MCMK 4-core
Power cables
1 kV power cable with PVC insulated copper conductors
Application
Construction
For fixed installation indoors, outdoors and underground
as well as in building structures, e.g. directly in concrete.
Not for installations subject to severe electrical interference (see MCCMK).
CE, FI, S, EEI
Conductor . . . . . .annealed copper;
1,5–6 mm2 – solid round;
10 and 16 mm2 – stranded, round (RM)
Insulation . . . . . . .lead-free PVC
Laying up . . . . . . .three phase conductors stranded
together
Filling . . . . . . . . . .filling compound
PE conductor . . . .concentric layer of copper wires and an
open helix of parallel copper wires
Sheath . . . . . . . . .black, lead-free PVC compound
Rated voltage
Identification of cores
U0/U=0,6/1kV,Um=1,2kV
Colour marking . .brown, black, grey
According to HD 308 S2:2002.
Standards
SFS 4880, HD 603-3F S1, IEC 60502-1, IEC 60332-1
Certificate/approval
Temperature range
Highest permissible conductor temperature:
– in continuous operation . . . . . . . . . . . . . . . . . . . . . . . 70˚C
– in a short circuit (duration up to 5 s) . . . . . . . . . . . 160˚C
Lowest recommended temperature during laying. . . –15˚C
Basic cable data
EAN code
Construction data
External cable diameter (1)
Weight (1)
Delivery data
Standard delivery length
Drum
Total weight (1)
cable + drum
Mechanical data (2)
Min permissible bending radius during laying
Min permissible bending radius at final installation (3)
Max permissible pulling force, pulling by phase conductors
Electrical data (2)
Maximum DC resistance of
conductor 20˚C
Maximum AC resistance of
conductor 70˚C
Maximum DC resistance of
PE conductor 20˚C
Inductance (1)
Operating capacitance (1)
Current ratings (2)
In ground
conductor 70˚C
In air
conductor 70˚C
Short circuit currents (2)
Max permissible short circuit current for 1 second phase conductor (4)
PE conductor (5)
Manufacturer, product name, FI-mark, year and week of
manufacture, meter marking
MCMK
MCMK
MCMK
3x1,5/1,5 1 kV 3x2,5/2,5 1 kV 3x6/6 1 kV
06 021 52-9 06 021 53-6
06 021 55-0
MCMK
MCMK
3x10/10 RM 1 kV 3x16/16 RM 1 kV
06 021 56-7
06 021 57-4
mm
kg/km
kg/km
12
54
190
13
88
240
17
212
450
20
357
680
23
570
970
m
kg
1000
K8
220
1000
K9
290
500
K8
260
500
K9
390
500
K11
570
m
m
kN
0,15
0,10
0,22
0,16
0,11
0,37
0,21
0,15
0,90
0,24
0,16
1,5
0,28
0,19
2,4
Ω/km
Ω/km
Ω/km
mH/km
µF/km
12,1
14,5
12,1
0,34
0,25
7,41
8,87
7,41
0,32
0,30
3,08
3,69
3,08
0,30
0,35
1,83
2,19
1,83
0,28
0,40
1,15
1,38
1,15
0,26
0,40
A
A
26
14
35
20
57
33
77
62
100
82
kA
kA
0,18
0,24
0,30
0,42
0,7
1,0
1,1
1,7
1,8
2,7
64 100+
copper
cable
Marking
1) Approximate value.
2) See the basic assumptions at general information of products.
3) Final installation with careful single bending.
4) Initial temperature of conductor before short circuit 70˚C, final temperature of conductor after short circuit 160˚C.
5) Initial temperature of PE conductor before short circuit 60˚C, final temperature of PE conductor after short circuit 160˚C.
AS Draka Keila Cables
www.draka.ee
Member of Prysmian Group
www.prysmian.com
Paldiski Road 31
76606 Keila, Estonia
Phone +372 674 7466
Fax
+372 674 7468
The technical specifications may
change any time without prior notice.