Test Voltages for
6/10 kV = 15 kV
12/20 kV = 30 kV
18/30 kV = 45 kV
MinimumBending
Radius During installation
max. 15x cable Ø
Power Ratings
Table See Technical Information
Code-Designation for
Power Cables with PVC or XLPE Insulation
Design
Identification
of Design
Explanations
Conductor
N
According
to VDE Standard
(No abbreviation for copper conductor)
A
Aluminum conductors
Y
Insulation of thermoplastic
Polyvinyl chloride (PVC)
2X
Insulation cross-linked
Polyethylene (XLPE)
Concentric
Conductor, Shielding
C
Concentric
conductors of copper wires and copper tape,
helically wounded
CW
Concentric conductors
of copper wires in wave conal formation
and and copper tape, helically wounded
CE
Concentric conductors
of copper wires and copper tape over each
individual conductor, helically wounded
Shielding
S
Shielding of copper wires
and copper tape, helically wounded
SE
Shielding of copper wires
and copper tape over each individual conductor,
helically wounded
(F)
Longitudinally water-proof
shielding
Armor
B
Armor of steel tape
F
Armor of galvanized flat
steel wires
G
Counter helix of galvanized
steel tape
Jacket
K
Lead jacket
Outer
Jacket
Y
PVC jacket
2Y
PE jacket
Cable
for U0/U 0.6/1 kV are
additionally designated with
-J
Cables with green-yellow
(green-natural) conductor are marked with
protective conductor
-O
Cables without green-yellow
(green-natural) conductor are marked without
protective conductor
Approvals
Cable
Construction
Circular bare aluminum-conductor
of stranded wires to HD 383
Inner semi-conducting coating
Conductor insulation of cross-linked
Polyethylene (XLPE), PE-compound
DIX8 to HD 620.1
Outer extrusion of semi-conducting
coating spliced with the insulation
Wrapping of conductive material
Shield: Braiding of copper wires
with one or two tapes applied helically
Wrapping
PE-outer jacket black, compound
DMP2 to HD 620.1
Jacket color: Black
Application
Suitable
for indoor installation and
in cable ducts, outdoors,
underground and in water
as well as for installation
on cable trays for industries,
switch-boards and power stations.
The PE-outer jacket is resistant
to high mechanical stress
for laying the cables. This
PE-jacket is not flame-resistant
(does not conform the test
method B, as per VDE 0472
part 804).
The inner conducting layer
between the conductor and the
XLPE insulation and the firmly
bonded outer conducting layer
on the XLPE insulation assures
a construction free of partial
discharges with high operational
reliability.
Properties
The materials used in manufacture
are cadmium-free, contain
no silicone and are free from substances
harmful to the wetting properties
of lacquers
Installation Notes To guarantee an optimum
on operating reliability the extruded
semi-conductive layer is spliced
with the insulation for long duration.
For this reason, we recommend a
peeling tool for installation.
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Centennial, CO 80112-4221 USA
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All-weather, Rubber & Welding
Power Cables, Medium Voltage
Power / Underground Cable & Ground Conductor
