Poznámky redaktora
copper wire, tinned
copper wire, tinned
AWG-No.
weight
kg km
Outer Ø
approx.
Weight
approx.cores x
cross-sec. These cables are non-flammable and resistant acids, alkalis, solvents, oil and petrol. mm
No.
Application
This cables are predominantly used for installing control cabinets subjected high thermal effects well brickworks, heaters, kitchen fitments
and measuring appliances well the chemical industry.
kg km
Cop. DIN VDE 0482-332-1-2,
DIN 60332-1-2, IEC 60332-1 (equivalent
DIN VDE 0472 part 804 test method B)
Ⴠ Radiation resistance
up 1x106 cJ/kg (up Mrad)
Note
Ⴠ with green-yellow conductor
Ⴠ without green-yellow conductor (OZ)
Ⴠ AWG sizes are approximate equivalent
values. mm
No.
weight
kg km
Outer Ø
approx.5, fine-wire,
BS 6360 cl.
mm²
Part no.5
Ⴠ Ⴠ
Fluorinated polymeric insulation FEP
(Fluorethylenepropylene)
Higher insulation resistance
Ⴠ Low dielectric loss
Ⴠ Temperature range
-100°C +205°C
(for short time +230°C)
Ⴠ Not flammable
Ⴠ Core insulation FEP-HELUFLON®
Ⴠ Resistant micro-cultures
Ⴠ Core identification DIN VDE 0293-308
- 0,25 mm² cores coloured
- from 0,5 mm² black cores with
continuous white numbering
Ⴠ not permit any fungus-formation
Ⴠ Conductor temperature range
bare copper +130°C
tinned copper +180°C
silver pl.cores x
cross-sec.HELUFLON®-FEP-6Y multi core, fluorinated polymeric materials,
-100°C +205°C
Properties
Cable structure
Technical data
Ⴠ Copper-conductor, bare, tinned, silver
to DIN VDE 0295 cl. The actual cross-section mm².
kg km
Cop. AWG-No.5, IEC 60228 cl.
Weight
approx. GOhm Sheath colour black (RAL 9005)
Ⴠ Minimum bending radius
flexing 15x cable Ø
fixed installation cable Ø
Tests
Ⴠ self-extinguishing and flame retardant
acc.
= The product conformed with the Low-Voltage Directive 2006/95/EC.
0,18 mgr/cm² hours)
Ⴠ Nominal voltage 600 Cores stranded layers with
optimal lay-length
Ⴠ Test voltage 2500 The materials used manufacture are
cadmium-free and contain silicone
and free from substances harmful to
the wetting properties lacquers
Ⴠ Outer sheath FEP-HELUFLON®
Ⴠ Insulation resistance
min.
24
17,0
5,0
2,7
2 0,25
24547 18
113,0
67,0
6,0
7 1
24566
18
220,0
115,2
8,0
12 1
24273
24
22,0
7,5
2,9
3 0,25
24548
24
27,0
10,0
3,2
4 0,25
24549 18
321,0
173,0
9,5
18 1
24274
18
458,0
240,0
11,2
25 1
24275
24
34,0
12,5
3,5
5 0,25
24550
24
46,0
17,5
3,9
7 0,25
24551 16
45,0
29,0
4,9
2 1,5
24501
20
21,0
9,8
3,3
2 0,5
24552 16
70,0
43,0
5,3
3 1,5
24502
16
98,0
58,0
5,8
4 1,5
24503
20
32,0
14,7
3,5
3 0,5
24553
20
44,0
19,6
3,9
4 0,5
24554 16
117,0
72,0
6,5
5 1,5
24504
16
184,0
101,0
7,2
7 1,5
24505
20
55,0
24,5
4,3
5 0,5
24555
20
70,0
34,3
4,8
7 0,5
24556 16
326,0
173,0
10,2
12 1,5
24276
16
504,0
260,0
12,3
18 1,5
24277
19
31,0
14,4
3,6
2 0,75
24557
16
682,0
360,0
14,0
25 1,5
24278
19
46,0
21,6
3,9
3 0,75
24558
14
121,0
72,0
6,4
3 2,5
24279
19
58,0
29,0
4,3
4 0,75
24559
19
69,0
36,0
4,7
5 0,75
24560 14
182,0
96,0
7,0
4 2,5
24280
14
240,0
120,0
7,9
5 2,5
24281
19
92,0
50,0
4,8
7 0,75
24561
14
316,0
168,0
8,7
7 2,5
24282
18
41,0
19,0
4,1
2 1
24562
12
212,0
115,0
7,5
3 4
24283
18
55,0
29,0
4,4
3 1
24563
18
71,0
38,0
4,9
4 1
24564 12
304,0
154,0
8,3
4 4
24284
12
386,0
192,0
9,2
5 4
24285
18
88,0
48,0
5,5
5 1
24565
Continuation Ⴇ
227
Heat resistant Cables
E
. copper +200°C
Ⴠ Absolute ozone resistant
Ⴠ Absolute weather resistant
Ⴠ Water absorption <0,01%
Ⴠ GN-YE conductor, cores and above Minimal water vapour permeability (approx.
mm²
Part no
