Data Sheet

dbl_nh3.pdfIssue23.11.2018 · Klaus Faber AG · Lebacher Straße 152 – 156 · 66113 Saarbrücken · Germany · Phone [phone] · Fax -289
FRNC power cable (N)HXH
FE180/E30 acc. to VDE 0266
Conductor material: copper, bare
Conductor class: class 1, from 25 sqmm class 2
Insulation: FRNC-compound HI1
Sheathing material: FRNC-compound HM1
Colour outer sheath: orange
Flame-retardant: VDE 0482-266-2-4/IEC 60332-3-24 (Cat. C)
Smoke density: DIN EN 61034/IEC 61034
Halogen-free: DIN EN 50267/IEC 60754
Fire-resistant: FE 180
Circuit integrity: E30
Maximum permitted
conductor temperature:
90 °C
Permitted outer cable
temperature, fixed:
-5 - +70 °C
Bending radius, fixed
installation:
12 x DA
(N)HXH-O E30 (N)HXH-J E30
Nominal voltage Uo: 600 V 600 V
Nominal voltage U: 1 kV 1 kV
Maximum permitted
operating voltage in three-
phase systems:
1,2 kV 1,2 kV
Test voltage: 4 kV 4 kV
Protective conductor: no yes
Core identification: colours acc. to HD 308;
more than 5 cores: numbers
colours acc. to VDE 0293 (HD 308);
more than 5 cores: gn-ye + numbers
Application: For installation in dry and wet rooms, also for direct bedding in concrete, but not for direct burial in the
ground and not for use in water. The cable has improved properties in case of fire and may be used in public buildings
with high safety requirements. The cable is halogen-free, has a low smoke density and is fire-resistant according to
VDE 0472 part 814 (180 min. = IEC 60331). Furthermore the cable passed the test of 30 min. circuit integrity according
to DIN 4102 part 12 (E 30) for all so-called standard installation systems (ladder, tray and ceiling) and is suitable for
installation in fire alarm systems, safety lightning and other emergency electrical supply systems according to VDE
0108. A special test certificate about the circuit integrity is issued by -The Civil Engineering Materials Testing Institute-.
For calculation of electrical systems with circuit integrity has to be considered that electrical resistance of copper
conductors at 800 °C is approximately four times higher than at 20 °C and the current carrying capacity is reduced
respectively.
The products and information presented here are for technical calculation only. They are subject to technical progress and in no way represent the
ability of shipment. Outer diameters are approximately.