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MODUL 4000 TTCIRCUIT BREAKERS MC/MOA FULLY TYPE-TESTED SWITCHBOARD SYSTEM FOR BUILDING INFRASTRUCTURE AND POWER DISTRIBUTION ACCORDING TO EN 60439

CONNECTED TO POWER

E N E R G Y I N D U S T R Y B U I L D I N G S A F E T Y D A T A C A B L E L I G H T

CONNECTING COMPETENCE.

TT4000_engl_inkl_TD_AK1:KAPITEL_01 27.02.2008 9:27 Uhr Seite 1

A LOW VOLTAGE POWERSWITCHGEAR ANDCONTROLGEAR ASSEMBLY

FOR BUILDING INFRASTUCTURE AND POWER

DISTRIBUTION ACCORDING TO EN 61439

MODUL 4000 TT

W MULTI COMBINATION OF FUNCTIONAL AREAS AND BUSBAR ACCORDING TO IEC/EN 60439

• Fully type-tested assemblies (TTA)

• Flexible combination

• Flexible module assembling


Low voltage switchgear and controlgear assemblies

61439

MODUL 4000 TT

Page

3W A FULLY TYPE-TESTED SWITCHBOARD SYSTEM UP TO In = 4000A

BASED ON AN EXCELLENT SCHRACK TECHNIK PRODUCT PLATFORM

W MODUL 4000 TTProduct Features:

• IEC/EN 60439-1 type-tested assembly

• TTA, PTTA, form 2b to form 4b

• TTCalc software for easy configuration, partlist and all projections plans

W SELECTIVITYThanks to the way they are designed, MC circuit breakers have a high level of selectivity which enables you to construct

a selective system. Easy to design by curve select.

W OPTIMUM PROTECTION RANGE UP TO 4000AWith the MC and MO circuit breaker concept, SCHRACK is now able to combine trusted technology with modern

features. These circuit breakers work perfectly together and can communicate with each other. MC and MO circuit

breakers have modern communication functions. They provide optimum protection between 0,16 A and 6300 A. MC and

MO are part of a generation of circuit breakers whose modularity allows the use in any power distribution application.

These circuit breakers are cost competitive providing flexibility for engineering and can also be integrated into higher-

level system solutions. MC and MO circuit breakers are manufactured to international standards. Combining intelligent

open and compact devices together with communication systems giving many benefits and solutions.

W COMMUNICATION OPENS UP NEW POSSIBILITIESMC and MO circuit breakers open up new possibilities for power distribution and automation with their communication

capability. They record all the important data you need, indicate them locally and can pass this data on to higher level

systems. In this way, system transparency is increased and reaction times to critical states such as over-current, phase

imbalance or phase failure are reduced. Targeted intervention can help avoid system breakdowns and preventative

maintenance can be planned. This enhances system and machine availability, avoiding costly production downtimes.

*short circuit level

MODUL 4000 TT


SWITCHBOARD SYSTEM UP TO In = 5550A

IEC/EN 61439-2 Power switchgear and controlgear assemblyavailable form 2b to form 4b

5550A

MODUL 4000 TT

Page

4

W SCHRACK – AN INTELLIGENT SYSTEM PLATFORM FOR SWITCHINGAND PROTECTIVE DEVICES

• Components based platform: Flexible combination

Clear symmetrical design with one MOcircuit break per section.

Assembling easy, quick, reliable.

Switch fuse units in plug in technology,high packing density.

• Perfectly matched modules: Mechanical and electro-technical

• Uniform enclosure components: Three main product categories


MODUL 4000 TT

Page

5

Delivery as a flatpack or preassembled system. Flexible module in form 4.

Three main product categories:• Power sections TTP• Outgoing field sections TTF• General purpose sections TTG

Perfectly matched modules.Simple module fitting in form 2.

W POWER SECTIONS TTP

W OUTGOING FIELD SECTIONS TTF

W GENERAL PURPOSE SECTIONS TTG


MODUL 4000 TT

Page

6

W MAIN BUSBAR RATING – CROSS-SECTION COMPARED TO STANDARDS

W A CONCRETE EXAMPLE

FORM 1 FORM 2b FORM 4b

W MODUL 4000 TT AVAILABLE IN FORM 1, 2B OR 4B ONCE TYPE TESTED IEC/EN 60439-1

No partition. Seperation of busbar from functional unit.Partition between busbar and unit.

Seperation of busbar from functional unit.Seperation of functional unit from another.Seperation of terminals associated withfunctional and other units.

A cost saving assembly not only by smaller dimensions but also by less copper due to typtested configuration and more compact sections and easy coupling field.

This system enables a high density by 38 x 50 mm fixed modules per one selection.Partlist automatically calculate by SCHRACK TTCALC.

STANDARDDIN 43 6711)

1.290 A1.720 A2.110 A2.480 A2.860 A

MODUL 4000 TTA2)

BUSBAR TOP

1.800 A2.300 A2.720 A3.080 A3.350 A

ADV.

+ 40 %+ 34 %+ 29 %+ 24 %+ 17 %

BUSBAR 2500A MODUL 4000 TTA STANDARDS/OTHER SYSTEMCROSS-SECTION 2 x 80 x 10 2 x 100 x 10

Total copper bar length 4 x 2 x 5,6 m = 44,8 m copper

Total copper weight 318 kg 398 kg

Price estimate: ca. 3.300,00 € / t 1.051,00 € 1.314,00 €

Saved 263,00 €25% less only for the main busbar!

Type test (TTA) ensures savingpotential, e.g. for copper.

1) Bare busbars E-Cu F30 with rectangular cross-section, inside cabinet at 35°C ambient temperature.2) IP31 with ventilated top plate.

CU-CROSS-SECTION IN mm²

2 x (40 x 10)2 x (60 x 10)2 x (80 x 10)2 x (100 x 10)2 x (120 x 10)


61439-2

MODUL 4000 TT

Page

7

W MC – ENCLOSED COMPACT CIRCUIT BREAKERSA COMPACT DESIGN IN 4 FRAME SIZES

MCCBs - Enclosed compact circuit breakers from 15 to 2.000 A with only four frame sizes. These circuit breakers can be used universally – from the smallest service distribution boards, to machine controls or motor starter combinations, up to large energydistribution systems with a maximum short-circuit breaking capacity of 150 kA. Special versions are available for smaller powerratings with phase failure sensitivity protection for motor and motor-related applications. The range of CBs is rounded off nicelywith switch actuation using toggle-lever, rotary- or remote operators. Shunt-, undervoltage- and earth fault- and residual-currentreleases complete the range. The MCCBs can be used universally for DC applications thanks to their high utilization category, DC-3: ranging from photovoltaics to emergency generator batteries to sophisticated switching and protection of DC shunt-woundmotors in reverse- and jog mode. The new MC-A circuit breakers are the ideal protection devices for DC current networks withoperating voltages up to 750 V and operating currents up to 500 A. The feature with thermomagnetic release systems guarantees exact r.m.s detection of operating and fault currents. These contacts feature a double break system which enables safeswitching in high-energy networks with shortcircuit currents of up to 70.000 amps.

W NOMINAL CURRENT MAX 6300 A, 3 SWITCHING CAPACITY CLASSES, 6 ELECTRONIC RELEASES, 3- AND 4-POLE VERSIONS

W MO – AIR CIRCUIT BREAKERSA COMPACT DESIGN IN 3 FRAME SIZES

MO air circuit breakers offer full coverage of the 630 - 4000A range with just three contact frame sizes. The nominal current

of all contacts can be optimally adjusted to the expansion stage using rating plugs. The smallest rating plug has 250A and

that even with a setting range of 0.4 to 1xIn.


6300A

1600 A

MODUL 4000 TT

Page

8

• Clear separation into functional units (Form 1 to Form 4)• Enclosures for combination and separate mounting• Degree of protection IP 31 or IP 55• Height 2000mm• Widths 425mm, 600mm, 800mm, 1000mm, 1200mm• Main busbar location at top, up to 1600 A at 400mm

section depth• Main busbar location at top, up to 3200 A at 600mm

section depth• All mounted units as TTA’s• Network systems TN-C, TN-C-S, TN-S, TT, IT• Colour RAL 7035 (others on demand)

Power sections• Feeders, outgoers with MC 4 circuit-breakers up to 1600 A

or MO up to 3200 A• Fixed mounted and withdrawable units• 3- or 4-pole circuit-breakers• Cable or busbar trunking connection from bottom

Fixed mounted sections• Outgoers with MC circuit-breakers up to 630 A• Feeders or outgoers with MC 4 circuit-breakers and MO up

to 1600 A• Fixed mounted and withdrawable units• 3- or 4-pole circuit-breakers• Cable connection from below or rear

Freely configurable sections• Mounting systems for rail-mounted service installation

devices for conventional service distribution boards• Individual by fixed mounted units on mounting plates up to

630 A, such as soft starters, frequency inverters, PFC modules• Automation and control applications• Adapter systems for motor starters

• Clear separation into functional units (Form 1 to Form 4)• Enclosures for combination and separate mounting• Degree of protection IP 31 or IP 55• Height 2000mm• Widths 425mm, 600mm, 800mm, 1000mm, 1200mm• Main busbar location at rear, up to 3200 A at 600mm

section depth• Main busbar location at rear, up to 4000 A at 800mm

section depth• 2 main busbar systems can be installed per section• All mounted units as TTA’s• Network systems TN-C, TN-C-S, TN-S, TT, IT• Colour RAL 7035 (others on demand)

Power sections• Feeders, outgoers with MC 4 circuit-breakers up to 1600 A

or MO up to 4000 A• Fixed mounted and withdrawable units• 3- or 4-pole circuit-breakers• Cable or busbar trunking connection from top or bottom

Fixed mounted sections• Outgoers with BE circuit-breakers, MC up to 630 A• Fixed mounted and withdrawable units• 3- or 4-pole circuit-breakers• Cable connection from top and bottom

Fixed mounted sections• Outgoers with switch fuse units up to 630 A, plug-in

design, vertical or horizontal mounting• Cable connection from top and bottom• Outgoers with fuse rails up to 630 A, fixed, vertical mounting• Cable connection from top or bottom• 3-pole devices

Freely configurable sections• Mounting systems for rail-mounted service installation

devices for conventional service distribution boards• Individual fixed mounted units on mounting plates up to

630 A, such as soft starters, frequency inverters, PFC modules• Automation and control applications• Adapter systems for motor starters

W BUSBAR LOCATION AT TOP UP TO 3200A W BUSBAR LOCATION AT REAR UP TO 4000A


5550A

All mounted units as PSC assembly

MODUL 4000 TT

Page

9

W MODUL 4000 TT PHILOSOPHY – SCHRACK COMPONENTS WILL BE COMBINED TO FORM ONE TECHNICAL AND ECONOMIC UNIT

• Clear and symmetrical construction with one circuit breakerper section reduces the variety of busbars and the assemblytime

• Partitions up to form 4 increase protection of persons andboards

• Functionally packed in elements and delivered as flat pack

• High flexibility in the power connection through three alternatives: Cable connection, cable lugs or busbartrunking connectors

W DECLARATION OF CONFORMITY FOR THE MODUL 4000 TT MODULE SYSTEM

• MODUL 4000 TT has passed the type tests TTA acc. to IEC/EN 60439-1

• SCHRACK confirms this to the panel builder with the declaration of conformity for the MODUL 4000 TT module system


MODUL 4000 TT has passed the type for tests PSC acc. toIEC/EN 61439-1

TECHNICAL DATA

Page

10Circuit-breaker

Installation type Ie up to Categoryswitching capacity/accessories

Short-circuit rating at 400 V AC

Icc Icw Icu

A kA kA (1 s) kA (only for device)

Fixed, drawer unit 1600 B 50 42 50N 65 50 65

Fixed, drawer unit 3200 B 55 55 55N 80 65 80H 80 80 100

Fixed, drawer unit 4000 H 80 80 100Fixed, drawer unit 1600 N 50 – 50

H 100 – 100Fixed 10 – 100 – 100

32 – 50 – 50CL-BE 100 – 100

Fixed 16 – 100 – 10040 – 30 – 30

CL-BE 100 – 100Fixed 25 – 100 – 100

63 – 50 – 50Fixed 125 B 25 – 25

N 50 – 50H 100 – 100

Fixed, 250 B 30 – 30Plug-in N 85 – 85

H 100 – 100Fixed, drawer unit 630 N 85 – 85

H 100 – 100

Devices Installation type Frame size/Ie up to

Maximum rated current of low-voltage h.b.c. fuse bases, utilization class gL, gG (VDE 0636/IEC/EN 60269-1) in ARated conditional short-circuit current Icfat 500 V AC

Rated conditional short-circuit current Icfat 690 V AC

A 50 kA 65 kA 80 kA 100 kA 50 kA 65 kA 80 kA 100 kA

GS(TA) Fixed 00/100 100 – – – – – – –1/250 250 – – – – – – –2/400 400 – – – – – – –

SASIL Fixed 00/160 160 125 100 80 100 100 100 801/250 250 224 200 160 200 160 125 1002/400 400 400 400 355 315 315 315 2503 /630 630 500 500 425 500 500 500 400

Fixed 00/160 160 – – – 100 – – –1/250 – – 250 – – – 200 –2/400 – – 400 – – – 315 –3/630 – – 630 – – – 500 –

MO1-..

MO2-..

MO3-..MC4

BE5

BE6

BE6

BE6

MC2

MC3

ARROWLINE

W SHORT-CIRCUIT RATING FOR CIRCUIT-BREAKER/DEVICES

ARROWBLOC


TECHNICAL DATA

Page

11Busbar Busbar cross-section Max. distance between centres for the busbar bracket in mm for Icw (1 s)

IeL1, L2, L3 and full N 35 kA 45 kA 50 kA 65 kA 80 kA 100 kA

A mm2 mm mm mm mm mm mm

Dropper barsFlat copper for fixed installation modules with circuit-breakers, on the rear or side with busbar supports TTDSF...,interval between phase centres 60 mm

800 2 x 20 x 10 325 – – – – –1250 2 x 40 x 10 325 325 – – – –1600 2 x 60 x 10 600 325 325 – – –

Duplex profile for fixed installation modules with circuit-breakers, on the rear or side with busbar supports TTDSF..., interval between phase centres 60 mm

1250 40 x 30 300 300 * – – –1600 60 x 30 300 300 * – – –

Flat copper for horizontally installed SASIL switch-fuse with busbar support TTDSSV..., interval between phase centres 185 mm

800 1 x 40 x 10 – 600 600 – – –1000 1 x 60 x 10 – 600 600 600 – –1250 1 x 80 x 10 – 750 750 600 – –1600 1 x 100 x 10 – 750 750 750 – –

If necessary, further busbar supports from Jean-Müller should be complemented according to the required short-circuit rating.

Flat copper for vertically installed SASIL switch-fuse with busbar support TTDSSH..., interval between phase centres 185 mm

800 1 x 40 x 10 – 600 600 – – –1000 1 x 60 x 10 – 600 600 600 – –1250 1 x 80 x 10 – 750 750 600 – –1600 1 x 100 x 10 – 750 750 750 – –

If necessary further busbar supports from Jean-Müller should be complemented according to the required short-circuit rating.

Flat copper for vertically installed ARROW LINE switch-fuse with fitting kit TTSML..., interval between phase centres 185 mm

800 1 x 40 x 10 – 400 400 – – –1000 1 x 60 x 10 – 400 400 – – –1250 1 x 80 x 10 – 400 400 – – –1600 1 x 100 x 10 – 400 400 – – –

Notes *on request

,

W SHORT-CIRCUIT RATING FOR BUSBARS


TECHNICAL DATA

Page

12Busbar Busbar cross-section Max. distance between centres for the busbar bracket in mm for Icw (1 s)

IeL1, L2, L3 and full N 35 kA 45 kA 50 kA 65 kA 80 kA 100 kA

A mm2 mm mm mm mm mm mm

Main busbar systemsFlat copper rear with busbar support TTBSB..., interval between phase centres 180 mm

1600 2 x 40 x 10 – * 350 350 – –2000 2 x 60 x 10 – * 350 350 – –2500 2 x 80 x 10 – * 350 350 350 –3200 3 x 80 x 10 – * * 350 350 –4000 3 x 80 x 10 – * * 350 350 350*

Flat copper top with busbar support TTBST...-1,interval between phase centres 60 mm

800 2 x 20 x 10 * * * – – –1250 2 x 40 x 10 300 300 * – – –1600 2 x 60 x 10 300 300 * – – –

Flat copper top with busbar support TTBST...,interval between phase centres 125 mm

1250 2 x 40 x 10 450 350 – – – –1600 2 x 60 x 10 450 350 350 – – –2000 2 x 80 x 10 – 450 350 350 – –2500 2 x 100 x 10 – 450 350 350 – –3200 2 x 120 x 10 – * * 350 – –

Notes *on request

Note!With incomer, outgoer and coupling sections with circuit-breaker MO or MC4 up to the maximumshort-circuit rating of the busbar• Position rear, of Icw (1 s) = 80 kA from cross-section of the busbar 2 x 80 x 10 mm, TTBSB... • Position top, of Icw (1 s) = 65 kA from cross-section of the busbar 2 x 80 x 10 mm, TTBST...the installation of 2 busbar supports per section is sufficient.

Exception:With circuit-breaker MC4 in a 600 mm width section a maximum short-circuit rating of Icw (1 s) = 45 kA with the installation of 2 busbar supports TTBSB... or TTBST... per section is achieved.

W SHORT-CIRCUIT RATING FOR BUSBARS


TECHNICAL DATA

Page

13Configuration Circuit-

breakerInstallation type Ie up to Degree of protection Permissible continuous current I in

relation to the ambient temperature and degree of protection of the distribution sections

25 °C 35 °C 45 °CA A A A

Busbar area rear, up to 3200 A at section depth 600 mm, 4000 A at section depth 800 mm

Fixed, drawer unit 1600 IP31 with canopy TTAD... 1600 1520 1430IP31 with top plate without apertures TTSPTC... 1550 1450 1360IP55 1450 1370 1270


2500 IP31 with canopy TTAD... 2350 2225 2100IP31 with top plate without apertures TTSPTC... 2225 2075 1950IP55 1825 1725 1600



1) Fixed 1600 IP31 with canopy TTAD... 1600 1550 1440IP31 with top plate without apertures TTSPTC... 1600 1550 1440IP55 1600 1550 1440

Drawer unit 1600 IP31 with canopy TTAD... 1355 1305 1220IP31 with top plate without apertures TTSPTC... 1355 1305 1220IP55 1220 1175 1120






4 1) Fixed 1600 IP31 with canopy TTAD... 1600 1550 1440IP31 with top plate without apertures TTSPTC... 1600 1550 1440IP55 1600 1550 1440

Drawer unit 1600 IP31 with canopy TTAD... 1355 1305 1220IP31 with top plate without apertures SPTC... 1355 1305 1220IP55 1220 1175 1120

Notes 1) For sections with internal partitioning to form 4b an additional current derating of 10 % must be considered.

MO1-..

MO2-..

MO3-..

MC4

MO1-..

MO2-..

MO3-..

MC

TT

W CURRENT LOADING FOR CIRCUIT-BREAKERS UP TO 4000 A


TECHNICAL DATA

Page


breakerInstallation type Ie up to Degree of protection Permissible continuous current I in

relation to the ambient temperature and degree of protection of the distribution sections

25 °C 35 °C 45 °CA A A A

Busbar area top, up to 1600 A a section depth 400 mm,up to 3200 A a section depth 600 mm,





4 1) Fixed 1600 IP31 with canopy TTAD... 1600 1550 1440IP31 with top plate without apertures TTSPTC... 1600 1550 1440IP55 1600 1550 1440

Drawer unit 1600 IP31 with canopy TTAD... 1355 1305 1220IP31 with top plate without apertures TTSPTC... 1355 1305 1220IP55 1220 1175 1120

Notes 1) For sections with internal partitioning to form 4b an additional current derating of 10 % must be considered.

MO1-..

MO2-..

MC



TECHNICAL DATA

Page


breaker/device

Installation type Ie up to Degree of protection Permissible continuous current I in relation to the ambient temperature and degree of protection of the distribution sections

25 °C 35 °C 45 °CA A A A

Device installation horizontal, form 2bFixed 32 IP31 with canopy TTAD... 25 25 18

IP31 with top plate without apertures TTSPTC... 23 23 17IP55 21 20 14

Fixed 40 IP31 with canopy TTAD... 40 40 32IP31 with top plate without apertures TTSPTC... 37 37 30IP55 37 35 27




Plug-in 250 IP31 with canopy TTAD... * * *IP31 with top plate without apertures TTSPTC... * * *IP55 * * *


Drawer unit 630 IP31 with canopy TTAD... * * *IP31 with top plate without apertures TTSPTC... * * *IP55 * * *

Device installation horizontal, form 4bFixed 32 IP31 with canopy TTAD... 25 24 17


37 35 28Fixed 40 IP31 with canopy TTAD... 40 38 30IP31 with top plate without apertures TTSPTC... 37 35 28IP55 34 32 25

61 61 51Fixed 63 IP31 with canopy TTAD... 63 63 53IP31 with top plate without apertures TTSPTC... 61 61 51IP55 59 55 46





Drawer unit 630 IP31 with canopy TTAD... * * *IP31 with top plate without apertures SPTC... * * *IP55 * * *

Notes * Values on request

TT

MC3

MC2

MC1

BE6

BE6

BE5

MC3

MC2

MC1

BE6

BE6

BE5



TECHNICAL DATA

Page


breaker/device

Installation type Ie up to Degree of protection Permissible continuous current I in relation to the ambient temperature and degree of protection of the distribution sections

25 °C 35 °C 45 °CA A A A

Device installation vertical, form 2bFixed 32 IP31 with canopy TTAD... 25 25 18








Drawer unit 630 IP31 with canopy TTAD... * * *IP31 with top plate without apertures TTSPTC... * * *IP55 * * *

GS(TA) 00 Fixed 160 IP31 with canopy TTAD... * * *IP31 with top plate without apertures TTSPTC... * * *IP55 * * *

GS(TA) 1 Fixed 250 IP31 with canopy TTAD... * * *IP31 with top plate without apertures TTSPTC... * * *IP55 * * *

GS(TA) 2 Fixed 400 IP31 with canopy TTAD... * * *IP31 with top plate without apertures SPTC... * * *IP55 * * *

Notes * Values on request

BE5

BE6

BE6

MC1

MC2

MC3

TT


ARROWBLOC

ARROWBLOC

ARROWBLOC


TECHNICAL DATA

Page

17Device Ie up to Number

per sectionDegree of protection Permissible continuous current I in relation to the ambient temperature and

degree of protection of the distribution sections

25 °C 35 °C 45 °CA A A A

Device installation horizontalSASIL00 160 1 IP31 with canopy TTAD... 145 135 125

IP31 with top plate without apertures TTSPTC... 130 121 1123 IP31 with canopy TTAD... 120 110 105





IP31 with top plate without apertures TTSPTC... 58 58 54

SASIL1 250 1 IP31 with canopy TTAD... 230 220 205IP31 with top plate without apertures TTSPTC... 207 198 184

3 IP31 with canopy TTAD... 190 180 170IP31 with top plate without apertures TTSPTC... 171 162 153














10 IP31 with canopy TTAD... 190 178 175IP31 with top plate without apertures SPTC... 171 160 157TT

W CURRENT LOADING FOR SWITCH-FUSE UNITS SASIL UP TO 630 A


TECHNICAL DATA

Page




25 °C 35 °C 45 °CA A A A

Device installation verticalSASIL00 160 1 IP31 with canopy TTAD... 94 87 81






IP31 with top plate without apertures TTSPTC... 55 52 48











4 IP31 with canopy TTAD... 240 227 201IP31 with top plate without apertures SPTC... 216 204 181TT

W CURRENT LOADING FOR SWITCH-FUSE UNITS SASIL UP TO 630 A


TECHNICAL DATA

Page




25 °C 35 °C 45 °CA A A A

Device installation vertical160 1 IP31 with canopy TTAD... 155 145 135






250 1 IP31 with canopy TTAD... 250 250 250IP31 with top plate without apertures TTSPTC... 250 250 250IP55 250 250 250












W CURRENT LOADING FOR FUSE-LOAD SWITCH UNITS ARROW LINE UP TO 630 A

ARROW LINEGr. 00

ARROW LINEGr. 1

ARROW LINEGr. 2

ARROW LINEGr. 3


TECHNICAL DATA

Page

20Ie up to Busbar cross-

sectionL1, L2, L3 and full N

Degree of protection Permissible continuous current I in relation to the ambient temperature and degree of protection of the distribution sections

25 °C 35 °C 45 °CA mm2 A A A

Dropper barsFlat copper for fixed installation modules with circuit-breakers, on the rear or side with busbar supports TTDSF..., interval between phase centres 60 mm

800 2 x 20 x 10 IP31 with canopy TTAD... 1400 1300 1200IP31 with top plate without apertures TTSPTC... 1220 1150 1080IP55 1080 940 840



Duplex profile for fixed installation modules with circuit-breakers, on the rear or side with busbar supports TTDSF..., interval between phase centres 60 mm

1250 40 x 30 IP31 with canopy TTAD... 1310 1250 1130IP31 with top plate without apertures TTSPTC... 1050 1000 910IP55 840 800 720

1600 60 x 30 IP31 with canopy TTAD... 1680 1600 1450IP31 with top plate without apertures TTSPTC... 1470 1400 1270IP55 1150 1100 1000

Flat copper for horizontally installed SASIL switch-fuse with busbar support TTDSSV..., interval between phase centres 185 mm





Flat copper for vertically installed SASIL switch-fuse with busbar support TTDSSH..., interval between phase centres 185 mm




1600 1 x 100 x 10 IP31 with canopy TTAD... 1890 1800 1690IP31 with top plate without apertures SPTC... 1520 1450 1360IP55 1260 1200 1120

TT

W CURRENT LOADING FOR BUSBARS – DROPPER BARS


TECHNICAL DATA

Page




25 °C 35 °C 45 °CA mm2 A A A

Flat copper for vertically installed ARROW LINE switch-fuse with fitting kit TTSML..., interval between phase centres 185 mm




1600 1 x 100 x 10 IP31 with canopy TTAD... 2110 1960 1800IP31 with top plate without apertures SPTC... 1910 1770 1620IP55 1660 1530 1390

TT

W CURRENT LOADING FOR BUSBARS – DROPPER BARS


TECHNICAL DATA

Page




25 °C 35 °C 45 °CA mm2 A A A

Main busbar systemsFlat copper rear with busbar support TTBSB..., interval between phase centres 180 mm






Flat copper top with busbar support TTBST...-1,interval between phase centres 60 mm




Flat copper top with busbar support TTBST...,interval between phase centres 125 mm






W CURRENT LOADING FOR BUSBARS – MAIN BUSBAR SYSTEMS


TECHNICAL DATA

Page

23Degree of protection Installable power dissipation Pv 1) in W in dependance on the section width with an

ambient temperature of 35 °C

425 600 800 1000 1200mm mm mm mm mm

IP31 with canopy TTAD... 800 1000 1200 1400 1600

IP31 with top plate without apertures TTSPTC... 720 900 1080 1260 1440

IP55 260 340 420 500 580

Conversion factors for other ambient temperaturesAmbient temperature 25 °C 45 °CFactor 1,4 0,6

Notes 1) The power dissipation from the main busbar is already included and therefore does not require addi-tional consideration when determining the installable power dissipation.

W TOTAL PERMISSIBLE POWER DISSIPATION IN SECTIONS


TECHNICAL DATA

Page

24

Main busbar: 4-conductor L1, L2, L3, NDevice: 4-pole L1, L2, L3, NConnection: 5-conductor L1, L2, L3, N,

Main busbar: 4-conductor L1, L2, L3, NDevice: 3-pole L1, L2, L3Connection: 5-conductor L1, L2, L3, N,

Main busbar: 3-conductor L1, L2, L3Device: 3-pole L1, L2, L3Connection: 4-conductor L1, L2, L3,

Main busbar: 4-conductor L1, L2, L3, NDevice: 3-pole L1, L2, L3Connection: 4-conductor L1, L2, L3,

E13-45 E11-45 E13-35N E11-35 E13-34 E11-34 E13-34N E11-34

E31-45 E33-45 E31-35N E33-35 E31-34 E33-34 E31-34N E33-E34

K13-45 K13-35 K13-34

a Connection system: KSY or KSDb TN-C-S: connection PEN to main busbar N = main conductor cross-sectionc Main busbar-N: runs through all system sections

individual N bracketsd PE top to PE bottom: necessary with a change of the connection direction.

Can be implemented in each section.e Main busbar system: area for second busbar position

(main busbar can lead through each system section)or area intended for N conductor

N

L1

L2

L3

L1

L2

L3

PE

N

N

L1

L2

L3

L1

L2

L3

PE

N

L1

L2

L3

N

L1

L2

L3

PE

N

N

L1

L2

L3

L1

L2

L3

PE

N

L1

L2

L3

L1

L2

L3

PEN

L1

L2

L3

L1

L2

L3

PEN

L1

L2

L3

5

3

2 1

N

L1

L2

L3

PEN

N

L1

L2

L3

L1

L2

L3

PEN

N

L3

L2

L1

L1

L2

L3

PE

N

N

L3

L2

L1

L1

L2

L3

PE

N

L3

L2

L1

N

L1

L2

L3

PE

N

N

L3

L2

L1

L1

L2

L3

PE

N

L3

L2

L1

L1

L2

L3

PEN

N

L3

L2

L1

L1

L2

L3

PEN

L3

L2

L1

N

L1

L2

L3

PEN

N

L3

L2

L1

L1

L2

L3

PEN

N

PE

PE

N

L3

L2

L1

L1

L2

L3

N

PE

PE

N

L3

L2

L1

L1

L2

L3

PEN

PEN

L3

L2

L1

L1

L2

L3

4

W OVERVIEW OF CIRCUIT TYPES FOR INCOMERS,OUTGOERS AND COUPLINGS 800 TO 4000 A, BUSBAR REAR

W OVERVIEW OF CIRCUIT TYPES/POWER GRID TYPES MODUL 4000 TT TTP BUSBAR REAR + MO1,2,3 / MC4

W TN-S W TN-S W TN-C W TN-C-S


TECHNICAL DATA

Page

25

Main busbar: 4-conductor L1, L2, L3, NDevice: 4-pole L1, L2, L3, NConnection: 5-conductor L1, L2, L3, N,

Main busbar: 4-conductor L1, L2, L3, NDevice: 3-pole L1, L2, L3Connection: 5-conductor L1, L2, L3, N,

Main busbar: 3-conductor L1, L2, L3Device: 3-pole L1, L2, L3Connection: 4-conductor L1, L2, L3,

Main busbar: 4-conductor L1, L2, L3, NDevice: 3-pole L1, L2, L3Connection: 4-conductor L1, L2, L3,

E13-45 E13-35N E13-34 E13-34N

a Connection system: KSY or KSDb TN-C-S: connection PEN to main busbar N = main conductor cross-sectionc Main busbar-N: runs through all system sections of individual N brackets

N L3 L2 L1

L1

L2

L3

PE

N

L3 L2 L1

L1

L2

L3

PE

NN

3

L3 L2 L1

L1

L2

L3

PEN

L3 L2 L1

L1

L2

L3

PEN

N2, 3 1

A13-35 or A13-35N A11-35 A13-34 A11-34 A13-34/35N A11-34/35

A31-35 or A31-35N A33-35 A31-34 A33-34 A31-34/35N A33-34/35

PE

N

N

L1

L2

L3

L1L2

L3

PE

NN

L1

L2

L3

L1L2

L3

PE

NN

L1

L2

L3

L1L2

L3

PEN

L1

L2

L3

L1L2

L3

PEN

L1

L2

L3

L1L2

L3

PEN/PE

N

L1

L2

L3

L1L2

L3

PEN/PEN

L1

L2

L3

L1L2

L3

PE

N

N

L3

L2

L1

L1L2

L3

PE

NN

L3

L2

L1

L1L2

L3

PE

NN

L3

L2

L1

L1L2

L3

PEN

L3

L2

L1

L1L2

L3

PEN

L3

L2

L1

L1L2

L3

PEN/PE

N

L3

L2

L1

L1L2

L3

PEN/PEN

L3

L2

L1

L1L2

L3

W OVERVIEW OF CIRCUIT-TYPES FOR INCOMERS AND OUTGOERS 800 TO 3200 A, BUSBAR TOP

W OVERVIEW OF CIRCUIT TYPE/GRID TYPES MODUL 4000 TT BUSBAR REAR + SSL (SL)

W TN-S W TN-S W TN-C W TN-C-S

W TN-S W TN-C W TN-C-S

Overview of circuit types for sections with switch-fuse units SASIL or fuse-load switch units ARROW

LINE, vertical, outgoers up to 630 A, busbar rear.


TECHNICAL DATA

Page

26

L1L2L3

L1L2L3

PEN

XBSN... XBSB...4 XBSP

XBSB...3

W EXAMPLE FOR DESIGN OF THE BUSBAR REAR FOR SECTION COMBINATIONS

TTBSB...3

TTBSN... TTBSB...4 TTBSP000

W TWO INCOMERS AND A COUPLING FOR TN-S ELECTRICAL POWER NETWORKS, 3-POLE SWITCHED


DIMENSIONS

Page

27

Fixed mounted Withdrawable components

2000

b2

b1

5565

065

065

025

2030

a

b1

a

b1 b2600 575800 775

a4256008001200

121.5

73

279

230.5

TT section with installation of circuit-breakerTTSMIB20, TTMI2306

TT section with installation of circuit-breakerTTSMIB20, TTMN4...


DIMENSIONS

Page

28

Fitting kit form 4b

2000

b2

52 273

b1

2030

a2a1

a

5080

1900

405/580

275

335/510

275

b1 b2600 575800 775

a a1 a2600 314 149800 314 349800 489 1741000 489 374

2000

575

230.5212.5

600

2030

150

a1

a

380

1500

a a1425 284600 459

TT ection with installation of circuit-breaker M – 3, form 2b Fitting kit form 2bTTSMFIB06...

TT ection with installation of circuit-breaker M – 3, form 4b with rear cable connection areaTTSMFRDT...6

1

1TTSMFIB06...

TTSMFDB...

s

T s

MC

MC


DIMENSIONS

Page

29Version I

Version II

b3

b2

b1

h3h2 h1

Article no. H1 B1 H2 B2 H3 B3XNM140604M 147 314 100 300 140 283XNM140606M 147 489 100 475 140 458XNM240804M 197 314 150 300 190 283XNM240806M 197 489 150 475 190 458XNM240806MP 197 489 150 475 190 458XNM341006M 247 489 200 475 240 458XNM141204MV 297 314 250 300 290 283XNM141206MV 297 489 250 475 290 458XNM241604MV 397 314 350 300 390 283XNM241606MV 397 489 350 475 390 458XNM242404MV 597 314 550 300 590 283XNM242406MV 597 489 550 475 590 458XNM342404MV 597 314 550 300 590 283XNM342406MV 597 489 550 475 590 458

b3

b2

b1

h1h3h2

Article no. H1 B1 H2 B2 H3 B3XNM130404M 97 314 50 300 90 247XNM130406M 97 489 50 475 90 422XNM230604M 147 314 100 300 140 247XNM230606M 147 489 100 475 140 422XNM230606MP 147 489 100 475 140 422XNM330806M 197 489 150 475 190 422XNM131204MV 297 314 250 300 290 247XNM131206MV 297 489 250 475 290 422XNM231604MV 397 314 350 300 390 247XNM231606MV 397 489 350 475 390 422XNM232404MV 597 314 550 300 590 247XNM232406MV 597 489 550 475 590 422XNM332404MV 597 314 550 300 590 247XNM332406MV 597 489 550 475 590 422

1

19 b

a

c

4

294

a max. 193b max. 264c 64

600

275

44.5

6279

.5

TTF section, mounting plateTTMN...M...

TT section in form 4b, installation positions for mounting plates and cover platesTTSMFDB..., TTMN...M... and TTMN...C...

TT section with rear installation dropper bars for circuit-breaker M 1 – 3TTDSF... Possible installation positions TTDSF...

MC

TTMN14064MTTMN14066MTTMN24084MTTMN24086MTTMN2486MPTTMN34106MTTMN14124MTTMN14126MTTMN24164MTTMN24166MTTMN24244MTTMN24246MTTMN34244MTTMN34246M

TTMN13044MTTMN13046MTTMN23064MTTMN23066MTTMN2366MPTTMN33086MTTMN13124MTTMN13126MTTMN23164MTTMN23166MTTMN23244MTTMN23246MTTMN33244MTTMN33246M


DIMENSIONS

Page

30

2000

b2

b1

2030

a2a1

25

a

220

3055

220

1505

b153a

b1 b2600 575800 775

a a1 a21000 590 3691200 590 569

180

180

415

762.

576

2.5

237.

5

220

1505

220

305

2000

238 108

600600

500

185SSA-185

185

550

200

229

575

1000

TT section with fitted switch-fuse units SASIL, horizontalTTMSHD...

TT section with fitted dropper bars for switch-fuse units SASIL, verticalTTDSSV...


DIMENSIONS

Page

31

2000

b2

b1

5565

065

065

025

2030

c

a

b153a

b1 b2600 575800 775

a c600 500800 7001000 900

2000

b2

b1

725

662.

566

2.5

215.8250.8

854

185

185

b115a

b1 b2600 575800 775

a6008001000

TT section with fitted switch-fuse units SASIL, verticalTTSMSV...8

TT section with fitted fuse-load switch units SASIL, verticalTTSML...8


DIMENSIONS

Page

32

Empty section TT with fitting kit for height adjustable mounting Section door 1200 mm wide

Fitting kit for section height mounting plate Section floor clear opening width

Base fixing plinth

2000

50

b2

b1

17.5

35 125.5

8019

0050

2030

a1

a

b1 b2600 575800 775

a a1425 314600 489800 6891000 889

900

900

100

100

2000

1908

4646

409 9142191 188

1200

472 6060 537 7124g

118

79

20.5

18g1

a

a3224976978971097

b –

141

b

a – 141

a

70.5

70.5

25

b –

67.4

75100

44

69

100

b

a – 67.4

55

55

33.7

33.7

a

o 11

b1 b2600 575800 775

a42560080010001200

TTSMIB20 TTSDMLV212

TTSMMFB20... TTSFB...

TTAP...


DIMENSIONS

Page

33

Top plate for flange, section depth 600 mm

Top plate for flange, section depth 800 mm

Top plate split, section depth 600 mm

332

200

96

482

235

507

250

707

250 250

907

250250 250

1107

200

96

682

332 235

507

250

707

250 250

907

120

210

250250 250

1107

150

332

190

96

482

300

507

580

707

173.521070 153.5300

907

210

136

45721070 70300

1107

300

91

210

136

TTSPTF...6

TTSPTF...8

TTSPBM...6


DIMENSIONS

Page

34

Top plate split, section depth 800 mm

190

96

682

150

332

300

507

580

707

310

186

173.521070 153.5300

907

300

191

210

236

45721070 70300

1107

Rear busbar

235

825

150

180

180

180

87.5 15

025

0

TTSPBM...8

TTBSB..., TTBSN... and TTBSP


DIMENSIONS

Page

35Busbarrated current Ie(Cu cross-sections)

1600 A (2 x 40 x 10 mm2)2000 A (2 x 60 x 10 mm2)2500 A (2 x 80 x 10 mm2)3200 A (3 x 80 x 10 mm2) 4000 A (3 x 80 x 10 mm2)

Installation positionrear(side view)

Busbarrated current Ie(Cu cross-sections)

800 A (2 x 20 x 10 mm2)1250 A (2 x 40 x 10 mm2)1600 A (2 x 60 x 10 mm2)

1250 A (2 x 40 x 10 mm2)1600 A (2 x 60 x 10 mm2)2000 A (2 x 80 x 10 mm2)2500 A (2 x 100 x 10 mm2)3200 A (2 x 120 x 10 mm2)

Installation positiontop(side view)

Busbar area Component mounting area

60020

00800

2000

400

2000

600

2000


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