section page - ducab powerplus 090812.pdfseparate catalogues are cables (ogp) available for the...
TRANSCRIPT
BICC2
SECTION PAGE
1. Introduction ........................................................................................................................................................ 1
2.Customer Service................................................................................................................................... 4
3. Cable Data........................................................................................................................................................... 7 - 16
4. Technical Data and Rating Factors........................................................................................................................ 17 - 23
5. Drum Handling Instructions............................................................................................................................... 24 - 25
Ducab is listed in the following publication issued by the Department of Trade and Industry ofthe United Kingdom.
“THE DTI QA REGISTER - PRODUCTS AND SERVICES LIST”
Only those companies whose quality system is assessed and certified by U.K. accredited certification bodiesappear in the above publication.
CONTENTS
Brochure-New.indd 2 3/9/10 2:50:11 PM
<< Previous Page Next Page >>
BICC 1
Brochure-New.indd Sec1:1 3/9/10 2:50:11 PM
<< Previous Page Next Page >>
Go To Contents Page
Due to the wide range of cables in the catalogue, it is advisable, when ordering, to provide as much information as
possible. Please use the following table as a guide:
1. Cable standard / specification number.
2. Voltage designation.
3. Number of cores.
4. Conductor size.
5. Colour of outer sheath.
6. Length of cables required and individual drum lengths.*
7. Any other special requirement, e.g. special PVC sheath material, drum weight limitation, etc.
* Cables are normally supplied in lengths of 100 metres, 500 metres and 1000 metres depending on conductor size. Other lengths can be supplied if required.
For any specialist advice and assistance on the entire Ducab product range contact the Technical Department,
Dubai Cable Company (Private) Limited, P. O. Box 11529, Dubai, U. A. E., Tel: 971 4 815 8888, Fax: 971 4 815 8111.
I N T R O D U C T I O N
O R D E R I N G A D V I C E
T E C H N I C A L A D V I S O R Y S E R V I C E
Established in 1979, Ducab is the leading cable manufacturing company in the region and is equally owned by the
Governments of Dubai and Abu Dhabi. Ducab has three major manufacturing facilities that support it's continuous
growth, one in Jebel Ali and two in Abu Dhabi Industrial City. Ducab-HV, inaugurated in November 2011, is a joint venture
between Ducab, ADWEA and DEWA offering High Voltage cable systems up to 400 kV. Ducab-HV will sell cable systems
in the voltage range 66kV (66,000 Volts) to 400kV (400,000 Volts) covering the highest voltage currently used in the
GCC.
To meet the growing demand of customers around the region and the world, Ducab continues to expand its world-class
facilities across the Middle East, North Africa, Europe and India. Ducab prides itself on setting and maintaining the
highest quality standards of power cables. Experienced and highly skilled employees operate state-of-the-art equipment,
and conduct extensive testing at every phase of production.
When it comes to advanced cable solutions, Ducab continues its status as the superbrand across the world in 40
countries. Ducab product range covers High Voltage cables up to 400kV, Ducab Powerplus Medium Voltage cables up
to 33kV, Low Voltage power cables, Control & Auxiliary, Wiring and Lead-Sheathed cables, Ducab Smokemaster - Low
Smoke Zero Halogen Cables, and Ducab Flam BICC (Fire Resistance cables), DuFlex cables, Instrumentation and Pilot
cables, Cable components and cable accessories, Installation of cables, as well as Copper rod manufactured in Ducab’s
own Copper rod plant.
This catalogue provides working information on Powerplus Medium Voltage cables (OGP). Separate catalogues are
available for the remaining range of Ducab Cables.
BICC2
Brochure-New.indd Sec1:2 3/9/10 2:50:12 PM
Go To Contents Page
<< Previous Page Next Page >>
C U S T O M E R S E R V I C E
Ducab is the premier cable manufacturer in the United Arab Emirates and, since 1979, has been meeting the
requirements of customers throughout the GCC, Middle East and Asian markets. Ducab cables are preferred for the
following reasons:
PRODUCT QUALITY
Ducab is committed to supplying its customers with the highest quality of product and of service. Ducab’s cables have
been type approved by recognized certifying bodies such as BASEC UK (British Approval Service for Cables), Lloyd’s
Register of the UK, KEMA Netherland, LPCB UK ( Loss Prevention Certification Board), ESMA
(Emirates Authority for standardization and Metrology). They fully conform to BS, IEC other
international and national specifications.
In addition, Ducab was presented with the Dubai Quality Award 1994, for the best local industrial
company of the year. Ducab won Dubai Quality Gold Category award twice, in 1998 and in 2004.
The Gold Award rewards the most distinguished companies which are judged to be world class
and Ducab is the only manufacturing company in the region to win such acclaim.
Ducab has won the Sheikh Mohammed Bin Rashid Al Maktoum (MRM) Business Excellence Award in manufacturing
category in 2009. Recognizing quality products and services, Ducab has also won the Superbrand award for 4 years
consecutively from 2009.
RELIABILITY
Specifying the right cable for a particular application is the first step. The key to reliability however, is in the manufacturing
process. The cable must be free from material and manufacturing defects, and weaknesses that will be revealed in
service.
Ducab constantly monitors its manufacturing processes and operates stringent quality assurance procedures to give
long term reliability. This is of vital significance where cables are to be installed in locations where future access would
be difficult and this is where Ducab’s reputation and resources give peace of mind.
PERFORMANCE
Optimum cable performance can be provided only by a company such as Ducab, with access to the latest developments
in materials technology. In addition, Ducab’s knowledge of application requirements throughout the Middle and Far East
is an assurance of high performance.
Our experienced Technical Staff can provide guidance on cable selection and installation and can ensure that you get
the right cable for the job.
HEALTH & SAFETY MANAGEMENT SYSTEM CERTIFIED TO OHSAS 18001
Ducab is able to maintain a close watch on world developments in cable technology
and regulations and therefore ensure that its products are designed and constructed
to be hazard-free under the prescribed conditions of use.
Ducab uses only tried and tested materials and processes in full compliance with all
relevant British and International Standards. Our cables are therefore manufactured
for safe use without risk to health on the understanding that users will exercise the same degree
of care in their selection and application.
Safety is an important issue for Ducab, and the strictest standards are adhered to throughout the company. Ducab is
proud of its safety record and has been awarded RoSPA (Royal Society for the Prevention of Accidents) Gold Awards
for safety from 1991 to 1999. From 2000 onward, Ducab was awarded the prestigious President’s Award for Health and
BICC3
Brochure-New.indd Sec1:2 3/9/10 2:50:12 PM
Go To Contents Page
<< Previous Page Next Page >>
Safety which is a recognition of Ducab winning 10 consecutive annual Gold awards and acknowledges Ducab’s total
commitment to health and safety. In 2002, Ducab was declared the joint winner of the Manufacturing Industry Sector
Award from RoSPA.
Ducab is the first organisation in the Middle East to receive accreditation to OHSAS 18001 by BASEC (British Approvals
Service for Cables). Certification to OHSAS 18001 provides a recognisable Occupational Health and Safety Management
standard against which an organisation’s management systems can be assessed and certified. Based on the structure
of OHSAS 18001, the standard requires continual improvement in health and safety related activities.
QUALITY MANAGEMENT SYSTEM CERTIFIED TO ISO 9001
Ducab’s Quality Management System conforms to the ISO 9001 International Quality
System Standard and is certified by BASEC (British Approvals Service for Cables), a
specialist certifying body for cables who are an internationally recognised quality authority
accredited in the UK and throughout the world.
Certification to the ISO 9001 International standard demonstrates that Ducab has drawn up
written procedures to ensure full compliance with all requirements of the standard and that
these procedures are followed by every department in the company, thus ensuring that goods leaving Ducab’s factory
are of the highest quality and meet each customer’s requirements in every respect.
Ducab is particularly proud to have achieved certification to the stringent ISO 9001 standard as it is an independent
conformation that the company designs, manufactures and tests cables consistently to accepted standards. ISO 9001
is widely used throughout Europe, and is therefore a reassurance to Ducab’s customers that the products and service
supplied by the company are equal to the best in the world.
ENVIRONMENTAL MANAGEMENT SYSTEM CERTIFIED TO ISO 14001
Ducab’s Environmental Management System conforms to the ISO 14001 International
Environmental Management Standard and is certified by BASEC who are an internationally
recognised certifying authority accredited in the UK and throughout Europe.
Certification to the ISO 14001 International standard shows that Ducab has a well defined
structure and established working practices aimed at limiting its impact on the environment.
Measurement and monitoring of effects, issuing work instructions, training of personnel and
taking corrective actions are all essential elements to limiting the impact on the environment. Ducab has set improvement
targets to reduce the significant environmental impacts associated with its activities.
Ducab is proud to be the first cable manufacturer in the region to achieve certification to ISO 14001 and this certification
along with its quality, business success and safety record demonstrates that Ducab is a world class organisation and
can hold its head up to any business community throughout the world.
BASEC CERTIFICATION
Ducab is also proud to hold a Process capability certification issued by BASEC (British Approvals Service for Cables)
for several cables in its product range.
DUCAB SHAREEK
Ducab’s customer satisfaction programme is designed to ensure that customers receive a
consistently high level of service from Ducab’s dedicated staff.
BICC 4
Cable SelectionIt is essential that any design of a cable system selected for a particular project or a distribution system is
suitable for its intended use. Choice needs to be based on a range of factors including installation specifications,
local regulations and the required performance characteristics, some of which are shown below:
• normal current load
• maximum fault current and its duration under fault conditions
• voltage grade
• subsoil conditions for underground installations e.g., presence of water, soil temperature and thermal
resistivity, possible attack of rodents, termites etc.
• cable fire performance requirements
• compatibility with an existing distribution system
In the tables in the next section, cable constructions and performance features correspond to IEC 60502-2
Standard and Ducab’s in-house quality norms.
Cable Design and Construction
Conductors
The conductors of all Ducab’s HV and MV cables, both copper and aluminium, with the exception of very
large sizes of 800sq mm and above, are all HCC + ™ design.
These are highly compacted and concentric conductors and offer the following advantages:
* Smaller overall size
* Smoother conductor/conducting screen interface
Conductors of 800 sq mm and above, are plain stranded and wrapped with penetration resistant semi-
conductive tape prior to passage through the triple extrusion line.
All conductors comply with the requirements of IEC 60228, Class 2.
Conductor Screen
This is a layer of crosslinkable semi-conducting compound extruded directly over the conductor during the
XLPE insulation extrusion.
Brochure-New.indd Sec1:3 3/9/10 2:50:12 PM
<< Previous Page Next Page >>
Go To Contents Page
BICC5
Insulation
All Ducab’s MV and HV cables feature DFI ™ XLPE insulation which is virtually discharge free,
ensuring a long and trouble-free service life.
The insulation is extruded and dry cured to meet the requirements of the standards and/or customer
specification. A high degree of concentricity is assured through the use of x-ray monitoring device during
extrusion. The XLPE insulation is capable of operating continuously at 90˚C.
Insulation Screen
This is a layer of cross-linkable semi-conducting compound extruded directly over the insulation at
the same time when the conductor screen and XLPE insulation are extruded. This semi-conducting screen
is cold strippable but fully bonded screens may be provided, if specified.
Metallic Screen
The metallic screen can be a helically applied copper tape or a number of copper wires applied with a
lay or a combination of tape and wires applied over the semi-conducting screen. The metallic screen
provides the earth fault current path and it is of a cross section designed as per customer’s specification.
In case of three core cables, phase identification tapes (red/yellow/blue) are generally longitudinally
applied under the metallic screen.
Laying up
In the case of three core cables, the three cores identified as red, yellow and blue are laid up together
with polypropylene string fillers at the interstices between the three cores. A binder e.g., polyester tape is
wrapped round the assembly to form a compact circular cable during this process.
Lead Sheath
The material of lead sheath is lead alloy grade PB021K of composition as given in BS EN12548
(erstwhile known as alloy E). The thickness of the lead sheath is in accordance with EEMUA
(Publication no. 133). The lead sheath perform the mechanical function of acting as a barrier to entry of
hydrocarbons. In addition, it can also be engaged to perform the electrical function of sharing the earth
fault current with the armour.
Cable Selection
Brochure-New.indd Sec1:4 3/9/10 2:50:12 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC 6
Bedding Sheath
Black polyvinyl chloride (PVC) or Polyethylene (PE) Compound is extruded over the laid up 3 core
cable or on the screened single core cables.
Armouring
This process is not applicable if an unarmoured cable is specified. If armour is required, then following
variations are possible:
• Single Core Cables:
Aluminium armour wires applied all round the cable with a lay.
• Three Core Cables:
a) Galvanised Steel Wires applied all round the cable with a lay.
b) Galvanised Steel Tapes applied helically to provide coverage all round the cable.
Oversheath
This is an extruded layer of black PVC (Type ST2) or PE (Type ST 3 or ST7) as required by customer
specification. The oversheath has an embossed legend in two or more lines appropriate for the cable.
Special Features
The cable as a whole or its specific cores or other design elements can vary in a number of ways to
meet specific customer needs. The following are some examples, and by no means an exhaustive list of
special features possible:
• Longitudinal and radial water blocking of conductors, cores or complete cable.
• Extra water-tree retardant XLPE insulation
• PVC oversheath with:
a) reduced flame propagation (RP) and low HCL (LHCL) emission properties
b) anti-termite properties
• Ducab Smokemaster Low Smoke and Fume construction using zero-halogen bedding and
oversheath
• Oversheath of red colour with sulphide-resistant and/or UV resistant properties
• Graphite coated oversheath
• Embossed legend as per customer specification
• Metre length marking
Brochure-New.indd Sec1:5 3/9/10 2:50:12 PM
Go To Contents Page Go To Contents Page
<< Previous Page Next Page >>
BICC7
Go to Contents Page
FOR
ALL
CA
BLE
STH
EM
AXI
MU
MC
ON
DU
CTO
RO
PER
ATIN
GTE
MP
ERAT
UR
EIS
90˚
C A
ND
LIM
ITIG
CO
ND
UC
TOR
TEM
PER
ATU
RE
AFT
ERS
HO
RT
CIR
CU
ITIS
250
˚C.
400
0.04
7
0.06
32
0.1
0.65
0.74
562
472
77.
57.2
No
min
al A
rea
of
Co
nduc
tor
Max
imum
DC
resi
stan
ce o
f Con
duct
or a
t 20˚
C
App
roxi
mat
e A
C re
sist
ance
of C
ondu
ctor
at 9
0˚C
App
roxi
mat
e R
eact
ance
at 5
0 H
ertz
App
roxi
mat
e C
apac
itanc
e of
Cab
le
App
rox.
Cha
rgin
g C
urre
nt p
er p
hase
at U
0 =
3.6
kV a
nd f
= 50
Hz
Sus
tain
ed C
urre
nt R
atin
gs
1. L
aid
Dire
ct, G
roun
d Te
mp.
30˚
C &
g =
1.2
˚C m
/W
D
epth
of l
ayin
g =
0.8
m, l
aid
in T
refo
il to
uchi
ng
2. D
raw
n in
to D
ucts
, Gro
und
Tem
p. 3
0˚C
& g
= 1
.2˚C
m/W
D
epth
of l
ayin
g =
0.8
m, l
aid
sing
ly
3. L
aid
in A
ir in
Tre
foil
touc
hing
, Am
bien
t Tem
p. 3
5˚C
One
Sec
ond
Sho
rt C
ircui
t Cur
rent
Rat
ing
of C
ondu
ctor
mm
2
ohm
/Km
ohm
/Km
ohm
/Km
μf/K
m
mA
/m
A A A kA
50
0.38
7
0.49
4
0.13
0.34
0.38
196
196
230
7.15
70
0.26
8
0.34
2
0.13
0.38
0.43
240
231
285
10.1
95
0.19
3
0.24
7
0.12
0.43
0.49
285
271
345
13.6
120
0.15
3
0.19
6
0.11
0.47
0.53
320
303
396
17.2
150
0.12
4
0.15
9
0.11
0.51
0.58
365
334
451
21.5
185
0.09
91
0.12
8
0.11
0.56
0.63
405
365
506
26.5
240
0.07
54
0.09
82
0.11
0.61
0.69
463
418
598
34.4
300
0.06
01
0.07
91
0.1
0.63
0.71
500
445
681
42.9
500
0.03
66
0.05
1
0.1
0.69
0.78
613
507
865
71.5
630
0.02
83
0.04
17
0.1
0.73
0.83
656
552
957
90.1
800
0.02
21
0.03
8
0.09
0.79
0.89
699
587
1049
115
1000
0.01
76
0.02
9
0.09
0.85
0.96
742
614
1132
143
Tabl
e 1
3.6/
6 (1
7.5)
kV
Sin
gle
core
Cop
per
cond
ucto
rs, X
LPE
Insu
late
d, L
ead
shea
thed
Cab
les,
To
IEC
605
02-2
And
EEM
UA
133
Spe
c.
3.6/
6 (7
.2)
kV T
hree
cor
e C
oppe
r co
nduc
tors
, XLP
E In
sula
ted,
Lea
d sh
eath
ed C
able
s, T
o IE
C 6
0502
-2 A
nd E
EMU
A 1
33 S
pec.
ELEC
TRIC
AL
CH
ARA
CTE
RIST
ICS
- ARM
OU
RED
-CA
BLES
Cable
Data
FOR
ALL
CA
BLE
STH
EM
AX
IMU
MC
ON
DU
CTO
RO
PE
RAT
ING
TEM
PE
RAT
UR
EIS
90˚
C A
ND
LIM
ITIG
CO
ND
UC
TOR
TEM
PE
RAT
UR
EA
FTE
RS
HO
RT
CIR
CU
ITIS
250
˚C.
Tabl
e 2
Nom
inal
Are
a of
Con
duct
or
Max
imum
DC
resi
stan
ce o
f Con
duct
or a
t 20˚
C
App
rox.
AC
resi
stan
ce o
f Con
duct
or a
t 90˚
C
App
roxi
mat
e R
eact
ance
at 5
0 H
ertz
App
rox.
Cap
acita
nce
of C
able
App
rox.
Cha
rgin
g C
urre
nt p
er p
hase
at U
0 =
3.6
kV
And
f =
50H
z
Sus
tain
ed C
urre
nt R
atin
gs
1. L
aid
Dire
ct, G
roun
d Te
mp.
30˚
C &
The
rmal
resi
stiv
ity =
1.2
˚C m
/W
d
epth
of l
ayin
g =
0.8
m, l
aid
sing
ly
2. D
raw
n in
to D
ucts
, Gro
und
Tem
p. 3
0˚C
&
g
= 1
.2˚C
m/W
, dep
th o
f lay
ing
= 0
.8m
, lai
d si
ngly
3. L
aid
in A
ir A
mbi
ent T
emp.
35˚
C
One
Sec
ond
Sho
rt C
ircui
t Cur
rent
Rat
ing
of C
ondu
ctor
mm
2
ohm
/Km
ohm
/Km
ohm
/Km
μf/K
m
mA/
m
A A A kA
50
0.38
7
0.49
4
0.13
0.34
0.38
187
161
203
7.15
70
0.26
8
0.34
20.
13
0.38
0.43
227
191
248
10.1
95
0.19
3
0.24
7
0.12
0.43
0.49
267
227
304
13.6
120
0.15
3
0.19
60.
11
0.47
0.53
303
258
345
17.2
150
0.12
4
0.15
9
0.11
0/51
0.58
338
294
396
21.5
185
0.09
91
0.12
80.
11
0.56
0.63
383
329
451
26.5
240
0.07
54
0.09
82
0.01
1
0.61
0.69
436
378
524
34.4
300
0.06
0.07
9
0.01
0.63
0.71
481
418
598
42.9
400
0.04
7
0.06
3
0.01
0.65
0.74
534
472
681
57.2
Brochure-New.indd Sec1:6 3/9/10 2:50:12 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC 8
6/10
(12
) kV
Sin
gle
core
Cop
per
cond
ucto
rs, X
LPE
Insu
late
d, L
ead
shea
thed
Cab
les,
To
IEC
605
02-2
And
EEM
UA
133
Spe
c.
6/10
(12)
kV
Thre
e co
re C
oppe
r co
nduc
tors
, XLP
E In
sula
ted,
Lea
d sh
eath
ed C
able
s, T
o IE
C 6
0502
-2 A
nd E
EMU
A 1
33 S
pec.
Tabl
e 3
No
min
al A
rea
of
Co
nduc
tor
Max
imum
DC
res
ista
nce
of C
ond
ucto
r at
20˚
C
Ap
pro
xim
ate
AC
res
ista
nce
of C
ond
ucto
r at
90˚
C
Ap
pro
xim
ate
Rea
ctan
ce a
t 50
Her
tz
Ap
pro
xim
ate
Cap
acita
nce
of C
able
App
rox.
Cha
rgin
g C
urre
nt p
er p
hase
at U
0 =
6 kV
and
f =
50H
z
Sus
tain
ed C
urre
nt R
atin
gs
1. L
aid
Dire
ct, G
roun
d T
emp
. 30˚
C &
g =
1.2
˚ C m
/W
D
epth
of l
ayin
g =
0.8
m, l
aid
in T
refo
il to
uchi
ng
2. D
raw
n in
to D
ucts
, Gro
und
Tem
p. 3
0˚C
& g
= 1
.2˚ C
m/W
D
epth
of l
ayin
g =
0.8
m, l
aid
sin
gly
3. L
aid
in A
ir in
Tre
foil
touc
hing
, Am
bie
nt T
emp
. 35˚
C
One
Sec
ond
Sho
rt C
ircui
t ra
ting
of c
ond
ucto
r
50
0.38
7
0.49
3
0.14
0.25
0.47
196
196
230
7.15
mm
2
ohm
/Km
ohm
/Km
ohm
/Km
μf/K
m
mA
/m
A A A kA
70
0.26
8
0.34
2
0.13
0.29
0.55
240
231
285
10.1
95
0.19
3
0.24
6
0.12
0.35
0.66
285
271
345
13.6
120
0.15
3
0.19
6
0.12
0.38
0.72
320
303
396
17.2
150
0.12
4
0.16
0.12
0.41
0.77
365
334
451
21.5
185
0.09
91
0.12
7
0.11
0.47
0.89
405
365
506
26.5
240
0.07
54
0.09
8
0.11
0.51
0.96
463
418
598
34.4
300
0.06
01
0.07
9
0.10
0.54
1.00
501
445
681
42.9
400
0.04
7
0.06
3
0.10
0.58
1.10
562
472
773
57.2
500
0.03
66
0.05
0.10
0.66
1.20
613
507
856
71.5
630
0.02
83
0.04
1
0.10
0.74
1.40
656
552
957
90.1
800
0.02
21
0.03
9
0.09
0.78
1.50
699
587
1049
115
1000
0.01
76
0.02
9
0.09
0.80
1.50
742
614
1132
143
ELEC
TRIC
AL
CH
ARA
CTE
RIST
ICS
- ARM
OU
RED
-CA
BLES
F OR
ALL
CA
BLE
STH
EM
AXI
MU
MC
ON
DU
CTO
RO
PER
ATIN
GTE
MP
ERAT
UR
EIS
90˚
C A
ND
LIM
ITIG
CO
ND
UC
TOR
TEM
PER
ATU
RE
AFT
ERS
HO
RT
CIR
CU
ITIS
250
˚C.
FOR
ALL
CA
BLE
STH
EM
AXI
MU
MC
ON
DU
CTO
RO
PER
ATIN
GTE
MP
ERAT
UR
EIS
90˚
C A
ND
LIM
ITIG
CO
ND
UC
TOR
TEM
PER
ATU
RE
AFT
ERS
HO
RT
CIR
CU
ITIS
250
˚C.
Tabl
e 4
No
min
al A
rea
of
Co
nduc
tor
Max
imum
DC
res
ista
nce
of C
ond
ucto
r at
20˚
C
Ap
pro
xim
ate
AC
res
ista
nce
of C
ond
ucto
r at
90˚
C
Ap
pro
xim
ate
Rea
ctan
ce a
t 50
Her
tz
Ap
pro
xim
ate
Cap
acita
nce
of C
able
App
rox.
Cha
rgin
g C
urre
nt p
er p
hase
at U
0 =
6 kV
and
f =
50H
z
Sus
tain
ed C
urre
nt R
atin
gs
1. L
aid
Dire
ct, G
roun
d T
emp
. 30˚
C &
Ther
mal
Res
istiv
ity =
1.2
˚ C m
/W
dep
th o
f lay
ing
= 0
.8m
, lai
d s
ingl
y
2. D
raw
n in
to D
ucts
, Gro
und
Tem
p. 3
0˚C
& g
= 1
.2˚ C
m/W
dep
th o
f lay
ing
= 0
.8m
, lai
d s
ingl
y
3. L
aid
in A
ir, A
mb
ient
Tem
p. 3
5˚ C
One
Sec
ond
Sho
rt C
ircui
t C
urre
nt R
atin
g of
con
duc
tor
mm
2
ohm
/Km
ohm
/Km
ohm
/Km
μf/K
m
mA
/m
A A A kA
50
0.38
7
0.49
3
0.11
0.25
0.47
187
161
203
7.15
70
0.26
8
0.34
2
0.11
0.29
0.55
227
191
248
10.1
95
0.19
3
0.24
7
0.1
0.35
0.66
267
227
304
13.6
120
0.15
3
0.19
6
0.1
0.38
0.72
303
258
345
17.2
150
0.12
4
0.16
0.09
0.41
0.77
338
294
396
21.5
185
0.09
91
0.12
8
0.09
0.47
0.89
383
329
451
26.5
240
0.07
54
0.09
8
0.09
0.51
0.96
436
378
524
34.4
300
0.06
01
0.07
8
0.09
0.54 1.0
481
418
598
42.9
400
0.04
7
0.06
4
0.08
0.58 1.1
534
472
681
57.2
Brochure-New.indd Sec1:7 3/9/10 2:50:12 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC9
Nom
inal
Are
a of
Con
duct
or
Max
imum
DC
resi
stan
ce o
f Con
duct
or a
t 20˚
C
App
roxi
mat
e A
C re
sist
ance
of C
ondu
ctor
at 9
0˚C
App
roxi
mat
e R
eact
ance
at 5
0 H
ertz
App
roxi
mat
e Im
peda
nce
at 5
0 H
ertz
App
roxi
mat
e C
apac
itanc
e of
Cab
le
App
rox.
Cha
rgin
g C
urre
nt p
er p
hase
at U
0 =
8.7
kV a
nd f
= 50
Hz
Sus
tain
ed C
urre
nt R
atin
gs
1. L
aid
Dire
ct, G
roun
d Te
mp.
30˚
C &
g =
1.2
˚C m
/W
D
epth
of l
ayin
g =
0.8m
, lai
d in
Tre
foil
touc
hing
2. D
raw
n in
to D
ucts
, Gro
und
Tem
p. 3
0˚C
& g
= 1
.2˚C
m/W
D
epth
of l
ayin
g =
0.8m
, lai
d si
ngly
3. L
aid
in A
ir in
Tre
foil
touc
hing
, Am
bien
t Tem
p. 3
5˚C
One
Sec
ond
Sho
rt C
ircui
t Rat
ing
of C
ondu
ctor
mm
2
ohm
/Km
ohm
/Km
ohm
/Km
ohm
/Km
μf/K
m
mA
/m
A A A kA
50
0.38
7
0.49
4
0.14
0.51
0.22 0.6
196
196
230
7.15
70
0.26
8
0.34
2
0.14
0.36
0.25
0.68
240
231
285
10.1
95
0.19
3
0.24
7
0.13
0.27
0.28
0.77
285
271
345
13.6
120
0.15
3
0.19
6
0.12 0.2
0.31
0.85
320
303
396
17.2
150
0.12
4
0.15
9
0.12
0.19
0.33 0.9
365
334
451
21.5
185
0.09
91
0.12
7
0.12
0.16
0.36 1.0
405
365
506
26.5
240
0.07
54
0.09
8
0.11
0.14
0.41 1.1
463
418
598
34.4
300
0.06
01
0.07
8
0.11
0.13
0.44 1.2
516
445
681
42.9
400
0.04
7
0.06
3
0.11
0.11
0.49 1.3
579
472
773
57.2
500
0.03
66
0.05 0.1
0.11
0.54 1.5
632
507
856
71.5
630
0.02
83
0.04
1
0.1
0.11
0.59 1.6
676
552
957
90.1
800
0.02
21
0.03
9
0.09
0.09
0.68 1.9
721
587
1049
115
1000
0.01
76
0.02
9
0.09
0.09
0.72 2.0
765
614
1132
143
8.7/
15 (
17.5
) kV
Sin
gle
core
Cop
per
cond
ucto
rs, X
LPE
Insu
late
d, L
ead
shea
thed
Cab
les,
To
IEC
605
02-2
& E
EMU
A 1
33 S
pec.
ELEC
TRIC
AL
CH
ARA
CTE
RIST
ICS
- ARM
OU
RED
-CA
BLES
Tabl
e 5
Tabl
e 6
F OR
ALL
CA
BLE
STH
EM
AXI
MU
MC
ON
DU
CTO
RO
PER
ATIN
GTE
MP
ERAT
UR
EIS
90˚
C A
ND
LIM
ITIG
CO
ND
UC
TOR
TEM
PER
ATU
RE
AFT
ERS
HO
RT
CIR
CU
ITIS
250
˚C.
mm
2
ohm
/Km
ohm
/Km
ohm
/Km
ohm
/Km
μf/K
m
mA
/m
A A A kA
50
0.38
7
0.49
3
0.12
0.51
0.22 0.6
187
161
203
7.15
70
0.26
8
0.34
2
0.11
0.36
0.25
0.68
227
191
248
10.1
95
0.19
3
0.24
7
0.11
0.27
0.28
0.77
267
227
304
13.6
120
0.15
3
0.19
6
0.1
0.22
0.31
0.85
303
258
345
17.2
150
0.12
4
0.15
9
0.1
0.19
0.33 0.9
338
294
396
21.5
185
0.09
91
0.12
8
0.1
0.16
0.36 1.0
383
329
451
26.5
240
0.07
54
0.09
8
0.09
0.14
0.41 1.1
436
378
524
34.4
300
0.06
01
0.07
9
0.09
0.12
0.44 1.2
481
418
598
42.9
400
0.04
7
0.06
4
0.09
0.11
0.49 1.3
534
472
681
57.2
Nom
inal
Are
a of
Con
duct
or
Max
imum
DC
resi
stan
ce o
f Con
duct
or a
t 20˚
C
App
rox.
AC
resi
stan
ce o
f Con
duct
or a
t 90˚
C
App
roxi
mat
e R
eact
ance
at 5
0 H
ertz
App
roxi
mat
e Im
peda
nce
at 5
0 H
ertz
App
rox.
Cap
acita
nce
of C
able
App
rox.
Cha
rgin
g C
urre
nt p
er p
hase
at U
0 =
8.7
kV a
nd f
= 50
Hz
Sus
tain
ed C
urre
nt R
atin
gs
1. L
aid
Dire
ct, G
roun
d Te
mp.
30˚
C &
g =
1.2
˚C m
/W
d
epth
of l
ayin
g =
0.8m
, lai
d in
sin
gly
2. D
raw
n in
to D
ucts
, Gro
und
Tem
p. 3
0˚C
& g
= 1
.2˚C
m/W
d
epth
of l
ayin
g =
0.8m
, lai
d in
sin
gly
3. L
aid
in A
ir in
Tre
foil
touc
hing
, Am
bien
t Tem
p. 3
5˚C
One
Sec
ond
Sho
rt C
ircui
t Rat
ing
of C
ondu
ctor
8.7/
15 (1
7.5)
kV
Thre
e co
re C
oppe
r con
duct
ors,
XLP
E In
sula
ted,
Lea
d sh
eath
ed C
able
s, T
o IE
C 6
0502
-2 &
EEM
UA
133
Spe
c.
FOR
ALL
CA
BLE
STH
EM
AX
IMU
MC
ON
DU
CTO
RO
PE
RAT
ING
TEM
PE
RAT
UR
EIS
90˚
C A
ND
LIM
ITIG
CO
ND
UC
TOR
TEM
PE
RAT
UR
EA
FTE
RS
HO
RT
CIR
CU
ITIS
250
˚C.
Brochure-New.indd Sec1:8 3/9/10 2:50:12 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC 10
Nom
inal
Are
a of
Con
duct
or
Max
imum
DC
resi
stan
ce o
f Con
duct
or a
t 20˚
C
App
roxi
mat
e A
C re
sist
ance
of C
ondu
ctor
at 9
0˚C
App
roxi
mat
e R
eact
ance
at 5
0 H
ertz
App
roxi
mat
e Im
peda
nce
at 5
0 H
ertz
App
roxi
mat
e C
apac
itanc
e of
Cab
le
App
rox.
Cha
rgin
g C
urre
nt p
er p
hase
at U
0 =
12 k
V a
nd f
= 50
Hz
Sus
tain
ed C
urre
nt R
atin
gs
1. L
aid
Dire
ct, G
roun
d Te
mp.
30˚
C &
g =
1.2
˚ C m
/W
D
epth
of l
ayin
g =
0.8m
, lai
d in
Tre
foil
touc
hing
2. D
raw
n in
to D
ucts
, Gro
und
Tem
p. 3
0˚ C
& g
= 1
.2˚C
m/W
D
epth
of l
ayin
g =
0.8m
, lai
d si
ngly
3. L
aid
in A
ir in
Tre
foil
touc
hing
, Am
bien
t Tem
p. 3
5˚ C
One
Sec
ond
Sho
rt C
ircui
t Rat
ing
of C
ondu
ctor
Nom
inal
Are
a of
Con
duct
or
Max
imum
DC
resi
stan
ce o
f Con
duct
or a
t 20˚
C
App
rox.
AC
resi
stan
ce o
f Con
duct
or a
t 90˚
C
App
roxi
mat
e R
eact
ance
at 5
0 H
ertz
App
roxi
mat
e Im
peda
nce
at 5
0 H
ertz
App
rox.
Cap
acita
nce
of C
able
App
rox.
Cha
rgin
g C
urre
nt p
er p
hase
at U
0 =
12
kV a
nd f
= 5
0Hz
Sus
tain
ed C
urre
nt R
atin
gs
1. L
aid
Dire
ct, G
roun
d Te
mp.
30˚
C &
g =
1.2
˚ C m
/W
de
pth
of la
ying
= 0
.8m
, lai
d si
ngly
2. D
raw
n in
to D
ucts
, Gro
und
Tem
p. 3
0˚ C
& g
= 1
.2˚C
m/W
de
pth
of la
ying
= 0
.8m
, lai
d si
ngly
3. L
aid
sing
ly A
ir, A
mbi
ent T
emp.
35˚
C
One
Sec
ond
Sho
rt C
ircui
t Rat
ing
of C
ondu
ctor
mm
2
ohm
/Km
ohm
/Km
ohm
/Km
ohm
/Km
μf/K
m
mA
/m
A A A kA
50
0.38
7
0.49
4
0.15
0.52
0.18
0.68
196
187
239
7.15
70
0.26
8
0.34
2
0.14
0.37
0.21
0.79
240
231
294
10.1
95
0.19
3
0.24
7
0.13
0.28
0.23
0.87
285
271
350
13.6
120
0.15
3
0.19
6
0.13
0.23
0.25
0.94
320
303
405
17.2
150
0.12
4
0.15
9
0.12 0.2
0.27 1.0
365
329
451
21.5
185
0.09
91
0.12
7
0.12
0.17
0.29 1.1
401
356
515
26.5
240
0.07
54
0.09
8
0.12
0.15
0.32 1.2
454
401
598
34.4
300
0.06
01
0.07
9
0.11
0.14
0.35 1.3
507
436
672
42.9
400
0.04
7
0.06
3
0.11
0.12
0.39 1.5
570
472
764
57.2
500
0.03
66
0.05
0.11
0.12
0.43 1.6
623
507
865
71.5
630
0.02
83
0.04 0.1
0.11
0.48 1.8
676
543
966
90.5
800
0.02
21
0.03
9
0.1
0.1
0.53 2.0
721
596
1049
115
1000
0.01
76
0.02
9
0.09 0.1
0.58 2.2
765
614
1132
143
12/2
0 (2
4) k
V S
ingl
e co
re C
oppe
r co
nduc
tors
, XLP
E In
sula
ted,
Lea
d sh
eath
ed C
able
s, T
o IE
C 6
0502
-2 &
EEM
UA
133
Spe
c.
12/2
0 (2
4) k
V Th
ree
core
Cop
per c
ondu
ctor
s, X
LPE
Insu
late
d, L
ead
shea
thed
Cab
les,
To
IEC
605
02-2
& E
EMU
A 1
33 S
pec.
ELEC
TRIC
AL
CH
ARA
CTE
RIST
ICS
- ARM
OU
RED
-CA
BLES
FOR
ALL
CA
BLE
STH
EM
AXI
MU
MC
ON
DU
CTO
RO
PER
ATIN
GTE
MP
ERAT
UR
EIS
90˚
C A
ND
LIM
ITIG
CO
ND
UC
TOR
TEM
PER
ATU
RE
AFT
ERS
HO
RT
CIR
CU
ITIS
250
˚C.
Tabl
e 7
Tabl
e 8
mm
2
ohm
/Km
ohm
/Km
ohm
/Km
ohm
/Km
μf/K
m
mA
/m
A A A kA
50
0.38
7
0.49
3
0.12
0.51
0.18
0.68
187
165
207
7.15
70
0.26
8
0.34
2
0.12
0.36
0.21
0.79
227
200
253
10.1
95
0.19
3
0.24
7
0.11
0.27
0.23
0.87
263
231
304
13.6
120
0.15
3
0.19
6
0.11
0.22
0.25
0.94
298
267
350
17.2
150
0.12
4
0.15
9
0.1
0.19
0.27 1.0
334
298
396
21.5
185
0.09
91
0.12
7
0.1
0.16
0.29 1.1
374
338
451
26.5
240
0.07
54
0.09
8
0.1
0.14
0.32 1.2
427
383
524
34.4
300
0.06
01
0.07
9
0.09
0.12
0.35 1.3
472
427
598
42.9
400
0.04
7
0.06
4
0.09
0.11
0.35 1.3
530
461
674
57.2
F OR
ALL
CA
BLE
STH
EM
AX
IMU
MC
ON
DU
CTO
RO
PE
RAT
ING
TEM
PE
RAT
UR
EIS
90˚
C A
ND
LIM
ITIG
CO
ND
UC
TOR
TEM
PE
RAT
UR
EA
FTE
RS
HO
RT
CIR
CU
ITIS
250
˚ C.
Brochure-New.indd Sec1:9 3/9/10 2:50:12 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC11
Nom
inal
Are
a of
Con
duct
or
Max
imum
DC
resi
stan
ce o
f Con
duct
or a
t 20
C
App
roxi
mat
e A
C re
sist
ance
of C
ondu
ctor
at 9
0C
App
roxi
mat
e R
eact
ance
at 5
0 H
ertz
App
roxi
mat
e C
apac
itanc
e of
Cab
le
App
rox.
Cha
rgin
g C
urre
nt p
er p
hase
at U
0 =
18 k
V an
d f =
50H
z
Sus
tain
ed C
urre
nt R
atin
gs
1. L
aid
Dire
ct, G
roun
d Te
mp.
30
C &
g =
1.2
C m
/W
dept
h of
layi
ng =
0.8
m, l
aid
in T
refo
il to
uchi
ng
2. D
raw
n in
to D
ucts
, Gro
und
Tem
p. 3
0C
& g
= 1
.2C
m/W
dept
h of
layi
ng =
0.8
m, l
aid
sing
ly3.
Lai
d in
Air
in T
refo
il to
uchi
ng, A
mbi
ent T
emp.
35
C
One
sec
ond
shor
t circ
uit r
atin
g of
rond
ucto
r
mm
2
ohm
/Km
ohm
/Km
ohm
/Km
f/Km
mA
/m
A A A kA
mm
2
ohm
/Km
ohm
/Km
ohm
/Km
f/Km
mA
/m
A A A kA
50
0.38
7
0.49
3
0.14
0.14 0.8
187
160
202
7.15
70
0.26
8
0.34
2
0.13
0.16 0.9
227
191
248
10.1
95
0.19
3
0.24
7
0.12
0.18 1.0
267
227
304
13.6
120
0.15
3
0.19
6
0.12
0.19 1.1
303
258
345
17.2
150
0.12
4
0.15
9
0.11 0.2
1.1
338
294
396
21.5
185
0.09
91
0.12
8
0.11 0.2
1.1
379
322
462
26.5
240
0.07
54
0.09
8
0.1
0.22 1.2
431
366
533
34.4
300
0.06
01
0.07
9
0.1
0.23 1.3
477
405
599
42.9
400
0.04
7
0.06
4
0.1
0.26 1.5
527
448
671
57.2
50
0.38
7
0.49
4
0.16
0.14 0.8
196
187
207
7.15
70
0.26
8
0.34
2
0.15
0.16 0.9
240
231
254
10.1
95
0.19
3
0.24
7
0.14
0.18 1.0
285
267
305
13.6
120
0.15
3
0.19
6
0.14
0.19 1.1
320
303
360
17.2
150
0.12
4
0.15
9
0.13 0.2
1.1
365
329
411
21.5
185
0.09
91
0.12
7
0.13
0.22 1.2
401
356
466
26.5
240
0.07
54
0.09
82
0.12
0.24 1.4
454
401
550
34.4
300
0.06
01
0.07
91
0.12
0.26 1.5
492
436
626
42.9
400
0.04
7
0.06
32
0.11
0.29 1.6
553
472
719
57.2
500
0.03
66
0.05
1
0.11
0.32 1.8
604
507
829
71.5
630
0.02
83
0.04
17
0.11
0.35 2.0
656
543
956
90.1
800
0.02
21
0.03
8
0.09 0.4
2.3
699
596
1092
115
1000
0.01
76
0.02
9
0.09
0.44 2.5
742
623
1210
143
18/3
0(36
) kV
Sin
gle
core
Cop
per
cond
ucto
rs, X
LPE
Insu
late
d, T
o IE
C 6
0502
-2 A
nd E
EMU
A 1
33 S
pec.
18/3
0(36
) kV
Thre
e co
re C
oppe
r con
duct
ors,
XLP
E In
sula
ted,
To
IEC
605
02-2
And
EEM
UA
133
Spe
c.
ELEC
TRIC
AL
CH
ARA
CTE
RIST
ICS
- ARM
OU
RED
-CA
BLES
FOR
ALL
CA
BLE
STH
EM
AXI
MU
MC
ON
DU
CTO
RO
PER
ATIN
GTE
MP
ERAT
UR
EIS
90
C A
ND
LIM
ITIG
CO
ND
UC
TOR
TEM
PER
ATU
RE
AFT
ERS
HO
RT
CIR
CU
ITIS
250
C.
Tabl
e 9
Tabl
e 10
Nom
inal
Are
a of
Con
duct
or
Max
imum
DC
resi
stan
ce o
f Con
duct
or a
t 20
C
App
roxi
mat
e A
C re
sist
ance
of C
ondu
ctor
at 9
0C
App
roxi
mat
e R
eact
ance
at 5
0 H
ertz
App
roxi
mat
e C
apac
itanc
e of
Cab
le
App
rox.
Cha
rgin
g C
urre
nt p
er p
hase
at U
0 =
18 k
V an
d f =
50H
z
Sus
tain
ed C
urre
nt R
atin
gs
1. L
aid
Dire
ct in
Gro
und
Tem
p. 3
0C
& T
herm
al R
esis
tivity
= 1
.2C
m/W
dept
h of
layi
ng =
0.8
m, l
aid
in T
refo
il to
uchi
ng
2. D
raw
n in
to D
ucts
, Gro
und
Tem
p. 3
0C
& g
= 1
.2C
m/W
dept
h of
layi
ng =
0.8
m, l
aid
sing
ly3.
Lai
d in
Air,
Am
bien
t Tem
p. 3
5C
One
sec
ond
shor
t circ
uit r
atin
g of
rond
ucto
r
FOR
ALL
CA
BLE
STH
EM
AX
IMU
MC
ON
DU
CTO
RO
PE
RAT
ING
TEM
PE
RAT
UR
EIS
90
C A
ND
LIM
ITIG
CO
ND
UC
TOR
TEM
PE
RAT
UR
EA
FTE
RS
HO
RT
CIR
CU
ITIS
250
C.
Brochure-New.indd Sec1:10 3/9/10 3:10:10 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC 12
XLPE INSULATED CABLE TO IEC 60502-2 & EEMUA 133Uo/U(Um) = 3.6/6(7.2) OR 3.8/6.6(7.2) kV
Over Under Over Overalllead armour armour
mm2 mm mm mm mm
50 18.9 20.9 24.1 27.070 20.8 22.8 26.0 29.095 22.3 24.3 27.5 30.7120 23.8 25.8 29.8 33.0150 25.5 27.5 31.5 34.9185 27.2 29.2 33.2 36.8240 29.8 31.8 35.8 39.6300 32.7 34.7 38.7 42.6400 36.2 38.2 43.2 47.3500 39.8 41.8 46.8 51.5630 43.9 46.1 51.1 55.8800 48.1 50.5 55.5 60.41000 53.6 56.1 61.1 66.4
50 38.9 40.9 45.7 50.070 42.7 44.9 49.8 54.395 46.2 48.4 53.3 58.2
120 49.6 52.0 56.9 61.9150 53.0 55.6 60.5 65.7185 56.9 59.5 64.4 70.0240 62.3 64.9 71.0 77.0300 68.5 71.5 77.6 83.9400 76.0 79.2 85.3 92.2
Approximate DiameterNominal area of
conductor
3600/6000V cable, stranded copper conductors, copper tape screen, lead sheath,PVC separation sheath, single wire armoured, PVC sheath
Table 11
SIN
GLE
CO
RE
THR
EE C
OR
E
Cable Data
Brochure-New.indd Sec1:11 3/9/10 2:50:12 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC13
Cable Data
Over Under Over Overalllead armour armour
mm2 mm mm mm mm
50 20.9 22.9 26.1 29.170 22.6 24.6 27.8 31.095 24.3 26.3 30.3 33.7
120 25.8 27.8 31.8 35.2150 27.3 29.3 33.3 36.9185 29.2 31.2 35.2 38.8240 31.6 33.6 37.6 41.4300 33.9 35.9 40.9 44.8400 37.0 39.0 44.0 48.1500 40.2 42.2 47.2 51.7630 44.3 46.5 51.5 56.2800 48.5 50.9 55.9 61.0
1000 54.0 56.5 61.5 67.0
50 43.6 46.2 51.1 55.570 47.4 49.6 54.5 59.495 50.9 53.3 58.2 63.2
120 54.3 56.9 61.8 67.2150 57.8 60.4 66.7 72.3185 61.6 64.2 70.3 76.3240 66.8 69.6 75.7 81.8300 71.9 74.9 81.0 87.5400 78.5 81.9 88.0 95.1
Approximate DiameterNominal area of conductor
XLPE INSULATED CABLE TO IEC 60502-2 & EEMUA 133Uo/U(Um) = 6/10(12) OR 6.35/11(12) kV
6000/10000V cable, stranded copper conductors, copper tape screen, lead sheath,PVC separation sheath, single wire armoured, PVC sheath
SIN
GLE
CO
RE
THR
EE C
OR
E
Table 12
Brochure-New.indd Sec1:12 3/9/10 2:50:12 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC 14
Cable Data
Over Under Over Overalllead armour armour
mm2 mm mm mm mm
50 23.1 25.1 28.3 31.570 25.0 27.0 31.0 34.495 26.5 28.5 32.5 35.9
120 28.2 30.2 34.2 37.8150 29.7 31.7 35.7 39.3185 31.6 33.6 37.6 41.4240 33.8 35.8 40.8 44.7300 36.3 38.3 43.3 47.4400 39.4 41.4 46.4 50.7500 42.5 44.7 49.7 54.2630 46.7 48.9 53.9 58.8800 50.9 53.3 58.3 63.3
1000 56.4 58.9 63.9 69.3
50 48.5 50.9 55.8 60.970 52.6 55.2 60.1 65.395 56.0 58.6 63.5 68.9120 59.5 62.1 68.2 74.0150 62.7 65.5 71.6 77.6185 66.8 69.6 75.7 81.8240 71.7 74.7 80.8 87.3300 77.0. 80.2 86.3 93.2400 83.5 86.9 93.0 100.5
Approximate DiameterNominal area of conductor
XLPE INSULATED CABLE TO IEC 60502-2 & EEMUA 133 Uo/U(Um) = 8.7/15(17.5) kV
Table 13
8700/15000V cable, stranded copper conductors, copper tape screen, lead sheath,PVC separartion sheath, single wire armoured, PVC sheath
SIN
GLE
CO
RE
THR
EE C
OR
E
Brochure-New.indd Sec1:13 3/9/10 2:50:13 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC15
Cable DataXLPE INSULATED CABLE TO IEC 60502-2 & EEMUA 133
Uo/U(Um) = 12/20(24) OR 12.7/22(24) kV
Over Under Over Overalllead armour armour
mm2 mm mm mm mm
50 25.3 27.3 31.3 34.770 27.0 29.0 33.0 36.695 28.7 30.7 34.7 38.3
120 30.2 32.2 36.2 40.0150 31.9 33.9 37.9 41.7185 33.6 35.6 40.6 44.5240 36.0 38.0 43.0 47.1300 38.5 40.5 45.5 49.8400 41.4 43.4 48.5 52.9500 44.5 46.7 51.7 56.4630 48.9 51.3 56.3 61.3800 53.1 55.6 60.6 65.9
1000 58.4 61.1 67.4 73.2
50 53.2 55.8 60.7 65.970 57.1 59.7 64.6 70.295 60.5 63.1 69.2 75.0120 64.0 66.8 72.9 79.0150 67.4 70.2 76.3 82.6185 71.3 74.3 80.4 86.9240 76.2 79.4 85.5 92.4300 81.5 84.9 91.0 98.3400 87.9 91.6 97.7 105.3
Approximate DiameterNominal area of conductor
12000/20000V cable, stranded copper conductors, copper tape screen, lead sheath,PVC separation sheath, single wire armoured, PVC sheath
SIN
GLE
CO
RE
THR
EE C
OR
E
Table 14
Brochure-New.indd Sec1:14 3/9/10 2:50:13 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC 16
Cable Data
Over Under Over Overalllead armour armour
mm2 mm mm mm mm
50 30.5 32.5 36.5 40.370 32.4 34.4 38.4 42.295 33.9 35.9 40.9 44.8120 35.6 37.6 42.6 46.7150 37.1 39.1 44.1 48.2185 39.0 41.0 46.0 50.3240 41.2 43.2 48.2 52.7300 43.6 45.8 50.8 55.5400 46.7 48.9 53.9 58.8500 49.9 52.3 57.3 62.3630 54.1 56.6 61.6 67.1800 58.3 61.0 67.3 73.11000 63.8 66.6 72.9 79.1
50 67.7 70.6 76.7 83.170 71.7 74.7 80.8 87.395 75.1 78.3 84.4 91.3
120 78.8 82.1 88.2 95.3150 82.3 85.7 91.8 99.0185 86.1 89.6 95.7 103.2240 91.0 94.6 100.7 108.6300 96.2 100.0 106.1 114.3400 102.9 107.0 113.1 121.8
Approximate DiameterNominal area of conductor
XLPE INSULATED CABLE TO IEC 60502-2 & EEMUA 133Uo/U(Um) = 18/30(36) OR 19/33(36) kV
18000/30000V cable, stranded copper conductors, copper tape screen, lead sheath, PVCseparation sheath, single wire armoured, PVC sheath
THR
EE C
OR
ESI
NG
LE C
OR
E
Table 15
Brochure-New.indd Sec1:15 3/9/10 2:50:13 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC17
Installation
Cable bending radii are recommended as follows:
D is overall cable diameter.
Voltage Tests After Installation
The following test levels are recommended for cables immediately after installation.
vRepeated voltage tests of an installation, particularly with cables in service for more than 5 years can be detrimental and hence not recommended. If una oidable,
50% of above voltages may be applied for tests.
The current ratings of copper conductor cables stated in the tables in this catalogue are based on the IEC 60287 Publication, assuming continuous conductor operating
temperature of 90˚C, for cables laid underground or in air, or drawn through ducts.
These ratings are applicable for conditions defined in the tables and derating factors need to be applied in case of variations in:
• Ambient temperature
• Ground temperature
• Depth of buried cable
• Thermal resistivity of soil
• Multiple circuits and their configuration
Appropriate tables for derating factors are provided in the latter part of this catalogue.
Short Circuit Ratings
Current Ratings and Rating Factors
Technical Data
Minimum Bending Radius
During installation Controlled bending
D51D02deruomranu eroc elgniS
D21D51deruomra eroc elgniS
D21D51deruomranu eroc eerhT
D01D21deruomra eroc eerhT
Cable Voltage Designation 15 min. D.C. Voltage Test
VkVk
516/6.3
5201/6
7351/7.8
0502/21
6703/81
The short circuit rating graph given in this catalogue assume final conductor temperature of 250˚C rising from 90˚C i.e., in a fully loaded condition. It is therefore
necessary that accessories used with the cables are also capable of operation at these values of fault current and temperature.
The tables also indicate the specific short circuit fault current rating for a duration of one second for each cable size and type. When the fault duration (t) is different,
then the appropriate rating may be obtained by multiplying the 1 second rating by the factor 1/t.
Short circuit forces should be taken into account when single core cables are installed touching each other. Cleating and strapping should be such that repulsive
forces that occur under short circuit conditions are contained.
Cables described in this publication are suitable for laying direct in ground, in air or drawn through ducts. Special construction features are needed when sustained
wet conditions prevail in the ground.
Cable pulling forces have to be limited according to the total conductor cross section area (A) in mm2 and the maximum may be limited to A x 50 Newtons for
copper and A x 30 Newtons for aluminium.
As intended in all international specifications; whenever possible larger installation radii shoul be used. Minimum values hold for areas of constraints such as closeto joints or terminations etc.
Brochure-New.indd Sec1:16 3/9/10 2:50:13 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC 18
RATING FACTORS FOR VARIATION IN THERMAL RESISTIVITY OF SOIL (AVERAGE VALUES)
Cables laid direct in ground
Variation in Ground Temperature
Ground temperature˚ C 15 20 25 30 35 40 45
1.11 1.08 1.04 1.00 0.96 0.91 0.87
Cable TypeAll Cables
Rating factor
RATING FACTORS FOR DEPTH OF LAYING (TO CENTRE OF CABLE OR TREFOIL GROUP OF CABLES)
Depth of laying
m
0.500.600.801.001.251.501.752.002.503.00
or more
--
1.000.980.960.950.940.920.910.90
--
1.000.970.950.940.920.900.890.88
3.6/6kV to 18/30kV cables
Up to 300mm2 Above 300mm2
Single core 507095
120150185240300400500630800
1000
Multicore507095120150185240300400
Size of cables
mm2
1.151.161.161.161.171.171.171.181.181.181.181.181.18
1.131.141.141.141.141.141.151.151.15
1.091.091.091.101.101.101.101.101.10
1.061.061.061.061.061.061.071.071.07
0.920.920.920.920.920.920.920.920.92
0.830.830.830.820.820.820.810.810.81
0.760.750.750.750.750.740.740.740.74
0.710.700.700.690.690.690.690.690.69
1.111.121.121.121.121.121.121.121.121.121.121.121.12
1.071.071.071.071.071.071.071.071.071.071.071.071.07
0.910.910.910.910.910.910.910.910.910.910.910.910.91
0.810.810.810.810.810.810.800.800.800.800.800.800.80
0.730.730.730.730.730.730.730.730.730.730.730.720.72
0.680.680.680.680.680.680.680.680.670.670.670.660.66
Soil thermal resistivity in K.m./W
0.8 0.9 1.0 1.5 2.0 2.5 3.0
Rating Factors
Table 16
Table 17
Table 18
Brochure-New.indd Sec1:17 3/9/10 2:50:13 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC19
GROUP RATING FACTORS FOR CIRCUITS OF THREE SINGLE CORE CABLES IN TREFOIL AND LAID FLAT
TOUCHING, HORIZONTAL FORMATION (AVERAGE VALUES)
Numberof Circuits
3.6/6 to12/20kVcables
18/30kVcables
23456
0.780.660.590.550.52
0.790.670.620.570.54
0.810.700.650.600.57
0.810.710.650.600.57
0.850.760.720.680.66
0.880.800.760.730.72
0.900.830.800.770.76
0.810.680.620.580.55
0.810.710.650.610.58
0.850.760.720.680.66
0.880.800.760.730.72
0.900.830.800.770.76
23456
Spacing of Circuits
Touching +
Trefoil Laid flat 0.15 m* 0.30 m 0.45 m 0.60 m
SPACINGSPACING
GROUP RATING FACTORS FOR MULTICORE CABLES IN HORIZONTAL FORMATION
Number ofCables in
Group
Spacing
Touching 0.15 m 0.30 m 0.45 m 0.60 m
3.6/6 to12/20kVcables
18/30kVcables
23456
0.800.680.620.570.55
0.850.750.700.660.63
0.890.800.770.730.71
0.900.840.800.780.76
0.920.860.840.810.80
23456
0.800.700.640.590.56
0.830.730.680.630.60
0.870.780.740.700.68
0.890.820.780.750.74
0.910.850.820.790.78
SPACING
Group Rating Factors
Table 19
Table 20
Brochure-New.indd Sec1:18 3/9/10 2:50:13 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC 20
VARIATION IN GROUND TEMPERATURE
Ground temperature˚ C 15 20 25 30 35 40 45
1.11 1.08 1.04 1.00 0.96 0.91 0.87
Cable TypeAll Cables
Rating factor
Cables installed in single way ducts:The term ‘ducts’applies to single earthenware, fibre or plastic pipes.
RATING FACTORS FOR DEPTH OF LAYING (TO CENTRE OF CABLE OR
TREFOIL GROUP OF CABLES)
Depth of laying
m
0.500.600.801.001.251.501.752.002.503.00
or more
--
1.000.980.950.930.920.900.890.88
--
1.000.990.970.960.950.940.930.92
3.6/6kV to 18/30kV cables
Up to 300mm2 Above 300mm2
Single core 507095
120150185240300400500630800
1000
Multicore507095
120150185240300400
RATING FACTORS FOR VARIATION IN THERMAL RESISTIVITY OF SOIL (AVERAGE VALUES)
Size of cables
mm2
1.081.091.091.101.101.101.111.111.111.111.121.121.13
1.051.051.061.061.061.071.071.071.07
1.031.041.041.041.041.051.051.051.05
1.021.021.021.031.031.031.031.031.03
0.960.960.960.950.950.950.950.950.95
0.910.910.910.900.900.890.890.880.88
0.870.860.860.850.850.840.840.830.83
0.830.820.820.810.800.800.790.780.78
1.061.061.061.071.071.071.071.081.081.081.081.091.09
1.041.041.041.041.041.041.041.051.051.051.051.051.05
0.940.940.940.940.940.930.930.930.930.930.930.930.92
0.870.870.870.860.860.860.860.850.850.850.840.840.84
0.820.810.810.800.800.790.790.790.780.780.780.770.77
0.770.760.760.750.750.750.740.740.730.730.720.720.71
Soil thermal resistivity in K.m./W
0.8 0.9 1.0 1.5 2.0 2.5 3.0
Table 21
Table 22
Table 23
Brochure-New.indd Sec1:19 3/9/10 2:50:13 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC21
GROUP RATING FACTORS FOR SINGLE CORE CABLES IN TREFOIL
SINGLE WAY DUCTS, HORIZONTAL FORMATION (AVERAGE VALUES)
CircuitsNumber of
3.6/6to 12/20 kVCables
18/30kVCables
23456
0.850.750.700.670.64
0.850.760.710.670.65
0.880.800.760.730.71
0.900.830.800.770.76
0.880.800.760.730.71
0.900.830.800.770.76
23456
Spacing
m 06.0m 54.0gnihcuoT
SPACING
GROUP RATING FACTORS FOR MULTICORE CABLES IN SINGLE WAY DUCTS,HORIZONTAL FORMATION (AVERAGE VALUES)
Number ofDucts
in Ground
Spacing
Touching 0.30 m 0.45 m 0.60 m
3.6/6 to12/20kVcables
18/30kVcables
23456
0.880.800.750.710.69
0.870.780.730.690.67
0.890.820.780.750.73
0.920.850.820.790.78
0.930.870.850.830.82
0.910.840.810.770.75
0.930.870.840.820.80
0.940.890.870.850.84
23456
SPACING
Table 24
Table 25
Group Rating Factors
Brochure-New.indd Sec1:20 3/9/10 2:50:13 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC 22
Variation in Air Temperature
03C ˚erutarepmet tneibmA 25 35 40 45 50 55
1.09 1.04 1.00 0.95 0.90 0.85 0.80
Cable Type
All Types
Rating factor
Cables installed in free air:All the ratings for cables run in air are based upon the assumption that they are shielded from
direct sunlight and without restriction of ventilation.
Effect of grouping cables: No reduction in rating is necessary where there is free circulation of air
around the circuits provided that:
1. The horizontal clearance between circuits is not less than twice the overall diameter of an
individual cable.
2. The vertical clearance between circuits is not less than four times the diameter of an individual
cable.
3. If the number of circuits exceeds three, they are installed in a horizontal plane.
Copper Screen for single core unarmoured cables:
It is common practice to provide copper screen of minimum cross-sectional area (as indicated below) for single core unarmoured
cables, unless specific earth fault requirements of the system govern the same. In the latter case, it is advisable to design the copper
screen to carry the specified earth fault current.
Conductor cross sectionmm2
16
25
35
50 - 120
150 - 300
400 and above
Screen Area mm2
Table 26
Table 27
Group Rating Factors
Brochure-New.indd Sec1:21 3/9/10 2:50:13 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC23
Go to Contents Page
Basis
1. Cable fully loaded at start of short circuit.
(Conductor temperature: 90˚C)
2. Conductor temperature at end of short circuit: 250˚C
Note:
It should be ensured that the accessories associated with the cable are also capable of operation at these values of fault current and
temperature.
Short Circuit RatingCopper Conductor
DURATION OF SHORT CIRCUIT IN SECONDS
0.1 0.2 0.3 0.4 0.5 0.6 0.8 1.0 2.0 3.0
800 SQ MM
630 SQ MM
1000 SQ MM
500 SQ MM
400 SQ MM
300 SQ MM
240 SQ MM
185 SQ MM
150 SQ MM
120 SQ MM
95SQ MM
70 SQ MM
50 SQ MM
35 SQ MM
25 SQ MM
16 SQ MM
100
90
80
70
60
50
40
30
20
10
9
8
7
6
5
4
3
2
1
Curr
ent i
n Kilo
amps
Brochure-New.indd Sec1:22 3/9/10 2:50:13 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC 24
Cable Drum HandlingDucab Medium Voltage cables should be installed by trained personnel in accordance with good engineering practices, recognised
codes of practice, statutory local requirements, IEE wiring regulations and where relevant, in accordance with any specific
instructions issued by the company. Cables are often supplied in heavy cable drums and handling these drums can constitute a safety
hazard. In particular, dangers may arise during the removal of steel binding straps and during the removal of retaining battens and
timbers which may expose projecting nails.
For detailed information, refer to Ducab's Drum Handling Instructions Catalogue.
Brochure-New.indd Sec1:23 3/9/10 2:50:13 PM
Go To Contents Page
<< Previous Page Next Page >>
BICC25
Cable Drum Handling
Brochure-New.indd Sec1:24 3/9/10 2:50:13 PM
Go To Contents Page
<< Previous Page Next Page >>
Ducab - Jebel Ali FactoryP.O. Box 11529, Jebel Ali, DubaiTel: +971 4 815 8888, Fax: +971 4 815 8111Email: [email protected]
Ducab Mussafah 1 FactoryP.O. Box 9171, Abu Dhabi, UAETel: +971 2 502 7777, Fax: +971 2 502 7755Email: [email protected]
Ducab Mussafah 2 FactoryP.O. Box 9171, Abu Dhabi, UAETel: +971 2 550 0774, Fax: +971 2 550 0979Email: [email protected]
Ducab Abu Dhabi Sales Of ce (ADSO)P.O. Box 9171, Abu Dhabi, UAETel: +971 2 502 7777, Fax: +971 2 502 7890Email: [email protected]
Ducab - OmanP.O. Box 3542,112 RUWI, Muscat, OmanTel: +968 245 651 78, Fax: +968 245 643 02Email: [email protected]
DUCAB - UKSuite 17, Leatherline House Business Centre71 Narrow Lane, Aylestone,Leicester.LE2 8NA, United KingdomTel: +44 07919 095500, Fax: +44 07901 651202Email: [email protected]
Ducab Joint Venture – BahrainBICC MET W.L.L, P.O. Box 11413, Manama, Kingdom of BahrainTel: +973 177 497 61, Fax: +973 177 280 27Email: [email protected]
Ducab Joint Venture - QatarJBK DUCAB W.L.L (JV)P.O. Box 14039, Doha, QatarTel: +974 4442 1924Fax: +974 4441 9003Email: [email protected]
Dubai Cable Co (P) Ltd. (DUCAB) - KSA403, Al-Za’abi Tower,Prince Mohammad Bin Fahad Road, 1st StreetP.O. Box: 60662, Dammam-31555, KSA Tel: +966 3 835 5305, Fax: +966 3 835 5307 Mobile: +966 50 825 5581 Email: [email protected]
Ducab - QatarP.O. Box 23209, Doha, QatarTel: +974 4016 4070, Fax: +974 4016 4072Mobile: +974 3351 6218Email: [email protected]