Legrand Zucchini busbar catalogue 2013...the backbone of modern buildings

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Pack Cat. Nos. Internal fire barrier
Meets class S120 (EN 1366-3, DIN
4102-09)
Internal fire barriers are not
required for 800 to 2000 A
aluminium systems, or 1000 to
2 500 A copper systems but can
be supplied with all other trunking
components
1 6531FB01 Internal fire barrier
External fire barriers
Meets class S120 (EN 1366-3, DIN
4102-09)
External fire barriers can be used
on any trunking component in
compliance with the operating
instructions (see p. 96)
Please specify the required
position of the fire barrier when
ordering (see p. 96)
External single bar
Aluminium Copper Rating (A)
1 652EFB01 630, 800, 1000, 1250
1 652EFB02 1600
1 652EFB03 2000
1 652EFB01 800, 1000, 1250
1 652EFB02 1600, 2000
1 652EFB03 2500
External double bar
Rating (A)
1 653EFB02 2500
1 653EFB03 3200
1 653EFB04 4000
1 653EFB02 3200
1 653EFB03 4000
1 653EFB04 5000
SCP super compact busbar
fire barriers and end stops
Pack Cat. Nos. End stops
Maintain IP 55 protection at the
end of the run
Single bar
Aluminium Copper Rating (A)
1 65283101P 630 to 1250
1 6528 3101P 800 to 1250
1 65283102P 1 600
1 6528 3102P 1 600 to 2000
1 65283104P 2 000
1 6528 3104P 2 500
Double bar
Rating (A)
1 65393102P 2500
1 6539 3102P 3200
1 65393103P 3 200
1 6539 3103P 4 000
1 65393104P 4 000
1 6539 3104P 5 000
Single bar external
fire barrier End stop
High power busbar from 630 A to 4000 A with aluminium alloy conductors and from 800 A to 5000 A with copper conductors
SCP complies with BS EN 60439-2
Designed to be maintenance-free, except for the periodic and compulsory inspections required by the Standard IEC 60364
Supplied with electrical junction monobloc system pre-installed
Key : How to select the correct configuration of bar
The 4th digit of an SCP Cat. No. determines the busbar configuration
All examples on this page show 4 conductor versions, ie. 8 or 9;
5 conductor and 200% neutral versions are available by substituting
the 4th digit with 4, 5 , 6 or 7, as shown below
3L + N + PE 3L + N + FE+ PE 3L + 2N + PE
Single bar 8 4 5
Double bar 9 6 7