Low voltage power cables
for overhead lines with supporting neutral
Al/R
Uo/U - 0.6/1 kV
Standard: NF C 33-209
Al conductors • XLPE insulation
Application
The power cables with cross-linked polyethylene (XLPE) insulation for overhead lines are designed for electrical
installations with alternating power networks with nominal voltage Uo/U 0.6/1 kV or in direct power networks
with maximum voltage according to land 0.9 кV.
The cables with supporting (bearing) zero conductors are used for building networks in city and urban areas
and the self-supporting type cables are for building distribution networks in these areas.
Cables for overhead installations may be used in different types of installations: on free hanging facades;
between posts; on fixed facades; trees and poles. Interception of forest areas without the need of clearance and
maintenance of openings is allowed.
-Cables with supporting zero conductor, the whole bundle is suspended and carried by the supporting
conductor, which is made of aluminum compound.
- Self-supporting construction, suspension and carrying of the whole bundle is done by the phase
insulated conductors.
Bundles can include one or two additional conductors for public lighting and control pair.
Cable construction
Construction
Conductor
phase(main) М
- neutral (supporting) N
-additional for lighting R
Insulation
Color
Marking:
According to NF C 33-209
Al stranded compacted or
Non-compacted according
to NF C 33-209
AL stranded according to
NF C 33-209
Al stranded compacted or
non-compacted according
to NF C 33-209
XLPE with min. 2% carbon
black content
Constructions twisted into a
bundle include:
- phase (main) insulated
cores(М)
- neutral supporting
insulated core ( N )
- one, two, or three
additional reduced
insulated cores for lighting (
R)
black
raised with paint:
- phase ( М ) – with
numbers 1;2;3
- supporting 0 core( N )
ELKABEL NF C 33-209
additional cores for lighting
( R ) - EP1 and EP2
Technical data
According to NF C 33-209
Conductor resistance at
o
20 C
Operating temperature
о
90 С continuous operation
Overload temperature
130оС /100h/per year мах./
Short circuit temperature
250оС /5 s max./
Nominal voltage
Uo/U 0.6/1 kV
0.9 kV
АС
DC
Highest system voltage
AC, not more than
Test voltage:
АC -15 min
DC - 15 min
1.2 kV
4 kV
10 kV
between cores - 3.5 кV
between core and armor - 3.5 кV
Bending radius, min.
- 18x D cable
Temperature of laying
no less than - 10оС
recommended 15 оС
Resistance at 200С:
16 - 1.91 Ω/км
70 - 0.443Ω/км 25
- 1.20 Ω/км
95 - 0.320Ω/км
35 - 0.868Ω/км 120 - 0.253Ω/км
50 - 0.641Ω/км 150 - 0.206Ω/км
54.6Alm - 0.63Ω/км;70Alm- 0.5Ω/км
Supported neutral
breaking strength min.
95Alm - 0.343Ω/км
for 54.6 - 16.6кN
for 70 - 20.50kN
for 95 - 27.50кN
Construction data
Al/R 0.6/1 kV
Allowed current in
distribution networks
mm
Allowed
current in
power
supply
networks
А
А
walls/air/facades
kg/km
kg/km
1.2
1.4
1.2
1.4
15
18
18
22
-
72 / 93 / 83
95 / 122 / 111
63 / 83 / 75
83 / 111 / 99
91
142
183
285
125
165
260
395
3x25+54.6Alm
3x25+54.6Alm+Kx16
3x35+54.6Alm
3x35+54.6Alm+Kx16
3x50+54.6Alm
3x50+54.6Alm+Kx16
3x50+54.6Alm+Kx25
3x70+54.6Alm
3x70+54.6Alm+Kx16
3x70+54.6Alm+Kx25
1.4/1.6
1.4/1.6/1.2
1.6/1.6
1.6/1.6/1.4
1.6/1.6
1.6/1.6/1.2
1.6/1.6/1.4
1.8/1.6
1.8/1.6/1.2
1.8/1.6/1.4
30
30
33
33
36
36
36
37
40
40
112
112 / 83
138
138 / 83
168
168 / 93
168 / 111
213
213 / 83
213 / 111
-
369
460
455
546
583
674
725
754
845
896
505
635
615
745
725
860
925
950
1080
1150
3x70+70Alm
3x70+70Alm+Kx16
3x70+70Alm+Kx25
1.8/1.5
1.8/1.5/1.2
1.8/1.5/1.4
41
41
41
213
213 / 83
213 / 111
-
798
889
940
984
1115
1185
3x95+54.6Alm
3x95+54.6Alm+Kx16
3x95+54.6Alm+Kx25
1.8/1.6/
1.8/1.6/1.2
1.8/1.6/1.4
44
44
44
258
258 / 83
258 / 111
-
967
1059
1110
1195
1325
1355
3x95+70Alm
3x95+70Alm+Kx16
3x95+70Alm+Kx25
3x120+70Alm
3x120+70Alm+Kx16
3x120+70Alm+Kx25
1.8/1.5
1.8/1.5/1.2
1.8/1.5/1.4
1.8/1.5
1.8/1.5/1.2
1.8/1.5/1.4
44
44
44
46
46
46
258
258 / 83
258 / 111
300
300 / 83
300 /111
-
1011
1102
1154
1225
4828
1368
1355
1615
1485
1445
1575
1610
3x120+95Alm
3x120+95Alm+Kx16
3x120+95Alm+Kx25
1.8/1.6
1.8/1.6/1.2
1.8/1.6/1.4
47
47
47
300
300 / 83
300 / 111
-
1296
1387
1439
1535
1660
1735
3x150+70Alm
3x150+70Alm+Kx16
3x150+70Alm+Kx25
1.7/1.5/
1.7/1.5/1.2
1.7/1.5/1.4
48
48
48
344
344 / 83
344 / 111
-
1482
1573
1624
1670
1795
1870
Number of conductors
and nominal cross
section
Thickness of
insulation
M/N/R
Diamete
r of
bundle
approx.
n х mm2
mm
2x16
2x25
4x16
4x25
Note: 1. "К" – is the number of conductors for public electricity and
can accept values of 0; 1; 2 or 3.
2. Mass of core and cable are shown in К=2
Mass of
Аl cores
approx.
Аl/R
Cable weight
approx.