Datasheet

dbl_nhxmh.pdfIssue24.03.2017 · Klaus Faber AG · Lebacher Straße 152 – 156 · 66113 Saarbrücken · Germany · Phone +49 681 9711-0 · Fax -289
LSOH building wire NHXMH-
J/-O acc. to VDE 0250 T. 214
conductor material: bare copper
insulation: XLPE 2XI1
sheathing material: FRNC-compound HM2
flame retardant: VDE 0482-266-2-4/IEC 60332-3-24 (Kat. C)
smoke density: DIN EN 61034/IEC 61034
halogen free: DIN EN 50267/IEC 60754
max. operating temperature,
fixed:
-40 - +70 °C
temperature, moved/during
installation:
5 - 70 °C
NHXMH-J NHXMH-O
nominal voltage Uo: 300 V 300 V
nominal voltage U: 500 V 500 V
test voltage: 2 kV 2 kV
core identification: colours acc. VDE 0293 (HD308) colours acc. VDE 0293 (HD308)
Application: Low-smoke zero-halogen flame retardant building wire for installation on and under plaster, in cable ducts
and conduits. For indoor use only.
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.
Table: Technical characteristics NHXMH-J
p/n part name
.
R
l.
[Ω/km]
I
bl.
[A]
R
bv.
[mm]
D
A.
[mm]
Cu
.
[kg/km]
G
.
[kg/km]
020278 NHXMH-J 01X1,5 GR RE 12,1 14 78 5,2 15 75
020279 NHXMH-J 01X2,5 GR RE 7,41 18 84 5,6 24 85
020232 NHXMH-J 01X4 GR RE 4,61 24 105 7 39 135
020280 NHXMH-J 01X6 GR RE 3,08 31 111 7,4 58 150
020281 NHXMH-J 01X10 GR RE 1,83 41 117 7,8 96 200
020233 NHXMH-J 01X16 GR RM 1,15 55 144 9,6 154 295
020282 NHXMH-J 01X25 GR RM 0,727 80 180 12 240 350
020185 NHXMH-J 03X1,5 GR RE 12,1 14 103,2 8,6 43 130
020188 NHXMH-J 03X2,5 GR RE 7,41 18 114 9,5 72 165
020206 NHXMH-J 03X4 GR RE 4,61 24 128,4 10,7 115 235
020207 NHXMH-J 03X6 GR RE 3,08 31 147,6 12,3 173 320
020208 NHXMH-J 03X10 GR RE 1,83 41 177,6 14,8 288 480
020192 NHXMH-J 04X1,5 GR RE 12,1 14 110,4 9,2 58 150
020209 NHXMH-J 04X2,5 GR RE 7,41 18 122,4 10,2 96 200
020187 NHXMH-J 04X4 GR RE 4,61 24 146,4 12,2 154 300
020189 NHXMH-J 04X6 GR RE 3,08 31 158,4 13,2 230 395
020210 NHXMH-J 04X10 GR RE 1,83 41 189,6 15,8 384 595

Summary of content (2 pages)