MV Cable Catalogue

Medium Voltage Power Cables
MEDIUMVOLTAGEPOWERCABLESREVISION:2/2016PHELPSDODGE

Production Facilities
State-of-the-art manufacturing facilities:
Bangplee Plant is one of the most modern wire and cable plants in Southeast Asia with world-class
manufacturing capabilities. Built and specially designed in response to the increase in demand for
wire and cable products, Bangplee plant incorporates the latest technology and highest quality
control standards throughout the production process. At present, the complex features
A Vertical Continuous Vulcanization (VCV) Tower – the first vertical cross-link high voltage
insulating unit in Southeast Asia and one of very few of its kind in the world, another catenary CV
lines and a modern high voltage testing laboratory.
Aside from producing Medium, High, and Extra high voltage cables, the Bangplee facility also manufactures
Low voltage power cables, Internal and External telecommunications cables, and Overhead line conductors.
Rayong Plant is specialized in automated, high-volume building wire production and capable of
consolidating all PDITL’s building wire production activities into one single plant. The facility in
Rayong province is equipped with state-of-the-art technology and equipment with capacity to serve
as manufacturing base for all kinds of low voltage power cables and industrial cables.
Phelps Dodge International (Thailand) Limited (PDITL) was established in 1968 as a joint-venture
between an existing Thai firm and Phelps Dodge Corporation. We have been a pioneer in
the local industry and were the first company to introduce the majority of new processes, products
and technology related to wire and cable manufacturing.
PDITL is the only supplier in Thailand with complete in-house facilities for testing power cable
up to 400 kV. PDITL has got its certification type test from International Independent Laboratories
such as KEMA, Cable Technology Lab, etc. for LSHF cable, Fire resistant cable, Medium voltage,
High voltage and Extra high voltage XLPE cables up to 245 kV cables.
PDITL manufactures world-class quality wire and cable, not only for the local market but also for
international markets, complying with strict international standards. It is proud of its customer
services and long term relationship.
PDITL has a team of over 700 employees, which are most important assets. We promote safety,
health and environmental protection both within the company and in the community where we operate.
A World Leader in Wire and Cable Technology
International Standard
Phelps Dodge International (Thailand) Limited
Trusted Quality
• One and only in SEA and Highest VCV production line in Asia-Pacific
• Premium Raw Materials
99.99% copper cathode (LME Grade A)
• International Standard Testing Lab
- With VCV technology, conductor is
centered for the highest level of safety
- Conductor sizes up to 2500 sq.mm.
with up to 5 segments
- Super or Ultra clean XLPE compound
- Clean Room Compound Loading with
technology of gravity feeding
- Triple Cross-Head Extrusion : to get rid
of contaminations from environment
- Complete in-house facilities for testing power cable up to 400 kV
- In-house facilities for testing electrical cable under fire conditions
World-class and finest wire and cable products
• Bare copper conductor
• Low voltage power cable (XLPE, PVC, PE, EPR insulation)
• Control cable and Instrumentation cable
• Lead sheathed cable
• Fire resistant and LSHF cable
• Flame retardant and LSHF cable
• Medium voltage power cable
• High voltage power cable (69 kV, 115 kV XLPE cable)
• Extra high voltage power cable (230 kV XLPE cable)
• All aluminium conductor (AAC)
• Aluminium conductor steel reinforced (ACSR)
• All Aluminium alloy conductor (AAAC)
• Weather Proof Cable (WPC)
• Service entrance cables (SEC)
• Service drop cables (SDC)
• Spaced aerial cables (SAC)
- Our Copper Cathode
PDITL’s products produce from
99.99% copper cathode (LME Grade A)
- Our In-house Copper Melting Process
Closed-copper Melting System which
reduce Oxygen < 5 ppm
- Our Copper Rod
Copper Conductivity > 101% IACS
VCV Tower
(The highest cable production
line in Asia-Pacific)

Introduction
Medium and high voltage power cable is one of the most important parts in power systems. They are exploited to
distribute electrical energy between power plants, substations, factories and residential area. The premier quality and reliability
of the cables are necessary in order to prevent the outage of electricity supply occurring from the failure of the cable.
Phelps Dodge International (Thailand) Ltd. is the leader in medium and high voltage power cable, with the experiences
in manufacturing cables more than 40 years. We have state of the art facilities that can produce the high voltage underground
cable with the rated voltage up to 245 kV. The cables have been vigilantly designed to exceed international standards such as
IEC, ICEA, UL, DIN, VDE, AS/NZS, TIS, IS and other standards specified by customers. Materials used for manufacturing cables
have been thoroughly selected with stringent quality control system so as to ensure the high quality of the cable.
One important part of high voltage power cable is its insulation. In order to isolate the conductor from ground and other
conductors, materials with the best electrical and physical properties must be chosen. Cross-linked polyethylene (XLPE), since
its development in 1950s, became the material of choice for insulating power cable, because of its superior electrical property,
low dielectric loss angle and ease of installation and maintenance when comparing to conventional oil-filled cable and impregnated
paper insulated cable.
Rated Voltage of Power Cable
The rated voltage of power cable is designated as follows.
U0/U (Um)
U0 = Phase-to-ground voltage
U = Phase-to-phase voltage (sometimes called “rated voltage”)
Um = Maximum value of the “highest system voltage” for which the equipment may be used.
Occasionally, the U0/U of the cable is different but the Um is the same. This indicates that these cables can be used on
the same system voltage which the rated voltage does not exceed Um.
Example: 12/20 (24) kV and 12.7/22 (24) kV can be used on the same system voltage that the rated voltage does not exceed 24 kV.
Below is the recommendation of IEC 60502-2 for the selection of the rated voltage of cable.
The rated voltage of the cable for a given application shall be suitble for the operating condition in system in which the cable is
used. To facilitate the selection of the cable, system are divided into three categories:
- category A : this category comprises those systems in which any phase conductor that comes in contact with earth or an
earth conductor is disconnected form the system within 1 min:
- category B : this category comprises those systems which, under fault conditions, are operated for a short time with one
phase earthed. This period, according to IEC 60183, should not exceed 1 h. For cables covered. This period,
a longer period, not exceeding 8 h. on any occasion, can be tolerated The total duration of earth faults in any
year should not exceed 125 h;
- category C : this category comprises all systems which do not fall into category A or B.
It should be realized that in a system where an earth fault is not automatically and promptly isolated, the extra stresses on the
insulation of cables during the earth fault reduce the life of the cables to a certain degree, if the system is expected to be
operated fairly often with a permanent earth fault, it may be advisable to classify the system in category C.
The values of U0 recommended for cables to be used in three-phasa systems are listed in Table 1.
Recommended rated voltages U0
Highest system voltage Rated voltage (U0)
(Um) kV
kV Categories A and B Categories C
7.2 3.6 6.0
12.0 6.0 8.7
17.5 8.7 12.0
24.0 12.0 18.0
36.0 18.0 - Besides the above basic construction, there are special components which added preferable property to the cables.
Components Detail Function
Conductor Copper or Aluminium Carry the required current.
Conductor shield or screen Semi-conducting compound Uniform electric field around
the normally unsmooth
conductor and ensure close
contact to the insulation.
Insulation Cross-linked Withstand the operating voltage
polyethylene (XLPE) including impulse voltage from
lightning.
Insulation shield or screen Semi-conducting compound Uniform electric field around
the insulation and ensure close
contact to the insulation and
prevent ionization in air space
between insulation and metallic
shield which lead to the damage
of the inslation.
Metallic shield or screen Copper wire or Copper tape or Provide ground potential and
Lead sheath electrical path for the
capacitance discharge of the
insulation.
Carry the single line to ground
fault current.
Binding tape Non-hygroscopic tape Provide smooth surface for the
oversheath.
Oversheath Polyethylene (PE) or Polyvinyl Provide environmental protection
Chloride (PVC) i.e. mechanical, chemical, thermal
and moisture to the underlying
components.
Cable Construction
Medium voltage underground power cable basically consists of the following parts.

Components Detail Function
Filler Non-hygroscopic material Provided in the interstices of
three-core cable to maintain the
roundness of the cable for ease
of installation.
Inner covering or Separation Polyethylene (PE) or Polyvinyl Provide the protection to the
sheath Chloride (PVC) insulated core and separate the
different metal to prevent the
corrosion of metal due to
galvanic effect.
Lead sheath Lead Alloy Perfect moisture barrier. Protect
the underlying components from
oil, petrochemical and sulfides.
Armour Aluminium tape or wire Provide additional mechanical
(for single-core cable) protection to the cable. Suitable
Galvanized steel tape or wire for direct burial installation
(for three-core cable) where mechanical load is
expected.
Special Function
In addition to the above cable construction, customer can request the special functions to provide superior protection and
ensure the long life of the cables.
Waterblocking property for conductor and/or shield
The waterblocking for conductor and/or metallic shield has advantage for reducing the length of water penetration
along the cable when it is exposed to water. This limits the damage of the cable to be changed or repaired. The waterblocking
property for conductor and metallic shield is achieved by adding water swellable material inside the conductor and under/over
the metallic shield respectively.
Special oversheath for flame retardant
In case of installing the cable where flame retardant property is required, cables with special oversheath such as
flame retardant polyvinyl chloride (FRPVC) can be supplied. These cables can be designed to meet international standard such
as IEC 60332-3-24 (Category C) or IEC 60332-3-22 (Category A).
Special oversheath for low smoke/fume and zero corrosive gas
Where special safety is required in case of fire, the special oversheath which has flame retardant property but emit
low smoke/fume and no corrosive gas during combustion can be supplied. These cables shall meet the requirement of smoke
density according to IEC 61034 and zero corrosive gas according to IEC 60754.
Termite repellant and rodent repellent
Special additive which has termite and/or rodent repellent properties can be mixed to the oversheath to enable the
oversheath to be termite and/or rodent repellent cable.
Graphite or extruded semi-conductive oversheath
In order to facilitate the checking of the integrity of the oversheath after installation by using voltage test, the graphite
coating or extruded semi-conductive compound can be applied over the oversheath. The graphite and semi-conductive oversheath
shall acts as the electrode around the oversheath for the voltage test of the oversheath.
Color oversheath and UV sunlight resistance
Besides black color oversheath, the other color such as Red can be requested. For cables with colored oversheath,
the UV sunlight resistance should be request to prevent the deterioration from UV sunlight resistance. The black oversheath is
UV sunlight resistant by its own. Where applicable, our recommendation for oversheath is to be black color.

PDITL’s core competence
Phelps Dodge International (Thailand) Limited is the industry leader in manufacturing of Wire and Cables in Thailand
with experience and expertise for more than 48 years. We have a state-of-the-art factory with sophisticated production
technology and advanced machinery with capability of producing the full range of medium voltage to extra high voltage cables.
We are capable of producing extra high voltage XLPE cables up to voltage of 245 kV. Furthermore, we are the
only one in Thailand that can produce the highest size of cable going up to conductor size of 2,500 mm². Especially
manufacturing cables of conductor size 1,000 mm² and higher is a case in point. These are commonly produced with
Milliken construction with associated ability of higher current capacity as well as more flexibility as compared to traditional
round compacted conductor of the same size. Additionally the factory is fitted with specialized machinery capable of
producing two types of special sheath such as Corrugated Metal Sheath and Seamless Lead Sheath. Both types of sheat
have properties of near-perfect moisture barrier an important characteristic requirement for Power Cables as these guarantee
protection of cables in wet environment. Moreover the advantage of Lead sheath is that it can protect the cable insulation
from oil, chemicals and sulfides which makes it the preferred type for almost all petrochemical and refinery plants.
Milliken conductor, corrugated metal sheath and lead sheath need advance technology support, modern machinery
and expertise of production. Phelps Dodge International (Thailand) Limited is the one and only manufacturer in Thailand
who are capable of manufacturing Cables with these special construction, enabling us to support and provide nearly all
applications desired by the customers.
Milliken Conductor
• Higher Current carrying
capacity
• Increased flexibility
Corrugated Metal Sheath
• Protection against physical /
mechanical damage
• High Level of Moisture barrier
Lead Sheath
• Protection against physical /
mechanical damage
• Near–perfect Moisture barrier
• Protection against Oil,
Chemicals and Sulfides
Milliken Conductor
Due to the natural phenomenon of electromagnetic field generation of AC circuits, there is a tendency for more
of the current to be carried on the outside portion of the conductor rather than the center, as shown in Fig 1. This is
commonly called as “skin effect”.
To mitigate this shortcoming the Milliken conductor was developed. So today, all large conductors are constructed
from 4 to 5 sector shaped conductors assembled together to form one round conductor. Each sector shaped conductor is
lightly insulated so that this reduces the AC resistance by increasing the surface area at the edge which normally carries
most of the current. As an example the Milliken conductor can carry at least 5% more current than a round compacted
conductor of 1,000 mm². It is not economic to use this concept for smaller conductors, below 900 mm². Obviously higher
the size of conductors more are the number of sectors.
Such segmental conductors require critical manufacturing capability and PDITL is one of the few manufacturer to
possess such expertise. Another benefit from Milliken conductor is the greater flexibility of conductors compared to the round
compact conductor of the same size.
Figure 1: AC current
flows on round
compact conductor.
Milliken Conductor
Figure 2: AC current
flows on
Milliken conductor.
Phelps Dodge International (Thailand) Ltd. produces Milliken conductor starting from 1,000 mm² to 2,500 mm² for
both copper and aluminium conductor. Another conductor size can be designed to Milliken conductor upon request.

Corrugated Aluminium Sheath
Corrugated Copper Sheath
Lead Sheath
Lead is a very stable metal. Some lead water pipes have survived since Roman time. Extruded lead sheath is a perfect
moisture barrier. It also can prevent the cable insulation from oil, petrochemical and sulfides. Most petrochemical and refinery
plant prefer cable with lead sheath. The cable with lead sheath has very long life. The advantage of lead sheath also includes
its flexibility and no mechanical stress exert on the cable insulation during production.
Phelps Dodge International (Thailand) Ltd. has the capacity to manufacture cables with lead sheath starting from small
low voltage cable to extra high voltage cable.
Strong protection against external/environmental factors
Preferred construction for petrochemical industries and
refineries
Characteristic of lead sheath
Corrugated Metal Sheath
Aluminium, Copper and Stainless Steel can be used for corrugated metal sheath. The main function of all these types are to
create a perfect moisture barrier for power cables which imparts the protection of cables required for wet environment.
The metal sheath is extruded over the insulation screen which is normally covered with semi-conductive water swellable tape.
The metal sheath is seam welded by using TIG (Tungsten Inert Gas) welding technique and the integrity of the weld is ensured by
using eddy current detection equipment. Corrugation of course helps to reduce any rigidity of sheathing and will increase flexibility.
Corrugated Aluminium Sheath
Cables with corrugated aluminium sheath have high fault current carrying capability due to the high electrical conductivity of
Aluminium. This results in reduction of the external magnetic field and induced voltage. Good mechanical protection is also
achieved from Aluminium sheath due to its rigidity. The bitumen coating or bituminized tape over the Aluminium can be
requested to increase the corrosion resistance.
Corrugated Copper Sheath
Most of the advantages of the corrugated copper sheath are the same as Aluminium sheath. Moreover it has high conductivity
and good mechanical protection even though the thickness is thinner than Aluminium sheath. The copper sheath is also good
for electrical connectivity for bonding and grounding.
Corrugated Stainless Steel Sheath
The corrugated stainless steel sheath are mostly used for cables which require very good corrosion resistance and low loss.
Due to high resistance of stainless steel, it has low eddy current loss on it when operated while very good mechanical
protection and corrosion resistance can be achieved. Normally, the copper wire shield will be provided under the corrugated
stainless steel sheath to act as shield and ground conductor. This type of sheath is mainly used in chemical plants in Japan
and Australia.

Aluminium Aerial Cable
1) SPACED AERIAL CABLE
15 kV Spaced aerial cable PDITL / MEA / PEA 1
25 kV Spaced aerial cable TIS 2341-2555 / MEA / PEA 2
35 kV Spaced aerial cable TIS 2341-2555 / MEA / PEA 3
2) PARTIAL INSULATED CABLE
15 & 25 kV Partial insulated cable PDITL / MEA / PEA 4
35 kV Partial insulated cable PDITL / MEA / PEA 5
CABLE NAME REFERENCE STANDARD PAGE NO.
Copper Underground Cable with XLPE Insulation
1) SINGLE CORE
MXLP-CTS
Copper conductor with copper tape shield IEC 60502-2 6-15
MXLP-CWS
Copper conductor with copper wire shield IEC 60502-2 16-25
MXLP-DATA
Copper conductor with double aluminium tape armour IEC 60502-2 26-35
MXLP-AWA
Copper conductor with aluminium wire armour IEC 60502-2 36-45
MXLP-LS-AWA
Copper conductor lead sheath cable with IEC 60502-2 46-53
aluminium wire armour
2) THREE CORES
MXLP-CTS (3 cores)
Copper conductor three cores with copper tape shield IEC 60502-2 54-63
MXLP-DSTA (3 cores)
Copper conductor three cores with
double steel tape armour IEC 60502-2 64-73
MXLP-SWA (3 cores)
Copper conductor three cores with steel wire armour IEC 60502-2 74-83
MXLP-LS-SWA (3 cores)
Copper conductor three cores lead sheath cable with IEC 60502-2 84-93
steel wire armour
01
mm² No. mm mm mm mm Ω / km MΩ-km A kg / km m
PHELPS DODGE CABLE TYPE SAC
15 kV ALUMINIUM STRANDED CONDUCTOR CROSS-LINKED
POLYETHYLENE INSULATED AND SHEATHED SPACED AERIAL CABLE
CONSTRUCTION :
Conductor : Compact stranded hard drawn Aluminium wire.
Conductor shield : Semi-conducting cross-linked polyethylene.
Insulation : Cross-linked polyethylene (Natural)
Sheath : Track resistant cross-linked polyethylene (Black)
APPLICATION :
For used in primary aerial cable
on pole.
CLASSIFICATION :
Temperature :
- Normal operation 90°C.
- Emergency over load conditions
130°C.
- Short circuit conditions 250°C.
Voltage rating :
15 kV phase to phase.
AC TESTING VOLTAGE :
27 kV for 5 minutes
REFERENCE STANDARD :
PDITL / MEA / PEA
Cross-linked polyethylene insulation
Extruded semi-conducting Cross-linked
polyethylene conductor shielding layer
Compact Aluminium conductor
Cross-linked polyethylene sheath
R = Packing in reel
35
50
70
95
120
150
185
240
6
6
12
15
15
15
30
30
6.9
8.0
9.8
11.4
12.9
14.1
15.8
18.3
1.91
1.91
1.91
1.91
1.91
1.91
1.91
1.91
1.91
1.91
1.91
1.91
1.91
1.91
1.91
1.91
16.0
17.5
19.0
21.0
22.5
24.0
25.5
28.0
0.868
0.641
0.443
0.320
0.253
0.206
0.164
0.125
1,820
1,612
1,445
1,284
1,152
1,070
980
874
151
187
231
281
324
375
433
525
232
291
358
451
552
639
763
953
1,000/R
1,000/R
1,000/R
1,000/R
1,000/R
1,000/R
1,000/R
1,000/R
Nominal
cross -
sectional
area
Minimum
number
of wire
Diameter
of
conductor
(Approx.)
Minimum
insulation
resistance
at 15.6°C
Maximum
DC.
conductor
resistance
at 20°C
Allowable
ampacities
in free
air at 40°C
ambient
Thickness
of
sheath
Thickness
of
insulation
Overall
diameter
(Approx.)
Standard
packing
Cable
weight
(Approx.)

0302
CONSTRUCTION :
APPLICATION :
on pole.
CLASSIFICATION :
Temperature :
130°C.
Voltage rating :
38 kV for 5 minutes
TIS 2341-2555 / MEA / PEA
PHELPS DODGE CABLE TYPE SACPHELPS DODGE CABLE TYPE SAC
CONSTRUCTION :
APPLICATION :
on pole.
CLASSIFICATION :
Temperature :
130°C.
Voltage rating :
49 kV for 5 minutes
TIS 2341-2555 / MEA / PEA
R = Packing in reel R = Packing in reel
50
70
95
120
150
185
240
6
12
15
15
15
30
30
8.0
9.8
11.4
12.9
14.1
15.8
18.3
4.45
4.45
4.45
4.45
4.45
4.45
4.45
3.18
3.18
3.18
3.18
3.18
3.18
3.18
25.5
27.5
29.0
31.0
32.5
33.5
36.5
0.641
0.443
0.320
0.253
0.206
0.164
0.125
2,606
2,375
2,144
1,952
1,830
1,694
1,529
184
227
276
318
367
425
515
517
599
711
831
933
1,073
1,293
1,000/R
1,000/R
1,000/R
1,000/R
1,000/R
1,000/R
1,000/R
Nominal
cross -
sectional
area
Minimum
number
of wire
Diameter
of
conductor
(Approx.)
Minimum
insulation
resistance
at 15.6°C
Maximum
DC.
conductor
resistance
at 20°C
Allowable
ampacities
in free
air at 40°C
ambient
Thickness
of
sheath
Thickness
of
insulation
Overall
diameter
(Approx.)
Standard
packing
Cable
weight
(Approx.)
Nominal
cross -
sectional
area
Minimum
number
of wire
Diameter
of
conductor
(Approx.)
Minimum
insulation
resistance
at 15.6°C
Maximum
DC.
conductor
resistance
at 20°C
Allowable
ampacities
in free
air at 40°C
ambient
Thickness
of
sheath
Thickness
of
insulation
Overall
diameter
(Approx.)
Standard
packing
Cable
weight
(Approx.)
35
50
70
95
120
150
185
240
6
6
12
15
15
15
30
30
6.9
8.0
9.8
11.4
12.9
14.1
15.8
18.3
3.18
3.18
3.18
3.18
3.18
3.18
3.18
3.18
3.18
3.18
3.18
3.18
3.18
3.18
3.18
3.18
21.0
22.0
24.5
26.0
27.0
29.5
31.0
33.5
0.868
0.641
0.443
0.320
0.253
0.206
0.164
0.125
2,580
2,314
2,100
1,887
1,712
1,600
1,477
1,328
149
186
229
279
321
371
429
520
363
432
509
615
729
826
959
1,170
1,000/R
1,000/R
1,000/R
1,000/R
1,000/R
1,000/R
1,000/R
1,000/R

0504
PHELPS DODGE CABLE TYPE PICPHELPS DODGE CABLE TYPE PIC
15 & 25 kV ALUMINIUM STRANDED CONDUCTOR CROSS-LINKED
POLYETHYLENE INSULATED
CONSTRUCTION :
Insulation : Track resistant cross-linked polyethylene (Black)
APPLICATION :
on pole.
CLASSIFICATION :
Temperature :
130°C.
Voltage rating :
15 & 25 kV phase to phase.
TESTING VOLTAGE :
11 kVac or 33kVdc for 5 minutes
PDITL / MEA / PEA
R = Packing in reel
POLYETHYLENE INSULATED
CONSTRUCTION :
Insulation : Track resistant cross-linked polyethylene (Black)
APPLICATION :
on pole.
CLASSIFICATION :
Temperature :
130°C.
Voltage rating :
TESTING VOLTAGE :
17 kVac for 5 minutes
PDITL / MEA / PEA
R = Packing in reel
mm² No. mm mm mm Ω / km MΩ-km A kg / km m mm² No. mm mm mm Ω / km MΩ-km A kg / km m
35 6 6.9 3.25 15.0 0.868 1,530 148 200 1,000/R
50 6 8.0 3.40 16.0 0.641 1,400 184 262 1,000/R
70 12 9.8 3.55 18.0 0.443 1,250 234 360 1,000/R
95 15 11.4 3.70 20.0 0.320 1,140 276 434 1,000/R
120 15 12.9 3.80 22.0 0.253 1,080 318 531 1,000/R
Nominal
cross -
sectional
area
Minimum
number
of wire
Diameter
of
conductor
(Approx.)
Minimum
insulation
resistance
at 15.6°C
Maximum
DC.
conductor
resistance
at 20°C
Allowable
ampacities
in free
air at 40°C
ambient
Thickness
of
conductor
shield &
insulation
Overall
diameter
(Approx.)
Standard
packing
Cable
weight
(Approx.)
Nominal
cross -
sectional
area
Minimum
number
of wire
Diameter
of
conductor
(Approx.)
Minimum
insulation
resistance
at 15.6°C
Maximum
DC.
conductor
resistance
at 20°C
Allowable
ampacities
in free
air at 40°C
ambient
Thickness
of
conductor
shield &
insulation
Overall
diameter
(Approx.)
Standard
packing
Cable
weight
(Approx.)
35 6 6.9 2.22 12.0 0.868 1,220 149 160 1,000/R
50 6 8.0 2.35 14.0 0.641 1,000 186 216 1,000/R
70 12 9.8 2.45 15.0 0.443 1,000 237 300 1,000/R
95 15 11.4 2.55 18.0 0.320 790 279 371 1,000/R
120 15 12.9 2.60 20.0 0.253 730 321 456 1,000/R
185 30 15.8 2.70 22.0 0.164 760 429 659 1,000/R 185 30 15.8 3.90 25.0 0.164 940 425 746 1,000/R

0706
Insulation shield
Metallic shield
Insulation
Oversheath
Conductor shield
Conductor
PHELPS DODGE CABLE TYPE MXLP-CTS PHELPS DODGE CABLE TYPE MXLP-CTS
Electrical Characteristics and Current Carrying Capacity
*CONDITION :
1. Conductor temperature 90 °C
2. Ambient air temperature 40 °C
3. Ground temperature 30 °C
4. Depth of laying 0.8 m in ground
5. Thermal resistivity of soil 1.2 K.m/W
6. Axial spacing between phase cables in flat formation
2xODcable or 2xODduct
7. Shields bonded at single point
MEDIUM VOLTAGE CROSS-LINKED POLYETHYLENE CABLE
3.6 / 6 (7.2) kV COPPER CONDUCTOR WITH COPPER TAPE SHIELD
CONSTRUCTION :
Conductor : Compact round stranded copper.
Insulation : Cross-linked polyethylene.
Insulation shield : Semi-conducting cross-linked polyethylene.
Metallic shield : Uncoated copper tape
Oversheath : Black PE (ST 7) (PVC is available upon request)
APPLICATION :
Preferably used for urban networks.
Exposed in aerial,direct burial,
conduit,open tray and
underground duct installation.
Max.Conductor Temperature :
90 °C (Normal Operation)
AC TEST VOLTAGE :
12.5 kV for 5 minutes
IEC 60502-2
R = Packing in reel
(A)
In Air
Current Carrying Capacity*
(A)
In Ground
(A)
In PE Duct, In Ground
35 0.524 778 167 209 167 244 147 187
50 0.387 706 201 251 197 288 174 222
70 0.268 611 252 315 241 356 212 273
95 0.193 544 309 386 288 428 255 328
120 0.153 493 358 448 327 489 290 375
150 0.124 454 409 511 367 550 325 422
185 0.0991 415 471 589 414 624 368 480
240 0.0754 382 561 701 480 726 427 561
300 0.0601 372 648 808 541 819 483 638
400 0.0470 353 755 942 613 934 551 733
500 0.0366 338 873 1,096 692 1,063 623 838
630 0.0283 298 1,007 1,282 776 1,214 703 963
800 0.0221 268 1,143 1,478 858 1,367 780 1,090
1,000 0.0176 231 1,292 1,701 937 1,524 855 1,224
0.0151 216 1,383 1,841 987 1,625 904 1,3111,200
Min
IR at
20sectional
cross-
Nominal
area
mm
of Cdr.
at 20 °C
Max Rdc
/km km 0.5 x De 0.5 x De
35 6 7.0 2.5 13.1 1.5 18 520 1,000/R
50 6 8.0 2.5 14.1 1.6 19 655 1,000/R
70 12 9.7 2.5 15.8 1.6 21 875 1,000/R
95 15 11.3 2.5 17.4 1.7 23 1,140 1,000/R
120 18 12.8 2.5 18.9 1.7 24 1,395 1,000/R
150 18 14.2 2.5 20.3 1.8 26 1,670 1,000/R
185 30 15.8 2.5 21.9 1.8 27 2,025
240 34 18.2 2.6 24.5 1.9 30 2,610 500/R
300 34 20.3 2.8 27.0 2.0 33 3,245 500/R
400 53 23.0 3.0 30.2 2.1 36 4,095 500/R
500 53 25.9 3.2 33.7 2.2 40 5,160 250/R
630 53 29.9 3.2 37.7 2.3 44 6,555 250/R
800 53 33.8 3.2 41.6 2.4 48 8,280 250/R
1,000 53 39.8 3.2 47.6 2.6 55 10,380 250/R
1,200 - 42.9 3.2 50.7 2.7 58 12,005 250/R
1,000/R
Nominal
cross -
sectional
area
mm2
Minimum
number
of
wire of
conductor
Diameter
of
conductor
(Approx.)
mm
Diameter
over
insulation
(Approx.)
mm
Nominal
thickness
of
insulation
mm
Nominal
thickness
of
oversheath
mm
Overall
diameter
(Approx.)
mm
Standard
packing
m
Cable
weight
(Approx.)
kg/km

0908
Insulation shield
Metallic shield
Insulation
Oversheath
Conductor shield
Conductor
6 / 10 (12) kV COPPER CONDUCTOR WITH COPPER TAPE SHIELD
CONSTRUCTION :
APPLICATION :
AC TEST VOLTAGE :
21 kV for 5 minutes
IEC 60502-2
R = Packing in reel
*CONDITION :
35 0.524 953 171 210 167 241 148 188
50 0.387 869 204 252 197 285 174 222
70 0.268 757 257 317 241 352 214 274
95 0.193 677 314 387 288 424 256 329
120 0.153 616 363 448 328 483 292 376
150 0.124 569 414 511 367 545 327 423
185 0.0991 522 476 588 415 617 370 481
240 0.0754 465 567 700 480 718 430 562
300 0.0601 425 651 807 541 815 484 638
400 0.0470 379 757 941 613 931 552 733
500 0.0366 343 873 1,095 692 1,062 624 839
630 0.0283 303 1,008 1,281 777 1,212 703 963
800 0.0221 271 1,144 1,475 859 1,365 780 1,090
1,000 0.0176 235 1,293 1,699 938 1,522 857 1,225
1,200 0.0151 219 1,385 1,839 988 1,623 905 1,311
mm mm mm
35 6 7.0 3.4 14.9 1.6 20 575 1,000/R
50 6 8.0 3.4 15.9 1.6 21 705 1,000/R
70 12 9.7 3.4 17.6 1.7 23 940 1,000/R
95 15 11.3 3.4 19.2 1.7 24 1,205 1,000/R
120 18 12.8 3.4 20.7 1.8 26 1,470 1,000/R
150 18 14.2 3.4 22.1 1.8 27 1,740 1,000/R
185 30 15.8 3.4 23.7 1.9 29 2,110 1,000/R
240 34 18.2 3.4 26.1 2.0 32 2,715 500/R
300 34 20.3 3.4 28.2 2.0 34 3,300 500/R
400 53 23.0 3.4 30.9 2.1 37 4,135 500/R
500 53 25.9 3.4 34.1 2.2 41 5,180 250/R
630 53 29.9 3.4 38.1 2.3 45 6,580 250/R
800 53 33.8 3.4 42.0 2.5 49 8,320 250/R
1,000 53 39.8 3.4 48.0 2.6 55 10,410 250/R
1,200 - 3.4 51.1 2.7 58 12,035 250/R42.9
Nominal
cross-
sectional
area
mm
Minimum
number
of
wire of
conductor
Diameter
of
conductor
(Approx.)
thickness
of
insulation
mm
Diameter
over
insulation
(Approx.)
mm
NominalNominal Overall
(Approx.)
Cable
weight
(Approx.)
kg/km
Standard
packing
m
thickness
of
oversheath
diameter
0.5 x De 0.5 x De
Capacity* (A)
In Air
Capacity* (A)
In Ground
Capacity* (A)
mm
Current Carrying Current Carrying Current Carrying
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km

10 11
Insulation shield
Metallic shield
Insulation
Oversheath
Conductor shield
Conductor
8.7 / 15 (17.5) kV COPPER CONDUCTOR WITH COPPER TAPE SHIELD
CONSTRUCTION :
APPLICATION :
AC TEST VOLTAGE :
IEC 60502-2
R = Packing in reel
*CONDITION :
Capacity* (A)
In Air
Capacity* (A)
In Ground
Capacity* (A)
35 0.524 1,158 174 211 167 238 149 189
50 0.387 1,062 208 253 197 282 176 223
70 0.268 931 261 317 241 348 215 274
95 0.193 837 318 387 289 419 257 330
120 0.153 765 368 449 328 478 293 377
150 0.124 709 419 511 368 539 328 424
185 0.0991 653 481 587 415 611 371 481
240 0.0754 584 572 698 481 712 432 563
300 0.0601 535 656 804 542 807 488 640
400 0.0470 479 762 937 615 922 555 734
500 0.0366 434 878 1,088 693 1,052 628 840
630 0.0283 385 1,015 1,274 780 1,203 708 964
800 0.0221 346 1,152 1,467 864 1,357 787 1,091
1,000 0.0176 300 1,302 1,687 944 1,513 865 1,227
1,200 0.0151 281 1,394 1,826 995 1,614 913 1,313
c -
Nominal
ross
sectional
area
mm
Minimum
number
of
wire of
conductor
(Approx.)
mm mm
Diameter
insulation
(Approx.)
mm mm
(Approx.)
mm
Cable
weight
(Approx.)
kg/km
Standard
packing
m
35 6 7.0 4.5 16.9 1.7 22 645 1,000/R
50 6 8.0 4.5 18.0 1.7 23 780 1,000/R
70 12 9.7 4.5 19.7 1.7 25 1,015 1,000/R
95 15 11.3 4.5 21.3 1.8 27 1,290 1,000/R
120 18 12.8 4.5 22.8 1.9 28 1,560 1,000/R
150 18 14.2 4.5 24.2 1.9 30 1,835 1,000/R
185 30 15.8 4.5 25.8 2.0 31 2,210 1,000/R
240 34 18.2 4.5 28.2 2.0 34 2,815 500/R
300 34 20.3 4.5 30.3 2.1 37 3,420 500/R
400 53 23.0 4.5 33.0 2.2 39 4,265 500/R
500 53 25.9 4.5 36.1 2.3 43 5,305 250/R
630 53 29.9 4.5 40.1 2.4 47 6,730 250/R
800 53 33.8 4.5 44.0 2.5 51 8,470 250/R
1,000 53 39.8 4.5 50.0 2.7 57 10,595 250/R
1,200 - 42.9 4.5 53.1 2.8 61 12,230 250/R
over diameter
OverallDiameter
of
conductor
mm
sectional
cross-
Nominal
area
0.5 x De 0.5 x De
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
thickness
of
insulation oversheath
of
thickness
NominalNominal
/km km

12 13
Insulation shield
Metallic shield
Insulation
Oversheath
Conductor shield
Conductor
CONSTRUCTION :
APPLICATION :
AC TEST VOLTAGE :
42 kV for 5 minutes
IEC 60502-2
CONDITION :
Nominal
cross -
sectional
area
mm
Minimum
number
of
wire of
conductor
Diameter
of
conductor
(Approx.)
mm mm
Nominal Diameter
over
insulation
(Approx.)
mm
Nominal
mm
(Approx.)
mm
Cable
weight
(Approx.)
kg/km
Standard
packing
m
35 6 7.0 5.5 18.9 1.7 24 715 1,000/R
50 6 8.0 5.5 20.0 1.8 25 860 1,000/R
70 12 9.7 5.5 21.7 1.8 27 1,100 1,000/R
95 15 11.3 5.5 23.3 1.9 29 1,380 1,000/R
120 18 12.8 5.5 24.8 1.9 30 1,645 1,000/R
150 18 14.2 5.5 26.2 2.0 32 1,960 1,000/R
185 30 15.8 5.5 27.8 2.0 34 2,330 1,000/R
240 34 18.2 5.5 30.2 2.1 36 2,930
300 34 20.3 5.5 32.3 2.2 39 3,540
400 53 23.0 5.5 35.0 2.3 41 4,385
500 53 25.9 5.5 38.1 2.4 45 5,445
630 53 29.9 5.5 42.1 2.5 49 6,885
800 53 33.8 5.5 46.0 2.6 53 8,635
1,000 53 39.8 5.5 52.0 2.7 59 10,765
1,200 - 42.9 5.5 55.1 2.9 63 12,425
Capacity* (A)
In Air
Capacity* (A)
In Ground
Capacity* (A)
35 0.524 1,336 177 212 168 235 150 189
50 0.387 1,229 211 253 197 279 177 223
70 0.268 1,085 264 318 242 344 217 275
95 0.193 979 322 387 289 414 259 331
120 0.153 897 372 448 328 474 294 377
150 0.124 834 424 510 368 532 331 425
185 0.0991 770 486 586 415 604 374 482
240 0.0754 692 576 696 481 705 433 563
300 0.0601 635 661 801 542 800 490 640
400 0.0470 570 765 931 615 914 557 734
500 0.0366 519 883 1,082 695 1,044 631 840
630 0.0283 461 1,021 1,267 783 1,195 713 965
800 0.0221 415 1,158 1,459 867 1,348 794 1,094
1,000 0.0176 361 1,308 1,677 949 1,506 871 1,229
1,200 0.0151 338 1,401 1,813 1,001 1,606 922 1,316
thickness
of
oversheath
Overall
diameter
0.5 x De 0.5 x De
500/R
500/R
500/R
250/R
250/R
250/R
250/R
250/R
mm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km
R = Packing in reel
thickness
of
insulation

1514
Insulation shield
Metallic shield
Insulation
Oversheath
Conductor shield
Conductor
CONSTRUCTION :
APPLICATION :
AC TEST VOLTAGE :
63 kV for 5 minutes
IEC 60502-2
*CONDITION :
Nominal
c -ross
sectional
area
mm
Minimum
number
of
wire of
conductor
mm
Nominal
mm
Cable
weight
kg/km
Standard
packing
50 6 8.0 8.0 25.0 1.9 31 1,070 1,000/R
70 12 9.7 8.0 26.7 2.0 33 1,355 1,000/R
95 15 11.3 8.0 28.3 2.1 35 1,650 1,000/R
120 18 12.8 8.0 29.8 2.1 36 1,930 1,000/R
150 18 14.2 8.0 31.2 2.1 38 2,225 1,000/R
185 30 15.8 8.0 32.8 2.2 39 2,620 500/R
240 34 18.2 8.0 35.2 2.3 42 3,225 500/R
300 34 20.3 8.0 37.3 2.3 44 3,840 500/R
400 53 23.0 8.0 40.0 2.5 47 4,735 250/R
500 53 25.9 8.0 43.2 2.5 50 5,805 250/R
630 53 29.9 8.0 47.2 2.7 54 7,290 250/R
800 53 33.8 8.0 51.1 2.8 59 9,075 250/R
1,000 53 39.8 8.0 57.1 2.9 65 11,250 250/R
1,200 - 42.9 8.0 60.2 3.0 68 12,920 250/R
Capacity* (A)
In Air
Capacity* (A)
In Ground
Capacity* (A)
50 0.387 1,584 217 254 198 273 179 224
70 0.268 1,413 271 317 242 336 219 276
95 0.193 1,286 329 386 289 405 262 331
120 0.153 1,187 379 446 328 463 298 379
150 0.124 1,110 431 507 368 522 334 426
185 0.0991 1,031 493 582 416 592 377 484
240 0.0754 933 582 689 482 691 438 565
300 0.0601 861 667 792 543 785 495 641
400 0.0470 779 773 921 617 898 563 735
500 0.0366 712 891 1,070 698 1,027 638 842
630 0.0283 636 1,030 1,250 788 1,176 723 968
800 0.0221 576 1,170 1,438 875 1,329 806 1,096
1,000 0.0176 504 1,320 1,651 960 1,486 886 1,231
1,200 0.0151 473 1,414 1,785 1,013 1,587 938 1,319
(Approx.)
mm
Diameter
of
conductor
Diameter
over
(Approx.)
mm
insulation (Approx.) (Approx.)
Overall
diameter
0.5 x De 0.5 x De
mmm
thickness
of
oversheath
Nominal
mm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km
R = Packing in reel
thickness
of
insulation

1716
Insulation shield
Conductor shield
Metallic shield
Insulation
Binding Tape
Oversheath
Conductor
PHELPS DODGE CABLE TYPE MXLP-CWS PHELPS DODGE CABLE TYPE MXLP-CWS
3.6 / 6 (7.2) kV COPPER CONDUCTOR WITH COPPER WIRE SHIELD
CONSTRUCTION :
Metallic shield : Annealed copper wire with copper contact tape
Binding tape : Polyester tape or Spunbond Tape
APPLICATION :
AC TEST VOLTAGE :
IEC 60502-2
*CONDITION :
(A)
In Air
(A)
In Ground
(A)
35 0.524 782 174 216 168 176 149 155
50 0.387 681 208 259 198 207 176 182
70 0.268 588 261 325 242 254 216 224
95 0.193 523 319 397 289 303 258 268
120 0.153 474 370 460 328 345 294 306
150 0.124 436 422 526 368 387 330 343
185 0.0991 399 486 605 415 438 373 389
240 0.0754 367 578 721 480 509 435 454
300 0.0601 359 665 828 539 575 492 516
400 0.0470 344 773 964 611 655 564 593
500 0.0366 339 893 1,117 689 746 645 679
630 0.0283 299 1,032 1,307 774 850 737 780
800 0.0221 268 1,170 1,504 855 955 834 886
1,000 0.0176 232 1,321 1,728 932 1,063 933 997
1,200 0.0151 216 1,413 1,869 982 1,133 1,000 1,071
Nominal
cross-
sectional
area
mm
of
Minimum
number
wire of
conductor
Diameter
of
conductor
(Approx.)
mm mm
Diameter
over
insulation
(Approx.)
mm
Copper wire shield
mm
(Approx.)
mm
Cable
weight
(Approx.)
kg/km
Nominal
diameter
of wire
mm m
35 6 7.0 2.5 13.3 0.80 20 1.6 20 620 1,000/R
50 6 8.0 2.5 14.3 0.80 20 1.6 21 755 1,000/R
70 12 9.7 2.5 16.0 0.80 20 1.6 23 975 1,000/R
95 15 11.3 2.5 17.6 0.80 20 1.7 24 1,245 1,000/R
120 18 12.8 2.5 19.1 0.80 20 1.8 26 1,505 1,000/R
150 18 14.2 2.5 20.5 0.90 25 1.8 28 1,840 1,000/R
185 30 15.8 2.5 22.1 0.90 25 1.9 30 2,205 1,000/R
240 34 18.2 2.6 24.7 1.03 30 1.9 33 2,875 500/R
300 34 20.3 2.8 27.3 1.03 30 2.0 36 3,520 500/R
400 53 23.0 3.0 30.4 1.03 30 2.2 39 4,390 500/R
500 53 25.9 3.2 33.9 1.03 30 2.3 43 5,490 250/R
630 53 29.9 3.2 37.9 1.03 30 2.4 47 6,925 250/R
800 53 33.8 3.2 41.8 1.03 30 2.5 51 8,680 250/R
1,000 53 39.8 3.2 47.8 1.03 30 2.6 58 10,800 250/R
1,200 - 42.9 3.2 50.9 1.03 30 2.7 61 12,455 250/R
thickness
of
oversheath
Overall
diameter
Standard
packing
Number
of wire
0.5 x De 0.5 x Demm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km
R = Packing in reel
Nominal Nominal
thickness
of
insulation

1918
Insulation shield
Conductor shield
Metallic shield
Insulation
Binding Tape
Oversheath
Conductor
6 / 10 (12) kV COPPER CONDUCTOR WITH COPPER WIRE SHIELD
CONSTRUCTION :
APPLICATION :
AC TEST VOLTAGE :
21 kV for 5 minutes
IEC 60502-2
*CONDITION :
Nominal
cross -
sectional
area
mm
Minimum
number
of
wire of
conductor
Diameter
of
conductor
(Approx.)
mm mm
Diameter
over
insulation
(Approx.)
mm
Copper wire shield
mm
(Approx.)
mm
(Approx.)
kg/km
diameter
of wire
mm
Nominal Number
of wire
m
35 6 7.0 3.4 15.1 0.80 20 1.6 22 670 1,000/R
50 6 8.0 3.4 16.1 0.80 20 1.7 23 810 1,000/R
70 12 9.7 3.4 17.8 0.80 20 1.7 25 1,040 1,000/R
95 15 11.3 3.4 19.4 0.80 20 1.8 27 1,315 1,000/R
120 18 12.8 3.4 20.9 0.80 20 1.8 28 1,570 1,000/R
150 18 14.2 3.4 22.3 0.90 25 1.9 30 1,915 1,000/R
185 30 15.8 3.4 23.9 0.90 25 1.9 31 2,280 1,000/R
240 34 18.2 3.4 26.3 1.03 30 2.0 35 2,980 500/R
300 34 20.3 3.4 28.4 1.03 30 2.1 37 3,585 500/R
400 53 23.0 3.4 31.1 1.03 30 2.2 40 4,430 500/R
500 53 25.9 3.4 34.3 1.03 30 2.3 43 5,510 250/R
630 53 29.9 3.4 38.3 1.03 30 2.4 48 6,945 250/R
800 53 33.8 3.4 42.2 1.03 30 2.5 52 8,705 250/R
1,000 53 39.8 3.4 48.2 1.03 30 2.6 58 10,830 250/R
1,200 - 42.9 3.4 51.3 1.03 30 2.8 62 12,500 250/R
35 0.524 991 176 216 168 176 150 156
50 0.387 869 211 259 198 207 177 183
70 0.268 757 265 325 242 254 217 225
95 0.193 677 323 397 289 303 259 269
120 0.153 616 373 459 328 345 295 307
150 0.124 569 426 524 368 387 331 345
185 0.0991 522 489 603 414 438 375 391
240 0.0754 465 582 717 480 508 436 456
300 0.0601 425 668 825 540 574 494 518
400 0.0470 382 774 961 611 655 565 594
500 0.0366 354 894 1,116 689 745 644 679
630 0.0283 313 1,033 1,305 774 849 738 781
800 0.0221 281 1,171 1,502 855 955 833 886
1,000 0.0176 243 1,321 1,726 933 1,063 933 996
1,200 0.0151 227 1,415 1,865 983 1,133 999 1,070
diameter weight packing
oversheath
of
thickness
Overall Cable Standard
(A)
In Air
(A)
In Ground
(A)
0.5 x De 0.5 x Demm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km
Nominal Nominal
thickness
of
insulation
R = Packing in reel

2120
Insulation shield
Conductor shield
Metallic shield
Insulation
Binding Tape
Oversheath
Conductor
8.7 / 15 (17.5) kV COPPER CONDUCTOR WITH COPPER WIRE SHIELD
CONSTRUCTION :
APPLICATION :
AC TEST VOLTAGE :
IEC 60502-2
*CONDITION :
Nominal
cross-
sectional
area
Minimum
number
of
wire of
conductor
Diameter
of
conductor
(Approx.)
mm mm
Diameter
over
insulation
(Approx.)
mm
Copper wire shield
mm
Nominal
(Approx.)
mm
(Approx.)
kg/km
diameter
of wire
mm
Nominal
m
35 6 7.0 4.5 17.2 0.80 20 1.7 24 740 1,000/R
50 6 8.0 4.5 18.3 0.80 20 1.7 25 875 1,000/R
70 12 9.7 4.5 20.0 0.80 20 1.8 27 1,120 1,000/R
95 15 11.3 4.5 21.6 0.80 20 1.8 29 1,390 1,000/R
120 18 12.8 4.5 23.1 0.80 20 1.9 30 1,665 1,000/R
150 18 14.2 4.5 24.5 0.90 25 1.9 32 2,005 1,000/R
185 30 15.8 4.5 26.1 0.90 25 2.0 34 2,405 1,000/R
240 34 18.2 4.5 28.5 1.03 30 2.1 37 3,100 500/R
300 34 20.3 4.5 30.6 1.03 30 2.2 40 3,715 500/R
400 53 23.0 4.5 33.3 1.03 30 2.3 42 4,545 500/R
500 53 25.9 4.5 36.4 1.03 30 2.4 46 5,650 250/R
630 53 29.9 4.5 40.4 1.03 30 2.5 50 7,100 250/R
800 53 33.8 4.5 44.3 1.03 30 2.6 54 8,870 250/R
1,000 53 39.8 4.5 50.3 1.03 30 2.7 60 11,015 250/R
1,200 - 42.9 4.5 53.4 1.03 30 2.8 64 12,680 250/R
35 0.524 1,213 179 216 168 176 151 156
50 0.387 1,062 214 259 198 207 178 184
70 0.268 931 268 325 242 253 218 226
95 0.193 837 326 396 289 303 260 271
120 0.153 765 377 458 328 345 296 309
150 0.124 709 430 522 367 387 332 346
185 0.0991 653 494 600 414 437 377 393
240 0.0754 584 586 713 480 508 439 459
300 0.0601 535 672 820 540 574 496 520
400 0.0470 483 778 955 612 655 567 595
500 0.0366 445 898 1,108 690 745 648 683
630 0.0283 394 1,037 1,296 776 850 740 783
800 0.0221 355 1,176 1,491 859 956 835 888
1,000 0.0176 308 1,327 1,712 938 1,064 937 1,001
1,200 0.0151 288 1,420 1,851 988 1,134 1,001 1,073
thickness
oversheath
of
diameter weight packing
Overall StandardCable
Number
of wire
mm
(A)
In Air
(A)
In Ground
(A)
0.5 x De 0.5 x Demm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km
thickness
of
insulation
Nominal
R = Packing in reel

22 23
35 0.524 1,391 181 216 168 175 152 157
50 0.387 1,229 217 259 198 207 179 186
70 0.268 1,085 271 324 242 253 219 227
95 0.193 979 329 395 289 303 261 272
120 0.153 897 380 457 328 344 298 310
150 0.124 834 433 520 367 387 334 348
185 0.0991 770 497 597 414 437 378 395
240 0.0754 692 589 710 479 508 440 460
300 0.0601 635 674 816 540 574 497 521
400 0.0470 575 781 950 612 655 568 597
500 0.0366 529 900 1,101 691 745 649 684
630 0.0283 470 1,040 1,287 778 850 742 785
800 0.0221 424 1,180 1,480 862 956 839 892
1,000 0.0176 368 1,332 1,699 942 1,065 939 1,003
1,200 0.0151 345 1,425 1,837 993 1,135 1,003 1,074
Insulation shield
Conductor shield
Metallic shield
Insulation
Binding Tape
Oversheath
Conductor
CONSTRUCTION :
APPLICATION :
AC TEST VOLTAGE :
42 kV for 5 minutes
IEC 60502-2
R = Packing in reel
*CONDITION :
Nominal
cross-
sectional
area
mm
Minimum
number
of
wire of
conductor
Diameter
of
conductor
(Approx.)
mm mm
Diameter
over
insulation
(Approx.)
mm
Copper wire shield
mm
(Approx.)
(Approx.)
mm kg/km
Nominal
diameter
of wire
mm
35 6 7.0 5.5 19.3 0.80 20 1.8 27 815 1,000/R
50 6 8.0 5.5 20.3 0.80 20 1.8 28 955 1,000/R
70 12 9.7 5.5 22.0 0.80 20 1.9 30 1,205 1,000/R
95 15 11.3 5.5 23.6 0.80 20 1.9 31 1,480 1,000/R
120 18 12.8 5.5 25.1 0.80 20 2.0 33 1,760 1,000/R
150 18 14.2 5.5 26.5 0.90 25 2.0 35 1,000/R
185 30 15.8 5.5 28.1 0.90 25 2.1 37 2,515 500/R
240 34 18.2 5.5 30.5 1.03 30 2.2 40 3,215 500/R
300 34 20.3 5.5 32.6 1.03 30 2.2 42 3,825 500/R
400 53 23.0 5.5 35.3 1.03 30 2.3 45 4,665 500/R
500 53 25.9 5.5 38.5 1.03 30 2.4 48 5,780 250/R
630 53 29.9 5.5 42.5 1.03 30 2.5 52 7,240 250/R
800 53 33.8 5.5 46.4 1.03 30 2.7 57 9,040 250/R
1,000 53 39.8 5.5 52.4 1.03 30 2.8 63 11,205 250/R
1,200 - 42.9 5.5 55.5 1.03 30 2.9 66 12,880 250/R
diameter
(Approx.)
weight
m
packing
Number
of wire
0.5 x De 0.5 x De
(A)
In Air
(A)
In Ground
(A)
2,125
Nominal Nominal
thickness
of
insulation oversheath
of
thickness
mm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km

2524
50 0.387 1,584 221 258 198 207 181 187
70 0.268 1,413 276 323 241 253 221 230
95 0.193 1,286 335 393 288 303 264 275
120 0.153 1,187 386 453 327 344 301 313
150 0.124 1,110 439 516 367 386 338 352
185 0.0991 1,031 502 592 414 437 381 398
240 0.0754 933 594 702 480 508 443 464
300 0.0601 861 680 806 540 574 502 527
400 0.0470 785 787 937 613 655 573 603
500 0.0366 721 907 1,085 693 746 653 689
630 0.0283 645 1,047 1,267 782 851 748 792
800 0.0221 584 1,189 1,457 868 957 844 897
1,000 0.0176 511 1,341 1,670 951 1,067 945 1,010
1,200 0.0151 480 1,436 1,806 1,004 1,138 1,010 1,082
Insulation shield
Conductor shield
Metallic shield
Insulation
Binding Tape
Oversheath
Conductor
CONSTRUCTION :
APPLICATION :
AC TEST VOLTAGE :
63 kV for 5 minutes
IEC 60502-2
R = Packing in reel
*CONDITION :
Nominal
cross-
sectional
area
mm
Minimum
number
of
wire of
conductor
Diameter
of
conductor
(Approx.)
mm mm
Diameter
over
insulation
(Approx.)
mm
Copper wire shield
mm
(Approx.)
diameter
mm kg/km
(Approx.)
weight
diameter
of wire
mm
Nominal
m
50 6 8.0 8.0 25.4 0.80 20 2.0 33 1,175 1,000/R
70 12 9.7 8.0 27.1 0.80 20 2.0 35 1,455 1,000/R
95 15 11.3 8.0 28.7 0.80 20 2.1 37 1,755 1,000/R
120 18 12.8 8.0 30.2 0.80 20 2.1 39 2,040 1,000/R
150 18 14.2 8.0 31.6 0.90 25 2.2 41 2,405 1,000/R
185 30 15.8 8.0 33.2 0.90 25 2.2 42 2,795
240 34 18.2 8.0 35.6 1.03 30 2.3 45 3,515 500/R
300 34 20.3 8.0 37.7 1.03 30 2.4 47 4,155 500/R
400 53 23.0 8.0 40.4 1.03 30 2.5 50 5,020 250/R
500 53 25.9 8.0 43.6 1.03 30 2.6 54 6,160 250/R
630 53 29.9 8.0 47.6 1.03 30 2.7 58 7,660 250/R
800 53 33.8 8.0 51.5 1.03 30 2.8 62 9,475 250/R
1,000 53 39.8 8.0 57.5 1.03 30 3.0 68 11,705 250/R
1,200 - 42.9 8.0 60.6 1.03 30 3.1 72 13,385 250/R
Number
of wire
Cable StandardOverall
0.5 x De 0.5 x De
(A)
In Air
(A)
In Ground
(A)
packing
500/R
of
oversheath
thickness
NominalNominal
thickness
of
insulation
mm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km

2726
Insulation shield
Conductor shield
Armour
Copper tape
Separation sheath
Oversheath
Insulation
Conductor
PHELPS DODGE CABLE TYPE MXLP-DATA PHELPS DODGE CABLE TYPE MXLP-DATA
3.6 / 6 (7.2) kV COPPER CONDUCTOR WITH DOUBLE ALUMINIUM TAPE ARMOUR
APPLICATION :
AC TEST VOLTAGE :
IEC 60502-2
R = Packing in reel
*CONDITION :
7. Shield and armour bonded at single point
Nominal Diameter Diameter Diameter Overall Cable Standard
cross- of over over diameter weight packing
insulation armour
mm mm mm mm mm mm mm mm mm kg/km m
35 6 7.0 2.5 13.5 1.2 0.5 19.0 1.7 23 645 1,000/R
50 6 8.0 2.5 14.5 1.2 0.5 20.5 1.7 24 780 1,000/R
70 12 9.7 2.5 16.0 1.2 0.5 22.0 1.8 26 1,020 1,000/R
95 15 11.3 2.5 18.0 1.2 0.5 23.5 1.8 28 1,290 1,000/R
120 18 12.8 2.5 19.5 1.2 0.5 25.0 1.9 29 1,555 1,000/R
150 18 14.2 2.5 20.5 1.2 0.5 26.5 1.9 31 1,830 1,000/R
185 30 15.8 2.5 22.5 1.2 0.5 28.0 2.0 33 2,205 1,000/R
240 34 18.2 2.6 25.0 1.2 0.5 30.5 2.1 35 2,800 500/R
300 34 20.3 2.8 27.5 1.2 0.5 33.0 2.1 38 3,415 500/R
400 53 23.0 3.0 30.5 1.2 0.5 36.5 2.3 41 4,290 500/R
500 53 25.9 3.2 34.0 1.3 0.5 40.0 2.4 45 5,380 250/R
630 53 29.9 3.2 38.0 1.4 0.5 44.5 2.5 50 6,815 250/R
800 53 33.8 3.2 42.0 1.4 0.5 48.0 2.6 54 8,550 250/R
1,000 53 39.8 3.2 48.0 1.5 0.5 54.5 2.8 61 10,695 250/R
1,200 - 42.9 3.2 51.0 1.6 0.5 57.5 2.9 64 12,345 250/R
35 0.524 802 179 217 170 184 151 157
50 0.387 722 214 260 200 217 178 185
70 0.268 625 268 326 244 266 218 226
95 0.193 552 326 398 292 319 260 271
120 0.153 491 377 460 331 363 296 308
150 0.124 455 429 524 371 408 332 346
185 0.0991 412 492 602 419 461 376 392
240 0.0754 379 584 715 485 536 437 457
300 0.0601 366 670 822 546 606 495 519
400 0.0470 346 778 956 620 691 566 596
500 0.0366 328 898 1,109 700 786 643 681
630 0.0283 293 1,038 1,296 788 896 734 783
800 0.0221 263 1,176 1,491 872 1,008 823 886
1,000 0.0176 228 1,328 1,709 953 1,122 916 996
1,200 0.0151 214 1,420 1,847 1,005 1,196 978 1,069
CONSTRUCTION :
Metallic shield : Copper tape shield
Separation sheath : Black PE (PVC is available upon request)
Armour : Double Aluminium tape
(Approx.)
(Approx.) (Approx.)
(Approx.)
0.5 x De 0.5 x De
(A)
In Air
Current Carrying
Capacity*
(A)
In Ground
Current Carrying
Capacity*
(A)
Current Carrying
Capacity*
Minimum
number
of
wire of
conductor
NominalNominal
thickness
of
Aluminium tape
armour
thickness
of
separation sheath
NominalNominal
thickness
of
oversheath
thickness
of
insulation
mm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km
area (Approx.)
sectional conductor

2928
Insulation shield
Conductor shield
Armour
Copper tape
Separation sheath
Oversheath
Insulation
Conductor
6 / 10 (12) kV COPPER CONDUCTOR WITH DOUBLE ALUMINIUM TAPE ARMOUR
APPLICATION :
AC TEST VOLTAGE :
21 kV for 5 minutes
IEC 60502-2
R = Packing in reel
*CONDITION :
7. Shield and armours bonded at single point
cross-sectional of over over diameter weight
area conductor insulation armour
mm mm mm mm mm mm mm mm mm kg/km
35 6 7.0 3.4 15.5 1.2 0.5 21.0 1.7 25 710
50 6 8.0 3.4 16.5 1.2 0.5 22.0 1.8 26 855
70 12 9.7 3.4 18.0 1.2 0.5 24.0 1.8 28 1,095
95 15 11.3 3.4 19.5 1.2 0.5 25.5 1.9 30 1,375
120 18 12.8 3.4 21.0 1.2 0.5 27.0 1.9 31 1,635
150 18 14.2 3.4 22.5 1.2 0.5 28.5 2.0 33 1,925
185 30 15.8 3.4 24.0 1.2 0.5 30.0 2.0 34 2,295
240 34 18.2 3.4 26.5 1.2 0.5 32.5 2.1 37 2,885 500/R
300 34 20.3 3.4 28.5 1.2 0.5 34.5 2.2 39 3,490 500/R
400 53 23.0 3.4 31.5 1.2 0.5 37.0 2.3 42 4,330 500/R
500 53 25.9 3.4 34.5 1.3 0.5 40.5 2.4 46 5,395 250/R
630 53 29.9 3.4 38.5 1.4 0.5 44.5 2.5 50 6,835 250/R
800 53 33.8 3.4 42.5 1.4 0.5 48.5 2.6 54 8,575 250/R
1,000 53 39.8 3.4 48.5 1.5 0.5 55.0 2.8 61 10,720 250/R
1,200 - 42.9 3.4 51.5 1.6 0.5 58.0 2.9 65 12,370 250/R
35 0.524 985 181 217 170 183 151 157
50 0.387 899 216 260 200 216 179 185
70 0.268 784 270 326 244 265 218 227
95 0.193 701 329 397 292 318 261 272
120 0.153 639 380 459 331 362 297 310
150 0.124 590 432 522 371 406 333 347
185 0.0991 542 495 600 419 460 377 394
240 0.0754 483 586 713 485 534 439 459
300 0.0601 442 672 819 546 604 496 520
400 0.0470 394 779 954 620 690 565 595
500 0.0366 357 899 1,107 700 785 644 682
630 0.0283 315 1,038 1,294 788 896 733 782
800 0.0221 283 1,177 1,488 873 1,008 824 887
1,000 0.0176 244 1,328 1,707 954 1,121 915 996
1,200 0.0151 228 1,421 1,844 1,006 1,195 977 1,068
0.5 x De 0.5 x De
CONSTRUCTION :
(Approx.) (Approx.) (Approx.)
(Approx.) (Approx.)
(A)
In Air
Current Carrying
Capacity*
(A)
In Ground
Current Carrying
Capacity*
(A)
Current Carrying
Capacity*
m
1,000/R
1,000/R
1,000/R
1,000/R
1,000/R
1,000/R
1,000/R
packing
Minimum
number
of
wire of
conductor
NominalNominal Nominal Nominal
thickness
of
oversheath
thickness
of
Aluminium tape
armour
thickness
of
separation sheath
thickness
of
insulation
mm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km

3130
Nominal
Insulation shield
Conductor shield
Armour
Copper tape
Separation sheath
Oversheath
Insulation
Conductor
8.7 / 15 (17.5) kV COPPER CONDUCTOR WITH DOUBLE ALUMINIUM TAPE ARMOUR
APPLICATION :
AC TEST VOLTAGE :
IEC 60502-2
R = Packing in reel
*CONDITION :
cross-sectional of over over diameter weight packing
35 6 7.0 4.5 17.5 1.2 0.5 23.5 1.8 27 805 1,000/R
50 6 8.0 4.5 18.5 1.2 0.5 24.5 1.9 29 955 1,000/R
70 12 9.7 4.5 20.5 1.2 0.5 26.0 1.9 30 1,195 1,000/R
95 15 11.3 4.5 22.0 1.2 0.5 27.5 2.0 32 1,480 1,000/R
120 18 12.8 4.5 23.5 1.2 0.5 29.0 2.0 34 1,750 1,000/R
150 18 14.2 4.5 25.0 1.2 0.5 30.5 2.1 35 2,045 1,000/R
185 30 15.8 4.5 26.5 1.2 0.5 32.0 2.1 37 2,420 1,000/R
240 34 18.2 4.5 29.0 1.2 0.5 34.5 2.2 40 3,020 500/R
300 34 20.3 4.5 31.0 1.2 0.5 36.5 2.3 42 3,635 500/R
400 53 23.0 4.5 33.5 1.3 0.5 39.5 2.4 45 4,505 500/R
500 53 25.9 4.5 37.0 1.3 0.5 42.5 2.5 48 5,570 250/R
630 53 29.9 4.5 41.0 1.4 0.5 47.0 2.6 53 7,025 250/R
800 53 33.8 4.5 44.5 1.5 0.5 51.0 2.7 57 8,795 250/R
1,000 53 39.8 4.5 50.5 1.6 0.5 57.5 2.9 64 10,970 250/R
1,200 - 42.9 4.5 54.0 1.6 0.5 60.5 3.0 67 12,615 250/R
(A)
In Air
Current Carrying
Capacity*
(A)
In Ground
Current Carrying
Capacity*
(A)
Current Carrying
Capacity*
35 0.524 183 217 169 182 152 158
50 0.387 219 259 199 215 179 186
70 0.268 273 325 244 264 220 228
95 0.193 875 332 396 291 316 263 273
120 0.153 800 383 457 331 360 298 311
150 0.124 742 435 520 371 404 335 350
185 0.0991 684 498 597 419 458 379 396
240 0.0754 613 589 708 485 532 440 461
300 0.0601 562 675 814 547 602 498 523
400 0.0470 504 782 621 687 568 598
500 0.0366 457 701 783 646 684
630 0.0283 405 790 893 737 786
800 0.0221 365 876 1,005 827 889
1,000 0.0176 316 959 1,119 921 1,000
1,200 0.0151 296 1,011 1,193 980 1,070
CONSTRUCTION :
(Approx.) (Approx.)
0.5 x De 0.5 x De
1,099
1,284
1,475
1,691
1,827
946
1,042
1,182
1,333
1,426
902
1,207
1,107
973
Minimum
number
of
wire of
conductor
thickness
of
oversheath
thickness
of
Aluminium tape
armour
thickness
of
separation sheath
thickness
of
insulation
mm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km

32 33
Insulation shield
Conductor shield
Armour
Copper tape
Separation sheath
Oversheath
Insulation
Conductor
CONSTRUCTION :
APPLICATION :
AC TEST VOLTAGE :
42 kV for 5 minutes
IEC 60502-2
*CONDITION :
cross-sectional of over over diameter weight packing
35 6 7.0 5.5 19.5 1.2 0.5 25.5 1.9 30 895 1,000/R
50 6 8.0 5.5 20.5 1.2 0.5 26.5 1.9 31 1,040 1,000/R
70 12 9.7 5.5 22.5 1.2 0.5 28.0 2.0 33 1,300 1,000/R
95 15 11.3 5.5 24.0 1.2 0.5 30.0 2.0 34 1,580 1,000/R
120 18 12.8 5.5 25.5 1.2 0.5 31.5 2.1 36 1,865 1,000/R
150 18 14.2 5.5 27.0 1.2 0.5 32.5 2.1 37 2,155 1,000/R
185 30 15.8 5.5 28.5 1.2 0.5 34.5 2.2 39 2,540 500/R
240 34 18.2 5.5 31.0 1.2 0.5 36.5 2.3 42 3,155 500/R
300 34 20.3 5.5 33.0 1.3 0.5 39.0 2.3 44 3,775 500/R
400 53 23.0 5.5 35.5 1.3 0.5 41.5 2.4 47 4,640 500/R
500 53 25.9 5.5 39.0 1.4 0.5 45.0 2.5 51 5,730 250/R
630 53 29.9 5.5 43.0 1.4 0.5 49.0 2.6 55 7,185 250/R
800 53 33.8 5.5 46.5 1.5 0.5 53.0 2.8 59 8,985 250/R
1,000 53 39.8 5.5 52.5 1.6 0.5 59.5 2.9 66 11,160 250/R
1,200 - 42.9 5.5 56.0 1.7 0.5 62.5 3.0 69 12,835 250/R
35 0.524 1,384 185 217 169 181 153 159
50 0.387 1,276 220 259 199 214 180 187
70 0.268 1,127 275 324 244 263 220 229
95 0.193 1,018 334 395 291 315 264 274
120 0.153 934 385 456 331 359 300 313
150 0.124 869 437 518 371 403 336 351
185 0.0991 803 500 594 419 456 380 397
240 0.0754 722 591 705 485 530 442 463
300 0.0601 664 677 809 547 600 499 524
400 0.0470 597 784 941 621 685 570 600
500 0.0366 543 904 1,092 702 780 649 687
630 0.0283 483 1,044 1,275 792 891 739 788
800 0.0221 435 1,185 1,465 879 1,003 831 893
1,000 0.0176 379 1,336 1,679 962 1,117 923 1,002
1,200 0.0151 355 1,429 1,813 1,015 1,191 985 1,074
(Approx.) (Approx.)
Minimum
number
of
wire of
conductor
(A)
In Air
Current Carrying
Capacity*
(A)
In Ground
Current Carrying
Capacity*
(A)
Current Carrying
Capacity*
0.5 x De 0.5 x De
thickness
of
oversheath
thickness
of
Aluminium tape
armour
thickness
of
separation sheath
thickness
of
insulation
mm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km
R = Packing in reel

3534
Insulation shield
Conductor shield
Armour
Copper tape
Separation sheath
Oversheath
Insulation
Conductor
CONSTRUCTION :
APPLICATION :
AC TEST VOLTAGE :
63 kV for 5 minutes
IEC 60502-2
*CONDITION :
Nominal Minimum Diameter Diameter Diameter Overall Cable Standard
cross-sectional number of over over diameter weight packing
area of wire conductor insulation armour
50 6 8.0 8.0 26.0 1.2 0.5 31.5 2.1 36 1,000/R
70 12 9.7 8.0 27.5 1.2 0.5 33.5 2.1 38 1,000/R
95 15 11.3 8.0 29.0 1.2 0.5 35.0 2.2 40 1,000/R
120 18 12.8 8.0 30.5 1.2 0.5 36.5 2.3 42 1,000/R
150 18 14.2 8.0 32.0 1.3 0.5 38.0 2.3 43 1,000/R
185 30 15.8 8.0 33.5 1.3 0.5 39.5 2.4 45 500/R
240 34 18.2 8.0 36.0 1.3 0.5 42.0 2.4 47 500/R
300 34 20.3 8.0 38.0 1.4 0.5 44.5 2.5 50 500/R
400 53 23.0 8.0 41.0 1.4 0.5 47.0 2.6 53 250/R
500 53 25.9 8.0 44.0 1.5 0.5 50.5 2.7 56 250/R
630 53 29.9 8.0 48.0 1.5 0.5 54.5 2.8 61 250/R
800 53 33.8 8.0 52.0 1.6 0.5 58.5 3.0 65 250/R
1,000 53 39.8 8.0 58.0 1.7 0.5 64.5 3.1 72 250/R
1,200 - 42.9 8.0 61.0 1.8 0.5 68.0 3.2 75 250/R
50 0.387 1,632 224 257 198 212 176 182
70 0.268 1,457 278 322 241 260 216 224
95 0.193 1,328 338 391 288 312 258 268
120 0.153 1,227 389 451 327 355 294 305
150 0.124 1,148 441 513 367 399 330 344
185 0.0991 1,067 504 587 414 452 373 390
240 0.0754 966 595 696 480 526 434 454
300 0.0601 893 681 798 541 595 492 515
400 0.0470 808 788 927 614 680 562 590
500 0.0366 740 907 1,074 695 775 640 676
630 0.0283 662 1,048 1,254 784 885 731 777
800 0.0221 600 1,189 1,439 872 997 822 880
1,000 0.0176 525 1,341 1,648 955 1,112 917 991
1,200 0.0151 493 1,435 1,779 1,009 1,186 977 1,062
(Approx.)(Approx.) (Approx.)
(Approx.) (Approx.)
(A)
In Air
Current Carrying
Capacity*
(A)
In Ground
Current Carrying
Capacity*
(A)
Current Carrying
Capacity*
0.5 x De 0.5 x De
1,305
1,565
1,875
2,170
2,480
2,885
3,505
4,160
5,050
6,165
7,655
9,495
11,720
13,425
Nominal NominalNominal Nominal
thickness
of
oversheath
thickness
of
Aluminium tape
armour
thickness
of
separation sheath
thickness
of
insulation
mm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km
of
conductor
R = Packing in reel

3736
3.6 / 6 (7.2) kV COPPER CONDUCTOR WITH ALUMINIUM WIRE ARMOUR
CONSTRUCTION :
Armour : Aluminium wire
Binding tape : Polyester and/or Spunbond tape
APPLICATION :
AC TEST VOLTAGE :
IEC 60502-2
*CONDITION :
PHELPS DODGE CABLE TYPE MXLP-AWA PHELPS DODGE CABLE TYPE MXLP-AWA
-
35 6 7.0 2.5 13.0 1.2 1.60 19.8 1.7 23 800 1,000/R
50 6 8.0 2.5 14.1 1.2 1.60 20.9 1.8 24 955 1,000/R
70 12 9.7 2.5 15.8 1.2 1.60 22.6 1.8 26 1,210 1,000/R
95 15 11.3 2.5 17.4 1.2 1.60 24.2 1.9 28 1,505 1,000/R
120 18 12.8 2.5 18.9 1.2 1.60 25.7 1.9 29 1,780 1,000/R
150 18 14.2 2.5 20.3 1.2 1.60 27.1 2.0 31 2,085 1,000/R
185 30 15.8 2.5 21.9 1.2 2.00 29.5 2.0 33 2,555 500/R
240 34 18.2 2.6 24.5 1.2 2.00 32.1 2.1 36 3,190 500/R
300 34 20.3 2.8 27.0 1.2 2.00 34.6 2.2 39 3,860 500/R
400 53 23.0 3.0 30.1 1.2 2.00 37.7 2.3 42 4,780 500/R
500 53 25.9 3.2 33.7 1.3 2.50 42.4 2.5 47 6,105 250/R
630 53 29.9 3.2 37.7 1.4 2.50 46.4 2.6 52 7,635 250/R
800 53 33.8 3.2 41.6 1.4 2.50 50.3 2.7 56 9,470 250/R
1,000 53 39.8 3.2 47.6 1.5 2.50 56.5 2.9 62 11,760 250/R
1,200 - 42.9 3.2 50.7 1.6 2.50 59.9 3.0 66 13,505 250/R
35 0.524 778 183 221 171 177 152 158
50 0.387 706 215 262 200 208 178 185
70 0.268 611 269 328 245 255 218 227
95 0.193 544 328 400 292 304 261 272
120 0.153 493 379 463 331 346 297 309
150 0.124 454 431 527 371 388 332 347
185 0.0991 415 497 609 419 439 377 395
240 0.0754 382 588 722 484 509 437 460
300 0.0601 372 673 828 544 575 492 520
400 0.0470 356 781 965 615 655 561 596
500 0.0366 335 897 1,114 689 743 634 680
630 0.0283 296 1,025 1,293 768 842 716 777
800 0.0221 266 1,151 1,479 842 941 795 873
1,000 0.0176 230 1,282 1,682 909 1,039 873 974
1,200 0.0151 215 1,360 1,807 950 1,102 920 1,036
Insulation shield
Conductor shield
Armour
Metallic shield
Separation sheath
Binding tape
Oversheath
Insulation
Conductor
cross number of over over diameter weight packing
sectional of wire of conductor insulation armour
area conductor (Approx.) (Approx.) (Approx.)
(Approx.) (Approx.)
0.5 x De 0.5 x De
(A)
In Air
(A)
In Ground
(A)
thickness
of
oversheath
diameter
of
Aluminium wire
armour
thickness
of
separation
sheath
thickness
of
insulation
mm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km
R = Packing in reel

3938
Insulation shield
Conductor shield
Armour
Metallic shield
Separation sheath
Binding tape
Oversheath
Insulation
Conductor
6 / 10 (12) kV COPPER CONDUCTOR WITH ALUMINIUM WIRE ARMOUR
CONSTRUCTION :
APPLICATION :
AC TEST VOLTAGE :
21 kV for 5 minutes
IEC 60502-2
*CONDITION :
-
35 6 7.0 3.4 14.8 1.2 1.60 21.6 1.8 25 885 1,000/R
50 6 8.0 3.4 15.9 1.2 1.60 22.6 1.8 26 1,035 1,000/R
70 12 9.7 3.4 17.6 1.2 1.60 24.3 1.9 28 1,300 1,000/R
95 15 11.3 3.4 19.2 1.2 1.60 25.9 1.9 30 1,590 1,000/R
120 18 12.8 3.4 20.7 1.2 1.60 27.4 2.0 31 1,880 1,000/R
150 18 14.2 3.4 22.1 1.2 2.00 29.6 2.1 34 2,270 1,000/R
185 30 15.8 3.4 23.7 1.2 2.00 31.2 2.1 35 2,660 500/R
240 34 18.2 3.4 26.1 1.2 2.00 33.6 2.2 38 3,300 500/R
300 34 20.3 3.4 28.2 1.2 2.00 35.7 2.2 40 3,930 500/R
400 53 23.0 3.4 30.9 1.2 2.00 38.4 2.4 43 4,825 500/R
500 53 25.9 3.4 34.0 1.3 2.50 42.8 2.5 48 6,125 250/R
630 53 29.9 3.4 38.0 1.4 2.50 46.8 2.6 52 7,655 250/R
800 53 33.8 3.4 41.9 1.4 2.50 50.7 2.7 56 9,495 250/R
1,000 53 39.8 3.4 47.9 1.5 2.50 56.9 2.9 63 11,785 250/R
1,200 - 42.9 3.4 51.0 1.6 2.50 60.2 3.0 66 13,535 250/R
35 0.524 985 184 220 170 177 153 158
50 0.387 899 217 261 200 208 179 186
70 0.268 784 272 327 244 254 219 228
95 0.193 701 330 399 292 304 262 273
120 0.153 639 381 461 331 345 298 311
150 0.124 590 436 528 371 388 335 350
185 0.0991 542 499 605 419 439 378 396
240 0.0754 483 589 717 484 509 437 460
300 0.0601 442 674 824 543 574 492 520
400 0.0470 398 781 961 615 655 562 596
500 0.0366 354 896 1,111 689 742 635 681
630 0.0283 313 1,025 1,290 768 841 715 776
800 0.0221 281 1,150 1,476 842 941 794 872
1,000 0.0176 243 1,281 1,679 909 1,039 872 973
1,200 0.0151 227 1,359 1,803 950 1,101 921 1,037
cross number of over over diameter weight packing
(Approx.) )(Approx.
0.5 x De 0.5 x De
(A)
In Air
(A)
In Ground
(A)
Nominal NominalNominalNominal
thickness
of
insulation
thickness
of
separation
sheath
diameter
of
Aluminium wire
armour
thickness
of
oversheath
mm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km
R = Packing in reel

4140
Insulation shield
Conductor shield
Armour
Metallic shield
Separation sheath
Binding tape
Oversheath
Insulation
Conductor
8.7 / 15 (17.5) kV COPPER CONDUCTOR WITH ALUMINIUM WIRE ARMOUR
CONSTRUCTION :
APPLICATION :
AC TEST VOLTAGE :
IEC 60502-2
*CONDITION :
- r
35 6 7.0 4.5 16.9 1.2 1.60 23.6 1.9 27 990 1,000/R
50 6 8.0 4.5 17.9 1.2 1.60 24.7 1.9 28 1,145 1,000/R
70 12 9.7 4.5 19.6 1.2 1.60 26.4 1.9 30 1,405 1,000/R
95 15 11.3 4.5 21.2 1.2 2.00 28.8 2.0 33 1,790 1,000/R
120 18 12.8 4.5 22.7 1.2 2.00 30.3 2.1 34 2,090 1,000/R
150 18 14.2 4.5 24.1 1.2 2.00 31.7 2.1 36 2,395 1,000/R
185 30 15.8 4.5 25.7 1.2 2.00 33.3 2.2 38 2,800 500/R
240 34 18.2 4.5 28.1 1.2 2.00 35.7 2.3 40 3,440 500/R
300 34 20.3 4.5 30.2 1.2 2.00 37.8 2.3 42 4,075 500/R
400 53 23.0 4.5 32.9 1.3 2.50 41.7 2.5 47 5,150 250/R
500 53 25.9 4.5 36.1 1.3 2.50 44.8 2.6 50 6,320 250/R
630 53 29.9 4.5 40.1 1.4 2.50 48.8 2.7 54 7,850 250/R
800 53 33.8 4.5 44.0 1.5 2.50 52.9 2.8 59 9,730 250/R
1,000 53 39.8 4.5 50.0 1.6 2.50 59.2 3.0 65 12,050 250/R
1,200 - 42.9 4.5 53.1 1.6 2.50 62.3 3.1 68 13,770 250/R
35 0.524 1,207 186 220 170 177 153 159
50 0.387 1,107 219 260 200 207 179 186
70 0.268 973 273 325 244 254 220 228
95 0.193 875 335 399 292 304 264 275
120 0.153 800 386 461 331 346 300 313
150 0.124 742 437 524 371 388 335 351
185 0.0991 684 501 601 418 438 379 397
240 0.0754 613 591 711 483 508 439 462
300 0.0601 562 675 817 542 573 495 522
400 0.0470 508 785 955 614 654 564 600
500 0.0366 453 896 1,100 688 741 635 682
630 0.0283 402 1,024 1,277 767 840 715 777
800 0.0221 362 1,150 1,459 842 939 796 875
1,000 0.0176 314 1,281 1,659 909 1,037 871 973
1,200 0.0151 294 1,356 1,782 949 1,099 920 1,037
cross numbe of over over diameter weight packing
sectional of wire of conductor insulation armour (A
(Approx.) pprox.)
0.5 x De 0.5 x De
(A)
In Air
(A)
In Ground
(A)
thickness
of
oversheath
diameter
of
Aluminium wire
armour
thickness
of
separation
sheath
thickness
of
insulation
mm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km
R = Packing in reel

42 43
Insulation shield
Conductor shield
Armour
Metallic shield
Separation sheath
Binding tape
Oversheath
Insulation
Conductor
CONSTRUCTION :
APPLICATION :
AC TEST VOLTAGE :
42 kV for 5 minutes
IEC 60502-2
*CONDITION :
cross - number of over over diameter weight packing
area
35 6 7.0 5.5 18.9 1.2 1.60 25.6 1.9 29 1,165 1,000/R
50 6 8.0 5.5 19.9 1.2 1.60 26.7 2.0 31 1,340 1,000/R
70 12 9.7 5.5 21.6 1.2 2.00 29.2 2.0 33 1,690 1,000/R
95 15 11.3 5.5 23.2 1.2 2.00 30.8 2.1 35 2,015 1,000/R
120 18 12.8 5.5 24.7 1.2 2.00 32.3 2.1 36 2,325 1,000/R
150 18 14.2 5.5 26.1 1.2 2.00 33.7 2.2 38 2,655 500/R
185 30 15.8 5.5 27.7 1.2 2.00 35.3 2.2 40 3,060 500/R
240 34 18.2 5.5 30.1 1.2 2.00 37.7 2.3 42 3,725 500/R
300 34 20.3 5.5 32.2 1.3 2.50 41.0 2.4 46 4,555 500/R
400 53 23.0 5.5 34.9 1.3 2.50 43.7 2.5 49 5,490 250/R
500 53 25.9 5.5 38.1 1.4 2.50 46.8 2.6 52 6,780 250/R
630 53 29.9 5.5 42.1 1.4 2.50 50.8 2.8 56 8,400 250/R
53 33.8 5.5 46.0 1.5 2.50 54.9 2.9 61 10,325 250/R
53 39.8 5.5 52.0 1.6 2.50 61.2 3.0 67 12,705 250/R
- 42.9 5.5 55.1 1.7 2.50 64.5 3.2 71 14,525 250/R
conductor (Approx.) (Approx.) (Approx.)
(Approx.) (Approx.)
35 0.524 1,384 187 219 170 176 154 160
50 0.387 1,276 221 259 199 207 180 187
70 0.268 1,127 277 326 244 254 221 230
95 0.193 1,018 336 397 292 304 264 275
120 0.153 934 387 458 331 345 300 314
150 0.124 869 439 521 370 387 336 352
185 0.0991 803 502 597 417 437 379 398
240 0.0754 722 592 707 482 507 440 463
300 0.0601 664 679 815 542 573 496 525
400 0.0470 601 785 948 613 653 564 601
500 0.0366 539 894 1,090 687 740 635 682
630 0.0283 479 1,024 1,266 767 839 716 777
800 0.0221 433 1,150 1,447 843 938 796 876
1,000 0.0176 377 1,280 1,646 910 1,036 871 973
1,200 0.0151 353 1,357 1,766 951 1,098 920 1,037
1,000
1,200
800
0.5 x De 0.5 x De
(A)
In Air
(A)
In Ground
(A)
mm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km
NominalNominal NominalNominal
thickness
of
oversheath
diameter
Of
Aluminium wire
armour
thickness
of
separation
sheath
thickness
of
insulation
R = Packing in reel

4544
Insulation shield
Conductor shield
Armour
Metallic shield
Separation sheath
Binding tape
Oversheath
Insulation
Conductor
CONSTRUCTION :
APPLICATION :
AC TEST VOLTAGE :
63 kV for 5 minutes
IEC 60502-2
*CONDITION :
cross -
sectional
area
50 6 8.0 8.0 24.9 1.2 2.00 32.5 2.2 37 1,640 1,000/R
70 12 9.7 8.0 26.6 1.2 2.00 34.2 2.2 39 1,925 1,000/R
95 15 11.3 8.0 28.2 1.2 2.00 35.8 2.3 40 2,260 1,000/R
120 18 12.8 8.0 29.7 1.2 2.00 37.3 2.3 42 2,570 1,000/R
150 18 14.2 8.0 31.1 1.3 2.50 39.9 2.4 45 3,050 500/R
185 30 15.8 8.0 32.7 1.3 2.50 41.5 2.5 46 3,490 500/R
240 34 18.2 8.0 35.1 1.3 2.50 43.9 2.5 49 4,160 500/R
300 34 20.3 8.0 37.2 1.4 2.50 46.0 2.6 51 4,840 500/R
400 53 23.0 8.0 39.9 1.4 2.50 48.7 2.7 54 5,805 250/R
500 53 25.9 8.0 43.0 1.5 2.50 52.0 2.8 58 7,000 250/R
630 53 29.9 8.0 47.0 1.5 2.50 56.0 2.9 62 8,575 250/R
800 53 33.8 8.0 50.9 1.6 2.50 60.1 3.1 66 10,505 250/R
1,000 53 39.8 8.0 56.9 1.7 2.50 66.3 3.2 73 12,870 250/R
1,200 - 42.9 8.0 60.0 1.8 3.15 71.0 3.4 78 15,010 250/R
number of over over diameter weight packing
of wire of conductor insulation armour (Approx.) (Approx.)
conductor (Approx.) (Approx.) (Approx.)
50 0.387 1,632 225 259 199 207 182 190
70 0.268 1,457 280 323 244 253 223 232
95 0.193 1,328 339 393 291 303 266 277
120 0.153 1,227 390 453 330 344 302 316
150 0.124 1,148 444 516 370 387 339 356
185 0.0991 1,067 507 591 417 437 383 402
240 0.0754 966 596 699 481 507 442 467
300 0.0601 893 678 800 540 571 498 528
400 0.0470 814 783 929 611 651 565 603
500 0.0366 734 893 1,069 685 737 636 685
630 0.0283 657 1,022 1,242 766 837 718 781
800 0.0221 596 1,147 1,417 841 935 796 877
1,000 0.0176 522 1,277 1,611 909 1,033 872 976
1,200 0.0151 491 1,348 1,728 942 1,090 911 1,034
0.5 x De 0.5 x De
(A)
In Air
(A)
In Ground
(A)
thickness
of
sheathover
diameter
of
Aluminium wire
armour
thickness
of
separation
sheath
thickness
of
insulation
mm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km
R = Packing in reel

4746
Inner covering
Insulation shield
Conductor shield
Oversheath
Armour
Separation sheath
Binding tape
Lead sheath
Metallic shield
Insulation
Conductor
3.6/6 (7.2) kV COPPER CONDUCTOR LEAD SHEATH CABLE
WITH ALUMINIUM WIRE ARMOUR
CONSTRUCTION :
Inner covering : Black PE (PVC is available upon request)
Lead sheath : Lead Alloy
Oversheath : Black PE (PVC is available upon request)
APPLICATION :
Advantages of lead sheath cable :
- Excellent sulfides resistance
- Excellent oil and chemical resistance
- Excellent water resistance
- Electrostatic shielding
- Fault current carrying capability
AC TEST VOLTAGE :
IEC 60502-2
*CONDITION :
PHELPS DODGE CABLE TYPE MXLP-LS-AWA PHELPS DODGE CABLE TYPE MXLP-LS-AWA
Nominal Diameter Diameter
cross-
sectional
area
conductor insulation armour
(Approx.) (Approx.)
Nominal
(Approx.)
(Approx.) (Approx.)
mm mm mm mm mm mm mm mm mm mm mm kg/km m
35 6 7.0 2.5 13.2 1.2 1.2 1.5 1.60 25.9 1.9 30 1,830 1,000/R
50 6 8.0 2.5 14.3 1.2 1.3 1.5 1.60 27.1 1.9 31 2,105 1,000/R
70 12 9.7 2.5 16.0 1.2 1.3 1.5 1.60 28.8 2.0 33 2,455 1,000/R
95 15 11.3 2.5 17.6 1.2 1.3 1.5 2.00 31.2 2.1 36 2,915 500/R
120 18 12.8 2.5 19.1 1.2 1.4 1.5 2.00 32.9 2.1 38 3,380 500/R
150 18 14.2 2.5 20.5 1.2 1.4 1.5 2.00 34.3 2.2 39 3,760 500/R
185 30 15.8 2.5 22.1 1.2 1.5 1.5 2.00 36.1 2.2 41 4,340 500/R
240 34 18.2 2.6 24.7 1.2 1.5 1.5 2.00 38.8 2.3 44 5,135 250/R
300 34 20.3 2.8 27.2 1.2 1.6 1.5 2.50 42.5 2.4 48 6,210 250/R
400 53 23.0 3.0 30.3 1.2 1.7 1.5 2.50 45.8 2.6 51 7,510 250/R
500 53 25.9 3.2 33.6 1.3 1.8 1.5 2.50 49.5 2.7 55 9,055 250/R
630 53 29.9 3.2 37.8 1.4 1.9 1.5 2.50 54.1 2.8 60 11,040 250/R
800 53 33.8 3.2 41.8 1.4 2.0 1.6 2.50 58.5 3.0 65 13,375 250/R
1,000 53 39.8 3.2 47.8 1.5 2.1 1.6 2.50 64.9 3.1 72 16,325 250/R
1,200 - 42.9 3.2 50.9 1.6 2.3 1.7 2.50 68.9 3.3 76 18,810 250/R
Diameter Overall Cable Standard
of over Thickness
lead sheath
of
over diameter weight packing
35 0.524 778 184 183 164 174 152 155
50 0.387 706 219 219 193 205 179 183
70 0.268 611 273 273 236 251 219 224
95 0.193 544 333 333 283 301 263 269
120 0.153 493 384 384 322 343 300 306
150 0.124 454 435 508 360 385 335 344
185 0.0991 415 498 583 407 435 379 389
240 0.0754 382 586 687 470 506 440 453
300 0.0601 372 673 790 529 574 497 516
400 0.0470 353 775 911 598 655 564 590
500 0.0366 338 887 1,049 672 747 637 675
630 0.0283 298 1,014 1,213 752 853 715 773
800 0.0221 268 1,136 1,381 826 961 790 874
1,000 0.0176 231 1,262 1,571 893 1,073 857 979
1,200 0.0151 216 1,337 1,681 935 1,146 901 1,048
0.5 x De 0.5 x De
(A)
In Air
(A)
In Ground
(A)
Minimum
number
of
wire of
conductor
Nominal Nominal Nominal Nominal Nominal
oversheath
nessthick
of
Aluminium
wire
armour
diameter
of
thickness
separation
sheath
of
thickness
inner
covering
of
thickness
insulation
of
mm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km
R = Packing in reel

4948
Inner covering
Insulation shield
Conductor shield
Oversheath
Armour
Separation sheath
Binding tape
Lead sheath
Metallic shield
Insulation
Conductor
8.7/15 (17.5) kV COPPER CONDUCTOR LEAD SHEATH CABLE
WITH ALUMINIUM WIRE ARMOUR
CONSTRUCTION :
Inner covering : Black PE (PVC is available upon request)
Lead sheath : Lead Alloy
Oversheath : Black PE (PVC is available upon request)
APPLICATION :
Advantages of lead sheath cable :
- Excellent sulfides resistance
- Excellent oil and chemical resistance
- Excellent water resistance
- Electrostatic shielding
- Fault current carrying capability
AC TEST VOLTAGE :
IEC 60502-2
*CONDITION :
PHELPS DODGE CABLE TYPE MXLP-LS-AWA PHELPS DODGE CABLE TYPE MXLP-LS-AWA
Nominal Diameter Diameter Diameter
cross-
sectional
mm mm mm mm mm mm mm mm mm mm mm kg/km m
35 6 7.0 4.5 17.4 1.2 1.3 1.5 2.00 31.0 2.0 35 2,405 1,000/R
50 6 8.0 4.5 18.4 1.2 1.4 1.5 2.00 32.3 2.1 37 2,725 500/R
70 12 9.7 4.5 20.1 1.2 1.4 1.5 2.00 34.0 2.1 39 3,085 500/R
95 15 11.3 4.5 21.7 1.2 1.5 1.5 2.00 35.8 2.2 41 3,595 500/R
120 18 12.8 4.5 23.2 1.2 1.5 1.5 2.00 37.3 2.3 42 3,985 500/R
150 18 14.2 4.5 24.6 1.2 1.5 1.5 2.00 38.7 2.3 44 4,370 500/R
185 30 15.8 4.5 26.2 1.2 1.6 1.5 2.50 41.5 2.4 47 5,140 250/R
240 34 18.2 4.5 28.6 1.2 1.7 1.5 2.50 44.1 2.5 50 6,075 250/R
300 34 20.3 4.5 30.7 1.2 1.7 1.5 2.50 46.2 2.6 52 6,865 250/R
400 53 23.0 4.5 33.4 1.3 1.8 1.5 2.50 49.3 2.7 55 8,165 250/R
500 53 25.9 4.5 36.3 1.3 1.9 1.5 2.50 52.4 2.8 58 9,650 250/R
630 53 29.9 4.5 40.5 1.4 2.0 1.5 2.50 57.0 2.9 63 11,695 250/R
800 53 33.8 4.5 44.5 1.5 2.1 1.6 2.50 61.6 3.1 68 14,110 250/R
1,000 53 39.8 4.5 50.5 1.6 2.2 1.7 2.50 68.2 3.2 75 17,135 250/R
1,200 - 42.9 4.5 53.6 1.6 2.3 1.8 3.15 73.1 3.4 80 19,720 250/R
of over over diameter weight packing
conductor insulation armour (Approx.) (Approx.)
area (Approx.) (Approx.) (Approx.)
35 0.524 1,207 187 187 165 174 154 157
50 0.387 1,107 223 223 194 206 182 185
70 0.268 973 277 277 238 252 223 227
95 0.193 875 336 336 284 301 266 271
120 0.153 800 387 387 322 343 302 308
150 0.124 742 438 505 361 385 339 346
185 0.0991 684 503 580 407 436 383 394
240 0.0754 613 592 685 471 507 444 458
300 0.0601 562 674 783 529 573 499 518
400 0.0470 504 775 903 598 655 567 593
500 0.0366 457 886 1,043 672 747 639 677
630 0.0283 405 1,013 1,207 752 853 717 776
800 0.0221 365 1,135 1,370 827 962 792 877
1,000 0.0176 316 1,260 1,555 894 1,073 861 982
1,200 0.0151 296 1,329 1,684 928 1,150 897 1,055
0.5 x De 0.5 x De
(A)
In Air
(A)
In Ground
(A)
Minimum
number
of
wire of
conductor
Nominal Nominal NominalNominal Nominal Nominal
thickness
of
oversheath
diameter
of
Aluminium
wire
armour
thickness thickness thickness
of of of
inner lead sheath separation
covering sheath
thickness
of
insulation
mm
sectional
cross-
Nominal
area
Min
IR at
20of Cdr.
at 20 °C
Max Rdc
/km km
R = Packing in reel

MV Cable Catalogue

Recommended

Recommended

More Related Content

What's hot

What's hot (20)

Similar to MV Cable Catalogue

Similar to MV Cable Catalogue (20)

Recently uploaded

Recently uploaded (20)

MV Cable Catalogue