 250A 4P3T A-2-7

0106045900 TS250H ATU250 200A 4P3T A-2-7

0106046000 TS250H ATU250 250A 4P3T A-2-7

0106046100 TS250L ATU250 200A 4P3T A-2-7

0106046200 TS250L ATU250 250A 4P3T A-2-7

0106046300 TS250N ATU250 200A 4P4T A-2-7

0106046400 TS250N ATU250 250A 4P4T A-2-7

0106046500 TS250H ATU250 200A 4P4T A-2-7

0106046600 TS250H ATU250 250A 4P4T A-2-7

0106046700 TS250L ATU250 200A 4P4T A-2-7

0106046800 TS250L ATU250 250A 4P4T A-2-7

0105023500 TS100L MTU1.6 3P3T A-2-59

0105023600 TS100L MTU3.2 3P3T A-2-59

0105023700 TS100L MTU6.3 3P3T A-2-59

0105023800 TS100L MTU12 3P3T A-2-59

0105023900 TS100L MTU20 3P3T A-2-59

0105024000 TS100L MTU32 3P3T A-2-59

0105024100 TS100L MTU50 3P3T A-2-59

0105024200 TS100L MTU63 3P3T A-2-59

0105024400 TS250N MTU100 3P3T A-2-59

0105024500 TS250H MTU100 3P3T A-2-59

0105024600 TS250L MTU100 3P3T A-2-59

0105024700 TS250N MTU160 3P3T A-2-59

0105024800 TS250H MTU160 3P3T A-2-59




with thermal magnetic trip units (MTU/FTU/FMU/ATU/DSU)

Fixed versionTS400/630Circuit breakers


A-9-9

0105024900 TS250L MTU160 3P3T A-2-59

0105025000 TS250N MTU220 3P3T A-2-59

0105025100 TS250H MTU220 3P3T A-2-59

0105025200 TS250L MTU220 3P3T A-2-59

0106046900 TS250NA DSU250 250A 4P A-2-61

0107000100 TS400N FTU400 300A 3P2T A-2-11

0107000200 TS400N FTU400 400A 3P2T A-2-11

0107000300 TS400H FTU400 300A 3P2T A-2-11

0107000400 TS400H FTU400 400A 3P2T A-2-11

0107000500 TS400L FTU400 300A 3P2T A-2-11

0107000600 TS400L FTU400 400A 3P2T A-2-11

0107000700 TS630N FTU630 500A 3P2T A-2-11

0107000800 TS630N FTU630 630A 3P2T A-2-11

0107000900 TS630H FTU630 500A 3P2T A-2-11

0107001000 TS630H FTU630 630A 3P2T A-2-11

0107001100 TS630L FTU630 500A 3P2T A-2-11

0107001200 TS630L FTU630 630A 3P2T A-2-11

0107001300 TS400N FMU400 300A 3P2T A-2-11

0107001400 TS400N FMU400 400A 3P2T A-2-11

0107001500 TS400H FMU400 300A 3P2T A-2-11

0107001600 TS400H FMU400 400A 3P2T A-2-11

0107001700 TS400L FMU400 300A 3P2T A-2-11

0107001800 TS400L FMU400 400A 3P2T A-2-11

0107001900 TS630N FMU630 500A 3P2T A-2-11

0107002000 TS630N FMU630 630A 3P2T A-2-11

0107002100 TS630H FMU630 500A 3P2T A-2-11

0107002200 TS630H FMU630 630A 3P2T A-2-11

0107002300 TS630L FMU630 500A 3P2T A-2-11

0107002400 TS630L FMU630 630A 3P2T A-2-11

0107002500 TS400N ATU400 300A 3P2T A-2-11

0107002600 TS400N ATU400 400A 3P2T A-2-11

0107002700 TS400H ATU400 300A 3P2T A-2-11

0107002800 TS400H ATU400 400A 3P2T A-2-11

0107002900 TS400L ATU400 300A 3P2T A-2-11

0107003000 TS400L ATU400 400A 3P2T A-2-11

0107003100 TS630N ATU630 500A 3P2T A-2-11

0107003200 TS630N ATU630 630A 3P2T A-2-11

0107003300 TS630H ATU630 500A 3P2T A-2-11

0107003400 TS630H ATU630 630A 3P2T A-2-11

0107003500 TS630L ATU630 500A 3P2T A-2-11

0107003600 TS630L ATU630 630A 3P2T A-2-11

0107003700 TS400NA DSU400 400A 2P A-2-61

0107003800 TS630NA DSU630 630A 2P A-2-61

0108000100 TS400N FTU400 300A 3P3T A-2-11

0108000200 TS400N FTU400 400A 3P3T A-2-11

0108000300 TS400H FTU400 300A 3P3T A-2-11

0108000400 TS400H FTU400 400A 3P3T A-2-11

0108000500 TS400L FTU400 300A 3P3T A-2-11

0108000600 TS400L FTU400 400A 3P3T A-2-11

0108000700 TS630N FTU630 500A 3P3T A-2-11

0108000800 TS630N FTU630 630A 3P3T A-2-11

0108000500 TS400L FTU400 300A 3P3T A-2-11

0108000600 TS400L FTU400 400A 3P3T A-2-11

0108000700 TS630N FTU630 500A 3P3T A-2-11

0108000800 TS630N FTU630 630A 3P3T A-2-11

0108000900 TS630H FTU630 500A 3P3T A-2-11

0108001000 TS630H FTU630 630A 3P3T A-2-11

0108001100 TS630L FTU630 500A 3P3T A-2-11

0108001200 TS630L FTU630 630A 3P3T A-2-11

0108001300 TS400N FMU400 300A 3P3T A-2-11

0108001400 TS400N FMU400 400A 3P3T A-2-11

0108001500 TS400H FMU400 300A 3P3T A-2-11

0108001600 TS400H FMU400 400A 3P3T A-2-11

0108001700 TS400L FMU400 300A 3P3T A-2-11

0108001800 TS400L FMU400 400A 3P3T A-2-11

0108001900 TS630N FMU630 500A 3P3T A-2-11

0108002000 TS630N FMU630 630A 3P3T A-2-11

0108002100 TS630H FMU630 500A 3P3T A-2-11

0108002200 TS630H FMU630 630A 3P3T A-2-11

0108002300 TS630L FMU630 500A 3P3T A-2-11

0108002400 TS630L FMU630 630A 3P3T A-2-11

0108002500 TS400N ATU400 300A 3P3T A-2-11

0108002600 TS400N ATU400 400A 3P3T A-2-11

0108002700 TS400H ATU400 300A 3P3T A-2-11

0108002800 TS400H ATU400 400A 3P3T A-2-11

0108002900 TS400L ATU400 300A 3P3T A-2-11

0108003000 TS400L ATU400 400A 3P3T A-2-11

0108003100 TS630N ATU630 500A 3P3T A-2-11



A-9-10


with thermal magnetic trip units (FTU/FMU/ATU/MTU/DSU)


with thermal magnetic trip units (FMU/ATU)

0108003200 TS630N ATU630 630A 3P3T A-2-11

0108003300 TS630H ATU630 500A 3P3T A-2-11

0108003400 TS630H ATU630 630A 3P3T A-2-11

0108003500 TS630L ATU630 500A 3P3T A-2-11

0108003600 TS630L ATU630 630A 3P3T A-2-11

0108003700 TS400N MTU320 3P3T A-2-11

0108003800 TS400H MTU320 3P3T A-2-11

0108003900 TS400L MTU320 3P3T A-2-11

0108004000 TS630N MTU500 3P3T A-2-11

0108004100 TS630H MTU500 3P3T A-2-11

0108004200 TS630L MTU500 3P3T A-2-11

0108004300 TS400NA DSU400 400A 3P A-2-61

0108004400 TS630NA DSU630 630A 3P A-2-61

0109000100 TS400N FTU400 300A 4P3T A-2-11

0109000200 TS400N FTU400 400A 4P3T A-2-11

0109000300 TS400H FTU400 300A 4P3T A-2-11

0109000400 TS400H FTU400 400A 4P3T A-2-11

0109000500 TS400L FTU400 300A 4P3T A-2-11

0109000600 TS400L FTU400 400A 4P3T A-2-11

0109000700 TS630N FTU630 500A 4P3T A-2-11

0109000800 TS630N FTU630 630A 4P3T A-2-11

0109000900 TS630H FTU630 500A 4P3T A-2-11

0109001000 TS630H FTU630 630A 4P3T A-2-11

0109001100 TS630L FTU630 500A 4P3T A-2-11

0109001200 TS630L FTU630 630A 4P3T A-2-11

0109001300 TS400N FTU400 300A 4P4T A-2-11

0109001400 TS400N FTU400 400A 4P4T A-2-11

0109001500 TS400H FTU400 300A 4P4T A-2-11

0109001600 TS400H FTU400 400A 4P4T A-2-11

0109001700 TS400L FTU400 300A 4P4T A-2-11

0109001800 TS400L FTU400 400A 4P4T A-2-11

0109001900 TS630N FTU630 500A 4P4T A-2-11

0109002000 TS630N FTU630 630A 4P4T A-2-11

0109002100 TS630H FTU630 500A 4P4T A-2-11

0109002200 TS630H FTU630 630A 4P4T A-2-11

0109002300 TS630L FTU630 500A 4P4T A-2-11

0109002400 TS630L FTU630 630A 4P4T A-2-11

0109002500 TS400N FMU400 300A 4P3T A-2-11

0109002600 TS400N FMU400 400A 4P3T A-2-11

0109002700 TS400H FMU400 300A 4P3T A-2-11

0109002800 TS400H FMU400 400A 4P3T A-2-11

0109002900 TS400L FMU400 300A 4P3T A-2-11

0109003000 TS400L FMU400 400A 4P3T A-2-11

0109003100 TS630N FMU630 500A 4P3T A-2-11

0109003200 TS630N FMU630 630A 4P3T A-2-11

0109003300 TS630H FMU630 500A 4P3T A-2-11

0109003400 TS630H FMU630 630A 4P3T A-2-11

0109003500 TS630L FMU630 500A 4P3T A-2-11

0109003600 TS630L FMU630 630A 4P3T A-2-11

0109003700 TS400N FMU400 300A 4P4T A-2-11

0109003800 TS400N FMU400 400A 4P4T A-2-11

0109003900 TS400H FMU400 300A 4P4T A-2-11

0109004000 TS400H FMU400 400A 4P4T A-2-11

0109004100 TS400L FMU400 300A 4P4T A-2-11

0109004200 TS400L FMU400 400A 4P4T A-2-11

0109004300 TS630N FMU630 500A 4P4T A-2-11

0109004400 TS630N FMU630 630A 4P4T A-2-11

0109004500 TS630H FMU630 500A 4P4T A-2-11

0109004600 TS630H FMU630 630A 4P4T A-2-11

0109004700 TS630L FMU630 500A 4P4T A-2-11

0109004800 TS630L FMU630 630A 4P4T A-2-11

0109004900 TS400N ATU400 300A 4P3T A-2-11

0109005000 TS400N ATU400 400A 4P3T A-2-11

0109005100 TS400H ATU400 300A 4P3T A-2-11

0109005200 TS400H ATU400 400A 4P3T A-2-11

0109005300 TS400L ATU400 300A 4P3T A-2-11

0109005400 TS400L ATU400 400A 4P3T A-2-11

0109005500 TS630N ATU630 500A 4P3T A-2-11

0109005600 TS630N ATU630 630A 4P3T A-2-11

0109005700 TS630H ATU630 500A 4P3T A-2-11

0109005800 TS630H ATU630 630A 4P3T A-2-11

0109005900 TS630L ATU630 500A 4P3T A-2-11

0109006000 TS630L ATU630 630A 4P3T A-2-11

0109006100 TS400N ATU400 300A 4P4T A-2-11

0109006200 TS400N ATU400 400A 4P4T A-2-11

0109006300 TS400H ATU400 300A 4P4T A-2-11

0109006400 TS400H ATU400 400A 4P4T A-2-11

0109006500 TS400L ATU400 300A 4P4T A-2-11


A-9-11





with thermal magnetic trip units (FTU/FMU/MTU/ATU/DSU)

0109006600 TS400L ATU400 400A 4P4T A-2-11

0109006700 TS630N ATU630 500A 4P4T A-2-11

0109006800 TS630N ATU630 630A 4P4T A-2-11

0109006900 TS630H ATU630 500A 4P4T A-2-11

0109007000 TS630H ATU630 630A 4P4T A-2-11

0109007100 TS630L ATU630 500A 4P4T A-2-11

0109007200 TS630L ATU630 630A 4P4T A-2-11

0109007300 TS400NA DSU400 400A 4P A-2-61

0109007400 TS630NA DSU630 630A 4P A-2-61

0110000100 TS800N FTU800 700A 3P2T A-2-15

0110000200 TS800N FTU800 800A 3P2T A-2-15

0110000300 TS800H FTU800 700A 3P2T A-2-15

0110000400 TS800H FTU800 800A 3P2T A-2-15

0110000500 TS800L FTU800 700A 3P2T A-2-15

0110000600 TS800L FTU800 800A 3P2T A-2-15

0110000700 TS800N FMU800 700A 3P2T A-2-15

0110000800 TS800N FMU800 800A 3P2T A-2-15

0110000900 TS800H FMU800 700A 3P2T A-2-15

0110001000 TS800H FMU800 800A 3P2T A-2-15

0110001100 TS800L FMU800 700A 3P2T A-2-15

0110001200 TS800L FMU800 800A 3P2T A-2-15

0110001300 TS800N ATU800 800A 3P2T A-2-15

0110001400 TS800H ATU800 800A 3P2T A-2-15

0110001500 TS800L ATU800 800A 3P2T A-2-15

0110001600 TS800NA DSU800 800A 2P A-2-61

0111000100 TS800N FTU800 700A 3P3T A-2-15

0111000200 TS800N FTU800 800A 3P3T A-2-15

0111000300 TS800H FTU800 700A 3P3T A-2-15

0111000400 TS800H FTU800 800A 3P3T A-2-15

0111000500 TS800L FTU800 700A 3P3T A-2-15

0111000600 TS800L FTU800 800A 3P3T A-2-15

0111000700 TS800N FMU800 700A 3P3T A-2-15

0111000800 TS800N FMU800 800A 3P3T A-2-15

0111000900 TS800H FMU800 700A 3P3T A-2-15

0111001000 TS800H FMU800 800A 3P3T A-2-15

0111001100 TS800L FMU800 700A 3P3T A-2-15

0111001200 TS800L FMU800 800A 3P3T A-2-15

0111001300 TS800N ATU800 800A 3P3T A-2-15

0111001400 TS800H ATU800 800A 3P3T A-2-15

0111001500 TS800L ATU800 800A 3P3T A-2-15

0111001600 TS800N MTU630 3P3T A-2-15

0111001700 TS800H MTU630 3P3T A-2-15

0111001800 TS800L MTU630 3P3T A-2-15

0111001900 TS800NA DSU800 800A 3P A-2-53

0112000100 TS800N FTU800 700A 4P3T A-2-15

0112000200 TS800N FTU800 800A 4P3T A-2-15

0112000300 TS800H FTU800 700A 4P3T A-2-15

0112000400 TS800H FTU800 800A 4P3T A-2-15

0112000500 TS800L FTU800 700A 4P3T A-2-15

0112000600 TS800L FTU800 800A 4P3T A-2-15

0112000700 TS800N FTU800 700A 4P4T A-2-15

0112000800 TS800N FTU800 800A 4P4T A-2-15

0112000900 TS800H FTU800 700A 4P4T A-2-15

0112001000 TS800H FTU800 800A 4P4T A-2-15

0112001100 TS800L FTU800 700A 4P4T A-2-15

0112001200 TS800L FTU800 800A 4P4T A-2-15

0112001300 TS800N FMU800 700A 4P3T A-2-15

0112001400 TS800N FMU800 800A 4P3T A-2-15

0112001500 TS800H FMU800 700A 4P3T A-2-15

0112001600 TS800H FMU800 800A 4P3T A-2-15

0112001700 TS800L FMU800 700A 4P3T A-2-15

0112001800 TS800L FMU800 800A 4P3T A-2-15

0112001900 TS800N FMU800 700A 4P4T A-2-15

0112002000 TS800N FMU800 800A 4P4T A-2-15

0112002100 TS800H FMU800 700A 4P4T A-2-15

0112002200 TS800H FMU800 800A 4P4T A-2-15

0112002300 TS800L FMU800 700A 4P4T A-2-15

0112002400 TS800L FMU800 800A 4P4T A-2-15

0112002500 TS800N ATU800 800A 4P3T A-2-15

0112002600 TS800H ATU800 800A 4P3T A-2-15

0112002700 TS800L ATU800 800A 4P3T A-2-15

0112002800 TS800N ATU800 800A 4P4T A-2-15

0112002900 TS800H ATU800 800A 4P4T A-2-15

0112003000 TS800L ATU800 800A 4P4T A-2-15

0112003100 TS800NA DSU800 800A 4P A-2-61


A-9-12


Fixed versionTS100/160/250/400/630Circuit breakers

with electronic trip units (ETS)


with electronic trip units (ETS/ETM)

0108006300 TS630N ETS33 630A 3P3T A-2-25

0108005500 TS630H ETS33 160A 3P3T A-2-25

0108005800 TS630H ETS33 250A 3P3T A-2-25

0108006100 TS630H ETS33 400A 3P3T A-2-25

0108006400 TS630H ETS33 630A 3P3T A-2-25

0108005600 TS630L ETS33 160A 3P3T A-2-25

0108005900 TS630L ETS33 250A 3P3T A-2-25

0108006200 TS630L ETS33 400A 3P3T A-2-25

0108006500 TS630L ETS33 630A 3P3T A-2-25

0108006600 TS400N ETM33 160A 3P3T A-2-39

0108006900 TS400N ETM33 250A 3P3T A-2-39

0108007200 TS400N ETM33 400A 3P3T A-2-39

0108006700 TS400H ETM33 160A 3P3T A-2-39

0108007000 TS400H ETM33 250A 3P3T A-2-39

0108007300 TS400H ETM33 400A 3P3T A-2-39

0108006800 TS400L ETM33 160A 3P3T A-2-39

0108007100 TS400L ETM33 250A 3P3T A-2-39

0108007400 TS400L ETM33 400A 3P3T A-2-39

0108007500 TS630N ETM33 160A 3P3T A-2-39

0108007800 TS630N ETM33 250A 3P3T A-2-39

0108008100 TS630N ETM33 400A 3P3T A-2-39

0108008400 TS630N ETM33 630A 3P3T A-2-39

0108007600 TS630H ETM33 160A 3P3T A-2-39

0108007900 TS630H ETM33 250A 3P3T A-2-39

0108008200 TS630H ETM33 400A 3P3T A-2-39

0108008500 TS630H ETM33 630A 3P3T A-2-39

0108007700 TS630L ETM33 160A 3P3T A-2-39

0108008000 TS630L ETM33 250A 3P3T A-2-39

0108008300 TS630L ETM33 400A 3P3T A-2-39

0108008600 TS630L ETM33 630A 3P3T A-2-39

0108008700 TS400N ETM33 160A 3P3T A A-2-39

0108009000 TS400N ETM33 250A 3P3T A A-2-39

0108009300 TS400N ETM33 400A 3P3T A A-2-39

0108008800 TS400H ETM33 160A 3P3T A A-2-39

0108009100 TS400H ETM33 250A 3P3T A A-2-39

0108009400 TS400H ETM33 400A 3P3T A A-2-39

0108008900 TS400L ETM33 160A 3P3T A A-2-39

0108009200 TS400L ETM33 250A 3P3T A A-2-39

0108009500 TS400L ETM33 400A 3P3T A A-2-39

0105026000 TS100N ETS23 40A 3P3T A-2-19

0105026300 TS100N ETS23 80A 3P3T A-2-19

0105026100 TS100H ETS23 40A 3P3T A-2-19

0105026400 TS100H ETS23 80A 3P3T A-2-19

0105026200 TS100L ETS23 40A 3P3T A-2-19

0105026500 TS100L ETS23 80A 3P3T A-2-19

0105026600 TS160N ETS23 40A 3P3T A-2-19

0105026900 TS160N ETS23 80A 3P3T A-2-19

0105027200 TS160N ETS23 160A 3P3T A-2-19

0105026700 TS160H ETS23 40A 3P3T A-2-19

0105027000 TS160H ETS23 80A 3P3T A-2-19

0105027300 TS160H ETS23 160A 3P3T A-2-19

0105026800 TS160L ETS23 40A 3P3T A-2-19

0105027100 TS160L ETS23 80A 3P3T A-2-19

0105027400 TS160L ETS23 160A 3P3T A-2-19

0105027500 TS250N ETS23 40A 3P3T A-2-19

0105027800 TS250N ETS23 80A 3P3T A-2-19

0105028100 TS250N ETS23 160A 3P3T A-2-19

0105028400 TS250N ETS23 250A 3P3T A-2-19

0105027600 TS250H ETS23 40A 3P3T A-2-19

0105027900 TS250H ETS23 80A 3P3T A-2-19

0105028200 TS250H ETS23 160A 3P3T A-2-19

0105028500 TS250H ETS23 250A 3P3T A-2-19

0105027700 TS250L ETS23 40A 3P3T A-2-19

0105028000 TS250L ETS23 80A 3P3T A-2-19

0105028300 TS250L ETS23 160A 3P3T A-2-19

0105028600 TS250L ETS23 250A 3P3T A-2-19

0108004500 TS400N ETS33 160A 3P3T A-2-25

0108004800 TS400N ETS33 250A 3P3T A-2-25

0108005100 TS400N ETS33 400A 3P3T A-2-25

0108004600 TS400H ETS33 160A 3P3T A-2-25

0108004900 TS400H ETS33 250A 3P3T A-2-25

0108005200 TS400H ETS33 400A 3P3T A-2-25

0108004700 TS400L ETS33 160A 3P3T A-2-25

0108005000 TS400L ETS33 250A 3P3T A-2-25

0108005300 TS400L ETS33 400A 3P3T A-2-25

0108005400 TS630N ETS33 160A 3P3T A-2-25

0108005700 TS630N ETS33 250A 3P3T A-2-25

0108006000 TS630N ETS33 400A 3P3T A-2-25


A-9-13



with electronic trip units (ETM)



0108009600 TS630N ETM33 160A 3P3T A A-2-39

0108009900 TS630N ETM33 250A 3P3T A A-2-39

0108010200 TS630N ETM33 400A 3P3T A A-2-39

0108010500 TS630N ETM33 630A 3P3T A A-2-39

0108009700 TS630H ETM33 160A 3P3T A A-2-39

0108010000 TS630H ETM33 250A 3P3T A A-2-39

0108010300 TS630H ETM33 400A 3P3T A A-2-39

0108010600 TS630H ETM33 630A 3P3T A A-2-39

0108009800 TS630L ETM33 160A 3P3T A A-2-39

0108010100 TS630L ETM33 250A 3P3T A A-2-39

0108010400 TS630L ETM33 400A 3P3T A A-2-39

0108010700 TS630L ETM33 630A 3P3T A A-2-39

0108010800 TS400N ETM33 160A 3P3T E A-2-39

0108011100 TS400N ETM33 250A 3P3T E A-2-39

0108011400 TS400N ETM33 400A 3P3T E A-2-39

0108010900 TS400H ETM33 160A 3P3T E A-2-39

0108010800 TS400N ETM33 160A 3P3T E A-2-39

0108011100 TS400N ETM33 250A 3P3T E A-2-39

0108011400 TS400N ETM33 400A 3P3T E A-2-39

0108010900 TS400H ETM33 160A 3P3T E A-2-39

0108011200 TS400H ETM33 250A 3P3T E A-2-39

0108011500 TS400H ETM33 400A 3P3T E A-2-39

0108011000 TS400L ETM33 160A 3P3T E A-2-39

0108011300 TS400L ETM33 250A 3P3T E A-2-39

0108011600 TS400L ETM33 400A 3P3T E A-2-39

0108011700 TS630N ETM33 160A 3P3T E A-2-39

0108012000 TS630N ETM33 250A 3P3T E A-2-39

0108012300 TS630N ETM33 400A 3P3T E A-2-39

0108012600 TS630N ETM33 630A 3P3T E A-2-39

0108011800 TS630H ETM33 160A 3P3T E A-2-39

0108012100 TS630H ETM33 250A 3P3T E A-2-39

0108012400 TS630H ETM33 400A 3P3T E A-2-39

0108012700 TS630H ETM33 630A 3P3T E A-2-39

0108011900 TS630L ETM33 160A 3P3T E A-2-39

0108012200 TS630L ETM33 250A 3P3T E A-2-39

0108012500 TS630L ETM33 400A 3P3T E A-2-39

0108012800 TS630L ETM33 630A 3P3T E A-2-39

0108012900 TS400N ETM33 160A 3P3T AE A-2-39

0108013200 TS400N ETM33 250A 3P3T AE A-2-39

0108013500 TS400N ETM33 400A 3P3T AE A-2-39

0108013000 TS400H ETM33 160A 3P3T AE A-2-39

0108013300 TS400H ETM33 250A 3P3T AE A-2-39

0108013600 TS400H ETM33 400A 3P3T AE A-2-39

0108013100 TS400L ETM33 160A 3P3T AE A-2-39

0108013400 TS400L ETM33 250A 3P3T AE A-2-39

0108013700 TS400L ETM33 400A 3P3T AE A-2-39

0108013800 TS630N ETM33 160A 3P3T AE A-2-39

0108014100 TS630N ETM33 250A 3P3T AE A-2-39

0108014400 TS630N ETM33 400A 3P3T AE A-2-39

0108014700 TS630N ETM33 630A 3P3T AE A-2-39

0108013900 TS630H ETM33 160A 3P3T AE A-2-39

0108014200 TS630H ETM33 250A 3P3T AE A-2-39

0108014500 TS630H ETM33 400A 3P3T AE A-2-39

0108014800 TS630H ETM33 630A 3P3T AE A-2-39

0108014000 TS630L ETM33 160A 3P3T AE A-2-39

0108014300 TS630L ETM33 250A 3P3T AE A-2-39

0108014600 TS630L ETM33 400A 3P3T AE A-2-39

0108014900 TS630L ETM33 630A 3P3T AE A-2-39

0108015000 TS400N ETM33 160A 3P3T AC A-2-39

0108015300 TS400N ETM33 250A 3P3T AC A-2-39

0108015600 TS400N ETM33 400A 3P3T AC A-2-39

0108015100 TS400H ETM33 160A 3P3T AC A-2-39

0108015400 TS400H ETM33 250A 3P3T AC A-2-39

0108015700 TS400H ETM33 400A 3P3T AC A-2-39

0108015200 TS400L ETM33 160A 3P3T AC A-2-39

0108015500 TS400L ETM33 250A 3P3T AC A-2-39

0108015800 TS400L ETM33 400A 3P3T AC A-2-39

0108015900 TS630N ETM33 160A 3P3T AC A-2-39

0108016200 TS630N ETM33 250A 3P3T AC A-2-39

0108016500 TS630N ETM33 400A 3P3T AC A-2-39

0108016800 TS630N ETM33 630A 3P3T AC A-2-39

0108016000 TS630H ETM33 160A 3P3T AC A-2-39

0108016300 TS630H ETM33 250A 3P3T AC A-2-39

0108016600 TS630H ETM33 400A 3P3T AC A-2-39

0108016900 TS630H ETM33 630A 3P3T AC A-2-39

0108016100 TS630L ETM33 160A 3P3T AC A-2-39

0108016400 TS630L ETM33 250A 3P3T AC A-2-39

0108016700 TS630L ETM33 400A 3P3T AC A-2-39


A-9-14






0108017000 TS630L ETM33 630A 3P3T AC A-2-39

0108017100 TS400N ETM33 160A 3P3T AEC A-2-39

0108017400 TS400N ETM33 250A 3P3T AEC A-2-39

0108017700 TS400N ETM33 400A 3P3T AEC A-2-39

0108017200 TS400H ETM33 160A 3P3T AEC A-2-39

0108017500 TS400H ETM33 250A 3P3T AEC A-2-39

0108017800 TS400H ETM33 400A 3P3T AEC A-2-39

0108017300 TS400L ETM33 160A 3P3T AEC A-2-39

0108017600 TS400L ETM33 250A 3P3T AEC A-2-39

0108017900 TS400L ETM33 400A 3P3T AEC A-2-39

0108018000 TS630N ETM33 160A 3P3T AEC A-2-39

0108018300 TS630N ETM33 250A 3P3T AEC A-2-39

0108018600 TS630N ETM33 400A 3P3T AEC A-2-39

0108018900 TS630N ETM33 630A 3P3T AEC A-2-39

0108018100 TS630H ETM33 160A 3P3T AEC A-2-39

0108018400 TS630H ETM33 250A 3P3T AEC A-2-39

0108018700 TS630H ETM33 400A 3P3T AEC A-2-39

0108019000 TS630H ETM33 630A 3P3T AEC A-2-39

0108018200 TS630L ETM33 160A 3P3T AEC A-2-39

0108018500 TS630L ETM33 250A 3P3T AEC A-2-39

0108018800 TS630L ETM33 400A 3P3T AEC A-2-39

0108019100 TS630L ETM33 630A 3P3T AEC A-2-39

0108019200 TS400N ETM33 160A 3P3T Z A-2-39

0108019500 TS400N ETM33 250A 3P3T Z A-2-39

0108019800 TS400N ETM33 400A 3P3T Z A-2-39

0108019300 TS400H ETM33 160A 3P3T Z A-2-39

0108019600 TS400H ETM33 250A 3P3T Z A-2-39

0108019900 TS400H ETM33 400A 3P3T Z A-2-39

0108019400 TS400L ETM33 160A 3P3T Z A-2-39

0108019700 TS400L ETM33 250A 3P3T Z A-2-39

0108020000 TS400L ETM33 400A 3P3T Z A-2-39

0108020100 TS630N ETM33 160A 3P3T Z A-2-39

0108020400 TS630N ETM33 250A 3P3T Z A-2-39

0108020700 TS630N ETM33 400A 3P3T Z A-2-39

0108021000 TS630N ETM33 630A 3P3T Z A-2-39

0108020200 TS630H ETM33 160A 3P3T Z A-2-39

0108020500 TS630H ETM33 250A 3P3T Z A-2-39

0108020800 TS630H ETM33 400A 3P3T Z A-2-39

0108021100 TS630H ETM33 630A 3P3T Z A-2-39

0108020300 TS630L ETM33 160A 3P3T Z A-2-39

0108020600 TS630L ETM33 250A 3P3T Z A-2-39

0108020900 TS630L ETM33 400A 3P3T Z A-2-39

0108021200 TS630L ETM33 630A 3P3T Z A-2-39

0108021300 TS400N ETM33 160A 3P3T ZA A-2-39

0108021600 TS400N ETM33 250A 3P3T ZA A-2-39

0108021900 TS400N ETM33 400A 3P3T ZA A-2-39

0108021400 TS400H ETM33 160A 3P3T ZA A-2-39

0108021700 TS400H ETM33 250A 3P3T ZA A-2-39

0108022000 TS400H ETM33 400A 3P3T ZA A-2-39

0108021500 TS400L ETM33 160A 3P3T ZA A-2-39

0108021800 TS400L ETM33 250A 3P3T ZA A-2-39

0108022100 TS400L ETM33 400A 3P3T ZA A-2-39

0108022200 TS630N ETM33 160A 3P3T ZA A-2-39

0108022500 TS630N ETM33 250A 3P3T ZA A-2-39

0108022800 TS630N ETM33 400A 3P3T ZA A-2-39

0108023100 TS630N ETM33 630A 3P3T ZA A-2-39

0108022300 TS630H ETM33 160A 3P3T ZA A-2-39

0108022600 TS630H ETM33 250A 3P3T ZA A-2-39

0108022900 TS630H ETM33 400A 3P3T ZA A-2-39

0108023200 TS630H ETM33 630A 3P3T ZA A-2-39

0108022400 TS630L ETM33 160A 3P3T ZA A-2-39

0108022700 TS630L ETM33 250A 3P3T ZA A-2-39

0108023000 TS630L ETM33 400A 3P3T ZA A-2-39

0108023300 TS630L ETM33 630A 3P3T ZA A-2-39

0108023400 TS400N ETM33 160A 3P3T ZE A-2-39

0108023700 TS400N ETM33 250A 3P3T ZE A-2-39

0108024000 TS400N ETM33 400A 3P3T ZE A-2-39

0108023500 TS400H ETM33 160A 3P3T ZE A-2-39

0108023800 TS400H ETM33 250A 3P3T ZE A-2-39

0108024100 TS400H ETM33 400A 3P3T ZE A-2-39

0108023600 TS400L ETM33 160A 3P3T ZE A-2-39

0108023900 TS400L ETM33 250A 3P3T ZE A-2-39

0108024200 TS400L ETM33 400A 3P3T ZE A-2-39

0108024300 TS630N ETM33 160A 3P3T ZE A-2-39

0108024600 TS630N ETM33 250A 3P3T ZE A-2-39

0108024900 TS630N ETM33 400A 3P3T ZE A-2-39

0108025200 TS630N ETM33 630A 3P3T ZE A-2-39

0108024400 TS630H ETM33 160A 3P3T ZE A-2-39


A-9-15






0108024700 TS630H ETM33 250A 3P3T ZE A-2-39

0108025000 TS630H ETM33 400A 3P3T ZE A-2-39

0108025300 TS630H ETM33 630A 3P3T ZE A-2-39

0108024500 TS630L ETM33 160A 3P3T ZE A-2-39

0108024800 TS630L ETM33 250A 3P3T ZE A-2-39

0108025100 TS630L ETM33 400A 3P3T ZE A-2-39

0108025400 TS630L ETM33 630A 3P3T ZE A-2-39

0108025500 TS400N ETM33 160A 3P3T ZAE A-2-39

0108025800 TS400N ETM33 250A 3P3T ZAE A-2-39

0108026100 TS400N ETM33 400A 3P3T ZAE A-2-39

0108025600 TS400H ETM33 160A 3P3T ZAE A-2-39

0108025900 TS400H ETM33 250A 3P3T ZAE A-2-39

0108026200 TS400H ETM33 400A 3P3T ZAE A-2-39

0108025700 TS400L ETM33 160A 3P3T ZAE A-2-39

0108026000 TS400L ETM33 250A 3P3T ZAE A-2-39

0108026300 TS400L ETM33 400A 3P3T ZAE A-2-39

0108026400 TS630N ETM33 160A 3P3T ZAE A-2-39

0108026700 TS630N ETM33 250A 3P3T ZAE A-2-39

0108027000 TS630N ETM33 400A 3P3T ZAE A-2-39

0108027300 TS630N ETM33 630A 3P3T ZAE A-2-39

0108026500 TS630H ETM33 160A 3P3T ZAE A-2-39

0108026800 TS630H ETM33 250A 3P3T ZAE A-2-39

0108027100 TS630H ETM33 400A 3P3T ZAE A-2-39

0108027400 TS630H ETM33 630A 3P3T ZAE A-2-39

0108026600 TS630L ETM33 160A 3P3T ZAE A-2-39

0108026900 TS630L ETM33 250A 3P3T ZAE A-2-39

0108027200 TS630L ETM33 400A 3P3T ZAE A-2-39

0108027500 TS630L ETM33 630A 3P3T ZAE A-2-39

0108027600 TS400N ETM33 160A 3P3T ZAC A-2-39

0108027900 TS400N ETM33 250A 3P3T ZAC A-2-39

0108028200 TS400N ETM33 400A 3P3T ZAC A-2-39

0108027700 TS400H ETM33 160A 3P3T ZAC A-2-39

0108028000 TS400H ETM33 250A 3P3T ZAC A-2-39

0108028300 TS400H ETM33 400A 3P3T ZAC A-2-39

0108027800 TS400L ETM33 160A 3P3T ZAC A-2-39

0108028100 TS400L ETM33 250A 3P3T ZAC A-2-39

0108028400 TS400L ETM33 400A 3P3T ZAC A-2-39

0108028500 TS630N ETM33 160A 3P3T ZAC A-2-39

0108028800 TS630N ETM33 250A 3P3T ZAC A-2-39

0108029100 TS630N ETM33 400A 3P3T ZAC A-2-39

0108029400 TS630N ETM33 630A 3P3T ZAC A-2-39

0108028600 TS630H ETM33 160A 3P3T ZAC A-2-39

0108028900 TS630H ETM33 250A 3P3T ZAC A-2-39

0108029200 TS630H ETM33 400A 3P3T ZAC A-2-39

0108029500 TS630H ETM33 630A 3P3T ZAC A-2-39

0108028700 TS630L ETM33 160A 3P3T ZAC A-2-39

0108029000 TS630L ETM33 250A 3P3T ZAC A-2-39

0108029300 TS630L ETM33 400A 3P3T ZAC A-2-39

0108029600 TS630L ETM33 630A 3P3T ZAC A-2-39

0108029700 TS400N ETM33 160A 3P3T ZAEC A-2-39

0108030000 TS400N ETM33 250A 3P3T ZAEC A-2-39

0108030300 TS400N ETM33 400A 3P3T ZAEC A-2-39

0108029800 TS400H ETM33 160A 3P3T ZAEC A-2-39

0108030100 TS400H ETM33 250A 3P3T ZAEC A-2-39

0108030400 TS400H ETM33 400A 3P3T ZAEC A-2-39

0108029900 TS400L ETM33 160A 3P3T ZAEC A-2-39

0108030200 TS400L ETM33 250A 3P3T ZAEC A-2-39

0108030500 TS400L ETM33 400A 3P3T ZAEC A-2-39

0108030600 TS630N ETM33 160A 3P3T ZAEC A-2-39

0108030900 TS630N ETM33 250A 3P3T ZAEC A-2-39

0108031200 TS630N ETM33 400A 3P3T ZAEC A-2-39

0108031500 TS630N ETM33 630A 3P3T ZAEC A-2-39

0108030700 TS630H ETM33 160A 3P3T ZAEC A-2-39

0108031000 TS630H ETM33 250A 3P3T ZAEC A-2-39

0108031300 TS630H ETM33 400A 3P3T ZAEC A-2-39

0108031600 TS630H ETM33 630A 3P3T ZAEC A-2-39

0108030800 TS630L ETM33 160A 3P3T ZAEC A-2-39

0108031100 TS630L ETM33 250A 3P3T ZAEC A-2-39

0108031400 TS630L ETM33 400A 3P3T ZAEC A-2-39

0108031700 TS630L ETM33 630A 3P3T ZAEC A-2-39

0111002600 TS800N ETM43 630A 3P3T A-2-49

0111003200 TS800N ETM43 630A 3P3T A A-2-49

0111005000 TS800N ETM43 630A 3P3T AC A-2-49

0111004400 TS800N ETM43 630A 3P3T AE A-2-49

0111005600 TS800N ETM43 630A 3P3T AEC A-2-49

0111003800 TS800N ETM43 630A 3P3T E A-2-49

0111006200 TS800N ETM43 630A 3P3T Z A-2-49

0111006800 TS800N ETM43 630A 3P3T ZA A-2-49


A-9-16


Fixed versionTS800Circuit breakers


Fixed versionTS800Circuit breakers


0111008400 TS800H ETM43 800A 3P3T ZAE A-2-49

0111009600 TS800H ETM43 800A 3P3T ZAEC A-2-49

0111007800 TS800H ETM43 800A 3P3T ZE A-2-49

0111002100 TS800H ETS43 630A 3P3T A-2-31

0111002400 TS800H ETS43 800A 3P3T A-2-31

0111002800 TS800L ETM43 630A 3P3T A-2-49

0111003400 TS800L ETM43 630A 3P3T A A-2-49

0111005200 TS800L ETM43 630A 3P3T AC A-2-49

0111004600 TS800L ETM43 630A 3P3T AE A-2-49

0111005800 TS800L ETM43 630A 3P3T AEC A-2-49

0111004000 TS800L ETM43 630A 3P3T E A-2-49

0111006400 TS800L ETM43 630A 3P3T Z A-2-49

0111007000 TS800L ETM43 630A 3P3T ZA A-2-49

0111008800 TS800L ETM43 630A 3P3T ZAC A-2-49

0111008200 TS800L ETM43 630A 3P3T ZAE A-2-49

0111009400 TS800L ETM43 630A 3P3T ZAEC A-2-49

0111007600 TS800L ETM43 630A 3P3T ZE A-2-49

0111003100 TS800L ETM43 800A 3P3T A-2-49

0111003700 TS800L ETM43 800A 3P3T A A-2-49

0111005500 TS800L ETM43 800A 3P3T AC A-2-49

0111004900 TS800L ETM43 800A 3P3T AE A-2-49

0111006100 TS800L ETM43 800A 3P3T AEC A-2-49

0111004300 TS800L ETM43 800A 3P3T E A-2-49

0111006700 TS800L ETM43 800A 3P3T Z A-2-49

0111007300 TS800L ETM43 800A 3P3T ZA A-2-49

0111004300 TS800L ETM43 800A 3P3T E A-2-49

0111006700 TS800L ETM43 800A 3P3T Z A-2-49

0111007300 TS800L ETM43 800A 3P3T ZA A-2-49

0111009100 TS800L ETM43 800A 3P3T ZAC A-2-49

0111008500 TS800L ETM43 800A 3P3T ZAE A-2-49

0111009700 TS800L ETM43 800A 3P3T ZAEC A-2-49

0111007900 TS800L ETM43 800A 3P3T ZE A-2-49

0111002200 TS800L ETS43 630A 3P3T A-2-31

0111002500 TS800L ETS43 800A 3P3T A-2-31

0111008600 TS800N ETM43 630A 3P3T ZAC A-2-49

0111008000 TS800N ETM43 630A 3P3T ZAE A-2-49

0111009200 TS800N ETM43 630A 3P3T ZAEC A-2-49

0111007400 TS800N ETM43 630A 3P3T ZE A-2-49

0111002900 TS800N ETM43 800A 3P3T A-2-49

0111003500 TS800N ETM43 800A 3P3T A A-2-49

0111005300 TS800N ETM43 800A 3P3T AC A-2-49

0111004700 TS800N ETM43 800A 3P3T AE A-2-49

0111005900 TS800N ETM43 800A 3P3T AEC A-2-49

0111004100 TS800N ETM43 800A 3P3T E A-2-49

0111006500 TS800N ETM43 800A 3P3T Z A-2-49

0111007100 TS800N ETM43 800A 3P3T ZA A-2-49

0111008900 TS800N ETM43 800A 3P3T ZAC A-2-49

0111008300 TS800N ETM43 800A 3P3T ZAE A-2-49

0111009500 TS800N ETM43 800A 3P3T ZAEC A-2-49

0111007700 TS800N ETM43 800A 3P3T ZE A-2-49

0111002000 TS800N ETS43 630A 3P3T A-2-31

0111002300 TS800N ETS43 800A 3P3T A-2-31

0111002700 TS800H ETM43 630A 3P3T A-2-49

0111003300 TS800H ETM43 630A 3P3T A A-2-49

0111005100 TS800H ETM43 630A 3P3T AC A-2-49

0111004500 TS800H ETM43 630A 3P3T AE A-2-49

0111005700 TS800H ETM43 630A 3P3T AEC A-2-49

0111003900 TS800H ETM43 630A 3P3T E A-2-49

0111006300 TS800H ETM43 630A 3P3T Z A-2-49

0111006900 TS800H ETM43 630A 3P3T ZA A-2-49

0111008700 TS800H ETM43 630A 3P3T ZAC A-2-49

0111008100 TS800H ETM43 630A 3P3T ZAE A-2-49

0111009300 TS800H ETM43 630A 3P3T ZAEC A-2-49

0111007500 TS800H ETM43 630A 3P3T ZE A-2-49

0111003000 TS800H ETM43 800A 3P3T A-2-49

0111003600 TS800H ETM43 800A 3P3T A A-2-49

0111005400 TS800H ETM43 800A 3P3T AC A-2-49

0111004800 TS800H ETM43 800A 3P3T AE A-2-49

0111006000 TS800H ETM43 800A 3P3T AEC A-2-49

0111004200 TS800H ETM43 800A 3P3T E A-2-49

0111006600 TS800H ETM43 800A 3P3T Z A-2-49

0111007200 TS800H ETM43 800A 3P3T ZA A-2-49

0111009000 TS800H ETM43 800A 3P3T ZAC A-2-49

A-9-17

Service condition

Conditions for transport and storage

Transport

Do not drop the packing. Don’t bring the MCCB upwith holding the wires forcarrying.

Don’t bring the MCCB in areverse state for carryingafter installing on din rail.

Storage

Avoid corrosive gas. Keep the MCCB in state ofOff or Trip position forstorage.

Avoid humid air.Relative humidity: Max.85%

Installation

Avoid direct exposure torain,oil, dust and powderetc.

Don’t block up theexhaust port.

Avoid direct sunlight. Do not remove theinsulation plate at theback of MCCB.

Remove lubricating oil. Hold the conductors firmlykeeping the poles parallelwith each other.

Don’t deform the studs.Fasten the conductors of rearconnection type withoutdeforming the stud.

A-9-18

Operating condition

Installation recommendations

Susol TD and TS circuit breakers equipped with thermal magnetic trip units may be used between -25°Cand +70°C. For temperature higher than 40°C, the circuit breakers should be derated. And, altitude doesnot significantly affect circuit breaker characteristics up to 2000m.

Please do not install the circuit breakers in place of environment with shock, high temperature, humidity,dust, corrosive gases, excessive vibration, etc. to prevent fire accidents and malfunction of the device.1) Operating Ambient Temperature: -5 to 40°C2) Permissible storage-temperature: - 40°C to 85°C3) Relative Humidity: 45~85%4) Altitude: less than 2,000m

Circuit breakers equipped with thermal magnetic trip unitsFor temperature higher than 40°C, the circuit breakers should bederated. But, on a request, we can supply Susol TD and TS circuitbreakers which are particularly designed to hold 100% rated current (In) at 55°C without tripping in normal condition.

Circuit breakers equipped with electronic trip unitsSusol TS circuit breakers equipped with electronic trip units may beused between -20°C and +70°C. For temperature higher than 40°C,the circuit breakers should be derated.

Susol TD and TS circuit breakers equipped with thermal magnetic tripunits are designed to enable power supply, switching and short circuitbreaking by -25°C. And, the permissible storage temperature range inthe original packing is -40°C to +85°C.

For the use of where dust or vapour is much contained, it is stronglyrecommended to put it into enclosure of dustproof or waterproof.Excessive vibration may cause tripping, breaks in connections or damageto mechanical parts.

In the environment containing corrosive gas, it is recommended to useMCCB of added corrosion resistive enclosure or in any enclosure ofprotective structure.

Ordering information

A-9-19

MCCB c/w trip unit

Note) 1. Type of trip units(1) FTU Fixed thermal, fixed magnetic (2) FMU Adjustable thermal, fixed magnetic (3) ATU Adjustable thermal, adjustable magnetic (4) MTU Magnetic only Trip Unit(5) ETS Electronic Trip Unit, Standard(6) ETM Electronic Trip Unit, Multifunction (11 options)(7) DSU Disconnecting Switch Unit

2. Electronic type and MTU type MCCBs are only available in 3 pole.3. Option for ETM33 (Please refer to page number A-2-45 ~ 46 for more details.)

(1) ETM33 A (4) ETM33 AC (7) ETM33 ZA (10) ETM33 ZAC(2) ETM33 E (5) ETM33 AEC (8) ETM33 ZE (11) ETM33 ZAEC(3) ETM33 AE (6) ETM33 Z (9) ETM33 ZAE

4. Option for ETM43 (Please refer to page number A-2-52 ~ 54 for more details.)(1) ETM43 A (4) ETM43 AC (7) ETM43 ZA (10) ETM43 ZAC(2) ETM43 E (5) ETM43 AEC (8) ETM43 ZE (11) ETM43 ZAEC(3) ETM43 AE (6) ETM43 Z (9) ETM43 ZAE

Example) 1. TD100N FTU100A 3P2T2. TS160N FMU160A 3P3T3. TS250N ATU250A 4P3T4. TS800L ETS43 800A 3P3T

Series AFRated ultimate short-circuit

breaking capacity at 415VACType of trip unit

Rated current No of pole Ambient

temperature

TD

TD

TD

TS

TS

TS

TS

TS

TS

TS

160

100

160

250

100

160

250

400

630

800

N

N 50kA

H 85kA

L 150kA

N 50kA

H 85kA

L 150kA

NA - (only for DSU)

N

N 50kA

H 85kA

L 150kA

NA - (only for DSU)

N 50kA

H 85kA

L 150kA

NA - (only for DSU)

N 50kA

H 85kA

L 150kA

NA - (only for DSU)

N 65kA

H 85kA

L 150kA

NA - (only for DSU)

N 65kA

H 85kA

L 150kA

NA - (only for DSU)

N 65kA

H 100kA

L 150kA

NA - (only for DSU)

FMU

FTU

FMU

FTU

FMU

DSU

ATU

FTU

FMU

MTU

ETS23

DSU

FTU

FMU

ATU

MTU

ETS23

DSU

FTU

FMU

ATU

MTU

ETS23

DSU

FTU

FMU

ATU

MTU

ETS33

ETM33

DSU

FTU

FMU

ATU

MTU

ETS33

ETM33

DSU

FTU

FMU

ATU

MTU

ETS43

ETM43

DSU

160A

16, 20, 25, 32, 40, 50, 63, 80, 100A

16, 20, 25, 32, 40, 50, 63, 80, 100A

100, 125, 160A

100, 125, 160A

160A

250A

40, 50, 63, 80, 100A

40, 50, 63, 80, 100A

1.6, 3.2, 6.3, 12, 20, 32, 50, 63, 100A

40, 80A

100A

100, 125, 160A

100, 125, 160A

100, 125, 160A

32, 50, 63, 100, 160A

40, 80, 160A

160A

125, 160, 200, 250A

125, 160, 200, 250A

125, 160, 200, 250A

100, 160, 220A

40, 80, 160, 250A

250A

300, 400A

300, 400A

300, 400A

320A

160, 250, 400A

160, 250, 400A

400A

500, 630A

500, 630A

500, 630A

500A

160, 250, 400, 630A

160, 250, 400, 630A

630A

700, 800A

800A

800A

630A

630, 800A

630, 800A

800A

3P

2P 3P2T

3P 3P3T

4P3T

4P 4P4T

4P3T+N/2

3P

2P 3P2T

3P 3P3T

4P3T

4P 4P4T

4P3T+N/2

40°C

55°C

40°C

55°C

Electronic catalogue

A-9-20

This electronic catalogue enables the customer to search a product by function, range or product type.It contains all catalogues for Susol series circuit breakers, contactors, overload relays. KEMA CB certification and full type test reports are also available.

To obtain the electronic catalogue, please ask our authorized distributor in your country.

Or it is available on the Internet (www.lsis.biz).

Should you require further information, please visit our English website (www.lsis.biz). You will find everything you need to know about products, systems and services.

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LS Industrial Systems Tokyo Office >> Tokyo, JapanAddress: 16F, Higashi-Kan, Akasaka Twin Towers 17-22, 2-chome, Akasaka,

Minato-ku Tokyo 107-8470, Japan

Tel: 81-3-3582-9128 Fax: 81-3-3582-0065 e-mail: [email protected]

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Tel: 971-4-3328289 Fax: 971-4-3329444 e-mail: [email protected]

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LS Industrial Systems Hanoi Office >> Hanoi, VietnamAddress: Room C21, 5Th Floor, Horison Hotel, 40 Cat Linh , Hanoi, Vietnam

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Head Office (Seoul, Korea)

LS Industrial Systems International Trading (Shanghai) Co., Ltd. >> Shanghai, ChinaAddress: Room 1705-1707, 17th Floor Xinda Commercial Building No 322,

Xian Xia Road Shanghai, China


LS Industrial Systems Beijing Office >> Beijing, ChinaAddress: Room 602, North B/D EAS, 21 Xiao Yun Road, Dongsanhuan Beilu,

Chaoyang District Beijing 100027, China


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Leader in Electrics & Automation

HEAD OFFICEYonsei Jaedan Severance Bldg. 84-11, 5ga, Namdaemun-ro,Jung-gu, Seoul 100-753, KoreaTel. (82-2)2034-4870 Fax. (82-2)2034-4713 http://www.lsis.biz

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

060402 / STAFF

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