high power busbar trunking - trinet · pdf filecanalis ktc trunking is designed to feed and...

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High power busbar trunkingCanalis KTC (1000 to 5000 A)For feeding and connections in :industry, commercial and service buildings and infrastructures

Presentation

Connection components and feed units

For connecting the busbar trunking to transformer terminals or toswitchboard connections.

These components are only available in copper.

Run components

From 1000 to 5000 A.4 live copper conductors in fixed lengths of 4 metres

or in 0.50 to 3 metre lengths as required.

1 2

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Components for changing direction

For adapting to all the trunking runs.They are available in fixed lengths or made to measure.

Fixing devices

There are two ways of fixing : horizontal and vertical.

3 4

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Connection components and feed units2

High power busbar trunkingCanalis KTC (1000 to 5000 A)For low density horizontal distribution in :industry, commercial and service buildings and infrastructures

Presentation

For connecting the busbar trunking to switchboard connections.These components are only available in copper.

Run components

From 1000 to 5000 A.4 live copper conductors. Feeder components in fixed lengths of

4 metres or in 0.50 to 3 metre lengths as required.Distribution components in fixed lengths of 2 and 4 metres.

1

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Components for changing direction Tap-off unitsFixing devices

There are two ways of fixing : horizontal andvertical.

For adapting to all the trunking runs.They are available in fixed lengths or made to

measure.

From 400 to 1250 A for Merlin Gerin Compact NSor Compact C circuit-breakers. For low density

tapping off, the units are mounted on componentsdesigned for this purpose.

3 54

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High power busbar trunkingCanalis KTC (1000 to 5000 A)For high density horizontal distribution in :industry, commercial and service buildings and infrastructures

Presentation

For connecting the busbar trunking to switchboard connections.These components are only available in copper.

Run components

From 1000 to 5000 A.4 live copper conductors. Feeder components in fixed lengths of

4 metres or in 0.50 to 3 metre lengths as required.Distribution components in fixed lengths of 2 and 4 metres.

1 2

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Tap-off unitsFixing devices

There are two ways of fixing : horizontal andvertical.

For adapting to all the trunking runs.They are available in fixed lengths or made to

measure.

There are two types of unit : removable (KSrange from 25 to 400 A) and bolt-on for Merlin

Gerin Compact circuit-breakers from 400 to1250 A.

3 4 5Components for changing direction

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Connection components and feedunits

2

High power busbar trunkingCanalis KTC (1000 to 5000 A)For rising main distribution in :industry, commercial and service buildings and infrastructures

Presentation

Run components

For connecting busbar trunking to switchboard connections.

These components are only available in copper.

From 1000 to 5000 A.4 live copper conductors,

in 2.50 to 4 metre lengths according to theheight of the floors.

1

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Fixing devices

There are two ways of fixing : horizontal and vertical.

For adapting to all the trunking runs.They are available in fixed lengths or made to measure.

Tap-off units

There are two types of unit : removable (KS range from25 to 400 A) and bolt-on for Merlin Gerin Compact

circuit-breakers from 400 to 1250 A.

3

4

5

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High power busbar trunkingCanalis KTC (1000 to 5000 A)

Description

General

Canalis KTC trunking is designed to feed and distribute high power in industrial, commercial or service buildings. Thestandard range is IP 52 (IP 54 as an option). This trunking has a compact design, namely with plated conductors insidea metal enclosure. The isolated conductor bars are made of copper. The range is divided into 8 ratings from 1000 to5000 A. The insulation used on the conductors is halogen-free 130°C class B polyester.

The live conductors are made up of 1 or 2 bars per phase,with paralleling ensured at each junction. The trunking has4 conductors for the 3-pole + neutral version (cross-sectionof the neutral equal to the cross-section of the phases).The metal enclosure in prelacquered galvanised sheetsteel (RAL 7032) provides protection and mechanicalresistance for the conductors along their entire length.Moreover, the metal enclosure is used as a protectiveconductor (conforming to NF C15-100) with continuityensured at each junction along the length of the installation.

As an option, Canalis KTC can be fitted with an additionalcopper protective conductor (cross-section equal to halfthe cross-section of the phase). With its compact design(no free space within the trunking), Canalis KTC can bemounted horizontally, edgewise or vertically without deratingthe rated current Ith. Moreover, this design does not requirethe mounting of a fire barrier joint to pass through floors andwalls. Canalis KTC is designed to be fire-resistant for up to2 hours.The contacts are always made between silver-plated copper(for joints of junctions or tap-off unit pins) and bare copper(for conductors).

Joints

Each run component (straight length, elbow, tee, etc) includes its own joint kit (delivered under separate cover). The jointkit comprises all the parts required to provide a mechanical and electrical joint between two components.

The electrical joint is ensured by a single bolt joint block (1 to 2 bolts per busbar). This ensures continuity for all conductors,and paralleling of both bars in the same phase.

The bolt is made up of a screw and a contraction nut, the external head of which breaks when the tightening torque isreached. This device ensures the required contact pressure is applied by the joint block to the live conductors.When the head of the nut breaks, a red washer is released, showing that the electrical joint has been installed correctly.

For disassembly or maintenance operations, a second head is available. The recommended torque is thus 6 Nm.The joint block contacts are silver-plated copper.

Selection guide :pages 10172/2 and 10172/3Characteristics :pages 10173/2 and 10173/3References :pages 10174/2 to 10179/5Dimensions :pages 10180/2 to 10184/3

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Description

Run components

There are 4 types of straight length (supplied with their busbar connector), types ET, EA, EB and DB.

ET type straight lengthsThese straight lengths are designedfor feeding current only, without anytap-off points.They are available in various lengths :- fixed lengths of 4 metres- made to measure in 0.50 to 3 metrelengths

EA type straight lengthsThese straight lengths are designedfor distributing current and can be usedfor tapping off via the KS range of tap-off units.They are supplied with an IP 54blanking plate.They are produced :i in fixed lengths for horizontal or

vertical distribution :- 4 metres with 3 tap-offs- 2 metres with 1 tap-off

i made to measure for rising maindistribution : 2.50 to 4 metres with 2tap-offsFor vertical mounting, the neutralbar must be mounted on the right.

EB type straight lengthsThese straight lengths are designedfor low density or high powerdistribution.They are supplied with an IP 54blanking plate.They are produced in fixed lengths of :- 4 metres with 2 tap-offs- 2 metres with 1 tap-off

DB type straight expansion unitsExpansion is a problem :- when the run has a fixed componentat one or both ends

- when the busbar installation crossesa building expansion joint

The expansion unit solves both theseproblems. It is 3 metres long and hasa flexible joint in the middle on theconductors and a sliding casing in 2sections which can absorb the relativemovements of each section of thelength.


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Description


Connection to transformer and switchboard

To connect KTC trunking to the various terminals or connections of transformers, switchboards, generators, etc, Canalisoffers high-performance connection components to meet all requirements. These components ensure flexible, easyinstallation together with quick, easy mounting. They also absorb last minute deviations in civil engineering as they canbe adapted on site. Moreover, connections are made using bolts with snap-off heads which at the same time offer easyinstallation (use of a standard spanner for tightening) and a visual check before power up.

Connection via bars

The flange feed unit, straight or angled, can be mounted ateither end of a run.

It is only available in copper.It is fitted with :- a plate for fixing to the switchboard or transformer cover- bars spread either along the trunking axis or at rightanglesThese configurations allow direct connection, either viaflexible or rigid bars, or via cables, to the low voltageterminals of a transformer or to the connections of a lowvoltage switchboard.If the run has a feed unit at both ends, an additional jointblock must be ordered.

End cover

The end cover protects and isolates the ends of theconductors and is mounted on the last component.


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Description

Flexible protective cover

The flexible protective cover is rectangular in shape. Thecrimped, stitched bellows are in polyamide covered fabric.

Rigid protective cover

The rigid protective cover is used for horizontal or verticalfeeding.The various dimensions, together with the position of theneutral, must be specified when ordering.

Vibration absorber connection bars

The vibration absorber connection bars are made up offlexible copper bars 100 x 1 mm which are isolated, strippedand drilled at one end. It is supplied with bolts, washers andsnap-off head screws for connection to a straight or angledfeed unit.

Connection via braids

This connection is made up of copper braids which areisolated and drilled at one end, and connector rangessupplied with bolts, washers and snap-off head screws for1 connection.

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2/16 Te


Description


There are three types of component for changing direction :

i Flat or edgewise elbows, to go up or down, turn rightor left.

i 3 or 4 limb zed units :- flat or edgewise, to turn the trunking path axisupwards, downwards, to the right or to the left, withoutchanging the trunking run direction - flat or edgewise in order to change the trunking run direction

i Edgewise tees

These components are used to adapt the path of thetrunking to the contours of the building.

All these components are only available made to measure.

Fixing devices

1 Horizontal fixingThis consists of a steel bracket and two M10 threadedrods, 1.2 metres long, the maximum fixing distance is 3metres.

2 Vertical fixingThis fixes a vertical run component to the structure of thebuilding.This type of fixing support has the following advantages :- The height can be adjusted to correct positioningerrors.- The spring can be adjusted to ensure the load isdistributed at each level.- The constraints of the building (expansion, vibrationetc) are not transferred to the trunking.


1

2

2/17Te


Description

Tap-off units

KS range removable tap-off units

These are used to instantly connect loads or secondary runs. They conform to installation standards and regulations,whatever the neutral point connection (TT, IT, TNS or TNC) :- They can be moved with the power on, with no load.- The tap-off outlets open and close automatically when units are plugged in or removed.- When the cover is open, no live part can be accessed and the degree of protection provided is IP 2X.Tap-off units are produced in a dust and damp proof version, degree of protection IP 54.

A Tap-off units- Isolation is obtained by removing the unit.- The electrical equipment and connection terminals can only be accessed when the unit has been removed (poweroff).- A safety device prevents the unit being plugged into the trunking if the cover is not in place.

B Tap-off units with isolatorIsolation (AC20) is obtained by opening the cover of the unit.Several safety devices prevent :- connection of the unit with the cover closed- closing of the cover if the unit is not locked into position on the trunking- removal of the unit when the cover is closed- opening of the cover to position “I” (by locking) on units fitted with a switch or circuit-breaker

These units can take certain accessories such as an early break contact on the cover, lead sealing kit, etc.

A

B

PE =


2/18 Te


Description

Tap-off units (continued)

Tap-off units

These units are available with fuse carriers.They protect the tap-offs by means of fuses (not supplied).They can be fitted with carriers for the following fuses :- NF 10 x 38- BS type 88A1- DIN type Neozed DO1

Fused tap-off units

These units protect the tap-off by means of fuses (notsupplied).

They can be fitted with carriers for the following fuses :- NF, 50 to 160 A- VDE, 25 to 160 A- BS, 30 to 160 A

Versions for NF fuses can be fitted with a single phaseprotection device.

1 25 to 125 A fused tap-off unit

2 160 A fused tap-off unit

Tap-off units with isolator for modular equipment

These units are designed to take most 17.5 mm modularequipment.

They have a window on the front panel (the equipment canbe seen and accessed).

Two ratings are available :- 50 A nominal current, capacity 8 modules- 100 A nominal current, capacity 11 modules

21


2/19Te


Description

Tap-off units (continued)

Tap-off units for Merlin Gerin circuit-breakers

These units are designed to take Merlin Gerin Compact NScircuit-breakers :- 100 to 400 A rating- fixed, with front sockets- version N, H or L- with or without earth leakage protection device (Vigi

module)- with rotary handle

For other types of circuit-breaker, please consult yourRegional Sales Office.

Bolt-on tap-off units

These units are used to connect loads or secondary runs(for medium power distribution with Canalis KS for example).

They conform to installation standards and regulations,whatever the neutral point connection (TT, IT, TNS orTNC) :- They are tightened by a single bolt with snap-off head.- They should be connected and disconnected with thepower off.- They are designed to take Compact NS (400 to 630 A)and Compact C (800 to 1250 A) circuit-breakers.- A mechanical locating device eliminates all risk of mountingerrors.- The cover can only be opened after a break in the load(rotary handle).- The bolt can only be tightened or loosened with the coveropen.- When the cover is open, no live part can be accessed,degree of protection IP 2X.


2/20 Te


Selection guide

Determining the rating according to the temperature rise

The rating of a busbar trunking, in amps, represents the maximum intensity of the constant current which the trunking cancontinuously support, for an average ambient temperature of 35 °C, and in accordance with standard temperature rises(IEC 439.2).

Determining the rating according to the temperature rise consists of selecting the busbar trunking rating immediatelyabove the operating current of the installation. However, as a rule, the intensity of the current which crosses a busbartrunking is constantly fluctuating. The operating current is therefore defined as that of the constant current which producesthe same thermal effects as the actual current.

It is sometimes difficult to determine the operating current, especially when there is no reading for the installation or foran equivalent installation. The operating current can be estimated with sufficient precision by calculating the product ofthe nominal currents of receivers connected to the busbar trunking by a coefficient known as the “average demandcoefficient”. The average demand coefficient is empirically determined by comparison with existing installations. It isdependent upon :- the average quantity of receivers operating- the load variation of each receiver (a receiver rarely absorbs its maximum power, as peak periods alternate with those

of no-load operation)- whether several receivers are operating at the same time, whether peaks are superimposed and the duration of these

peaks

As an example, here are a few coefficients for a general mechanical engineering workshop.

Number of receivers Average demand coefficient

2 or 3 0.9

4 or 5 0.8

6 to 9 0.7

10 to 40 0.6

40 plus 0.5

Depending on the ambient temperature, the trunking must be derated (see characteristics pages 10173/2 and 10173/3).

Checking the rating according to the permissible voltage drop

The permissible voltage drop is that which is compatible with the correct operation of the receivers (refer to themanufacturers' manuals).

i Read the voltage drop in mV/100 m/A in the tables on page 10173/3 for the busbar trunking selected according to thetemperature rise.

i Determine the voltage drop for the most disadvantaged receivers, namely those which are the furthest from the sourceand for the highest current. If the voltage drop is not permissible, select the rating immediately above.

i Repeat the checking procedure for the new rating.

Checking the rating according to withstand to short-circuit currents

i Calculate the intensity of the short-circuit current at the points which are considered to be unfavourable.

i Check, by referring to the tables on pages 10173/2 and 10173/3, that the selected rating of the trunking enables it towithstand this short-circuit current. If this is not the case, there are two possible solutions :- Select trunking of a higher rating and repeat the checking procedure.- Provide a protection system which limits current peaks upstream of the trunking.

Description :pages 10171/2 and 10171/9Characteristics :pages 10173/2 and 10173/3References :pages 10174/2 to 10179/5Dimensions :pages 10180/2 to 10184/3

2/21Te


Selection guide

Example of selecting the rating of the busbar trunking

The table below can be used to determine the rating of the KTC busbar trunking (copper conductors) and the source circuitbreaker (Merlin Gerin) according to the power of the transformer.

Transformer (U2 = 410 V) Canalis busbar trunkingPower Nominal Short-circuit Type Nominal Short-circuit

current current current currentkVA A kA A kA rms

630 887 22.2 KTC-10 1000 40

800 1126 25 KTC-13 1350 50

1000 1408 28.2 KTC-16 1600 60

1250 1760 32 KTC-20 2000 70

1600 2253 37.5 KTC-25 2500 80

2000 2816 43.3 KTC-30 3000 82

2500 3520 50.3 KTC-40 4000 90

3150 4435 63.4 KTC-50 5000 95

Calculation assumptionsThe following calculation assumptions have been made :- the short-circuit power of the upstream supply : 500 MVA- the voltage ratio of the transformers : 20 kV/400 V

Level of protection against short-circuits in kA rms (voltage 380/415 V)

The circuit-breaker/trunking coordination table below gives directly the maximum short-circuit current for which the KTtrunking is protected, according to the type of circuit-breaker.

Type of trunking KTC-10 KTC-13 KTC-16 KTC-20 KTC-25 KTC-30 KTC-40 KTC-50

Rating (A) 1000 1350 1600 2000 2500 3000 4000 5000

Merlin-Gerin C1001 N 50 50Compact H 55 70circuit-breaker L 100 150

C1251 N 50 50H 55 70

Merlin-Gerin M 10 N1 40 40 40 40Masterpact M 12 H1 40 50 60 65circuit-breaker M 16 H2 40 50 60 73

M 10 - 12 L1 55 85

M 20 N1 55 55 55 55M 25 H1 60 73 75 75

H2 60 73 82 82

M 16 - 20 - 25 L1 65 105 130 130 130

M 32 H1 75 75 75M 40 H2 82 82 90

M 50 H1 90 95M 63 H2 90 95

Description :pages 10171/2 and 10171/9Characteristics :pages 10173/2 and 10173/3References :pages 10174/2 to 10179/5Dimensions :pages 10180/2 to 10184/3

2/22 Te

Description :pages 10171/2 to 10171/9Selection guide :pages 10172/2 and 10172/3References :pages 10174/2 to 10179/5Dimensions :pages 10180/2 to 10184/3


Characteristics


General characteristics

Conforming to standards IEC 439.2

Number of live conductors 4

Type of live conductors Copper

Type of current Hz c 50/60 (1)

Rated insulation voltage V 1000

Rated operating voltage V 1000

Degree of protection (IEC 529) IP 52 for horizontal, edgewise installation and vertical installation, IP 54 as an option.as standard IP 52 for horizontal, flat installation

Permissible currents

Rated current Ith (2) A 1000 1350 1600 2000 2500 3000 4000 5000conforming to IEC 439

Rated peak current kA 84 105 130 160 180 180 198 209

Permissible rated short time kA rms 40 50 60 70 80 82 90 95current (1 s)

Multiplying Temperature °C 35 40 45 50factors of therated currentIth depending Factor 1 0.95 0.90 0.84on the averageambient temperature

Conductor characteristics

Live conductors

Rb0ph Average resistance per m /m 0.042 0.03 0.025 0.019 0.015 0.0125 0.0094 0.0075conductor, cold state(ambient temperature 20 °C)

Rb1ph Average resistance per m /m 0.056 0.036 0.03 0.023 0.018 0.015 0.011 0.009conductor at Ith(ambient temperature 35 °C)

Xph Average reactance per m /m 0.022 0.016 0.015 0.013 0.01 0.008 0.0074 0.007conductor

Zph Average impedance per m /m 0.06 0.04 0.034 0.026 0.02 0.017 0.013 0.011conductor

(1) For 60 to 400 Hz AC or for DC, please consult your Regional Sales Office.(2) Rated currents Ith are given for an average ambient temperature of 35 °C and for a casing temperature rise of no morethan 55 °K according to the test conditions of standard EN 60 439.2.

2/23Te

Description :pages 10171/2 to 10171/9Selection guide :pages 10172/2 and 10172/3References :pages 10174/2 to 10179/5Dimensions :pages 10180/2 to 10184/3


Characteristics


Other characteristics

Live conductors

Rb1ph ph or phN Average resistance m /m 0.112 0.072 0.06 0.046 0.036 0.03 0.022 0.018of fault loops betweenlive conductors

Rb2ph ph or phN Average resistance m /m 0.134 0.086 0.072 0.055 0.043 0.036 0.026 0.022of fault loops betweenlive conductors

Rb1ph PE Average resistance m /m 0.206 0.168 0.153 0.115 0.108 0.101 0.093 0.086of fault loops betweenlive conductors and PE

Xb1ph ph or phN Average reactance m /m 0.034 0.026 0.024 0.022 0.019 0.012 0.010 0.010of fault loops betweenlive conductors

Xb1ph PE Average reactance m /m 0.13 0.12 0.10 0.10 0.10 0.07 0.056 0.046of fault loops betweenlive conductors and PE

Voltage drop Composite voltage drop, hot state, in millivolts per metre and per amp, for three-phase 50 Hz current, with the loaddistributed along the run. If the load is concentrated at the end of the run (feed run), voltage drops are half the valuesindicated in the table below.

For a power factor ϕ mV/m/A 0.048 0.032 0.0275 0.022 0.017 0.0139 0.0112 0.0098of 0.7



For a power factor ϕ mV/m/A 0.048 0.031 0.026 0.02 0.0156 0.013 0.0095 0.0078of 1

Protective conductor

Casing Equivalent copper mm 2 120 130 140 155 165 180 190 200cross-section

Average resistance, m /m 0.15 0.132 0.123 0.115 0.108 0.101 0.093 0.086cold state (ambienttemperature 20 °C)

Additional Equivalent copper mm 2 210 300 360 480 600 720 960 1200conductor cross-section

Average resistance, m /m 0.081 0.057 0.048 0.037 0.0287 0.024 0.018 0.014cold state (ambienttemperature 20 °C)

Average weight 3L + N + PE kg/m 29 35 42 48 57 66 82 99

3L + N + PER kg/m 31 37 44 52 62 72 90 109

2/24 Te

KTC-iiETiii

KTC-iiETiii

KTC-iiEBiii

KTC-iiEAiii

KTC-iiEAiii

2/25Te

High power busbar trunkingCanalis KTC (1000 A)IP 52 run components

References

Straight lengths (1)

For feedingType Length Number of 3L + N + PE 3L + N + PER

Min…Max tap-offs Reference Referencemm

Fixed 4000 – KTC-10ET440 KTC-10ET740

Made to 500…1500 – KTC-10ET41A KTC-10ET71Ameasure

1501…2000 – KTC-10ET42B KTC-10ET72B

2001…2500 – KTC-10ET42C KTC-10ET72C

2501…3000 – KTC-10ET43D KTC-10ET73D

For horizontal or vertical distribution with removable tap-off

Fixed 4000 6 KTC-10EA440 KTC-10EA740

2000 2 KTC-10EA420 KTC-10EA720

For rising main distribution with removable tap-off

Made to 2500…3000 2 KTC-10EA43D KTC-10EA73Dmeasure

3001…3500 2 KTC-10EA43E KTC-10EA73E

3501…4000 2 KTC-10EA44F KTC-10EA74F

For horizontal or rising main distribution with bolt-on tap-off

Fixed 4000 2 KTC-10EB440 KTC-10EB740

2000 1 KTC-10EB420 KTC-10EB720

Expansion

Fixed 3000 – KTC-10DB430 KTC-10DB730

Average weight Rating 1000 A 30 kg/m 32 kg/m

IP 54 joint block (2)

Busbar trunking rating 3L + N + PE 3L + N + PERReference Reference

A Weight (kg) Weight (kg)

1000 KT0-10YA4 KT0-10YA43.00 3.00

(1) To order a made to measure component, see the procedure on pages 10185/2 to 10185/5.(2) Only order if the run has a feed unit at each end.

Description :pages 10171/2 to 10171/9Selection guide :pages 10172/2 and 10172/3Characteristics :pages 10173/2 and 10173/3Dimensions :pages 10180/2 to 10184/3

N : position of neutral

N

N

N

N

2/26 Te


References






1501…2000 – KTC-13ET42B KTC-13ET72B

2001…2500 – KTC-13ET42C KTC-13ET72C

2501…3000 – KTC-13ET43D KTC-13ET73D



2000 2 KTC-13EA420 KTC-13EA720



3001…3500 2 KTC-13EA43E KTC-13EA73E

3501…4000 2 KTC-13EA44F KTC-13EA74F



2000 1 KTC-13EB420 KTC-13EB720

Expansion






1200 KT0-13YA4 KT0-13YA44.20 4.20




N

N

N

N

2/27Te


References






1501…2000 – KTC-16ET42B KTC-16ET72B

2001…2500 – KTC-16ET42C KTC-16ET72C

2501…3000 – KTC-16ET43D KTC-16ET73D



2000 2 KTC-16EA420 KTC-16EA720



3001…3500 2 KTC-16EA43E KTC-16EA73E

3501…4000 2 KTC-16EA44F KTC-16EA74F



2000 1 KTC-16EB420 KTC-16EB720

Expansion






1600 KT0-16YA4 KT0-16YA45.00 5.00




N

N

N

N

2/28 Te


References






1501…2000 – KTC-20ET42B KTC-20ET72B

2001…2500 – KTC-20ET42C KTC-20ET72C

2501…3000 – KTC-20ET43D KTC-20ET73D



2000 2 KTC-20EA420 KTC-20EA720



3001…3500 2 KTC-20EA43E KTC-20EA73E

3501…4000 2 KTC-20EA44F KTC-20EA74F



2000 1 KTC-20EB420 KTC-20EB720

Expansion





A Masse (kg) Masse (kg)

2000 KT0-20YA4 KT0-20YA46.60 6.60




N

N

N

N

2/29Te


References



Min…Max tap-offs Référence Referencemm



1501…2000 – KTC-25ET42B KTC-25ET72B

2001…2500 – KTC-25ET42C KTC-25ET72C

2501…3000 – KTC-25ET43D KTC-25ET73D



2000 2 KTC-25EA420 KTC-25EA720



3001…3500 2 KTC-25EA43E KTC-25EA73E

3501…4000 2 KTC-25EA44F KTC-25EA74F



2000 1 KTC-25EB420 KTC-25EB720

Expansion






2500 KT0-25YA4 KT0-25YA48.40 8.40




N

N

N

N

2/30 Te


References






1501…2000 – KTC-30ET42B KTC-30ET72B

2001…2500 – KTC-30ET42C KTC-30ET72C

2501…3000 – KTC-30ET43D KTC-30ET73D



2000 2 KTC-30EA420 KTC-30EA720



3001…3500 2 KTC-30EA43E KTC-30EA73E

3501…4000 2 KTC-30EA44F KTC-30EA74F



2000 1 KTC-30EB420 KTC-30EB720

Expansion






3000 KT0-30YA4 KT0-30YA410.00 10.00




N

N

N

N

2/31Te

High power busbar trunkingCanalis KTC (4000 A and 5000 A)IP 52 run components

References



Min…Max tap-offs Reference (3) Reference (3)mm

Fixed 4000 – KTC-iiET440 KTC-iiET740

Made to 500…1500 – KTC-iiET41A KTC-iiET71Ameasure

1501…2000 – KTC-iiET42B KTC-iiET72B

2001…2500 – KTC-iiET42C KTC-iiET72C

2501…3000 – KTC-iiET43D KTC-iiET73D


Fixed 4000 6 KTC-iiEA440 KTC-iiEA740

2000 2 KTC-iiEA420 KTC-iiEA720


Made to 2500…3000 2 KTC-iiEA43D KTC-iiEA73Dmeasure

3001…3500 2 KTC-iiEA43E KTC-iiEA73E

3501…4000 2 KTC-iiEA44F KTC-iiEA74F


Fixed 4000 2 KTC-iiEB440 KTC-iiEB740

2000 1 KTC-iiEB420 KTC-iiEB720

Expansion

Fixed 3000 – KTC-iiDB430 KTC-iiDB730


Rating 5000 A 103 kg/m 113 kg/m




4000 KT0-40YA4 KT0-40YA413.20 13.20

5000 KT0-50YA4 KT0-50YA416.80 16.80

(1) To order a made to measure component, see the procedure on pages 10185/2 to 10185/5.(2) Only order if the run has a feed unit at each end.(3) In the reference : replace ii with 40 for a rating of 4000 A. with 50 for a rating of 5000 A.



N

N

N

N

2/32 Te

KT0-iiERiii01KT0-iiERiii02

KT0-iiERiii07





2/33Te

High power busbar trunkingCanalis KTC (1000 A)IP 52 feed units

References

End feed boxes (1)

Type Dimension a Dimension b Dimension e 3L + N + PE 3L + N + PERMin…Max Min…Max Min…Max Reference Referencemm mm mm

Straight length N1

Fixed 235 _ 120 KT0-10ER40201 KT0-10ER70201

Straight length N2

Made to 235…1000 _ 80…250 KT0-10ER41A02 KT0-10ER71A02measure

Flat elbow N3

Made to 200…1000 300…1000 80…250 KT0-10ER42C03 KT0-10ER72C03measure

Flat elbow N4


Edgewise elbow N5


Edgewise elbow N6


Straight length, flat outlets N7

Made to 235…1000 _ 160…800 KT0-10ER42B07 KT0-10ER72B07measure

Flat elbow, flat outlets N8

Made to 200…1000 300…1000 160…800 KT0-10ER43D08 KT0-10ER73D08measure



Edgewise elbow, flat outlets N10




Average weight 30 kg/m 32 kg/m

(1) To order the feed unit, see the procedure on pages 10185/2 to 10185/5.


Ni : position of neutral

a

ee

e

ba

ee

e

a

b

e e e

a

ee

e

b

a

ee

e

bae

ee

N 9

N 8

N 3

N 4

N 5

N 6

N 10

N 11

N 7

N 1, N 2

2/34 Te


References

End feed boxes (1)


Straight length N1

Fixed 235 _ 120 KT0-13ER40201 KT0-13ER70201

Straight length N2


Flat elbow N3


Flat elbow N4


Edgewise elbow N5


Edgewise elbow N6
















a

ee

e

ba

ee

e

a

b

e e e

a

ee

e

b

a

ee

e

bae

ee

N 9

N 8

N 3

N 4

N 5

N 6

N 10

N 11

N 7

N 1, N 2

2/35Te


References

End feed boxes (1)


Straight length N1

Fixed 235 _ 120 KT0-16ER40201 KT0-16ER70201

Straight length N2


Flat elbow N3


Flat elbow N4


Edgewise elbow N5


Edgewise elbow N6















a

ee

e

ba

ee

e

a

b

e e e

a

ee

e

b

a

ee

e

bae

ee

N 9

N 8

N 3

N 4

N 5

N 6

N 10

N 11

N 7

N 1, N 2


2/36 Te


References

End feed boxes (1)


Straight length N1

Fixed 235 _ 120 KT0-20ER40201 KT0-20ER70201

Straight length N2


Flat elbow N3


Flat elbow N4


Edgewise elbow N5


Edgewise elbow N6
















a

ee

e

ba

ee

e

a

b

e e e

a

ee

e

b

a

ee

e

bae

ee

N 9

N 8

N 3

N 4

N 5

N 6

N 10

N 11

N 7

N 1, N 2

2/37Te


References

End feed boxes (1)


Straight length N1

Fixed 235 _ 120 KT0-25ER40201 KT0-25ER70201

Straight length N2


Flat elbow N3


Flat elbow N4


Edgewise elbow N5


Edgewise elbow N6















a

ee

e

ba

ee

e

a

b

e e e

a

ee

e

b

a

ee

e

bae

ee

N 9

N 8

N 3

N 4

N 5

N 6

N 10

N 11

N 7

N 1, N 2


2/38 Te


References

End feed boxes (1)


Straight length N1

Fixed 235 _ 120 KT0-30ER40201 KT0-30ER70201

Straight length N2


Flat elbow N3


Flat elbow N4


Edgewise elbow N5


Edgewise elbow N6














Description :pages 10171/2 to 10171/9Selection guide :pages 10172/2 et 10172/3Characteristics :pages 10173/2 et 10173/3Dimensions :pages 10180/2 to 10184/3

a

ee

e

ba

ee

e

a

b

e e e

a

ee

e

b

a

ee

e

bae

ee

N 9

N 8

N 3

N 4

N 5

N 6

N 10

N 11

N 7

N 1, N 2


2/39Te

High power busbar trunkingCanalis KTC (4000 A and 5000 A)IP 52 feed units

References

End feed boxes (1)

Type Dimension a Dimension b Dimension e 3L + N + PE 3L + N + PERMin…Max Min…Max Min…Max Référence (2) Référence (2)mm mm mm

Straight length N1

Fixed 235 _ 120 KT0-iiER40201 KT0-iiER70201

Straight length N2

Made to 235…1000 _ 80…250 KT0-iiER41A02 KT0-iiER71A02measure

Flat elbow N3

Made to 200…1000 300…1000 80…250 KT0-iiER42C03 KT0-iiER72C03measure

Flat elbow N4


Edgewise elbow N5


Edgewise elbow N6



Made to 235…1000 _ 160…800 KT0-iiER42B07 KT0-iiER72B07measure


Made to 200…1000 300…1000 160…800 KT0-iiER43D08 KT0-iiER73D08measure









(1) To order the feed unit, see the procedure on pages 10185/2 to 10185/5.(2) In the reference : replace ii with 40 for a rating of 4000 A. with 50 for a rating of 5000 A.


a

ee

e

ba

ee

e

a

b

e e e

a

ee

e

b

a

ee

e

bae

ee

N 9

N 8

N 3

N 4

N 5

N 6

N 10

N 11

N 7

N 1, N 2


2/40 Te

KT0-iiCS0

KT0-iiYAiii2i KT0-iiYAi106

KT0-iiYAii24i

Te 2/41

High power busbar trunkingCanalis KTC (1000 to 5000 A)Connection accessories

References

IP 54 flexible protective cover

Busbar trunking rating Reference Weight

A kg

1000 … 1600 KT0-16CS0 15.000

2000 … 3000 KT0-30CS0 17.000

4000 et 5000 KT0-50CS0 19.000

IP 54 protective cover

Use References Weight

kg

For horizontal feed unit (1) KT0-00CR1 40.000

For vertical feed unit (1) KT0-00CR2 40.000

IP 54 end cover

Busbar trunking rating 3L + N + PE3L + N + PERReference Weight

A kg

1000 KT0-10FA 1.200

1350 KT0-13FA 1.400

1600 KT0-16FA 1.700

2000 KT0-20FA 2.300

2500 KT0-25FA 2.800

3000 KT0-30FA 3.400

4000 KT0-40FA 4.600

5000 KT0-50FA 5.600

(1) When ordering, specify the rating of the busbar trunking, the distance between the busbar outlets (dimension e), theuser-definable dimensions indicated, and the position of the neutral.


KT0-00CR1

KT0-00CR2

KT0-iiFA

KT0-iiCS0

2/42 Te

KT0-iiYAiii2i

High power busbar trunkingCanalis KTC (1000 to 5000 A)Accessories for vibration absorber connection bars

References

Vibration absorber connection bars

Use Busbar Bars per phase 3L + N + PEtrunking 3L + N + PERrating Number Cross-section Reference (1)A mm Weight (kg)

For horizontal 1000 1 (100 x 5) KT0-10YA41115feed unit 27.80

1350 1 (100 x 6) KT0-13YA4111628.80

1600 2 (100 x 5) KT0-16YA4111553.30

2000 2 (100 x 5) KT0-20YA4111560.10

2500 2 (100 x 6) KT0-25YA4121662.10

3000 3 (100 x 5) KT0-30YA4121590.10

4000 4 (100 x 5) KT0-40YA41315129.40

5000 4 (100 x 6) KT0-50YA41416136.40

For vertical 1000 1 (100 x 5) KT0-10YA41125feed unit 35.80

1350 1 (100 x 6) KT0-13YA4112640.80

1600 2 (100 x 5) KT0-16YA4112576.80

2000 2 (100 x 5) KT0-20YA4112590.60

2500 2 (100 x 6) KT0-25YA4112692.60

3000 3 (100 x 5) KT0-30YA41125123.60

4000 4 (100 x 5) KT0-40YA41125165.40

5000 4 (100 x 6) KT0-50YA41126188.40

(1) The reference corresponds to all the parts required to connect the phases and the neutral including the bolts, washersand snap-off head nuts.


KT0-iiYAiii1i

Te 2/43

High power busbar trunkingCanalis KTC (1000 to 5000 A)Accessories for connection via braids

References

Connection via braids

Use Busbar Braid per phase 3L + N + PEtrunking 3L + N + PERrating Number Cross-section Reference (1)A mm Weight (kg)

Connector plates for 2000 2 (100 x 6) KT0-20YA40236horizontal feed unit 21.10

2500 2 (100 x 6) KT0-25YA4023622.60

3000 3 (100 x 6) KT0-30YA4033631.60

4000 4 (100 x 6) KT0-40YA4043650.40

5000 4 (100 x 6) KT0-50YA4053657.90

Connector plates for 2000 2 (100 x 5) KT0-20YA40245vertical feed unit 22.10

2500 2 (100 x 6) KT0-25YA4024624.10

3000 3 (100 x 5) KT0-30YA4024534.60

4000 4 (100 x 5) KT0-40YA4024555.90

5000 4 (100 x 6) KT0-50YA4024664.40

Braids 1000...1600 2 (100 x 6) KT0-16YA410665.00

2000 2 (120 x 6) KT0-20YA410657.60

2500 3 (100 x 6) KT0-25YA410670.80

3000 3 (120 x 6) KT0-30YA410683.80

4000 4 (120 x 6) KT0-40YA4106110.40

5000 5 (120 x 6) KT0-50YA4106136.80

(1) The reference corresponds to all the parts required to connect the phases and the neutral including the bolts, washersand snap-off head nuts.

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KT0-iiYAiii36

KT0-iiYAii24i

KT0-iiYAi106

2/44 Te

KTC-iiLCiii

KTC-iiTCiii

KTC-iiLCiii

KTC-iiLPiii1

KTC-iiLPiii1

KTC-iiLPiii2

KTC-iiLPiii2

KTC-iiTCiii

2/45Te

High power busbar trunkingCanalis KTC (1000 A)IP 52 tees and simple elbows

References

Elbows (1)

Edgewise LCType Dimension a Dimension b Angle α 3L + N + PE 3L + N + PER

Min…Max Min…Max Min…Max Reference Referencemm mm

Fixed 300 300 – KTC-10LC406 KTC-10LC706

Made to measure 301…1000 301…1000 – KTC-10LC42B KTC-10LC72B

Flat N1 à 90° LP

N1 Fixed 300 300 – KTC-10LP4061 KTC-10LP7061

N1 Made to 301…1000 301…1000 – KTC-10LP42B1 KTC-10LP72B1measure

Flat N2 à 90° LP



Flat N1 > à 90° LP

N1 Made to 300…1000 300…1000 91°…179° KTC-10LP42B12 KTC-10LP72B12measure



Tees (1)

Edgewise TCType Dimension a Dimension b Dimension c 3L + N + PE 3L + N + PER

Min…Max Min…Max Min…Max Reference Referencemm mm mm

Made to measure 300…1000 300…1000 300…1000 KTC-10TC43D KTC-10TC73D


Fixing devices

Type Use Reference Weightkg

Horizontal For all components KT0-00ZA1 6.000(1000 to 5000 A)

Vertical For all components KT0-00ZA2 4.000(1000 to 5000 A)

(1) To order a made to measure component, see the procedure on pages 10185/2 to 10185/5.



a

b

N

N1

N2

a b

a bα

N1

N2

ac

b

N

2/46 Te


References

Elbows (1)





Flat N1 à 90° LP



Flat N2 à 90° LP







Tees (1)





Fixing devices







a

b

N

N1

N2

a b

a bα

N1

N2

ac

b

N

2/47Te


References

Elbows (1)





Flat N1 à 90° LP



Flat N2 à 90° LP







Tees (1)





Fixing devices







a

b

N

N1

N2

a b

a bα

N1

N2

ac

b

N

2/48 Te


References

Elbows (1)





Flat N1 à 90° LP


N1 Made to 301…1000 301…1000 – KTC-20LP42B1 KTC-20LP72Bmeasure

Flat N2 à 90° LP







Tees (1)





Fixing devices







a

b

N

N1

N2

a b

a bα

N1

N2

ac

b

N

2/49Te


References

Elbows (1)





Flat N1 à 90° LP



Flat N2 à 90° LP







Tees (1)



Made to 400…1000 400…1000 400…1000 KTC-25TC43D KTC-25TC73Dmeasure


Fixing devices







a

b

N

N1

N2

a b

a bα

N1

N2

ac

b

N

2/50 Te


References

Elbows (1)





Flat N1 à 90° LP



Flat N2 à 90° LP







Tees (1)



Made to 400…1000 400…1000 400…1000 KTC-30TC43D KTC-30TC73Dmeasure


Fixing devices







a

b

N

N1

N2

a b

a bα

N1

N2

ac

b

N

2/51Te

High power busbar trunkingCanalis KTC (4000 A and 5000 A)IP 52 tees and simple elbows

References

Elbows (1)


Min…Max Min…Max Min…Max Référence (2) Référence (2)mm mm

Fixed 500 500 – KTC-iiLC410 KTC-iiLC710

Made to measure 501…1000 501…1000 – KTC-iiLC42B KTC- iiLC72B

Flat N1 à 90° LP

N1 Fixed 300 300 – KTC-iiLP4061 KTC-iiLP7061

N1 Made to 301…1000 301…1000 – KTC-iiLP42B1 KTC- iiLP72B1measure

Flat N2 à 90° LP

N2 Fixed 300 300 – KTC-iiLP4062 KTC-iiLP7062

N2 Made to 301…1000 301…1000 – KTC-iiLP42B2 KTC- iiLP72B2measure


N1 Made to 300…1000 300…1000 91°…179° KTC-iiLP42B12 KTC- iiLP72B12measure


N2 Made to 300…1000 300…1000 91°…179° KTC-iiLP42B22 KTC- iiLP72B22measure

Tees (1)



Made to measure 500…1000 500…1000 500…1000 KTC-iiTC43D KTC-iiTC73D



Fixing devices




(1) To order a made to measure component, see the procedure on pages 10185/2 to 10185/5.(2) In the reference : replace ii with 40 for a rating of 4000 A.

with 50 for a rating of 5000 A.

Description :pages 10171/2 to 10171/9Selection :pages 10172/2 and 10172/3Characteristics :pages 10173/2 and 10173/3Dimensions :pages 10180/2 to 10184/3


a

b

N

N1

N2

a b

a bα

N1

N2

ac

b

N

2/52 Te

KTC-iiZPiiiKTC-iiZCiii1

KTC-iiCPiii4

KTC-iiCPiii1

KTC-iiZLiii2

KTC-iiZLiii2

KTC-iiZLiii1

KTC-iiCPiii2KTC-iiCPiii3KTC-iiZLiii4

KTC-iiZCiii2

KTC-iiTCiii

2/53Te

High power busbar trunkingCanalis KTC (1000 A)IP 52 zed units

References

Zed units (1)

Flat ZPType Dimen. a Dimen. b Dimen. c Dimen. d 3L + N + PE 3L + N + PER

Min… Min… Min… Min… Reference ReferenceMax Max Max Maxmm mm mm mm

Made to 300… 220… 300… – KTC-10ZP43D KTC-10ZP73Dmeasure 1000 1000 1000 –

Edgewise ZC

N1 Made to 300… 230… 300… – KTC-10ZC43D1 KTC-10ZC73D1measure 1000 1000 1000 –

Edgewise ZC


Edgewise/flat CP

N1 Made to 300 220… 300 – KTC-10CP41A1 KTC-10CP71A1measure 600 –




4 limb ZL

N1 Made to 300 230... 220… 300 KTC-10ZL42B1 KTC-10ZL72B1measure 600 600

N2 Made to 300 230… 220… 300 KTC-10ZL42B2 KTC-10ZL72B2measure 600 600







a

c

b

ac

b

a

cd

b

a

c d

b

N

a

c

b

N 2N 1

N 3

N 4

N 1

N 2

N 3

N 2

N 4

N 1

a

c

b

a c

b

2/54 Te


References

Zed units (1)




Edgewise ZC


Edgewise ZC


Edgewise/flat CP





4 limb ZL









a

c

b

ac

b

a

cd

b

a

c d

b

N

a

c

b

N 2N 1

N 3

N 4

N 1

N 2

N 3

N 2

N 4

N 1

a

c

b

a c

b

2/56Te


References

Zed units (1)




Edgewise ZC


Edgewise ZC


Edgewise/flat CP

N1 Made tor 300 220… 300 – KTC-16CP41A1 KTC-16CP71A1measure 600 –




4 limb ZL









a

c

b

ac

b

a

cd

b

a

c d

b

N

a

c

b

N 2N 1

N 3

N 4

N 1

N 2

N 3

N 2

N 4

N 1

a

c

b

a c

b

2/56 Te


References

Zed units (1)




Edgewise ZC


Edgewise ZC


Edgewise/flat CP





4 limb ZL









a

c

b

ac

b

a

cd

b

a

c d

b

N

a

c

b

N 2N 1

N 3

N 4

N 1

N 2

N 3

N 2

N 4

N 1

a

c

b

a c

b

2/57Te


References

Zed units (1)




Edgewise ZC


Edgewise ZC


Edgewise/flat CP





4 limb ZL









a

c

b

ac

b

a

cd

b

a

c d

b

N

a

c

b

N 2N 1

N 3

N 4

N 1

N 2

N 3

N 2

N 4

N 1

a

c

b

a c

b

2/58 Te


References

Zed units (1)




Edgewise ZC


Edgewise ZC


Edgewise/flat CP





4 limb ZL









a

c

b

ac

b

a

cd

b

a

c d

b

N

a

c

b

N 2N 1

N 3

N 4

N 1

N 2

N 3

N 2

N 4

N 1

a

c

b

a c

b

2/59Te

High power busbar trunkingCanalis KTC (4000 A and 5000 A)IP 52 zed units

References

Zed units (1)


Min… Min… Min… Min… Reference (2) Reference (2)Max Max Max Maxmm mm mm mm

Made to 300… 220… 300… – KTC-iiZP43D KTC-iiZP73Dmeasure 1000 1000 1000 –

Edgewise ZC

N1 Made to 500… 510… 500… – KTC-iiZC43D1 KTC-iiZC73D1measure 1000 1000 1000 –

Edgewise ZC

N2 Made to 500… 510… 500… – KTC-iiZC43D2 KTC-iiZC73D2measure 1000 1000 1000 –

Edgewise/flat CP

N1 Made to 300 360… 500 – KTC-iiCP42B1 KTC-iiCP72B1measure 800 –




4 limb ZL

N1 Made to 500 510... 360… 300 KTC-iiZL42B1 KTC- iiZL72B1measure 1000 800

N2 Made to 500 510… 360… 300 KTC-iiZL42B2 KTC- iiZL72B2measure 1000 800





(1) To order a made to measure component, see the procedure on pages 10185/2 to 10185/5.(2) In the reference : replace ii with 40 for a rating of 4000 A.

with 50 for a rating of 5000 A.



a

c

b

ac

b

a

cd

b

a

c d

b

N

a

c

b

N 2N 1

N 3

N 4

N 1

N 2

N 3

N 2

N 4

N 1

a

c

b

a c

b

2/60 Te

KT0-iiCB311

KSE-10DA4

KSE-iiDBi11

KSE-iiDBi11

KSE-10DA4

2/61Te

High power busbar trunkingCanalis KTC (1000 to 5000 A)KS tap-off units, IP 54 dust and damp proof series, for NF fuses

References

Tap-off unit

Number of conductors 3L + N + PE 3L + PEN 3L + PE

Scheme (1) Trunking TT TNS TNC IT TT TNSTap-off TT TNS TNS IT TT TNS

Tap-off scheme

(2)

Rating Fuse Reference Reference ReferenceA size mm 2 Weight (kg) Weight (kg) Weight (kg)

25 10 x 38 4 KSE-02CF5 KSE-02CF5 KSE-02CF50.430 0.430 0.430

Tap-off units with isolator and fuse carriers


Scheme (1) Trunking TT TNS TNC TNC IT TT TNSTap-off TT TNS TNC TNS IT TT TNS

Tap-off scheme

(2)

Rating Fuse Reference Reference ReferenceA size mm 2 Weight (kg) Weight (kg) Weight (kg)

50 14 x 51 10 KSE-05SF41 KSE-05SF5 KSE-05SF412.600 2.600 2.600

100 22 x 58 35 KSE-10SF41 KSE-10SF5 KSE-10SF415.800 5.800 4.250

00 50 KSE-10SD41 KSE-10SD5 KSE-10SD415.000 5.000 5.000

160 0 70 KSE-16SF41 KSE-16SF5 KSE-16SF37.400 7.400 7.400

(1) Conforming to publication IEC 364-3-1/section 3 and UTE NF C 15-100(2) If the cross-section of the Neutral is equal to the cross-section of the phases


KSE-02CF5

KSE-16SF3

KSE-05SF41

2/62 Te

High power busbar trunkingCanalis KTC (1000 to 5000 A)KS tap-off units, IP 54 dust and damp proof series, for DIN and BS fuses

References

Tap-off units


Scheme (1) Trunking TT TNS TNC IT TT TNSTap-off TT TNS TNS IT TT TNS

Tap-off scheme

(2)

For Rating Type of Connection Reference Reference Referencefuses A fuse mm 2 Weight (kg) Weight (kg) Weight (kg)

DIN 16 D01 4 KSE-02CD5 KSE-02CD5 KSE-02CD5Neozed E14 0.450 0.450 0.450

BS 20 BS88A1 4 KSE-02CG5 – KSE-02CG50.350 – 0.350

Tap-off units with isolator and fuse carriers



Tap-off scheme

(2)

For Rating Type of Connection Reference Reference Referencefuses A fuse mm 2 Weight (kg) Weight (kg) Weight (kg)

DIN 25 Diazed E27 6 KSE-02SD41 KSE-02SD5 KSE-02SD412.720 2.720 2.720

50 D02 10 KSE-05SD41 KSE-05SD5 KSE-05SD41Neozed E18 2.600 2.600 2.600

63 Diazed E33 16 KSE-06SD41 KSE-06SD5 KSE-06SD415.300 5.300 5.300

100 Size 00 50 KSE-10SD41 KSE-10SD5 KSE-10SD415.000 5.000 5.000

160 Size 00 50 KSE-16SD41 KSE-16SD5 KSE-16SD37.400 7.400 7.400

BS 30 BS88A1 6 KSE-03SG41 – KSE-03SG412.600 – 2.600

60 BS88A1 or A3 35 KSE-06SG41 – KSE-06SG415.000 – 5.000

160 BS88B1 or B2 70 KSE-16SG41 – KSE-16SG417.400 – 7.400

(1) Conforming to publications IEC 364-3-1/section 3 and UTE NF and 15-100(2) If the cross-section of the Neutral is equal to the cross-section of the phases


KSE-02CG5

KSE-16SD3

KSE-03SG41

2/63Te

High power busbar trunkingCanalis KTC (1000 to 5000 A)KS tap-off units, IP 54 dust and damp proof series, for equipment

References

Tap-off units with isolator for modular equipment



Tap-off scheme(example with circuit-breaker)

(2)

Rating Number Reference Reference ReferenceA of modules Weight (kg) Weight (kg) Weight (kg)

50 7.5 KSE-05DA4 KSE-05DA5 KSE-05DA42.400 2.400 2.400

100 7.5 KSE-10DA4 KSE-10DA5 KSE-10DA43.400 3.400 3.400

Tap-off units for Merlin Gerin Compact NS fixed circuit breaker (3)

With extended rotary handle, short axis (3)Number of conductors 3L + N + PE 3L + PEN 3L + PE

Scheme (1) Trunking TT TNS TNC TNC IT TT TNSTap-off TT TNS TNS TNC IT TT TNS

Tap-off scheme

(2)

Rating Type of Reference Reference ReferenceA circuit-breaker Weight (kg) Weight (kg) Weight (kg)

100 NS 100 N, H, L KSE-16DB411 KSE-16DB511 KSE-16DB51111.000 11.000 11.000




Additional accessories for tap-off unitsDescription Use Reference Weight

kg

Cable clamp only For Ø 30…70 mm KSE-80AZ1 0.950

Gate switch For KSE-05Siii to KSE-12Siii units KSE-12AZ40 0.015

Sealing device For unit end KSE-12AZ2 0.010(Order in multiples of 20)

Bolt-on tap-off units for fixed Compact circuit breakers (3)

Rating 3L + N + PE 3L + PEN 3L + PEReference Reference Reference

A Weight (kg) Weight (kg) Weight (kg)

400…630 KT0-06CB711 KT0-06CB711 KT0-06CB311

800…1250 KT0-12CB711 KT0-12CB711 KT0-12CB311

(1) Publications IEC 364-3-1/section 3 and UTE NF C 15-100(2) If the cross-section of the Neutral is equal to the cross-section of the phases(3) Device not supplied


KSE-05DA4

KSA-16DB411

KT0-iiCBi11

2/64 Te

High power busbar trunkingCanalis KTC (1000 to 5000 A)Straight lengths

Dimensions

“Feeder”KTC-iiETiii

Type of length LFixed 4000Made to measure 500...3000

“Expansion”KTC-iiDBiii

“Horizontal and vertical distribution with removable tap-offs”KTC-iiEAiii

Joint block

Cross-section of the trunking according to the rating

Rating (A) 1000 1350 1600 2000 2500 3000 4000 5000(1) h 74 104 124 164 204 244 324 404

Description :pages 10171/2 to 10171/9Selection guide :pages 10172/2 and 10172/3Characteristics :pages 10173/2 and 10173/3References :pages 10174/2 to 10179/5

L

h (1

)

390

3000

h (1

)

300120

2000

10001000

120

144350

1414

140 140 140 140 140 140 140

h h

140

h

h h h

h

h

2/65Te

High power busbar trunkingCanalis KTC (1000 to 5000 A)Straight lengths

Dimensions

“Horizontal distribution with removable tap-offs”KTC-iiEAiii

“Vertical distribution with removable tap-offs”KTC-iiEAiii

“Horizontal distribution with bolt-on tap-offs”KTC-iiEBiii

Description :pages 10171/2 and 10171/9Selection guide :pages 10172/2 and 10172/3Characteristics :pages 10173/2 and 10173/3References :pages 10174/2 to 10179/5

2500…4000

500…2000 1000 1000

120 120300 300

4000

1000 1000 1000 1000

120 120300 300

290

5001500

2000

290 290

4000

1500 2000 500

Te2/66

High power busbar trunkingCanalis KTC (1000 to 5000 A)Feed units

Dimensions

Straight end feed boxes Flat elbow end feed boxesKT0-iiERiii01 and KT0-iiERiii02 KT0-iiERiii03 and KT0- iiERiii04

ERiii01 ERiii02Rating (A) y a e a e Rating (A) y a b e1000...1600 230 235 120 235...1000 80...250 1000...1600 230 200...1000 300...1000 80...2502000...3000 350 235 120 235...1000 80...250 2000...3000 350 200...1000 300...1000 80...2504000 and 5000 510 235 120 235...1000 80...250 4000 and 5000 510 200...1000 300...1000 80...250

(1) Height of trunking according to ratingRating (A) 1000 1350 1600 2000 2500 3000 4000 5000h 74 104 124 164 204 244 324 404

Edgewise elbow end feed boxesKT0-iiERiii05 and KT0-iiERiii06

Rating (A) y a b e1000...1600 230 200...1000 300...1000 80...2502000...3000 350 260...1000 400...1000 80...2504000 and 5000 510 340...1000 500...1000 80...250


Dimensions of connector plates (for all types of feed unit)

Rating (A) 1000 1350 1600 2000 2500 3000 4000 5000Cross-section (mm) 70 x 6 100 x 6 120 x 6 160 x 6 200 x 6 2 x (120 x 6) 2 x (160 x 6) 2 x (200 x 6)

Description :pages 10171/2 to 10171/9Selection guide :pages 10172/2 and 10172/3Characteristics :page 10173/2 and 10173/3References :pages 10174/2 to 10179/5

e e 130e130

215

a

140h (1)

y e e 130e130

215

a

b h (1)

y

e e 130e130

215

a

140 b

y

h (1

)

6060

6060

5050

6060 47

,565

47,5

6547

,547

,565

47,5

47,5

5050

100

5050

5010

050

100

50 50 50 50 50 50 5014x20

3535

50

2/67Te

High power busbar trunkingCanalis KTC (1000 to 5000 A)Feed units

Dimensions

Straight end feed boxes, flat outletsKT0-iiERiii07

Rating (A) y a e1000...1600 230 235...1000 160...8002000...3000 350 235...1000 160...8004000 and 5000 510 235...1000 160...800

(1) Height of trunking according to ratingRating (A) 1000 1350 1600 2000 2500 3000 4000 5000h 74 104 124 164 204 244 324 404(2) Dimensions of connection plates : see page 10181/2.

Flat elbow end feed boxes, flat outletsKT0-iiERiii08 and KT0-iiERiii09

Rating (A) y a b e1000...1600 230 200...1000 300...1000 160...8002000...3000 350 200...1000 300...1000 160...8004000 and 5000 510 200...1000 300...1000 160...800


Edgewise elbow end feed boxes, flat outletsKT0-iiERiii10 and KT0-iiERiii11

Rating (A) y a b e1000...1600 230 200...1000 300...1000 160...8002000...3000 350 260...1000 400...1000 160...8004000 and 5000 510 340...1000 500...1000 160...800



h (1)

ye e 130e130

100

100

a

140

e e 130e130

100

100

a

b h (1)

y

e e 130e130

100

100

a

140 b

y

h (1

)

(2)

(2)

(2)

2/68 Te

High power busbar trunkingCanalis KTC (1000 to 5000 A)Accessories

Dimensions

Vibration absorber connection bars for horizontal feed unitsKT0-13YA41116 KT0-13YA41116 KT0-16YA41115 KT0-20YA41115

KT0-25YA41216 KT0-30YA41215 KT0-40YA41315 KT0-50YA41416

Vibration absorber connection bars for vertical feed unitsKT0-10YA41125 KT0-13YA41126 KT0-16YA41125 KT0-20YA41125



5075

505010

00

100

6075

50 50

1000

100

100

5075

1000

50 50

100

120

6075

1000

50 50

100

100

100

100

5010

0075

50 50

100

12050

100

12060 60

1000

100

12050

100

100

1000

10050 100 50

100

5010

0

5050

1000

100

12050

100

6060

1000

100

12050

100

10050 50

1000

100

5010

0

50 50 14 x 20

1000

100

5010

0050

50 50

100

5 or 6

5 or 6

5 or 6

5 or 6

12050

100

65 47,547,5

1000

100

5010

0

956547,5 65 47,5

1000

100

120

6547

,567

,5

50 50

1000

100

9565

47,5

6567

,510

00

5050

100

2/69Te

High power busbar trunkingCanalis KTC (1000 to 5000 A)Accessories

Dimensions

Connection platesKT0-20YA40236 KT0-25YA40236 KT0-30YA40336 KT0-40YA40436 KT0-50YA40536 KT0-20YA40235


BraidsKT0-iiYA4106

References L

KT0-16YA4106 100KT0-25YA4106 100

KT0-20YA4106 120KT0-30YA4106 120KT0-40YA4106 120KT0-50YA4106 120

Flexible protective coverKT0-iiCS0

References a b cKT0-16CS0 230 620 200...650KT0-30CS0 350 620 200...650KT0-50CS0 510 620 200...650


150

50

300600

==

6

L��

17,5

12,5

175 150 175

12,5

17,5

17,5

17,5

97,5

97,5

16 x ø7

35 160 35 35 25 25500 35

300

c

a (interior) b (interior)

6

100

100

100

5050

110

50 50

100

9565

47,5

6510

2,5

50

5050

100

6

120

6011

050

50 50

100

6

100

5011

050

50 50

100

6

12050

110

50 5555

50

100

5

6547

,510

2,5

50

50 50

100

6

14 x 20

5011

0

100

50

10050 100 50

100

650

110

956547,5 65 47,5

50

100

5

5011

0

12060 60

50

100

5

12050

110

10050 50

50

100

6

2/70 Te

High power busbar trunkingCanalis KTC (1000 to 5000 A)Simple elbows, tees and zed units

Dimensions

Edgewise elbows Flat elbows at 90°KTC-iiLCiii KTC-iiLPiiii

Rating (A) a and b fixed a and b made to measure Rating (A) a and b fixed a and b made to measure α1000...1600 300 301...1000 1000...5000 300 301...1000 90°2000...3000 400 401...10004000 and 5000 500 501...1000

Flat elbows > 90° TeesKTC-iiLPiii22 KTC-iiTCiii

Rating (A) a and b made to measure α Rating (A) a, b and c made to measure1000...5000 300...1000 91°...179° 1000...1600 300...10002000...3000 400...10004000 and 5000 500...1000Flat zed units Edgewise zed unitsKTC-iiZPiii KTC-iiZCiiii

Rating (A) a b c Rating (A) a b c1000...5000 Made to meas. 300...1000 220...1000 300...1000 1000...1600 Made to meas. 300...1000 230...1000 300...1000

2000...3000 Made to meas. 400...1000 350...1000 400...10004000 and 5000 Made to meas. 500...1000 510...1000 500...1000



b

h (1

)

a

h (1)a

b

α

h (1)

α

a

b

a c

b

140

h (1

)

c a

140

b

h (1)

h (1

)

140

b

h (1

)

a c

2/71Te

High power busbar trunkingCanalis KTC (1000 to 5000 A)Zed units

Dimensions

Flat/edgewise zed unitsKTC-iiCPiiii

Rating (A) a b c1000...1600 300 220...600 3002000...3000 300 280...700 4004000 and 5000 300 360...800 500

(1) Height of trunking according to ratingRating (A) 1000 1350 1600 2000 2500 3000 4000 5000h 74 104 124 164 204 244 324 4044 limb zed unitsKTC-iiZLiiii

Rating (A) a b c d1000...1600 300 230...600 220...600 3002000...3000 400 350...800 280...700 3004000 and 5000 500 510...1000 360...800 300



a h (1)

c

h (1

)

b

140

b

c

h (1

)

dc a

d

140

h (1

)

b

2/72 Te

High power busbar trunkingCanalis KTC (1000 to 5000 A)Tap-off units

Dimensions

Removable dust and damp proof tap-off units with/without isolator and fuse carriersKSE-02CF5 KSE-02CD5KSE-02CG5

KSE-05SFii KSE-10SFii, KSE-12SFiiKSE-02SDii, KSE-05SDii KSE-06SDiiKSE-03SG41 KSE-06SG41

KSE-16SFiiKSE-16SDiiKSE-16SGii

Cable outlet


93

50 43

160

88 90

93

50

160

88

270 50 113

183 19

5

228

395 40100

190

430 55130

285

230455

2/73Te

High power busbar trunkingCanalis KTC (1000 to 5000 A)Tap-off units with isolator and tap-off units with circuit breaker

Dimensions

Removable dust and damp proof tap-off units with isolator for modular equipmentKSE-05DAi KSE-10DAi

Cable outletRemovable dust and damp proof tap-off units for Merlin Gerin circuit breakerKSE-16DBi11 KSE-25DBi11

KSE-40DBi11

Cable outletBolt-on dust and damp proof tap-off units for Merlin Gerin circuit breakerKT0-iiCBi11

Reference a b cKT0-06CB 800 350 300KT0-12CB 1200 550 300


7.5 modules (140 x 47)7.5 modules (140 x 47)

c

b

a

270 50 113*

183

70

195

395 5240100

190

465

147

368

163

15

197

590 207

1536

8

163

257

780 275

368

163

18

325

2/74 Te


Procedure for ordering a made to measure component

Position of the neutral

The neutral is located next to the fixing hole closest to the end of the unit (a).

Definition of a component

Shape : each shape is characterised by a group of two letters (example : ET for a feeder length).

Dimensions : dimensions are always given in alphabetical order of the measurements (example : a x b x c, etc).

How to order

The order should be made on two lines :i First line

Write the reference found in this catalogue.

i Second lineWrite the dimensions for the “made to measure” component and any of the options selected :- If the reference corresponds to a made to measure product, there are one or more variable values : you shouldwrite a x b x etc in alphabetical order.- If the reference ends in A followed by a number, an option is available (see page 10185/5).

Straight lengths

The nominal length “L” of a straight length is measured from joint axis to joint axis, in millimetres (the joint axis is located20 mm beyond the end of the bars).

Example :A KTC straight length, rating 1000 A, 3L + N + PE, 1820 mm long, has the following reference :KTC-10ET42BL = 1820


a

A

Cover fixing hole(for locating)

Upper joint cover

Neutral Lower joint coverJoint block

40

280

L

==

L1L2L3NPE

Joint axis

L

2/75Te


Procedure for ordering a made to measure component (continued)

Flat elbows

The nominal length of each limb is measured from the jointaxis to the axis of the other limb, in millimetres. The jointaxis is located 20 mm beyond the end of the bars.

Example :A KTC flat elbow, rating 1000 A, 3L + N + PE, type LP, N1 :- length of limb a = 301 mm- length of limb b = 500 mm- angle = 130°

has the following reference :KTC-10LP42B12301 x 500 x 130°

Edgewise elbows

The nominal length of each limb is measured from the jointaxis to the axis of the other limb, in millimetres. The jointaxis is located 20 mm beyond the end of the bars.

Example :A KTC edgewise elbow, rating 1000 A, 3L + N + PE, type LC :- length of limb a = 301 mm- length of limb b = 500 mm

has the following reference :KTC-10LC42B301 x 500

Zed units

The nominal length of each limb is measured from the jointaxis to the axis of the other limb, in millimetres. The jointaxis is located 20 mm beyond the end of the bars.The nominal length of the intermediate limb(s) is measuredfrom limb axis to limb axis.

Example :A KTC 4 limb zed unit, rating 1000 A, 3L + N + PE, ZL, type N3 :- length of limb a = 300 mm- length of limb b = 400 mm- length of limb c = 500 mm- length of limb d = 300 mm

has the following reference :KTC-10ZL42B3300 x 400 x 500 x 300


abα

b

a

b

a

c

d

2/76 Te


Procedure for ordering a made to measure component (continued)

End feed box

N2 type end feed boxes

On the second order line, indicate the nominal length oflimb a (length measured to the joint axis, axis located20 mm beyond the end of the bars) and then the outletdistances starting from the Neutral or, failing that, from L3.

Example :A straight end feed box for KTC run, rating 1000 A, 3L + N+ PE, type N2 :- length of limb a = 450 mm- distance between N and L3 = 100 mm- distance between L3 and L2 = 120 mm- distance between L2 and L1 = 150 mm

has the following reference :KT0-10ER41A02450 x 100 x 120 x 150

N8 type end feed boxes

On the second order line, indicate the nominal length oflimb a, then that of limb b (lengths measured to the jointaxes, axes located 20 mm beyond the end of the bars) andthen the outlet distances starting from the Neutral or, failingthat, from L3.

Example :A flat elbow end feed box, flat outlets for KTC run, rating1000 A, 3L + N + PE, type N8 :- length of limb a = 500 mm- length of limb b = 400 mm- distance between N and L3 = 250 mm- distance between L3 and L2 = 180 mm- distance between L2 and L1 = 250 mm

has the following reference :KT0-10ER43D08500 x 400 x 250 x 180 x 250

Note : If the run has a feed unit at each end, an additional joint block will be required.


L1L2

L3N

a

b

a

L3

L2

L1

N

2/77Te


Options, installation precautions

Options

The degree of protection for standard references is IP 52. To obtain degree IP 54, “A1” should be added at the end of thestandard reference (degree IP 54 can only be obtained by factory assembly). Similarly, if the trunking is to be mountedoutside, “A2” should be added at the end of the standard reference. The product is supplied as IP 54 with an aluminiumcover.

IP 52 + option A1 = IP 54 IP 52 + option A2 = IP 54 + cover(edgewise only) (mounted outside

edgewise only)

Installation precautions

Edgewise feed

Flat feed

min min

min

270 270

100

100

50


2/78 Te


Installation precautions (continued)

Edgewise distribution

The fixing distance takes into account the minimum measurement of 100 mm and measurements x of the tap-off units(see pages 10184/2 and 10184/3).

Flat distribution

Fixing distance


3000

100

E

x x

1000

min

min

500

min


Installation precautions

Vertical mounting for rising main distribution

i Positioning of lengthsIf you use floor height lengths (from 2.50 to 4 metres),position the first joint correctly so that the tap-off outletsare accessible and the fixing device can be mounted. Toensure this, a minimum distance of 500 mm between thefloor and the first joint axis is required.This operation requires a made to measure componentL1.

i Mounting the fixing bracketThe fixing bracket is supported from the floor and boltedto the trunking (this may require some site work).

Clamping braids and vibration absorber connection bars

Example i When connecting to the transformer or switchboard, etc,via flexible bars (braids) or semi-rigid bars (vibrationabsorber bars), a clamp is required every 300 mm.

Using an expansion unit

When the run has a blocking component at one or both ends (end feed box, elbows, tees, etc), above a height of 30 metresan expansion unit should be used. There should be one expansion unit for every 30 metre section.


Tap-off outlet

KTC reference (pleaseconsult your Regional SalesOffice)

2/79Te

L110

00

≥ 50

0

800

300

300

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