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MKXXS005
Co
nten
ts
Company ProfilePage
02
Product RangePage
03
Constructional FeaturesPage
04
Plant and MachineryPage
05
MV Cables Testing Facility
Oman Cables Quality Assurance
Notes on FRlS and FR Sheathed Cables
Technical Section
Page
06
Page
07
Page
08
Page
09
Section Cable Type Conductor Type Table Page No.
A Single Core Unarmoured Cables Copper
Aluminium
1 To 5
6 To 10
11 To 15
16 To 20
B Single Core Aluminium Wire
Armoured Cables
Copper
Aluminium
1 To 5
6 To 10
21 To 25
26 To 30
C Three Core Unarmoured Cables Copper
Aluminium
1 To 5
6 To 10
31 To 35
36 To 40
D Three Core Steel Wire Armoured
Cables
Copper
Aluminium
1 To 5
6 To 10
41 To 45
46 To 50
E Three Core Steel Tape Armoured
Cables
Copper
Aluminium
1 To 5
6 To 10
51 To 55
56 To 60
F Rating Factors and other Technical Details 1 To 17 65 To 84
2 MKXXS005 01/08/2015
Oman Cables Industry (SAOG) develops, manufactures and markets a totally integrated variety of electrical products, which include medium voltage power cables, low voltage power and control cables, pilot cables, overhead power transmission line conductors and building wires.
OCI offers cables with special features suitable for different types of applications, environmental conditions or as per customer requirement.
Flame Retardant Properties
low Smoke and Fume (lSF) Properties
Cables with Anti-Termite Sheaths
UV Resistant Outer Sheath
lead Sheath
The manufacturing facilities are situated within the largest industrial complex in Muscat, The Sultanate of Oman, with its offices and factory presently occupying an area of 135000 sqm with future expansion plans in mind. OCI have equivalent facilities in Sohar, Oman at its Aluminum manufacturing facility and together has a capacity of copper and aluminum of more than 120,000 MT annually.
Oman Cables Industry (SAOG) has its offices in Oman, UAE, Qatar, and KSA and has an extensive network of distributors and agents throughout MENA, Asia and Europe.
Company Profile
3MKXXS005 01/08/2015
Product Range
Voltage Grade : 3.6/6/7.2 kV To 18/30/36 kV (uo/u/um) As Per IEC-60502-2 (Equivalent 3.8/6.6/7.2 kV To 19/33/36 kV - (uo/u/um) As Per BS 6622)
Conductor : Copper or Aluminium
Conductor Size : 25 To 1000 Sq. mm
Specification : IEC 60502 Part 2, BS 6622, or Any Other International specification covering above voltage range
uo : Nominal Phase To Earth Voltage
u : Nominal Phase To Phase Voltage
um : Maximum Phase To Phase Voltage
Special Features
OCI can also offer cables with different sheathing, screening, taping & armouring options as per customer’s specific requirements. We can also offer cables suitable for superior fire performance characteristics as well as with low smoke & fume (lSF or lSOh/lSzh) properties. Special features like longitudinal water sealing of conductors & CU screens, radial water sealing of CU screens as well as different colour of outer sheath can be provided on request.
The cable design in this catalogue conforms to IEC 60502 Part 2 & in most cases to BS 6622. however if requested, we can separately offer guaranteed technical particulars for cables as per different international specifications or specific customer needs.
4 MKXXS005 01/08/2015
Conductor
We can offer cables with both copper or aluminium conductors. Conductors upto 1000 sq mm will be circular compacted & stranded and shall comply with IEC-60228 Class 2.
Conductor screen
This will be an extruded layer of semiconducting XlPE applied under simultaneous triple extrusion process over the conductor along with the insulation and the insulation screen.
Insulation
This will be an extruded layer of insulating grade XlPE applied over conductor screen under triple extrusion process along with conductor screen and insulation screen.
Insulation screen
This will be a layer of semiconducting XlPE which will be applied by tripe extrusion process over the insulation.
Metallic screen
It will consist of a layer of copper tape applied helically with overlap over insulation screen. Other combinations of metallic screens as per customer’s requirement can also be provided on request.
Laying-up
In case of three core cables, the three cores are laid up with non hygroscopic fillers like polypropylene (PP) fillers at interstices and a binder tape is applied with an overlap. These binder tapes can be a PVC or Polyethylene, or Polypropylene or Polyester.
Inner Sheath (Bedding)
Extruded layer of PVC or PE is applied over the laid-up cores. PVC is normally of grade ST2 or PE of grade ST7 as per IEC 60502 Part 2.
Armour
In case of Armoured cables, the armour is applied over inner sheath. For Single core cables this is of aluminium wires and for multicore cables the armour can be of one among the following options:-
a) Galvanized steel wire.
b) Galvanized steel tape.
The armour is applied helically over the inner sheath.
Outer sheath
An extruded layer is applied over the armour in case of armoured cables and over the laid-up cores (for multi core)/copper screen (for single core) in case of unarmoured cables. Outer sheath material can be either PVC of grade ST2 or PE of grade ST7 as per IEC-60502 Part 2.
Special features which we can offer
• Water tight construction (both radial & longitudinal for Cu screen and longitudinal for conductor)
• Strippable insulation screen
• TR-XLPE insulation
• Metallic screen of multiple layers of copper tapes or a combination of copper wires and tapes to increase the earth fault current carrying capacity.
• Increased armour conductivity by way of insertion of tinned copper wires in armour.
• UV resistant coloured outer sheath.
• LSF (Low Smoke & Fume) (LSOH/LSZH) MV cables as per BS 7835 with lSF (lSOh/lSzh) inner/outer sheath.
• Flame Retardant MV cables conforming to IEC 60332
• FR-PVC or FRRT - PVC or FRLS-PVC inner sheath and/or outer sheath
• Graphite coating on outer sheath.
Constructional Features
5MKXXS005 01/08/2015
Triple Head Extrusion - CCV Plant
The medium voltage cable manufacturing facility at OCI is the most modern facility available in the region today with the state of the art machinery & equipment supplied by the biggest & the best names in the cable manufacturing machinery industry. The entire MV cables manufacturing plant at OCI is fully air-conditioned with humidity control to ensure contamination free atmosphere, the only kind in the whole of Middle East.
The heart of the MV cables manufacturing facility is the CCV line. These lines are supplied by Maillefer, Finland and incorporates some of the most modern features like,
• Triple extrusion head to ensure superior quality of extrusion and uniform bonding of conductor screen, XlPE insulation & the insulation screen.
• In line X-ray machine for checking proper concentricity of all 3 layers of Insulation as well as measuring thickness of extruded materials, ovality and overall diameter.
• CDCC - Completely Dry Curing & Cooling in an inert atmosphere of nitrogen.
• Fully Computerized auto-cure control system which controls all driving parameters to achieve best curing of extruded materials.
• Fully automatic compound handling system ensuring a contamination free line, which is
absolutely essential to achieve a superior quality product.
Some Of The Other Machines Include:
• Central stranding machine from SKET Germany
• Combined CU taping & Multi wire screening machine from Pourtier France
• 3000 mm Drum twister Laying-up machine from SKET Germany
• 3000 mm Drum twister Armouring machine from Pourtier France
• Combined 3000 mm Drum twister Laying-up & Armouring machine from Pourtier France
• Steel tape Armouring machine from Pourtier France
• Extrusion sheathing lines from Maillefer Finland and from Troester Germany
• Lead extruder from HFSAB Sweden.
With the manufacturing facilities incorporating the use of latest available technology, the MV cables offered by OCI provides customers with a definite advantage in terms of:
• Complete adherence to specifications,
• Superior overall performance,
• Minimum risk of insulation failures,
• Much longer service life.
Plant and Machinery
6 MKXXS005 01/08/2015
OCI has made a major investment in the Testing facilities for its MV Cables factory. We have equipped ourselves with the latest and most advanced cable testing facility available in the world.
All testing equipment such as Partial discharge detector, high Voltage Tester, Tan delta bridge and Impulse tester are supplied and erected by hipotronics USA/haefely & Tattex Switzerland.
The screened room for ‘Partial Discharge’ Test has been supplied & erected by M/s ETS lindgren, UK, who are the world leaders in interference technology products. This facility is the first of its kind in the region & ensures detecting discharge levels less than 1pC.
Apart from the above, the other major testing facilities include:
a) Partial Discharge detector from M/s hipotronics (Robinson) USA
b) 1000 kVA/100 kV - Series Resonance Test set with fully automatic control system - from M/s hipotronics, USA.
c) 1500 kVA/120 kV - Series Resonance test set with fully automatic control system from M/s haefely Switzerland.
d) 300 kV/15 kJ - latest Impulse Test facility from M/s haefely, Switzerland.
e) Fully automatic ‘Tan delta’ measuring facility from M/s Tettex, Switzerland.
We have also installed many in line devices/facilities for checking the product quality during the manufacturing process, examples of this are the X-Ray machine installed on the CCV line, Curing Optimization Software, online conductor resistance measurement device etc. These features reduce any risk of failure and ensure a long service life for our products.
With this modern equipment & facilities, we ensure close manufacturing tolerances and compliance to customer specifications as well as effective monitoring of the entire manufacturing process to ensure a world class product.
OCI’s quality management system is accredited to ISO 9001 by BASEC, UK. The design validation for our MV Cables range has been done at recognized international laboratories.
With the above state of the art Testing Facility, we can conduct all Routine Tests, Type Tests and Sample Tests mentioned in IEC 60502 Part 2, BS 6622 & other international specifications, in-house. 100% of the cables manufactured by OCI are routine tested prior to dispatch, however if the customers desire to witness these tests or other Type / Sample tests, they can nominate their representatives or appoint a third party to witness the same at OCI factory.
Control Panel In Line X ray Unit
MV Cables Testing Facility
7MKXXS005 01/08/2015
In order to ensure the best quality products, it is essential to test and inspect the product at each stage of manufacturing including raw materials and finished product.
Oman Cables Quality Assurance System includes:A. Raw Materials InspectionB. In-process inspectionC. Finished product inspection
Raw Materials Inspection:All the raw materials are sourced from internationally approved companies, known for their quality products. Once the material is received with their product certificate, Oman Cables quality team tests and inspects the same again. Only those materials which meet Oman Cables internal standards are released for production.
In-Process Inspection:A team of well experienced and qualified personnel, dedicated to quality, inspects and test all the in-process materials at every stage, and only materials complying to the specified requirements are released for processing.
Finished Product Inspection:Oman Cables products are fully tested to the applicable standard to which it is manufactured before leaving the factory.
Routine tests are carried out for conformity to the specifications on 100% cable drums. Sample tests and type tests are carried out at regular intervals as per the applicable standards to confirm the product quality.
Testing Laboratory
Oman Cables Quality Assurance
8 MKXXS005 01/08/2015
Oxygen Index (ASTM D 2863)
The criterion for burning is presence of percentage of oxygen in air. By mixing oxygen and nitrogen at various percentages this test finds at what percentage of oxygen the standard specimen starts burning. higher the oxygen index higher the resistance to get ignited. Min. oxygen index shall be 30%.
Temperature Index (ASTM D 2863)
Temperature index is the temperature at which the oxygen index of the material becomes 21.This test is carried out usually by extrapolation after the oxygen index is measured at various temperatures. Minimum temperature index shall be 250 °C.
Smoke Density (ASTM D 2843)
This parameter relates to measuring and observing relative amounts of smoke produced by the burning or decomposition of materials. This test is carried out in accordance with ASTM D 2843. The measurements are made in terms of loss of light transmission through a collected volume of smoke produced under control standardized conditions. Generally requirement by customer is smoke density rating less than 60%.
Acid Gas Emission (IEC 60754-1)
During burning of cable materials acid gases are evolved especially hydrogen chloride. The gas
emission is evaluated in accordance with test method IEC 60754-1, where approximately 1 gm. of the material is pyrolysed at 800 0C in a combustion tube and resultant gases are analyzed.
Flame Retardance (IEC 60332-1)
A single cable sample is clamped vertically. The Bunsen or other similar burner is arranged at 45 Degree to the axis of the cable sample, applying flame at 475 mm below to top clamp. The flame is applied for a period of time depending upon the diameter of the cable.
The test requirement is that after all burning has ceased the charred or affected portion shall not have reached within 50 mm from the top clamp.
Flame Retardance Test (IEC 60332 -3)
This test is carried out to check flame retardant properties of bunched cables. Three categories of tests namely category “A”, “B” and “C” have been defined according to quantity of combustible material available over unit length. Cable pieces are tied on vertical ladder and flame is applied from a horizontal ladder. After the specified time the burner is removed. All parameters are pre defined according to specification. The charred portion is measured and compared with the standards to decide on acceptability.
Special PVC Compounds with Additional Requirements which OCI can provide:
Property Material
FR FRLS FRRT
Oxygen Index (Min.)
Temperature Index (Min.)
Smoke Density Rating (Max.)
Acid Gas Generation (Max.)
Flammability Test*
30
250
-
-
IEC 60332-1 and
IEC 60332-3-24
30
250
60
20 %
IEC 60332-1 and
IEC 60332-3-24
30
250
-
17%
IEC 60332-1 and
IEC 60332-3-24
* Based on specific request, we can provide compounds which can meet flammability requirements of IEC 60332-3-23 and IEC 60332-3-22
Notes on FRLS and FR Sheathed Cables
9MKXXS005 01/08/2015
Technical Section
10 MKXXS005 01/08/2015
11MKXXS005 01/08/2015
3.6/
6 (7
.2) k
VSi
ngle
Cor
e C
oppe
r Con
duct
orXL
PE In
sula
ted
Una
rmou
red
To IE
C 6
0502
-2(S
uita
ble
for 3
.8/6
.6 k
V Ea
rthe
d Sy
stem
)
Met
allic
Cop
per
Scr
een
(Cop
per
scre
en c
an b
e of
Cu
wire
s +
ope
n he
lix C
u ta
pe
or c
oppe
r ta
pe (
The
deta
ils g
iven
in b
elow
Tab
le a
re f
or
copp
er ta
pe s
cree
ned
cabl
es).
For c
oppe
r wire
scr
eene
d ca
bles
the
det
ails
can
be
give
n on
spe
cific
req
uest
.)
X lP
E In
sula
tion
Con
duct
or S
cree
n (S
emi-c
ondu
ctiv
e)
Cop
per
Con
duct
or
Insu
latio
n S
cree
n (S
emi-c
ondu
ctiv
e)
Bin
der
Tape
Out
er S
heat
h
COPP
ER C
OND
UCTO
RSI
NGLE
CO
RE, 2
XCY,
Una
rmou
red
Cabl
es, 3
.6/6
kV
to IE
C 60
502-
2Sr
. No.
Nom
inal
Are
a of
Con
duct
orm
m²
2535
5070
9512
015
018
524
030
040
050
063
080
010
00(A
)M
anuf
actu
ring
Dim
ensi
ons
1.0
Cond
ucto
r dia
met
er (A
ppro
ximat
e)m
m5.
96.
98.
19.
711
.412
.914
.316
.018
.420
.623
.326
.330
.034
.238
.22.
0Co
nduc
tor w
eigh
t (Ap
prox
imat
e)kg
/km
218
303
408
591
821
1035
1277
1601
2110
2640
3383
4272
5640
7286
9046
3.0
Insu
latio
n th
ickne
ss (N
omin
al)
mm
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.6
2.8
3.0
3.2
3.2
3.2
3.2
4.0
Out
er s
heat
h th
ickne
ss (N
omin
al)
mm
1.5
1.5
1.6
1.6
1.7
1.7
1.8
1.8
1.9
2.0
2.1
2.2
2.3
2.4
2.6
5.0
Out
er s
heat
h th
ickne
ss (M
inim
um)
mm
1.00
1.00
1.08
1.08
1.16
1.16
1.24
1.24
1.32
1.40
1.48
1.56
1.64
1.72
1.88
6.0
Cabl
e ov
eral
l dia
met
er (A
ppro
ximat
e)m
m17
.018
.019
.521
.023
.024
.526
.028
.030
.533
.537
.041
.044
.550
.054
.57.
0Ca
ble
weig
ht (A
ppro
ximat
e)kg
/km
495
600
740
960
1240
1490
1775
2140
2730
3350
4235
5250
6745
8580
1051
08.
0St
anda
rd d
rum
leng
th (±
5% T
oler
ance
)m
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
500
500
500
500
9.0
Min
imum
ben
ding
radi
us o
f cab
le (D
urin
g in
stal
latio
n)m
m34
036
039
042
046
049
052
056
061
067
074
082
089
010
0010
90(B
)El
ectri
cal P
aram
eter
s1.
0DC
resis
tanc
e of
con
duct
or a
t 20
°C (M
axim
um)
ohm
/km
0.
727
0.52
40.
387
0.26
80.
193
0.15
30.
124
0.09
910.
0754
0.06
010.
0470
0.03
660.
0283
0.02
210.
0176
2.0
AC re
sista
nce
of c
ondu
ctor
at 9
0 °C
(Ap
prox
imat
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m/k
m
0.92
80.
669
0.49
40.
343
0.24
70.
197
0.16
00.
128
0.09
90.
080
0.06
40.
052
0.04
20.
036
0.03
13.
0Re
acta
nce
at 5
0 Hz
(App
roxim
ate)
ohm
/km
0.
130
0.12
40.
119
0.10
90.
105
0.10
10.
099
0.09
50.
092
0.09
10.
089
0.08
80.
084
0.08
40.
082
4.0
Impe
danc
e at
50
Hz (A
ppro
ximat
e)oh
m/k
m
0.93
70.
680
0.50
80.
360
0.26
80.
221
0.18
80.
159
0.13
50.
121
0.11
00.
102
0.09
40.
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0.08
85.
0Vo
ltage
dro
p (A
ppro
ximat
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r 3 p
hase
sys
tem
)v/
amp/
km1.
623
1.17
80.
880
0.62
40.
464
0.38
30.
326
0.27
50.
234
0.21
00.
191
0.17
70.
163
0.15
80.
152
6.0
Capa
citan
ce a
t 50
Hz (A
ppro
ximat
e)mF
/km
0.26
0.29
0.32
0.37
0.42
0.46
0.50
0.54
0.59
0.61
0.64
0.67
0.75
0.86
0.94
7.0
Appr
oxim
ate
char
ging
curre
nt p
er p
hase
at U
o =
3.6
kV a
nd f=
50
Hzm
A/m
0.29
0.33
0.36
0.42
0.48
0.52
0.57
0.61
0.67
0.69
0.72
0.76
0.85
0.97
1.06
8.0
Sust
aine
d cu
rrent
ratin
gs (W
ith b
oth
end
bond
ing)
:-
8.1
Laid
dire
ct, g
roun
d te
mp.
= 2
0 °C
& T
herm
al re
sistiv
ity o
f soi
l = 1
.5
°C m
/W, d
epth
of l
ayin
g =
0.8
m, l
aid
in tr
efoi
l for
mat
ion.
A14
016
619
623
928
532
336
140
646
952
659
065
573
180
687
3
8.2
Draw
n in
to e
arth
enwa
re d
uct,
grou
nd te
mp.
= 2
0 °C
and
The
rmal
re
sistiv
ity o
f soi
l = 1
.5 °C
m/W
, dep
th o
f layin
g =
0.8
m, la
id in
tref
oil
form
atio
n in
One
Com
mon
Duc
tA
132
157
186
227
271
308
343
387
447
504
564
635
712
789
859
8.3
Laid
in tr
efoi
l for
mat
ion
in a
ir, a
mbi
ent t
emp.
= 3
0 °C
A
163
198
238
296
361
417
473
543
641
735
845
956
1095
1241
1373
9.0
Shor
t circ
uit c
urre
nt ra
ting
of c
ondu
ctor
for 1
sec
ond
kA3.
585.
017.
1510
.01
13.5
917
.16
21.4
526
.46
34.3
242
.90
57.2
071
.50
90.0
911
4.40
143.
00
SEC
TIO
N A
- TA
BLE
1
12 MKXXS005 01/08/2015
6/10
(12)
kV
Sing
le C
ore
Cop
per C
ondu
ctor
XLPE
Insu
late
d U
narm
oure
dTo
IEC
605
02-2
(Sui
tabl
e fo
r 6.3
5/11
kV
Eart
hed
Syst
em)
COPP
ER C
OND
UCTO
RSI
NGLE
CO
RE, 2
XCY,
Una
rmou
red
Cabl
es, 6
/10
kV to
IEC
6050
2-2
Sr. N
o.No
min
al A
rea
of C
ondu
ctor
mm
²25
3550
7095
120
150
185
240
300
400
500
630
800
1000
(A)
Man
ufac
turin
g Di
men
sion
s1.
0Co
nduc
tor d
iam
eter
(App
roxim
ate)
mm
5.9
6.9
8.1
9.7
11.4
12.9
14.3
16.0
18.4
20.6
23.3
26.3
30.0
34.2
38.2
2.0
Cond
ucto
r wei
ght (
Appr
oxim
ate)
kg/k
m21
830
340
859
182
110
3512
7716
0121
1026
4033
8342
7256
4072
8690
463.
0In
sula
tion
thick
ness
(Nom
inal
)m
m3.
43.
43.
43.
43.
43.
43.
43.
43.
43.
43.
43.
43.
43.
43.
44.
0O
uter
she
ath
thick
ness
(Nom
inal
)m
m1.
51.
61.
61.
71.
71.
81.
81.
92.
02.
02.
12.
22.
32.
52.
65.
0O
uter
she
ath
thick
ness
(Min
imum
)m
m1.
001.
081.
081.
161.
161.
241.
241.
321.
401.
401.
481.
561.
641.
801.
886.
0Ca
ble
over
all d
iam
eter
(App
roxim
ate)
mm
19.0
20.0
21.5
23.0
25.0
26.5
28.0
30.0
32.5
34.5
38.0
41.0
45.0
50.5
54.5
7.0
Cabl
e we
ight
(App
roxim
ate)
kg/k
m55
067
080
510
4013
1515
8018
5522
4028
3034
2042
8052
7567
7086
3510
545
8.0
Stan
dard
dru
m le
ngth
(±5%
Tol
eran
ce)
m10
0010
0010
0010
0010
0010
0010
0010
0010
0010
0010
0050
050
050
050
09.
0M
inim
um b
endi
ng ra
dius
of c
able
(Dur
ing
inst
alla
tion)
mm
380
400
430
460
500
530
560
600
650
690
760
820
900
1010
1090
(B)
Elec
trica
l Par
amet
ers
1.0
DC re
sista
nce
of c
ondu
ctor
at 2
0 °C
(Max
imum
)oh
m/k
m
0.72
70.
524
0.38
70.
268
0.19
30.
153
0.12
40.
0991
0.07
540.
0601
0.04
700.
0366
0.02
830.
0221
0.01
762.
0AC
resis
tanc
e of
con
duct
or a
t 90
°C (
Appr
oxim
ate)
ohm
/km
0.
928
0.66
90.
494
0.34
30.
247
0.19
60.
160
0.12
80.
099
0.08
00.
064
0.05
20.
042
0.03
60.
031
3.0
Reac
tanc
e at
50
Hz (A
ppro
ximat
e)oh
m/k
m
0.13
70.
131
0.12
50.
115
0.11
00.
106
0.10
30.
100
0.09
60.
093
0.09
00.
088
0.08
50.
084
0.08
24.
0Im
peda
nce
at 5
0 Hz
(App
roxim
ate)
ohm
/km
0.
938
0.68
20.
510
0.36
20.
270
0.22
30.
190
0.16
20.
138
0.12
30.
110
0.10
20.
095
0.09
10.
088
5.0
Volta
ge d
rop
(App
roxim
ate
for 3
pha
se s
yste
m)
v/am
p/km
1.62
51.
181
0.88
30.
627
0.46
80.
386
0.32
90.
281
0.23
90.
213
0.19
10.
177
0.16
50.
158
0.15
26.
0Ca
pacit
ance
at 5
0 Hz
(App
roxim
ate)
mF/k
m0.
210.
230.
250.
290.
320.
350.
380.
420.
470.
510.
570.
630.
710.
810.
897.
0Ap
prox
imat
e ch
argin
g cu
rrent
per
pha
se a
t Uo
= 6
kV a
nd f=
50
Hzm
A/m
0.40
0.43
0.47
0.55
0.60
0.66
0.72
0.79
0.89
0.96
1.07
1.19
1.34
1.53
1.68
8.0
Sust
aine
d cu
rrent
ratin
gs (W
ith b
oth
end
bond
ing)
:-
8.1
Laid
dire
ct, g
roun
d te
mp.
= 2
0 °C
& T
herm
al re
sistiv
ity o
f soi
l = 1
.5
°C m
/W, d
epth
of l
ayin
g =
0.8
m, l
aid
in tr
efoi
l for
mat
ion.
A14
016
619
623
928
532
336
140
646
952
659
065
573
180
687
3
8.2
Draw
n in
to e
arth
enwa
re d
uct,
grou
nd te
mp.
= 2
0 °C
and
The
rmal
re
sistiv
ity o
f soi
l = 1
.5 °C
m/W
, dep
th o
f layin
g =
0.8
m, la
id in
tref
oil
form
atio
n in
One
Com
mon
Duc
tA
132
157
186
227
271
308
343
387
447
504
564
635
712
789
859
8.3
Laid
in tr
efoi
l for
mat
ion
in a
ir, a
mbi
ent t
emp.
= 3
0 °C
A
163
198
238
296
361
417
473
543
641
735
845
956
1095
1241
1373
9.0
Shor
t circ
uit c
urre
nt ra
ting
of c
ondu
ctor
for 1
sec
ond
kA3.
585.
017.
1510
.01
13.5
917
.16
21.4
526
.46
34.3
242
.90
57.2
071
.50
90.0
911
4.40
143.
00
SEC
TIO
N A
- TA
BLE
2
Met
allic
Cop
per
Scr
een
(Cop
per
scre
en c
an b
e of
Cu
wire
s +
ope
n he
lix C
u ta
pe
or c
oppe
r ta
pe (
The
deta
ils g
iven
in b
elow
Tab
le a
re f
or
copp
er ta
pe s
cree
ned
cabl
es).
For c
oppe
r wire
scr
eene
d ca
bles
the
det
ails
can
be
give
n on
spe
cific
req
uest
.)
XlP
E In
sula
tion
Con
duct
or S
cree
n (S
emi-c
ondu
ctiv
e)
Cop
per
Con
duct
or
Insu
latio
n S
cree
n (S
emi-c
ondu
ctiv
e)
Bin
der
Tape
Out
er S
heat
h
13MKXXS005 01/08/2015
8.7/
15 (1
7.5)
kV
Sing
le C
ore
Cop
per C
ondu
ctor
XLPE
Insu
late
d U
narm
oure
dTo
IEC
605
02-2
(Sui
tabl
e fo
r 8.7
/15
kV
Eart
hed
Syst
em)
COPP
ER C
OND
UCTO
RSI
NGLE
CO
RE, 2
XCY,
Una
rmou
red
Cabl
es, 8
.7/1
5 kV
to IE
C 60
502-
2Sr
. No.
Nom
inal
Are
a of
Con
duct
orm
m²
2535
5070
9512
015
018
524
030
040
050
063
080
010
00(A
)M
anuf
actu
ring
Dim
ensi
ons
1.0
Cond
ucto
r dia
met
er (A
ppro
ximat
e)m
m5.
96.
98.
19.
711
.412
.914
.316
.018
.420
.623
.326
.330
.034
.238
.22.
0Co
nduc
tor w
eigh
t (Ap
prox
imat
e)kg
/km
218
303
408
591
821
1035
1277
1601
2110
2640
3383
4272
5640
7286
9046
3.0
Insu
latio
n th
ickne
ss (N
omin
al)
mm
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.0
Out
er s
heat
h th
ickne
ss (N
omin
al)
mm
1.6
1.7
1.7
1.7
1.8
1.9
1.9
2.0
2.0
2.1
2.2
2.3
2.4
2.5
2.7
5.0
Out
er s
heat
h th
ickne
ss (M
inim
um)
mm
1.08
1.16
1.16
1.16
1.24
1.32
1.32
1.40
1.40
1.48
1.56
1.64
1.72
1.80
1.96
6.0
Cabl
e ov
eral
l dia
met
er (A
ppro
ximat
e)m
m21
.522
.524
.025
.527
.529
.030
.532
.534
.537
.040
.543
.547
.552
.557
.07.
0Ca
ble
weig
ht (A
ppro
ximat
e)kg
/km
635
760
900
1130
1420
1695
1975
2365
2950
3565
4440
5445
6955
8815
1076
58.
0St
anda
rd d
rum
leng
th (±
5% T
oler
ance
)m
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
500
500
500
500
500
9.0
Min
imum
ben
ding
radi
us o
f cab
le (D
urin
g in
stal
latio
n)m
m43
045
048
051
055
058
061
065
069
074
081
087
095
010
5011
40(B
)El
ectri
cal P
aram
eter
s1.
0DC
resis
tanc
e of
con
duct
or a
t 20
°C (M
axim
um)
ohm
/km
0.
727
0.52
40.
387
0.26
80.
193
0.15
30.
124
0.09
910.
0754
0.06
010.
0470
0.03
660.
0283
0.02
210.
0176
2.0
AC re
sista
nce
of c
ondu
ctor
at 9
0 °C
(Ap
prox
imat
e)oh
m/k
m
0.92
80.
669
0.49
40.
343
0.24
70.
196
0.16
00.
128
0.09
90.
080
0.06
40.
051
0.04
20.
035
0.03
13.
0Re
acta
nce
at 5
0 Hz
(App
roxim
ate)
ohm
/km
0.
145
0.13
80.
132
0.12
20.
116
0.11
20.
109
0.10
50.
100
0.09
70.
094
0.09
10.
089
0.08
70.
085
4.0
Impe
danc
e at
50
Hz (A
ppro
ximat
e)oh
m/k
m
0.93
90.
683
0.51
10.
364
0.27
30.
226
0.19
40.
166
0.14
10.
126
0.11
40.
104
0.09
80.
094
0.09
05.
0Vo
ltage
dro
p (A
ppro
ximat
e fo
r 3 p
hase
sys
tem
)v/
amp/
km1.
626
1.18
30.
885
0.63
00.
473
0.39
10.
336
0.28
80.
244
0.21
80.
197
0.18
00.
170
0.16
30.
156
6.0
Capa
citan
ce a
t 50
Hz (A
ppro
ximat
e)mF
/km
0.17
0.19
0.21
0.23
0.26
0.28
0.30
0.33
0.37
0.40
0.45
0.49
0.55
0.63
0.69
7.0
Appr
oxim
ate
char
ging
curre
nt p
er p
hase
at U
o =
8.7
kV a
nd f=
50
Hzm
A/m
0.46
0.52
0.57
0.63
0.71
0.77
0.82
0.90
1.01
1.09
1.23
1.34
1.50
1.72
1.89
8.0
Sust
aine
d cu
rrent
ratin
gs (W
ith b
oth
end
bond
ing)
:-
8.1
Laid
dire
ct, g
roun
d te
mp.
= 2
0 °C
& T
herm
al re
sistiv
ity o
f soi
l = 1
.5
°C m
/W, d
epth
of l
ayin
g =
0.8
m, l
aid
in tr
efoi
l for
mat
ion.
A14
016
619
623
928
532
336
140
646
952
659
065
573
180
687
3
8.2
Draw
n in
to e
arth
enwa
re d
uct,
grou
nd te
mp.
= 2
0 °C
and
The
rmal
re
sistiv
ity o
f soi
l = 1
.5 °C
m/W
, dep
th o
f layin
g =
0.8
m, la
id in
tref
oil
form
atio
n in
One
Com
mon
Duc
tA
132
157
186
227
271
308
343
387
447
504
564
635
712
789
859
8.3
Laid
in tr
efoi
l for
mat
ion
in a
ir, a
mbi
ent t
emp.
= 3
0 °C
A
163
198
238
296
361
417
473
543
641
735
845
956
1095
1241
1373
9.0
Shor
t circ
uit c
urre
nt ra
ting
of c
ondu
ctor
for 1
sec
ond
kA3.
585.
017.
1510
.01
13.5
917
.16
21.4
526
.46
34.3
242
.90
57.2
071
.50
90.0
911
4.40
143.
00
SEC
TIO
N A
- TA
BLE
3
Met
allic
Cop
per
Scr
een
(Cop
per
scre
en c
an b
e of
Cu
wire
s +
ope
n he
lix C
u ta
pe
or c
oppe
r ta
pe (
The
deta
ils g
iven
in b
elow
Tab
le a
re f
or
copp
er ta
pe s
cree
ned
cabl
es).
For c
oppe
r wire
scr
eene
d ca
bles
the
det
ails
can
be
give
n on
spe
cific
req
uest
.)
XlP
E In
sula
tion
Con
duct
or S
cree
n (S
emi-c
ondu
ctiv
e)
Cop
per
Con
duct
or
Insu
latio
n S
cree
n (S
emi-c
ondu
ctiv
e)
Bin
der
Tape
Out
er S
heat
h
14 MKXXS005 01/08/2015
12/2
0 (2
4) k
VSi
ngle
Cor
e C
oppe
r Con
duct
orXL
PE In
sula
ted
Una
rmou
red
To IE
C 6
0502
-2(S
uita
ble
for 1
2.7/
22 k
V Ea
rthe
d Sy
stem
)
COPP
ER C
OND
UCTO
RSI
NGLE
CO
RE, 2
XCY,
Una
rmou
red
Cabl
es, 1
2/20
kV
to IE
C 60
502-
2Sr
. No.
Nom
inal
Are
a of
Con
duct
orm
m²
3550
7095
120
150
185
240
300
400
500
630
800
1000
(A)
Man
ufac
turin
g Di
men
sion
s1.
0Co
nduc
tor d
iam
eter
(App
roxim
ate)
mm
6.9
8.1
9.7
11.4
12.9
14.3
16.0
18.4
20.6
23.3
26.3
30.0
34.2
38.2
2.0
Cond
ucto
r wei
ght (
Appr
oxim
ate)
kg/k
m30
340
859
182
110
3512
7716
0121
1026
4033
8342
7256
4072
8690
463.
0In
sula
tion
thick
ness
(Nom
inal
)m
m5.
55.
55.
55.
55.
55.
55.
55.
55.
55.
55.
55.
55.
55.
54.
0O
uter
she
ath
thick
ness
(Nom
inal
)m
m1.
71.
81.
81.
91.
92.
02.
02.
12.
22.
32.
42.
52.
62.
75.
0O
uter
she
ath
thick
ness
(Min
imum
)m
m1.
161.
241.
241.
321.
321.
401.
401.
481.
561.
641.
721.
801.
881.
966.
0Ca
ble
over
all d
iam
eter
(App
roxim
ate)
mm
25.0
26.0
28.0
29.5
31.0
32.5
34.5
37.0
39.5
43.0
46.0
50.0
55.0
59.5
7.0
Cabl
e we
ight
(App
roxim
ate)
kg/k
m84
510
0512
4015
4018
0021
0524
8530
9537
1546
0556
2571
5090
2510
965
8.0
Stan
dard
dru
m le
ngth
(±5%
Tol
eran
ce)
m10
0010
0010
0010
0010
0010
0010
0010
0050
050
050
050
050
050
09.
0M
inim
um b
endi
ng ra
dius
of c
able
(Dur
ing
inst
alla
tion)
mm
500
520
560
590
620
650
690
740
790
860
920
1000
1100
1190
(B)
Elec
trica
l Par
amet
ers
1.0
DC re
sista
nce
of c
ondu
ctor
at 2
0 °C
(Max
imum
)oh
m/k
m
0.52
40.
387
0.26
80.
193
0.15
30.
124
0.09
910.
0754
0.06
010.
0470
0.03
660.
0283
0.02
210.
0176
2.0
AC re
sista
nce
of c
ondu
ctor
at 9
0 °C
(Ap
prox
imat
e)oh
m/k
m
0.66
90.
494
0.34
30.
247
0.19
60.
160
0.12
80.
098
0.07
90.
063
0.05
10.
042
0.03
50.
030
3.0
Reac
tanc
e at
50
Hz (A
ppro
ximat
e)oh
m/k
m
0.14
50.
137
0.12
80.
121
0.11
60.
113
0.10
90.
104
0.10
10.
098
0.09
50.
092
0.09
00.
088
4.0
Impe
danc
e at
50
Hz (A
ppro
ximat
e)oh
m/k
m
0.68
50.
513
0.36
60.
275
0.22
80.
196
0.16
80.
143
0.12
80.
117
0.10
80.
101
0.09
70.
093
5.0
Volta
ge d
rop
(App
roxim
ate
for 3
pha
se s
yste
m)
v/am
p/km
1.18
60.
889
0.63
40.
476
0.39
50.
339
0.29
10.
248
0.22
20.
203
0.18
70.
175
0.16
80.
161
6.0
Capa
citan
ce a
t 50
Hz (A
ppro
ximat
e)mF
/km
0.16
0.18
0.20
0.22
0.24
0.26
0.28
0.31
0.34
0.38
0.42
0.46
0.53
0.58
7.0
Appr
oxim
ate
char
ging
curre
nt p
er p
hase
at U
o =
12 kV
and
f= 5
0 Hz
mA/
m0.
600.
680.
750.
830.
900.
981.
061.
171.
281.
431.
581.
732.
002.
198.
0Su
stai
ned
curre
nt ra
tings
(With
bot
h en
d bo
ndin
g):-
8.1
Laid
dire
ct, g
roun
d te
mp.
= 2
0 °C
& T
herm
al re
sistiv
ity o
f soi
l = 1
.5
°C m
/W, d
epth
of l
ayin
g =
0.8
m, l
aid
in tr
efoi
l for
mat
ion.
A16
619
623
928
532
336
140
646
952
659
065
573
180
687
3
8.2
Draw
n in
to e
arth
enwa
re d
uct,
grou
nd te
mp.
= 2
0 °C
and
The
rmal
re
sistiv
ity o
f soi
l = 1
.5 °C
m/W
, dep
th o
f layin
g =
0.8
m, la
id in
tref
oil
form
atio
n in
One
Com
mon
Duc
tA
157
186
227
271
308
343
387
447
504
564
635
712
789
859
8.3
Laid
in tr
efoi
l for
mat
ion
in a
ir, a
mbi
ent t
emp.
= 3
0 °C
A
198
238
296
361
417
473
543
641
735
845
956
1095
1241
1373
9.0
Shor
t circ
uit c
urre
nt ra
ting
of c
ondu
ctor
for 1
sec
ond
kA5.
017.
1510
.01
13.5
917
.16
21.4
526
.46
34.3
242
.90
57.2
071
.50
90.0
911
4.40
143.
00
SEC
TIO
N A
- TA
BLE
4
Met
allic
Cop
per
Scr
een
(Cop
per
scre
en c
an b
e of
Cu
wire
s +
ope
n he
lix C
u ta
pe
or c
oppe
r ta
pe (
The
deta
ils g
iven
in b
elow
Tab
le a
re f
or
copp
er ta
pe s
cree
ned
cabl
es).
For c
oppe
r wire
scr
eene
d ca
bles
the
det
ails
can
be
give
n on
spe
cific
req
uest
.)
XlP
E In
sula
tion
Con
duct
or S
cree
n (S
emi-c
ondu
ctiv
e)
Cop
per
Con
duct
or
Insu
latio
n S
cree
n (S
emi-c
ondu
ctiv
e)
Bin
der
Tape
Out
er S
heat
h
15MKXXS005 01/08/2015
18/3
0 (3
6) k
VSi
ngle
Cor
e C
oppe
r Con
duct
orXL
PE In
sula
ted
Una
rmou
red
To IE
C 6
0502
-2(S
uita
ble
for 1
9/33
kV
Eart
hed
Syst
em)
Met
allic
Cop
per
Scr
een
(Cop
per
scre
en c
an b
e of
Cu
wire
s +
ope
n he
lix C
u ta
pe
or c
oppe
r ta
pe (
The
deta
ils g
iven
in b
elow
Tab
le a
re f
or
copp
er ta
pe s
cree
ned
cabl
es).
For c
oppe
r wire
scr
eene
d ca
bles
the
det
ails
can
be
give
n on
spe
cific
req
uest
.)
X lP
E In
sula
tion
Con
duct
or S
cree
n (S
emi-c
ondu
ctiv
e)
Cop
per
Con
duct
or
Insu
latio
n S
cree
n (S
emi-c
ondu
ctiv
e)
Bin
der
Tape
Out
er S
heat
h
COPP
ER C
OND
UCTO
RSI
NGLE
CO
RE, 2
XCY,
Una
rmou
red
Cabl
es, 1
8/30
kV
to IE
C 60
502-
2Sr
. No.
Nom
inal
Are
a of
Con
duct
orm
m²
5070
9512
015
018
524
030
040
050
063
080
010
00(A
)M
anuf
actu
ring
Dim
ensi
ons
1.0
Cond
ucto
r dia
met
er (A
ppro
ximat
e)m
m8.
19.
711
.412
.914
.316
.018
.420
.623
.326
.330
.034
.238
.22.
0Co
nduc
tor w
eigh
t (Ap
prox
imat
e)kg
/km
408
591
821
1035
1277
1601
2110
2640
3383
4272
5640
7286
9046
3.0
Insu
latio
n th
ickne
ss (N
omin
al)
mm
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
4.0
Out
er s
heat
h th
ickne
ss (N
omin
al)
mm
1.9
2.0
2.1
2.1
2.1
2.2
2.3
2.3
2.5
2.5
2.7
2.8
2.9
5.0
Out
er s
heat
h th
ickne
ss (M
inim
um)
mm
1.32
1.40
1.48
1.48
1.48
1.56
1.64
1.64
1.80
1.80
1.96
2.04
2.12
6.0
Cabl
e ov
eral
l dia
met
er (A
ppro
ximat
e)m
m31
.533
.035
.036
.538
.040
.042
.544
.548
.051
.055
.560
.564
.57.
0Ca
ble
weig
ht (A
ppro
ximat
e)kg
/km
1255
1520
1835
2110
2410
2820
3450
4075
5010
6035
7615
9535
1151
08.
0St
anda
rd d
rum
leng
th (±
5% T
oler
ance
)m
1000
1000
1000
1000
1000
500
500
500
500
500
500
500
500
9.0
Min
imum
ben
ding
radi
us o
f cab
le (D
urin
g in
stal
latio
n)m
m63
066
070
073
076
080
085
089
096
010
2011
1012
1012
90(B
)El
ectri
cal P
aram
eter
s1.
0DC
resis
tanc
e of
con
duct
or a
t 20
°C (M
axim
um)
ohm
/km
0.
387
0.26
80.
193
0.15
30.
124
0.09
910.
0754
0.06
010.
0470
0.03
660.
0283
0.02
210.
0176
2.0
AC re
sista
nce
of c
ondu
ctor
at 9
0 °C
(Ap
prox
imat
e)oh
m/k
m
0.49
40.
343
0.24
70.
196
0.15
90.
128
0.09
80.
079
0.06
30.
051
0.04
10.
034
0.03
03.
0Re
acta
nce
at 5
0 Hz
(App
roxim
ate)
ohm
/km
0.
149
0.13
80.
131
0.12
60.
123
0.11
80.
113
0.10
90.
105
0.10
10.
098
0.09
60.
093
4.0
Impe
danc
e at
50
Hz (A
ppro
ximat
e)oh
m/k
m
0.51
60.
370
0.28
00.
233
0.20
10.
174
0.15
00.
135
0.12
20.
113
0.10
60.
102
0.09
85.
0Vo
ltage
dro
p (A
ppro
ximat
e fo
r 3 p
hase
sys
tem
)v/
amp/
km0.
894
0.64
10.
485
0.40
40.
348
0.30
10.
260
0.23
40.
211
0.19
60.
184
0.17
70.
170
6.0
Capa
citan
ce a
t 50
Hz (A
ppro
ximat
e)mF
/km
0.14
0.15
0.17
0.18
0.20
0.21
0.23
0.25
0.28
0.30
0.34
0.38
0.42
7.0
Appr
oxim
ate
char
ging
curre
nt p
er p
hase
at U
o =
18 kV
and
f= 5
0 Hz
mA/
m0.
790.
850.
961.
021.
131.
191.
301.
411.
581.
701.
922.
152.
388.
0Su
stai
ned
curre
nt ra
tings
(With
bot
h en
d bo
ndin
g):-
8.1
Laid
dire
ct, g
roun
d te
mp.
= 2
0 °C
& T
herm
al re
sistiv
ity o
f soi
l = 1
.5
°C m
/W, d
epth
of l
ayin
g =
0.8
m, l
aid
in tr
efoi
l for
mat
ion.
A19
623
928
532
336
140
646
952
659
065
573
180
687
3
8.2
Draw
n in
to e
arth
enwa
re d
uct,
grou
nd te
mp.
= 2
0 °C
and
The
rmal
re
sistiv
ity o
f soi
l = 1
.5 °C
m/W
, dep
th o
f layin
g =
0.8
m, la
id in
tref
oil
form
atio
n in
One
Com
mon
Duc
tA
186
227
271
308
343
387
447
504
564
635
712
789
859
8.3
Laid
in tr
efoi
l for
mat
ion
in a
ir, a
mbi
ent t
emp.
= 3
0 °C
A
238
296
361
417
473
543
641
735
845
956
1095
1241
1373
9.0
Shor
t circ
uit c
urre
nt ra
ting
of c
ondu
ctor
for 1
sec
ond
kA7.
1510
.01
13.5
917
.16
21.4
526
.46
34.3
242
.90
57.2
071
.50
90.0
911
4.40
143.
00
SEC
TIO
N A
- TA
BLE
5
16 MKXXS005 01/08/2015
3.6/
6 (7
.2) k
VSi
ngle
Cor
e A
lum
iniu
m C
ondu
ctor
XLPE
Insu
late
d U
narm
oure
dTo
IEC
605
02-2
(Sui
tabl
e fo
r 3.8
/6.6
kV
Eart
hed
Syst
em)
Met
allic
Cop
per
Scr
een
(Cop
per
scre
en c
an b
e of
Cu
wire
s +
ope
n he
lix C
u ta
pe
or c
oppe
r ta
pe (
The
deta
ils g
iven
in b
elow
Tab
le a
re f
or
copp
er t
ape
scre
ened
cab
les)
. For
cop
per
wire
scr
eene
d ca
bles
the
det
ails
can
be
give
n on
spe
cific
req
uest
.)
XlP
E In
sula
tion
Con
duct
or S
cree
n (S
emi-c
ondu
ctiv
e)
Alu
min
ium
Con
duct
or
Insu
latio
n S
cree
n (S
emi-c
ondu
ctiv
e)
Bin
der
Tape
Out
er S
heat
h
ALUM
INIU
M C
OND
UCTO
RSI
NGLE
CO
RE, A
2XCY
, Una
rmou
red
Cabl
es, 3
.6/6
kV
to IE
C 60
502-
2Sr
. No.
Nom
inal
Are
a of
Con
duct
orm
m²
2535
5070
9512
015
018
524
030
040
050
063
080
010
00(A
)M
anuf
actu
ring
Dim
ensi
ons
1.0
Cond
ucto
r dia
met
er (A
ppro
ximat
e)m
m5.
96.
98.
19.
711
.412
.914
.316
.018
.420
.623
.326
.330
.034
.238
.22.
0Co
nduc
tor w
eigh
t (Ap
prox
imat
e)kg
/km
6792
125
182
251
317
390
493
646
803
1027
1307
1721
2188
2759
3.0
Insu
latio
n th
ickne
ss (N
omin
al)
mm
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.6
2.8
3.0
3.2
3.2
3.2
3.2
4.0
Out
er s
heat
h th
ickne
ss (N
omin
al)
mm
1.5
1.5
1.6
1.6
1.7
1.7
1.8
1.8
1.9
2.0
2.1
2.2
2.3
2.4
2.6
5.0
Out
er s
heat
h th
ickne
ss (M
inim
um)
mm
1.00
1.00
1.08
1.08
1.16
1.16
1.24
1.24
1.32
1.40
1.48
1.56
1.64
1.72
1.88
6.0
Cabl
e ov
eral
l dia
met
er (A
ppro
ximat
e)m
m17
.018
.019
.521
.023
.024
.526
.028
.030
.533
.537
.041
.044
.550
.054
.57.
0Ca
ble
weig
ht (A
ppro
ximat
e)kg
/km
340
390
460
550
670
770
885
1030
1265
1515
1875
2285
2825
3480
4225
8.0
Stan
dard
dru
m le
ngth
(±5%
Tol
eran
ce)
m10
0010
0010
0010
0010
0010
0010
0010
0010
0010
0010
0050
050
050
050
09.
0M
inim
um b
endi
ng ra
dius
of c
able
(Dur
ing
inst
alla
tion)
mm
340
360
390
420
460
490
520
560
610
670
740
820
890
1000
1090
(B)
Elec
trica
l Par
amet
ers
1.0
DC re
sista
nce
of c
ondu
ctor
at 2
0 °C
(Max
imum
)oh
m/k
m
1.20
0.86
80.
641
0.44
30.
320
0.25
30.
206
0.16
40.
125
0.10
00.
0778
0.06
050.
0469
0.03
670.
0291
2.0
AC re
sista
nce
of c
ondu
ctor
at 9
0 °C
(Ap
prox
imat
e)oh
m/k
m
1.54
1.11
0.82
30.
569
0.41
10.
325
0.26
50.
212
0.16
20.
130
0.10
20.
081
0.06
50.
052
0.04
43.
0Re
acta
nce
at 5
0 Hz
(App
roxim
ate)
ohm
/km
0.
130
0.12
40.
119
0.10
90.
105
0.10
10.
099
0.09
50.
092
0.09
10.
089
0.08
80.
084
0.08
40.
082
4.0
Impe
danc
e at
50
Hz (A
ppro
ximat
e)oh
m/k
m
1.55
1.12
0.83
20.
579
0.42
40.
340
0.28
30.
232
0.18
60.
159
0.13
50.
120
0.10
60.
099
0.09
35.
0Vo
ltage
dro
p (A
ppro
ximat
e fo
r 3 p
hase
sys
tem
)v/
amp/
km2.
685
1.94
01.
441
1.00
30.
734
0.58
90.
490
0.40
20.
322
0.27
50.
234
0.20
80.
184
0.17
10.
161
6.0
Capa
citan
ce a
t 50
Hz (A
ppro
ximat
e)mF
/km
0.26
0.29
0.32
0.37
0.42
0.46
0.50
0.54
0.59
0.61
0.64
0.67
0.75
0.86
0.94
7.0
Appr
oxim
ate
char
ging
curre
nt p
er p
hase
at U
o =
3.6
kV a
nd f=
50
Hzm
A/m
0.29
0.33
0.36
0.42
0.48
0.52
0.57
0.61
0.67
0.69
0.72
0.76
0.85
0.97
1.06
8.0
Sust
aine
d cu
rrent
ratin
gs (W
ith b
oth
end
bond
ing)
:-
8.1
Laid
dire
ct, g
roun
d te
mp.
= 2
0 °C
& T
herm
al re
sistiv
ity o
f soi
l = 1
.5
°C m
/W, d
epth
of l
ayin
g =
0.8
m, l
aid
in tr
efoi
l for
mat
ion.
A10
812
915
218
622
125
228
131
736
741
447
052
859
967
274
3
8.2
Draw
n in
to e
arth
enwa
re d
uct,
grou
nd te
mp.
= 2
0 °C
and
The
rmal
re
sistiv
ity o
f soi
l = 1
.5 °C
m/W
, dep
th o
f layin
g =
0.8
m, la
id in
tref
oil
form
atio
n in
One
Com
mon
Duc
tA
102
122
144
176
210
240
267
303
351
397
451
512
583
658
731
8.3
Laid
in tr
efoi
l for
mat
ion
in a
ir, a
mbi
ent t
emp.
= 3
0 °C
A
127
154
184
230
280
324
368
424
502
577
673
770
896
1033
1167
9.0
Shor
t circ
uit c
urre
nt ra
ting
of c
ondu
ctor
for 1
sec
ond
kA2.
353.
294.
706.
588.
9311
.28
14.1
017
.39
22.5
628
.20
37.6
047
.00
59.2
275
.20
94.0
0
SEC
TIO
N A
- TA
BLE
6
17MKXXS005 01/08/2015
6/10
(12)
kV
Sing
le C
ore
Alu
min
ium
Con
duct
or
XLPE
Insu
late
d U
narm
oure
d To
IEC
605
02-2
(Sui
tabl
e fo
r 6.3
5/11
kV
Eart
hed
Syst
em)
ALUM
INIU
M C
OND
UCTO
RSI
NGLE
CO
RE, A
2XCY
, Una
rmou
red
Cabl
es, 6
/10
kV to
IEC
6050
2-2
Sr. N
o.No
min
al A
rea
of C
ondu
ctor
mm
²25
3550
7095
120
150
185
240
300
400
500
630
800
1000
(A)
Man
ufac
turin
g Di
men
sion
s1.
0Co
nduc
tor d
iam
eter
(App
roxim
ate)
mm
5.9
6.9
8.1
9.7
11.4
12.9
14.3
16.0
18.4
20.6
23.3
26.3
30.0
34.2
38.2
2.0
Cond
ucto
r wei
ght (
Appr
oxim
ate)
kg/k
m67
9212
518
225
131
739
049
364
680
310
2713
0717
2121
8827
593.
0In
sula
tion
thick
ness
(Nom
inal
)m
m3.
43.
43.
43.
43.
43.
43.
43.
43.
43.
43.
43.
43.
43.
43.
44.
0O
uter
she
ath
thick
ness
(Nom
inal
)m
m1.
51.
61.
61.
71.
71.
81.
81.
92.
02.
02.
12.
22.
32.
52.
65.
0O
uter
she
ath
thick
ness
(Min
imum
)m
m1.
001.
081.
081.
161.
161.
241.
241.
321.
401.
401.
481.
561.
641.
801.
886.
0Ca
ble
over
all d
iam
eter
(App
roxim
ate)
mm
19.0
20.0
21.5
23.0
25.0
26.5
28.0
30.0
32.5
34.5
38.0
41.0
45.0
50.5
54.5
7.0
Cabl
e we
ight
(App
roxim
ate)
kg/k
m40
046
052
063
074
586
097
011
3013
6515
8019
2523
1028
5535
3542
608.
0St
anda
rd d
rum
leng
th (±
5% T
oler
ance
)m
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
500
500
500
500
9.0
Min
imum
ben
ding
radi
us o
f cab
le (D
urin
g in
stal
latio
n)m
m38
040
043
046
050
053
056
060
065
069
076
082
090
010
1010
90(B
)El
ectri
cal P
aram
eter
s1.
0DC
resis
tanc
e of
con
duct
or a
t 20
°C (M
axim
um)
ohm
/km
1.
200.
868
0.64
10.
443
0.32
00.
253
0.20
60.
164
0.12
50.
100
0.07
780.
0605
0.04
690.
0367
0.02
912.
0AC
resis
tanc
e of
con
duct
or a
t 90
°C (
Appr
oxim
ate)
ohm
/km
1.
541.
110.
823
0.56
90.
411
0.32
50.
265
0.21
20.
162
0.13
00.
102
0.08
10.
064
0.05
20.
044
3.0
Reac
tanc
e at
50
Hz (A
ppro
ximat
e)oh
m/k
m
0.13
70.
131
0.12
50.
115
0.11
00.
106
0.10
30.
100
0.09
60.
093
0.09
00.
088
0.08
50.
084
0.08
24.
0Im
peda
nce
at 5
0 Hz
(App
roxim
ate)
ohm
/km
1.
551.
120.
832
0.58
10.
425
0.34
20.
284
0.23
40.
188
0.16
00.
136
0.12
00.
106
0.09
90.
093
5.0
Volta
ge d
rop
(App
roxim
ate
for 3
pha
se s
yste
m)
v/am
p/km
2.68
51.
940
1.44
11.
006
0.73
60.
592
0.49
20.
405
0.32
60.
277
0.23
60.
208
0.18
40.
171
0.16
16.
0Ca
pacit
ance
at 5
0 Hz
(App
roxim
ate)
mF/k
m0.
210.
230.
250.
290.
320.
350.
380.
420.
470.
510.
570.
630.
710.
810.
897.
0Ap
prox
imat
e ch
argin
g cu
rrent
per
pha
se a
t Uo
= 6
kV a
nd f=
50
Hzm
A/m
0.40
0.43
0.47
0.55
0.60
0.66
0.72
0.79
0.89
0.96
1.07
1.19
1.34
1.53
1.68
8.0
Sust
aine
d cu
rrent
ratin
gs (W
ith b
oth
end
bond
ing)
:-
8.1
Laid
dire
ct, g
roun
d te
mp.
= 2
0 °C
& T
herm
al re
sistiv
ity o
f soi
l = 1
.5
°C m
/W, d
epth
of l
ayin
g =
0.8
m, l
aid
in tr
efoi
l for
mat
ion.
A10
812
915
218
622
125
228
131
736
741
447
052
859
967
274
3
8.2
Draw
n in
to e
arth
enwa
re d
uct,
grou
nd te
mp.
= 2
0 °C
and
The
rmal
re
sistiv
ity o
f soi
l = 1
.5 °C
m/W
, dep
th o
f layin
g =
0.8
m, la
id in
tref
oil
form
atio
n in
One
Com
mon
Duc
tA
102
122
144
176
210
240
267
303
351
397
451
512
583
658
731
8.3
Laid
in tr
efoi
l for
mat
ion
in a
ir, a
mbi
ent t
emp.
= 3
0 °C
A
127
154
184
230
280
324
368
424
502
577
673
770
896
1033
1167
9.0
Shor
t circ
uit c
urre
nt ra
ting
of c
ondu
ctor
for 1
sec
ond
kA2.
353.
294.
706.
588.
9311
.28
14.1
017
.39
22.5
628
.20
37.6
047
.00
59.2
275
.20
94.0
0
SEC
TIO
N A
- TA
BLE
7
Met
allic
Cop
per
Scr
een
(Cop
per
scre
en c
an b
e of
Cu
wire
s +
ope
n he
lix C
u ta
pe
or c
oppe
r ta
pe (
The
deta
ils g
iven
in b
elow
Tab
le a
re f
or
copp
er t
ape
scre
ened
cab
les)
. For
cop
per
wire
scr
eene
d ca
bles
the
det
ails
can
be
give
n on
spe
cific
req
uest
.)
XlP
E In
sula
tion
Con
duct
or S
cree
n (S
emi-c
ondu
ctiv
e)
Alu
min
ium
Con
duct
or
Insu
latio
n S
cree
n (S
emi-c
ondu
ctiv
e)
Bin
der
Tape
Out
er S
heat
h
18 MKXXS005 01/08/2015
8.7/
15 (1
7.5)
kV
Sing
le C
ore
Alu
min
ium
Con
duct
orXL
PE In
sula
ted
Una
rmou
red
To IE
C 6
0502
-2(S
uita
ble
for 8
.7/1
5 kV
Eart
hed
Syst
em)
ALUM
INIU
M C
OND
UCTO
RSI
NGLE
CO
RE, A
2XCY
, Una
rmou
red
Cabl
es, 8
.7/1
5 kV
to IE
C 60
502-
2Sr
. No.
Nom
inal
Are
a of
Con
duct
orm
m²
2535
5070
9512
015
018
524
030
040
050
063
080
010
00(A
)M
anuf
actu
ring
Dim
ensi
ons
1.0
Cond
ucto
r dia
met
er (A
ppro
ximat
e)m
m5.
96.
98.
19.
711
.412
.914
.316
.018
.420
.623
.326
.330
.034
.238
.22.
0Co
nduc
tor w
eigh
t (Ap
prox
imat
e)kg
/km
6792
125
182
251
317
390
493
646
803
1027
1307
1721
2188
2759
3.0
Insu
latio
n th
ickne
ss (N
omin
al)
mm
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.0
Out
er s
heat
h th
ickne
ss (N
omin
al)
mm
1.6
1.7
1.7
1.7
1.8
1.9
1.9
2.0
2.0
2.1
2.2
2.3
2.4
2.5
2.7
5.0
Out
er s
heat
h th
ickne
ss (M
inim
um)
mm
1.08
1.16
1.16
1.16
1.24
1.32
1.32
1.40
1.40
1.48
1.56
1.64
1.72
1.80
1.96
6.0
Cabl
e ov
eral
l dia
met
er (A
ppro
ximat
e)m
m21
.522
.524
.025
.527
.529
.030
.532
.534
.537
.040
.543
.547
.552
.557
.07.
0Ca
ble
weig
ht (A
ppro
ximat
e)kg
/km
485
550
615
720
850
975
1090
1255
1485
1725
2085
2480
3035
3715
4480
8.0
Stan
dard
dru
m le
ngth
(±5%
Tol
eran
ce)
m10
0010
0010
0010
0010
0010
0010
0010
0010
0010
0050
050
050
050
050
09.
0M
inim
um b
endi
ng ra
dius
of c
able
(Dur
ing
inst
alla
tion)
mm
430
450
480
510
550
580
610
650
690
740
810
870
950
1050
1140
(B)
Elec
trica
l Par
amet
ers
1.0
DC re
sista
nce
of c
ondu
ctor
at 2
0 °C
(Max
imum
)oh
m/k
m
1.20
0.86
80.
641
0.44
30.
320
0.25
30.
206
0.16
40.
125
0.10
00.
0778
0.06
050.
0469
0.03
670.
0291
2.0
AC re
sista
nce
of c
ondu
ctor
at 9
0 °C
(Ap
prox
imat
e)oh
m/k
m
1.54
1.11
0.82
30.
569
0.41
10.
325
0.26
50.
212
0.16
20.
130
0.10
20.
081
0.06
40.
052
0.04
33.
0Re
acta
nce
at 5
0 Hz
(App
roxim
ate)
ohm
/km
0.
145
0.13
80.
132
0.12
20.
116
0.11
20.
109
0.10
50.
100
0.09
70.
094
0.09
10.
089
0.08
70.
085
4.0
Impe
danc
e at
50
Hz (A
ppro
ximat
e)oh
m/k
m
1.55
1.12
0.83
40.
582
0.42
70.
344
0.28
70.
237
0.19
00.
162
0.13
90.
122
0.11
00.
101
0.09
55.
0Vo
ltage
dro
p (A
ppro
ximat
e fo
r 3 p
hase
sys
tem
)v/
amp/
km2.
685
1.94
01.
445
1.00
80.
740
0.59
60.
497
0.41
00.
329
0.28
10.
241
0.21
10.
191
0.17
50.
165
6.0
Capa
citan
ce a
t 50
Hz (A
ppro
ximat
e)mF
/km
0.17
0.19
0.21
0.23
0.26
0.28
0.30
0.33
0.37
0.40
0.45
0.49
0.55
0.63
0.69
7.0
Appr
oxim
ate
char
ging
curre
nt p
er p
hase
at U
o =
8.7
kV a
nd f=
50
Hzm
A/m
0.46
0.52
0.57
0.63
0.71
0.77
0.82
0.90
1.01
1.09
1.23
1.34
1.50
1.72
1.89
8.0
Sust
aine
d cu
rrent
ratin
gs (W
ith b
oth
end
bond
ing)
:-
8.1
Laid
dire
ct, g
roun
d te
mp.
= 2
0 °C
& T
herm
al re
sistiv
ity o
f soi
l = 1
.5
°C m
/W, d
epth
of l
ayin
g =
0.8
m, l
aid
in tr
efoi
l for
mat
ion.
A10
812
915
218
622
125
228
131
736
741
447
052
859
967
274
3
8.2
Draw
n in
to e
arth
enwa
re d
uct,
grou
nd te
mp.
= 2
0 °C
and
The
rmal
re
sistiv
ity o
f soi
l = 1
.5 °C
m/W
, dep
th o
f layin
g =
0.8
m, la
id in
tref
oil
form
atio
n in
One
Com
mon
Duc
tA
102
122
144
176
210
240
267
303
351
397
451
512
583
658
731
8.3
Laid
in tr
efoi
l for
mat
ion
in a
ir, a
mbi
ent t
emp.
= 3
0 °C
A
127
154
184
230
280
324
368
424
502
577
673
770
896
1033
1167
9.0
Shor
t circ
uit c
urre
nt ra
ting
of c
ondu
ctor
for 1
sec
ond
kA2.
353.
294.
706.
588.
9311
.28
14.1
017
.39
22.5
628
.20
37.6
047
.00
59.2
275
.20
94.0
0
SEC
TIO
N A
- TA
BLE
8
Met
allic
Cop
per
Scr
een
(Cop
per
scre
en c
an b
e of
Cu
wire
s +
ope
n he
lix C
u ta
pe
or c
oppe
r ta
pe (
The
deta
ils g
iven
in b
elow
Tab
le a
re f
or
copp
er t
ape
scre
ened
cab
les)
. For
cop
per
wire
scr
eene
d ca
bles
the
det
ails
can
be
give
n on
spe
cific
req
uest
.)
XlP
E In
sula
tion
Con
duct
or S
cree
n (S
emi-c
ondu
ctiv
e)
Alu
min
ium
Con
duct
or
Insu
latio
n S
cree
n (S
emi-c
ondu
ctiv
e)
Bin
der
Tape
Out
er S
heat
h
19MKXXS005 01/08/2015
12/2
0 (2
4) k
VSi
ngle
Cor
e A
lum
iniu
m C
ondu
ctor
XLPE
Insu
late
d U
narm
oure
dTo
IEC
605
02-2
(Sui
tabl
e fo
r 12.
7/22
kV
Eart
hed
Syst
em)
ALUM
INIU
M C
OND
UCTO
RSI
NGLE
CO
RE, A
2XCY
, Una
rmou
red
Cabl
es, 1
2/20
kV
to IE
C 60
502-
2Sr
. No.
Nom
inal
Are
a of
Con
duct
orm
m²
3550
7095
120
150
185
240
300
400
500
630
800
1000
(A)
Man
ufac
turin
g Di
men
sion
s1.
0Co
nduc
tor d
iam
eter
(App
roxim
ate)
mm
6.9
8.1
9.7
11.4
12.9
14.3
16.0
18.4
20.6
23.3
26.3
30.0
34.2
38.2
2.0
Cond
ucto
r wei
ght (
Appr
oxim
ate)
kg/k
m92
125
182
251
317
390
493
646
803
1027
1307
1721
2188
2759
3.0
Insu
latio
n th
ickne
ss (N
omin
al)
mm
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
4.0
Out
er s
heat
h th
ickne
ss (N
omin
al)
mm
1.7
1.8
1.8
1.9
1.9
2.0
2.0
2.1
2.2
2.3
2.4
2.5
2.6
2.7
5.0
Out
er s
heat
h th
ickne
ss (M
inim
um)
mm
1.16
1.24
1.24
1.32
1.32
1.40
1.40
1.48
1.56
1.64
1.72
1.80
1.88
1.96
6.0
Cabl
e ov
eral
l dia
met
er (A
ppro
ximat
e)m
m25
.026
.028
.029
.531
.032
.534
.537
.039
.543
.046
.050
.055
.059
.57.
0Ca
ble
weig
ht (A
ppro
ximat
e)kg
/km
635
720
830
970
1085
1215
1375
1630
1