cores Function core
L
1(-O)
N
1(-J)
PE
2(-O)
LN
2(-J)
LPE
3(-O) 3(-J 3a(-O) 4(-O) 4(-J )
3L LNPE 2LN 3LN 3LPE
4a(-J)
2LNPE
5(-O)
4LN
5(-J)
3LNPE
Preventive fire protection
Yellow-green (PE) Blue (N) Brown (L) Black (L) Grey (L) Phase conductor Neutral conductor Protective conductor Colour code for cables cores Phase conductor Black with white number printing Protective conductor Green-yellow only for certain applications)
Cable printing
In order guarantee the retraceability, all pyrofil® cables are identified with the production batch. Two pairs Pair a-core blue, b-core red Pair a-core grey, b-core yellow Remark: Only two pair cable Quad Three Pair Pair Pair Pair Core pairs and more a-core blue, b-core red a-core grey, b-core yellow a-core green, b-core brown a-core white, b-core black
Support systems
PPair 4
Core a
Fixing devices
Firestop systems
Ring Ring Ring Ring
group group group group
1 Identification bundles
Each bundle part ring group.Bd
Basic colours insulation the star quads bundle Quad: Basic colour all cores red Quad: Basic colour all cores yellow Quad: Basic colour all cores green Quad: Basic colour all cores white Quad: Basic colour all cores grey The cores quad are identified rings Circuit Circuit a-Core b-Core a-Core b-Core The bundle where counting has started identified red plastic tape. Remaining bundles are identified white neutral tapes. pair Helix
I
II
III
IV
I
II
III
IV
I
II
III
IV
I
II
III
IV
Accessories
Core colours wiring cables J-H(ST)H. Ring colour
Ring group consist...
P-114
Informations
Technical changes reserved.Colour codes accordance with VDE, CENELEC and SEV standards
Core colours accordance with DIN VDE 0293 308 01/2003 (CENELEC 308 10/2001)
No.Bd
1..
. Printing example DAETWYLER PYROFIL KERAM FE180 MM2» «PRODUCTION BATCH» «METER MARKS»
Safety cables
Core colours accordance with VDE 0815 for fire alarm cables JE-H(ST)H.
Bundle no. All cores bundle are identified the ring colour plastic helix with printed numbers. The „meter marking“ simplyfies the cable handling. Counting started inside layer.. of
1 I
2 II
3 III
4 IV
5
6
7
8
9
10
11 12
13 14
15 16
17
18
19
20
Distribution boxes
4 cores
8 cores resp
