KEI WIRES & CABLES 92 MAIN PLANT 1 ROD BREAK DOWN 3 7 3 2 FINE WIRE DRAWING MACHINE — 5 6 3 MEDIUM WIRE DRAWING MACHINE 1 8 2 4 8/16 LINE MULTIWIRE DRAWING MACHINE (NIEHOFF) — — 1 5 ANNEALING FURNACE 1 1 3 6 TINNING MACHINE — 2 — 7 7 BOBBIN TUBULAR STRANDING 2 2 1 8 BUNCHING MACHINE 1 5 5 9 HIGH SPEED BUNCHING MACHINE(NIEHOFF) 1 3 2 10 STRANDING MACHINE 3 4 1 11 EXTRUDER 175 MM 1 — — 150 MM 1 2 — 120 MM 1 4 2 100 MM 1 2 1 90 MM — 1 — 80MM — 2 3 65 MM 2 8 1 60 MM — 1 1 EXTRUDER WITH INK JET PRINTER — 1 4 12 90 MM C.V. EXTRUSION LINE — 1 — 13 90+120MM DUAL EXTRUSION CCV LINE — 1 — 14 60+120MM COMPLETE DUAL EXTRUSION LINE FOR BI-COLOR 1 1 — 15 60MM CV LINE — 1 — 16 CCV LINE 1 1 — 17 RUBBER EXTRUDER — 2 — List of Plant & Machinery for Cables & Wires SR. DESCRIPTION CHOPANKI UNIT BHIWADI UNIT SILVASSA UNIT NO. (Nos.) (Nos.) (Nos.)
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KEI WIRES & CABLES
92
MAIN PLANT
1 ROD BREAK DOWN 3 7 3
2 FINE WIRE DRAWING MACHINE — 5 6
3 MEDIUM WIRE DRAWING MACHINE 1 8 2
4 8/16 LINE MULTIWIRE DRAWING MACHINE (NIEHOFF) — — 1
5 ANNEALING FURNACE 1 1 3
6 TINNING MACHINE — 2 —
7 7 BOBBIN TUBULAR STRANDING 2 2 1
8 BUNCHING MACHINE 1 5 5
9 HIGH SPEED BUNCHING MACHINE(NIEHOFF) 1 3 2
10 STRANDING MACHINE 3 4 1
11 EXTRUDER
175 MM 1 — —
150 MM 1 2 —
120 MM 1 4 2
100 MM 1 2 1
90 MM — 1 —
80MM — 2 3
65 MM 2 8 1
60 MM — 1 1
EXTRUDER WITH INK JET PRINTER — 1 4
12 90 MM C.V. EXTRUSION LINE — 1 —
13 90+120MM DUAL EXTRUSION CCV LINE — 1 —
14 60+120MM COMPLETE DUAL EXTRUSION LINE FOR BI-COLOR 1 1 —
15 60MM CV LINE — 1 —
16 CCV LINE 1 1 —
17 RUBBER EXTRUDER — 2 —
List of Plant & Machinery for Cables & WiresSR. DESCRIPTION CHOPANKI UNIT BHIWADI UNIT SILVASSA UNITNO. (Nos.) (Nos.) (Nos.)
COMPANY PROFILE
93
18 DISPERSION KNEADER — 2 —19 WATER TANK FOR XLPE CURING 1 1 120 VULCANISING CHAMBER — 2 —21 ROLLING MILL FOR RUBBER MIXING — 3 —22 COILING MACHINE 2 2 223 1+3 LAYING UP 1 3 124 1+4 LAYING UP 1 1 —25 DRUM TWISTER 1 1 126 ARMOURING 5 1 427 STEEL TAPE ARMOURING MACHINE — 1 128 BRAIDING MACHINE — 12 —29 SHIELDING MACHINE 2 5 —30 VERTICAL TAPING — 2 —31 PAIR TWISTER — 2 132 7 BOBBINBOW STISTER 2 2 —33 AUTO COILING MACHINE — — 3
34 (1+6), (1+3) BOW TWISTERS — — 2
35 33/43/67 BOBBIN MACHINE — 3 —
MATERIAL HANDLING & UITILITIES
37 DG SET 2 7 3
38 STEAM BOILER 1 3 —
39 COMPRESSOR 2 3 3
40 MOBILE CRANE 1 4 2
41 FORK LIFT 1 4 2
42 UPS 4 9 4
43 EOT CRANES 4 8 2
44 SOFTENING PLANT 1 1 1
Detailed Plant & Machinery list available on request for all/ individual plants
List of Plant & Machinery for Cables & WiresSR. DESCRIPTION CHOPANKI UNIT BHIWADI UNIT SILVASSA UNITNO. (Nos.) (Nos.) (Nos.)
KEI WIRES & CABLES
94
List of Plant & Machinery for HT CablesSR. DESCRIPTION BHIWADI UNITNO. (Nos.)
MAIN PLANT1 AL/CU WIRE DRAWING MACHINE 42 INLINE CONTINUOUS COPPER WIRE ANNEALER 23 19 BOBBIN STRANDING MACHINE 13 37 BOBBIN STRANDING MACHINE 14 61 BOBBIN STRANDING MACHINE 25 54 BOBBIN ARMOURING MACHINE 16 32 BOBBIN ARMOURING MACHINE 17 42 BOBBIN ARMOURING MACHINE 18 48 BOBBIN ARMOURING MACHINE 19 48 BOBBIN ARMOURING MACHINE 110 80 BOBBIN SUN & PLANETARY TYPE ARMOURING MACHINE 111 COPPER TAPING MACHINE 212 120MM COMPLETE EXTRUSION LINE 113 80 MM EXTRUSION LINE 214 100 MM EXTRUSION LINE 115 60+38 MM DUAL EXTRUSION LINE 116 65 MM EXTRUSION LINE 117 65 MM EXTRUDER (PVC/XLPE) 118 120MM COMPLETE EXTRUSION LINE WITH PROGRESSIVE LENGTH MARKING 219 120 MM 33KV GRADE MOISTURE CARE WITH SIKOKA 2
DIAMETER INDICATOR20 150MM COMPLETE EXTRUSION LINE WITH PROGRESSIVE LENGTH MARKING 121 60+120+80 MM HT LINE 122 120+45 MM DUAL EXTRUSION LINE 123 150 MM 132KV GRADE DRY CURE CCV LINE OF MACHINENBAU 1
SCHOLZ GMBH WITH SIKORA INSTRUMENTSECCENTRICITY CONTROLLER
24 4 BOBBIN LAYING UP MACHINE 125 1 +3 LAYING UP MACHINE 126 3150 MM DRUM TWISTER 127 NITROGEN GENERATOR 128 SPOOLING MACHINE 629 CABLE REWINDING MACHINE 430 WATER SOFTNING PLANT 2
COMPANY PROFILE
95
31 BOUNCHING MACHINE 232 SHIELDING MACHINE 333 SCREW COMPRESSOR WITH DEHUMDIFIER 234 COPPER TAPING MACHINE 135 19/32 BOBBIN LAYING MACHINE 236 65+150+90 MM DRY CURE CCV LINE WITH SIKORA ECCENTRICITY CONTROLLER 137 7 BOBBIN SKIP STRANDER 138 7 BOBBIN TUBULAR MACHINE 139 LEAD SHEATH SCREW EXTRUDER HF SANDELLIN AB SWEDEN (TROESTER LINE) 140 CCV LINE OF CHOPANKI 1
MATERIAL HANDLING & UTILITIES41 DIESEL GENERATOR
500 KVA / 380 KVA 11250 KVA 1
42 UPS 1250 KVA / 380-1 / 250-1 143 MOBILE CRANE 144 INSTANT BOILER WITH WATER SOFTENING PLANT & COOLING TOWER 145 EOT CRANE 446 SCREW COMPRESSOR WITH DEHUMIDIFIER 347 FORK LIFT 2
List of Plant & Machinery for HT CablesSR. DESCRIPTION BHIWADI UNITNO. (Nos.)
KEI WIRES & CABLES
96
MAIN PLANT
1 ROD BREAK DOWN 3 7 3
2 FINE WIRE DRAWING MACHINE — 5 6
3 MEDIUM WIRE DRAWING MACHINE 1 8 2
4 8/16 LINE MULTIWIRE DRAWING MACHINE (NIEHOFF) — — 1
5 ANNEALING FURNACE 1 1 3
6 TINNING MACHINE — 2 —
7 7 BOBBIN TUBULAR STRANDING 2 2 1
8 BUNCHING MACHINE 1 5 5
9 HIGH SPEED BUNCHING MACHINE(NIEHOFF) 1 3 2
10 STRANDING MACHINE 3 4 1
11 EXTRUDER
175 MM 1 — —
150 MM 1 2 —
120 MM 1 4 2
100 MM 1 2 1
90 MM — 1 —
80MM — 2 3
65 MM 2 8 1
60 MM — 1 1
EXTRUDER WITH INK JET PRINTER — 1 4
12 90 MM C.V. EXTRUSION LINE — 1 —
13 90+120MM DUAL EXTRUSION CCV LINE — 1 —
14 60+120MM COMPLETE DUAL EXTRUSION LINE FOR BI-COLOR 1 1 —
15 60MM CV LINE — 1 —
16 CCV LINE 1 1 —
17 RUBBER EXTRUDER — 2 —
List of Testing and Quality Control InstrumentSR. DESCRIPTION CHOPANKI UNIT BHIWADI UNIT SILVASSA UNITNO. (Nos.) (Nos.) (Nos.)
COMPANY PROFILE
97
18 DISPERSION KNEADER — 2 —19 WATER TANK FOR XLPE CURING 1 1 120 VULCANISING CHAMBER — 2 —21 ROLLING MILL FOR RUBBER MIXING — 3 —22 COILING MACHINE 2 2 223 1+3 LAYING UP 1 3 124 1+4 LAYING UP 1 1 —25 DRUM TWISTER 1 1 126 ARMOURING 5 1 427 STEEL TAPE ARMOURING MACHINE — 1 128 BRAIDING MACHINE — 12 —29 SHIELDING MACHINE 2 5 —30 VERTICAL TAPING — 2 —31 PAIR TWISTER — 2 132 7 BOBBINBOW STISTER 2 2 —33 AUTO COILING MACHINE — — 3
34 (1+6), (1+3) BOW TWISTERS — — 2
35 33/43/67 BOBBIN MACHINE — 3 —MATERIAL HANDLING & UITILITIES
37 DG SET 2 7 3
38 STEAM BOILER 1 3 —
39 COMPRESSOR 2 3 3
40 MOBILE CRANE 1 4 2
41 FORK LIFT 1 4 2
42 UPS 4 9 4
43 EOT CRANES 4 8 2
44 SOFTENING PLANT 1 1 1
Detailed Plant & Machinery list available on request for all/ individual plants
List of Testing and Quality Control InstrumentSR. DESCRIPTION CHOPANKI UNIT BHIWADI UNIT SILVASSA UNITNO. (Nos.) (Nos.) (Nos.)
KEI WIRES & CABLES
98
List of Testing and Quality Control InstrumentsSr. DESCRIPTION CHOPANKI UNIT BHIWADI UNIT SILVASSA UNITNo. (Nos.) (Nos.) (Nos.)1 UNIVERSAL HEATING OVEN 3 2 12 HOT SET TEST OVEN 2 2 13 VACCUM OVEN 1 1 14 THERMAL STABILITY TEST APPRATUS 2 2 15 MILLION MEGAOHM METER 2 2 26 AGEING OVEN 3 4 17 TENSILE TESTING MACHINE 2 3 38 TORSION TESTING MACHINE 1 1 19 WEIGHING BALANCE — — 110 DIGITAL WEIGHING BALANCE 2 3 211 DEEPFREZER / -20OC / 40OC 1 1 212 WATER BATH 2 3 213 MUFFLE FURNACE — 1 —14 CONDITIONING CHAMBER 1 1 115 KELVIN DOUBLE BRODGE WITH GALVANOMETER 1 2 116 SPARK TESTER — 13 417 AC HV TESTER 4 8 218 DC HV TESTER — 1 119 DIGITAL MICRO-OHMMETER 5 6 220 VERNIER CALLIPERS 1 4 121 DIGITAL VERNIER CALLIPERS 3 11 222 MICROMETER 3 5 123 THERMOMETER 1 5 724 LAB WATER BATH — 1 —25 HYDRAULLIC PRESS — 1 126 OXYGEN/TEMPERATURE INDEX TEST APPRATUS 1 1 127 SMOKE DENSITY TEST APPRATUS 1 2 128 ACID GAS GENERATION TEST APPRATUS 1 1 129 FLAMMABILITY TEST AS PER IEC 332-1 & 1 1 1
AS PER IS:10810(P-53)30 FLAMMABILITY TEST AS PER IEEE383 1 1 131 FLAMMABILITY TEST AS PER IEC 332-3 & 1 1 1
AS PER IS:10810(P-62)32 SWEDISH CHIMENY TEST APPRATUS 1 1 133 C&TAN DELTA BRIDGE WITH HV 15KV POWER SUPPLY — 1 —34 L-C-R-Q METER 1 1 235 OZON RESISTANCE TEST APPRATUS — 1 —36 AIR & OXYGEN BOMB TEST APPRATUS — 2 137 ANALOG INSULATION RESISTANCE TESTER 1 1 1
COMPANY PROFILE
99
38 AC SOLID STATE MICROVOLT METER — — —39 TEMPERATURE INDICATOR WITH SENSOR — — 140 RC UNBALANCE METER — — 141 AUTOCOMPUTE LCR SORT TESTER — — 142 HOT DEFORMATION TEST OVEN — 1 143 PROFILE PROJECTOR 1 — 144 UV TEST APPRATUS — — —45 CHEMICAL BALANCE — — 146 HYGROMETER — — 147 COLOUR FASTNESS TO WATER TEST APPRATUS
COLD CHEMBER — 1 1
List of Testing and Quality Control Instrumentsof HT Cables (Bhiwadi Unit)
Sr. MACHINE QTY. MAKENo.1 Tensile Testing Machine 2 KMI Ahemdabad2 Partial Discharge Testing Equipments 1 Akil Elect. Systems3 Partial Discharge Site Location 1 Akil Elect. Systems4 High Voltage Testing Equipment-3 75KVA 1 Akil Elect. Systems5 Impulse Generator 1 Akil Elect. Systems6 Digital Impulse Measuring System 1 Akil Elect. Systems7 High Voltage Testing Equipment- 150KVA 1 Akil Elect. Systems8 High Voltage Testing Equipment- 30KVA 1 R E New Delhi9 Heating Cycle Testing Equipment-2000A 1 Akil Elect. Systems10 R F Shielding Room 1 EMT- Faridabad11 Tan Delta Measuring Equipment 1 Well Gain China12 Double Kelvin’s Bridge 2 OSAW13 High Frequency Spark Tester-1’5KV 1 KAT Control14 High Voltage Testing Hot Water Bath 1 John New Delhi15 Hot Set Testing Equipment 2 SA associates16 Million Megaohm Meter 1 Shivnand Mumbai17 Nitrogen Generator 1 MVS Engg.18 Air Compressors 2 ELGI19 Profile Projector 1 SA Associates
Detailed Test Equipment list available on request for all individual plants.
List of Testing and Quality Control InstrumentsSr. DESCRIPTION CHOPANKI UNIT BHIWADI UNIT SILVASSA UNITNo. (Nos.) (Nos.) (Nos.)
KEI WIRES & CABLES
100
Manufacture of EHV Cables 66 KV, 110 and 132 KV XLPEKEI is fully equipped to manufacture cables upto and including 132 KV. However, presently we have manufactured upto &includind 66 KV XLPE Cables at our Bhiwadi plant and got the same tested fully in house as well as at CPRI, Bangalore as perIS-7098-III. KEI is fully equipped to manufacture EHV cables to IS/IEC/VDE/BS or any other international standardsas well ascustomer’s specification.Our Chopanki Plant which commenced its production during 2008 is 100% Export Oriented Unit and equipped with state ofart machines including testing equipments to meet Indian as well as international standards to produce cables upto andincluding 132 kV.KEI is equipped to manufacture the EHV Cables on their most modern machines & equipments received from M/s. Scholzand M/s. Troester . Special features are like, Single point Tripple extrusion process prevents micro contaminants from outside atmosphere. Dry cure & dry cooling process provides increased electrical stress bearing strength Online insulation thickness monitoring & control by Sikora X-ray unit Separate rooms with positive pressure for Insulation & semiconducting compound & vaccume feeding . Super clean/ Tree retardant XLPE compound ( Borealis, Dow, Hanwa etc..)We manufacture EHV Cables as per requirements of clients with Poly-Al tape as well as with world renowned and triedprocess ie., continuous Lead Extruder. Some of the advantages of Lead extruded sheathed cables are:- Lead has superior corrosion resistant properties in any environment than that of Aluminium Lead Sheathed cables can follow bending with ease Lead sheathed cables provide radial water barrier Lead Sheathed cables is easily solderable/welded Life of Lead is more than 30 to 40 years Lead is very dense & easily fusible Shares the fault current with metallic screen in cable Chemical resistant behavior.A typical Cross Section of EHV Cables:-1. Stranded compacted plain Copper/Aluminium Conductor (Water tight conductors with water blocking tapes/yarn is an
another option)2. Semi Conducting Tape (Optional)3. Extruded Semi-Conducting Layer (Conductor Screen)4. XLPE Insulation(Super Clean Compound/Tree -retardant )5. Extruded Semi-conducting Layer (Insulation Screen)6. Semi-Conducting Water Blocking Tape7. Extruded Lead Alloy E sheath8. Semi Conducting Tape9. Metallic Screen (Copper wires)10. Counter open Helix with Copper Tape11. Non conducting water blocking tape12. Extruded inner sheath (PVC)13. Aluminium Wire Armour14. Outer Sheath (PE / PVC)15. Graphite Coating / Exruded Semi-conductive layerKEI offers complete solution for EHV Cables .Please send your requirements to us and we shall offer you our best solutions.Our Engineering department takes following into account:- Survey at site Selecting and recommending best routes for installation of the system
COMPANY PROFILE
101
Designing Cables Manufacture of cables at their own plants ( No out sourcing ) Inspection at our plants Dispatch cables to site Take up installation of cables at site including termination and jointing etc. Finally testing after installation Charging of system Guarantee/warranty for the system and service after installation for many years.For Cable Design we require the following:-i. System voltageii. Operating Frequencyiii. Type of Earthingiv. Fault current level and durationv. Ligntning Impulse levelvi. Normal loadingvii. Cyclic emergency loading with durationviii. Max. Air Temperatureix. Ground Thermal resistivityx. Route length requirements and allowable max. voltage drop /kmxi. Terminations typesxii. Site limitations & installation conditionsBased on above and site visit, best cable solution can be designed and offered
KEI WIRES & CABLES
102
HT CablesKEI manufactures HT XLPE cables up to 132KV conforming to National and International Standards at Bhiwadi plant.KEI has State of Art HT cable plant with German technology. The manufacturing capability is upto 132KV, however at presentwe offer cable range upto 66KV.We have Two CCV line with a Single point triple extrusion and computerized sophisticated control and monitoring systems.The CCV line at Bhiwadi was imported from Machinenbau Scholz GMBH & Co KG, and CCV line at Chopanki supplied paulTroester Germany. Both manufacturers renowned in CCV line technology and have supplied more than 250 lines world over.HT plant is complete with heavy duty machines for wire drawing and conductor making, laying up, armouring , sheathing andpacking.The process commences with a compacted circular conductor being fed from the pay off stands into the extruder on elevatedplatform. The conductor passes through extruder’s crosshead, it is covered first with semiconducting screen layer then theXLPE insulation, followed by the outer semiconducting core screen. This crosshead is specially designed to feed threecompounds from three extruders at one point described as Singe point Triple extrusion.Thereafter, the extruded core enters and passes through vulcanizing line known as CCV line (Continuous Catenary Vulcanising)and the XLPE insulated core is cured in the process. In CV line inert atmosphere is maintained by the Nitrogen gas which is athigh pressure and high temperature.This process is popularly known as Single point Triple extrusion CDCC(Completely Dry Cured and Cooled Curing) Process.Over the cured core a copper screening is provided by lapping of copper tape or for special requirements a layer of copper wiresis provided. Core is tested for Partial Discharge and then as per requirement; the cores are laid up with fillers, provided withinner sheath, armoured and sheathed. Sheath can be of PVC, HDPE, FRLS, ZHFR, PCP or CSP compound. Seamless Lead“Alloy E” Sheath is extruded for moisture barrier, necessary for EHV Cables and Submarine Cables before Inner Sheath.KEI manufacturing plant and process ensures great XLPE cables for the new age Power sector and industry. Our modern planttakes full advantage of the new generation XLPE compounds which offer fast curing and superior electrical parameters,dimensional control and higher productivity.Triple Extrusion and CDCC process ensure contamination free cores. All three layers are bonded and core has leasteccentricity and ovality. Insulation itself is free of micro voids and with negligible moisture content.To control the manufacturing process the line has been provided with many sophisticated instruments and servo controlsall monitored by the computer. Important systems are:X Ray Non touch sensors of SIKORA make for thickness and dimensional control. This systemcontinuously measures the dimensions of insulated cores. Unit has capability to measuremultilayer dimensions in all directions and record and analyse the data on line.CCV tube has a Touch Less Sag control system. This ensures no marks/lines on core unlike older lines.For EHV Cables conductor pre-heater, core rotation and De-gasification facilities have been provided.Computerised control system ensures optimum efficiency, fast start up, synchronized operationsof compound feeds, three extruders, CCV line gas temperature zones, pay off and takeup.Nevertheless KEI XLPE cables compare better than those produced with older plants when checked for Microvoids, Moisturecontent, PD levels, dielectric strength.We have strict Quality plan and fully equipped Testing laboratory to ensure cables of best quality are produced as per thedesign and specifications prescribed. Cables have been type tested as per International Standards.Inventory and production plans are controlled by BANN ERP system. This ensures reliable and prompt delivery andoperational efficiency.KEI offers variety of designs to suit different installations viz. Aerial Bunched cables, Water tight construction, Stainlesssteel armouring, for Offshore and Ship installations etc.We have many satisfied customers from many countries and diverse industry. We shall announce the expansion of ourrange beyond 66KV very soon.
COMPANY PROFILE
103
CONDUCTOR DATAConductor Technical Data for Single Core and Multicore cables conforming to IS-8139/19841984 (Stranded-Class-2) AluminiumConductors and annualed copper conductors, compared circular or shaped.
Nominal Minimum Max. D.C. Resistance A.C. Resistancesize of No. of wire at 20OC at 90OC
conductorCopper Aluminium Plain Copper Aluminium Plain Copper Aluminium
Sq. mm Nos. Nos. Ohm/Km Ohm/Km Ohm/Km Ohm/Km25 6 6 0.727 1.20 0.930 1.5435 6 6 0.524 0.868 0.671 1.1150 6 6 0.387 0.641 0.495 0.8270 12 12 0.268 0.443 0.343 0.56795 15 15 0.193 0.320 0.247 0.410120 18 15 0.153 0.253 0.196 0.324150 18 15 0.124 0.206 0.159 0.264185 30 30 0.0991 0.164 0.127 0.210240 34 30 0.0754 0.125 0.0965 0.160300 34 30 0.0601 0.100 0.0769 0.130400 53 53 0.0470 0.0778 0.0602 0.10500 53 53 0.0366 0.0605 0.0468 0.0774630 53 53 0.0283 0.0469 0.0362 0.060800 53 53 0.0221 0.0367 0.0283 0.04701000 53 53 0.0176 0.0291 0.0225 0.0372
SHORT CIRCUIT CURRENT RATINGS FOR XLPE CABLESShort Circuit Rating for 1 second duration for Copper and Aluminium XLPE Cables (Isc Current in KAmps)
Nominal Size XLPE InsulatedSq. mm Copper Aluminium
25 3.6 2.435 5.0 3.350 7.1 4.770 10.0 6.695 13.6 9.0
120 17.1 11.3150 21.4 14.2185 26.4 17.5240 34.3 22.6300 42.9 28.3400 57.1 37.7500 71.4 47.2630 90.0 59.4800 114.3 75.5
1000 142.9 94.3
Rating for any other duration :1) Max. Initial Conductor Temperature during operation : 90OC2) Max. Final Conductor Temperature during short circuit : 250OCFormula relating short Circuit Rating with t second durationIt =Isc√—tWhere It = Short Circuit Rating for t seconds.
t = duration in seconds.Isc = Short Circuit rating for 1 second.
Emergency overload : Cable may operate under overload conditions.Under such condition conductor temperature not to exceed 130OCfor maximum 100 hours per year and not more than 500 hours duringlifetime of cable. This is approximately 20% higher than specifiedrated current during the emergency period.
KEI WIRES & CABLES
104
CAPACITANCE“KEI” Approximate Capacitance for Single core & Multi core cable in Microfarad per Km at 50 C/sSq mm 1.9 / 3.3KV (E) or 3.3 / 3.3 KV (UE) 3.8 / 6.6KV(E) 6.35/11KV(E) or 11/11KV(UE) 12.7/22KV(E) 19/33KV(E)
Unarmoured Armoured 6.6/6.6 KV(UE)25 0.230 0.210 0.220 0.180 0.140 - -35 0.270 0.240 0.250 0.210 0.150 0.140 -50 0.300 0.270 0.270 0.220 0.160 0.160 0.12070 0.340 0.310 0.310 0.250 0.190 0.170 0.14095 0.390 0.350 0.350 0.290 0.210 0.190 0.150120 0.430 0.390 0.380 0.310 0.220 0.210 0.160150 0.490 0.420 0.430 0.340 0.240 0.230 0.180185 0.520 0.460 0.450 0.360 0.260 0.240 0.180240 0.590 0.510 0.510 0.410 0.290 0.270 0.200300 0.670 0.570 0.540 0.460 0.320 0.300 0.230400 0.760 0.630 0.570 0.520 0.360 0.340 0.250500 0.770 0.680 0.570 0.560 0.390 0.360 0.270630 0.810 0.680 0.640 0.630 0.430 0.400 0.290800 0.860 0.740 0.730 0.710 0.490 0.450 0.3301000 0.880 0.740 0.800 0.780 0.530 0.490 0.360
REACTANCE“KEI” Approximate Reactance for Multi core cable in Ohms per Km at 50 C/s
Sq mm 1.9 / 3.3KV (E) or 3.8 / 6.6KV(E) 6.35/11KV(E) or 11/11KV(UE) 12.7/22KV(E) 19/33KV(E)3.3 / 3.3 KV (UE) 6.6/6.6KV(UE)
25 0.0981 0.1090 0.1160 0.1300 - -35 0.0940 0.1050 0.1110 0.1240 0.1270 -50 0.0878 0.0989 0.1050 0.1170 0.1200 0.134070 0.0842 0.0945 0.1000 0.1110 0.1140 0.126095 0.0813 0.0909 0.0959 0.1070 0.1090 0.1210
120 0.0785 0.0878 0.0925 0.1030 0.1050 0.1170150 0.0769 0.0851 0.0894 0.0987 0.1000 0.1120185 0.0755 0.0838 0.0879 0.0968 0.0990 0.1100240 0.0737 0.0812 0.0850 0.0932 0.0952 0.1060300 0.0725 0.0798 0.0823 0.0897 0.0915 0.1000400 0.0712 0.0788 0.0799 0.0866 0.0883 0.0971
COMPANY PROFILE
105
“KEI”
Appro
ximate
Reac
tance
for S
ingle
core c
able
in Oh
m per
Km at
50 C/
s , ca
bles la
id tre
foil to
uchin
gUN
ARMO
URED
ARMO
URED
Sq mm
1.9/3.3
KV(E)
or3.8
/6.6KV
(E)6.3
5/11K
V(E) o
r11
/11KV
(UE)
12.7/
22KV(E
)19/
33KV(E
)1.9
/3.3KV
(E) or
3.8/6.6
KV(E)
6.35/1
1KV(E
) or
11/11K
V(UE)
12.7/2
2KV(E
)19/
33KV(E
)3.3
/ 3.3 K
V (UE
)6.6
/6.6KV
(UE)
3.3 / 3
.3 KV (
UE)
6.6/6.6
KV(U
E)
250.1
1700.1
2300.1
2800.1
390-
-0.1
3000.1
3300.1
3700.1
470-
-35
0.1110
0.1170
0.1220
0.1330
0.1350
-0.1
2300.1
2700.1
3100.1
4000.1
420-
500.1
0400.1
1100.1
1600.1
2600.1
3000.1
4000.1
1700.1
2000.1
2400.1
3400.1
3600.1
47070
0.0988
0.1050
0.1100
0.1190
0.1290
0.1330
0.1120
0.1140
0.1180
0.1270
0.1290
0.1400
950.0
9570.1
0100.1
0500.1
1500.1
1700.1
2700.1
0600.1
0800.1
1200.1
2100.1
2400.1
340120
0.0920
0.1020
0.1010
0.1100
0.1120
0.1220
0.1020
0.1040
0.1090
0.1180
0.1190
0.1290
1500.0
8870.0
9360.0
9730.1
0600.1
0800.1
1700.0
9790.1
0100.1
0500.1
1300.1
1500.1
240185
0.0871
0.0919
0.0963
0.1040
0.1060
0.1160
0.0959
0.0993
0.1040
0.1110
0.1120
0.1210
2400.0
8400.0
8940.0
9260.1
0000.1
0100.1
1100.0
9290.0
9690.0
9970.1
0700.1
0800.1
170300
0.0815
0.0869
0.0896
0.0961
0.0977
0.1060
0.0900
0.0936
0.0936
0.1020
0.1040
0.1130
4000.0
7970.0
8500.0
8600.0
9250.0
9390.1
0300.0
8800.0
9170.0
9260.0
9840.0
9970.1
180500
0.0788
0.0838
0.0845
0.0905
0.0918
0.0994
0.0865
0.0900
0.0884
0.0959
0.0989
0.1060
6300.0
7440.0
8190.0
8260.0
8750.0
8930.0
9600.0
8510.0
8760.0
8790.0
9410.0
9530.1
020800
0.0762
0.0778
0.0798
0.0855
0.0866
0.0925
0.0831
0.0858
0.0844
0.0912
0.0922
0.0976
1000
0.0758
0.0769
0.0787
0.0836
0.0851
0.0907
0.0835
0.0844
0.0846
0.0890
0.0904
0.0966
KEI WIRES & CABLES
106
CURRENT RATINGS
KEI Recommendations for Current Ratings:The Current rating of power cable is defined by the maximum intensity of current (amperes) which canflow continuously through the cable, under permanent loading conditions, without any risk of damagingthe cable or deterioration of its electrical properties.
The value given in the tables are valid for one circuit in a three phase system under conditions specified.For grouping cables rating factors must be used.
The current carrying capacities mentioned in KEI technical data are intended as a guide, to assist operatingengineers in selecting cables for safety and reliability.
Basic assumptions and conditions of installation :-
• Max. conductor Temperature : 90° C.
• Ambient Ground Temperature : 30° C.
• Ambient Air Temperature : 40° C.
• Thermal resistivity of soil : 150°C.Cm/W
• Depth of laying (to the highest point of thecables laid direct in the ground )3.3,6.6 & 1 IkV Cables : 90 cm22 and 33kV Cables : 105cm
• Max. Conductor Temperaturefor Short Circuit : 250° C.
To obtain the maximum current carrying capacity of a cable operating at different conditions from thestandard, various rating factors are to be multiplied, as follows :-
I a = K x I s in amperes
Where ;
I a : Current rating at actual operating conditions (amperes)
I s : Current rating at standard operating conditions (amperes)
K : Rating factor as, applicable.
COMPANY PROFILE
107
RATING FACTORS1) FOR AIR AND GROUND TEMPERATURE.
A. Rating factors for variation in ambient air temperatureAmbient Temp (°C) 25 30 35 40 45 50Rating Factors 1.14 1.10 1.04 1.00 0.95 0.90
B. Rating factors for variation in ground temperatureGround Temp (°C) 15 20 25 30 35 40 45Rating Factors 1.12 1.08 1.03 1.00 0.96 0.91 0.87
2) FOR DEPTH OF LAYING (CABLES LAID DIRECT IN THE GROUND).Depth of laying Cm 3.3 kV, 6.6 kV & 1 IkV all size 22 kV & 33 kV all Size
90 1.00 —105 0.99 1.00120 0.98 0.99150 0.96 0.97
180 or more 0.95 0.96
3) FOR VARIATION IN THERMAL RESISTIVITY OF SOILThermal Resistivity of Soil (°ccm / w) 100 120 150 200 250 300Factor 1.20 1.11 1.0 0.89 0.80 0.73
GROUP RATING FACTORSFOR SINGLE CORE CABLESA) Cables laid direct in the ground in horizontal formation.
No. of Trefoils Spacing between trefoils 3.3 to 22 kV Cables 33 kV Cablesin Group Touching 15cm 30cm 45 cm Touching 15cm 30cm 45 cm
2 0.78 0.81 0.85 0.88 0.80 0.82 0.85 0.883 0.68 0.71 0.77 0.81 0.68 0.71 0.76 0.794 0.61 0.65 0.72 0.76 0.62 0.65 0.71 0.755 0.56 0.61 0.68 0.73 0.57 0.60 0.67 0.72
B) Cables laid on Racks / Trays in covered trench with removable covers where air circulation is restricted,Trefoils are separated by two cable diameter horizontally and the trays are in tiers having 300 mm distance.No. Racks / Trays in Tiers No. of Trefoils in Horizontal Formation
1 2 31 0.95 0.90 0.882 0.90 0.85 0.833 0.88 0.83 0.816 0.86 0.81 0.79
C) As above B. but cables laid in open air.1 1 0.98 0.962 1 0.95 0.933 1 0.94 0.926 1 0.93 0.90
KEI WIRES & CABLES
108
FOR MULTI CORE CABLESA) Cables laid Inside concrete trench with removable covers, on cable trays where air circulation is restricted.
The Cables spaced by one cable diameter and trays are in tiers spaced by 300 nun. The clearance Betweenthe wall and the cable is 25 mm.No. of cables trays in tier Distance between Trefoils
1 2 3 6 91 0.95 0.90 0.88 0.85 0.842 0.90 0.85 0.83 0.81 0.803 0.88 0.83 0.81 0.79 0.786 0.86 0.81 0.79 0.77 0.76
B) Cable laid on cable trays exposed to air, the cables spaced by one cable diameter and trays are in tiers spacedby 300 mm. The clearance of the cable from the wall is 25 mm.No. of cables trays in tier No. of cables
1 2 3 6 91 1 0.98 0.96 0.93 0.922 1 0.95 0.93 0.90 0.893 1 0.94 0.92 0.89 0.886 1 0.93 0.90 0.87 0.86
C) Cables laid on cable trays exposed to air, the cables touching and trays are in tiers spaced by 300 mm. Theclearance between the wall and the cable is 25 mm.No. of cables trays No. of cables per tray
1 2 3 6 91 1 0.84 0.80 0.75 0.732 1 0.80 0.76 0.71 0.693 1 0.78 0.74 0.70 0.686 1 0.76 0.72 0.68 0.66
D) Cables laid direct in ground in horizontal formation.No. of cables in Group Distance of cables
Touching 15cm 30cm 45 cm2 0.79 0.82 0.87 0.903 0.69 0.75 0.79 0.834 0.62 0.69 0.74 0.795 0.58 0.65 0.72 0.766 0.54 0.61 0.69 0.75
COMPANY PROFILE
109
“KEI”
Sing
le Co
re Co
mpac
ted Al
umini
um &
Copp
er Co
nduc
tor, X
LPE I
nsulat
ed,
Unarm
oured
& Arm
oured
Cable
AL &
CU / X
LPE /
AL W
ire / P
VC Co
nform
ing to
IS 70
98 Pa
rt-2/1
985
Volta
ge G
rade :
1.9 /
3.3 kV
(Uns
creen
ed) (
E)Vo
ltage
Grad
e : 3.
3 /3.3
kV (U
nscre
ened
) (UE
)W
EIGHT
& D
IMEN
SIONS
Nom.
Size
ofUn
armou
red C
able
Armo
ured C
able
CURR
ENT R
ATIN
Gstr
ande
dNo
m.No
m.Ap
prox.
Al.Cu
.No
m.No
m.Mi
n.Ap
prox.
Al.Cu
.All
umiun
iumCo
pper.
Class
2Th
ickne
ssTh
ickne
ssOv
erall
Appro
x.Ap
prox.
Thick
ness
dimen
sion
Thick
ness
overa
llAp
prox.
Appro
xIn
groun
dIn
airIn
groun
dIn
airCo
nduct
orof
XLPE
of PV
CDia
meter
Weig
htW
eight
of XL
PEof
Al.of
PVC
diame
terW
eight
Weig
htat
atat
atas
perIns
ulatio
nOu
terof
ofof
insula
tion
Wire
Outer
sheath
of Ca
bleof
Cable
of Ca
ble30
O C40
O C30
O C40
O CIS
8130
/Sh
eath
Cable
Cable
Cable
1984
Sq.m
m.mm
mmmm
Kg./K
mKg
./Km
mmmm
mmmm
Kg./K
mKg
./Km
Amps.
Amps.
Amps.
Amps.
252.2
1.815
.023
538
52.5
1.41.2
417
.534
049
097
103
124
133
352.2
1.816
.027
548
52.5
1.41.4
018
.539
059
511
512
614
916
350
2.21.8
17.0
325
605
2.51.6
1.40
20.0
460
740
135
152
175
196
702.2
1.818
.540
580
52.5
1.61.4
022
.057
597
516
519
121
324
695
2.22.0
20.5
515
1075
2.51.6
1.40
23.5
680
1240
197
235
255
304
120
2.22.0
23.0
615
1320
2.51.6
1.40
26.0
795
1500
224
273
288
351
150
2.22.0
23.5
695
1565
2.51.6
1.40
26.5
880
1750
251
315
324
406
185
2.22.0
25.5
825
1910
2.51.6
1.40
28.5
1025
2115
283
360
364
462
240
2.22.0
28.0
1010
2440
2.51.6
1.56
31.5
1255
2685
329
430
421
551
300
2.22.0
30.0
1195
2990
2.52.0
1.56
33.5
1470
3265
371
501
474
640
400
2.22.2
33.5
1495
3785
2.62.0
1.56
37.5
1845
4140
425
593
537
659
500
2.42.2
37.0
1850
4790
2.82.0
1.72
40.5
2240
5180
483
690
602
861
630
2.62.2
41.0
2305
6115
3.02.0
1.72
45.5
2790
6600
549
810
675
996
800
2.82.4
48.0
2940
7825
3.32.0
1.88
50.5
3430
8315
622
963
750
1160
1000
3.02.6
52.5
3645
9765
3.52.5
2.04
57.5
4405
1052
568
910
9581
512
95
KEI WIRES & CABLES
110
“KEI”
Sing
le Co
re Co
mpac
ted Al
umini
um &
Copp
er Co
nduc
tor, X
LPE I
nsulat
ed,
Unarm
oured
& Arm
oured
Cable
AL &
CU / X
LPE /
AL W
ire / P
VC Co
nform
ing to
IS 70
98 Pa
rt-2/1
985
Volta
ge G
rade :
1.9 /
3.3 kV
(Scre
ened
) (E)
Volta
ge G
rade :
3.3 /
3.3 kV
(Scre
ened
) (UE
)W
EIGHT
& D
IMEN
SIONS
Nom.
Size
ofUn
armou
red C
able
Armo
ured C
able
CURR
ENT R
ATIN
Gstr
ande
dNo
m.No
m.Ap
prox.
Al.Cu
.No
m.Mi
n.No
m.Mi
n.Ap
prox.
Al.Cu
.All
umiun
iumCo
pper.
Class
2Th
ickne
ssTh
ickne
ssOv
erall
Appro
x.Ap
prox.
Thick
ness
Thick
ness
dimen
sion
Thick
ness
overa
llAp
prox.
Appro
xIn
groun
dIn
airIn
groun
dIn
airCo
nduct
orof
XLPE
of PV
CDia
meter
Weig
htW
eight
of XL
PEof
PVC
of Al.
of PV
Cdia
meter
Weig
htW
eight
atat
atat
as per
Insula
tion
Outer
ofof
ofins
ulatio
nInner
sheath
Wire
Outer
sheath
of Ca
bleof
Cable
of Ca
ble30
O C40
O C30
O C40
O CIS
8130
/Sh
eath
Cable
Cable
Cable
1984
Sq.m
m.mm
mmmm
Kg./K
mKg
./Km
mmmm
mmmm
mmKg
./Km
Kg./K
mAm
ps.Am
ps.Am
ps.Am
ps.25
2.21.8
17.0
300
450
2.50.3
1.61.4
021
.552
066
597
103
124
133
352.2
1.818
.034
555
02.5
0.31.6
1.40
22.5
580
785
115
126
149
163
502.2
2.019
.542
069
52.5
0.31.6
1.40
23.5
645
925
135
152
175
196
702.2
2.021
.050
590
52.5
0.31.6
1.40
25.0
745
1150
165
191
213
246
952.2
2.022
.561
011
652.5
0.31.6
1.40
27.0
870
1430
197
235
255
304
120
2.22.0
25.0
715
1420
2.50.3
1.61.4
029
.010
0017
0522
427
328
835
115
02.2
2.025
.579
516
702.5
0.31.6
1.56
30.0
1115
1985
251
315
324
406
185
2.22.0
27.5
930
2020
2.50.3
1.61.5
632
.012
7023
6028
336
036
446
224
02.2
2.230
.011
3025
602.5
0.42.0
1.56
35.5
1575
3005
329
430
421
551
300
2.22.2
32.5
1355
3150
2.50.4
2.01.5
637
.518
1036
0537
150
147
464
040
02.2
2.235
.516
4039
302.6
0.42.0
1.72
41.0
2175
4465
425
593
537
659
500
2.42.2
39.0
2010
4950
2.80.4
2.01.7
244
.526
1055
5048
369
060
286
163
02.6
2.443
.525
2563
303.0
0.52.0
1.88
49.0
3180
6990
549
810
675
996
800
2.82.6
50.0
3195
8075
3.30.5
2.52.0
455
.540
6089
4562
296
375
011
6010
003.0
2.654
.538
6599
853.5
0.62.5
2.04
61.5
4950
1107
068
910
9581
512
95
COMPANY PROFILE
111
“KEI”
Sing
le Co
re Alu
miniu
m & C
oppe
r Con
ducto
r, XLP
E Insu
lated
,Un
armou
red &
Armou
red Ca
ble Co
nform
ing to
IS 70
98 Pa
rt-2/1
985
Volta
ge G
rade :
3.8 /
6.6 k
V (E)
WEIG
HT &
DIM
ENSIO
NSNo
mina
lUn
armou
red C
able
Roun
d Wire
Arm
oured
Cable
CURR
ENT R
ATIN
GSiz
e of
Nom.
Nom.
Appro
x.Al.
Cu.
Nom.
Min.
Appro
x.Al.
Cu.
Allum
inium
Copp
erCo
nduct
orTh
icknes
sTh
icknes
sOv
erall
Appro
x.Ap
prox.
dimens
ionTh
icknes
sDia
meter
Appro
x.Ap
prox.
In gro
und
In air
In gro
und
In air
of XL
PEof
PVC
Diame
terW
eight
Weig
htof
Al.of
PVC
ofW
eight
Weig
htat
atat
atIns
ulatio
nOu
terof
ofof
Roun
dOu
terCa
bleof
of30
O C40
O C30
O C40
O CSh
eath
Cable
Cable
Cable
Wire
Sheat
hCa
bleCa
bleSq.
mm.
mmmm
mmKg
./Km
Kg./K
mmm
mmmm
Kg./K
mKg
./Km
Amps.
Amps.
Amps.
Amps.
252.8
1.818
.0034
048
51.6
1.40
22.00
560
705
9710
512
514
035
2.82.0
20.00
440
645
1.61.4
023
.5063
584
011
813
015
017
050
2.82.0
21.00
500
780
1.61.4
024
.5070
598
5 13
815
918
221
170
2.82.0
23.50
615
1020
1.61.4
026
.0081
512
1517
019
821
926
795
2.82.0
25.00
725
1285
1.61.4
028
.0093
514
9520
324
925
932
212
02.8
2.027
.5087
015
751.6
1.40
30.00
1070
1775
231
288
296
374
150
2.82.0
28.50
985
1855
1.61.5
631
.0011
9020
6025
932
733
642
618
52.8
2.030
.5011
3522
201.6
1.56
33.00
1355
2445
296
378
373
486
240
2.82.2
33.50
1380
2815
2.01.5
636
.5017
0031
3534
044
743
056
830
03.0
2.236
.5016
5534
502.0
1.56
39.00
1955
3755
381
512
482
645
400
3.32.2
41.00
2080
4375
2.01.7
243
.0023
7046
6542
959
854
174
850
03.5
2.444
.0024
9054
302.0
1.88
47.00
2850
5795
481
684
597
856
630
3.52.4
48.00
2975
6785
2.01.8
850
.5033
9072
0054
179
167
067
280
03.5
2.653
.5036
2085
052.5
2.04
56.50
4235
9120
625
970
755
1060
1000
3.62.6
57.50
4310
1043
02.5
2.04
62.50
5120
1124
069
211
0085
512
25
KEI WIRES & CABLES
112
“KEI”
Sing
le Co
re Alu
miniu
m & C
oppe
r Con
ducto
r, XLP
E Insu
lated
,Un
armou
red &
Armou
red Ca
ble Co
nform
ing to
IS 70
98 Pa
rt-2/1
985
Volta
ge G
rade :
6.35
/ 11k
V (E)
, 6.6/
6.6 kV
(UE)
WEIG
HT &
DIM
ENSIO
NSNo
mina
lUn
armou
red C
able
Roun
d Wire
Arm
oured
Cable
CURR
ENT R
ATIN
GSSiz
e of
Nom.
Nom.
Appro
x.Al.
Cu.
Nom.
Min.
Appro
x.Al.
Cu.
Allum
inium
Copp
erCo
nduct
orTh
icknes
sTh
icknes
sOv
erall
Appro
x.Ap
prox.
dimens
ionTh
icknes
sDia
meter
Appro
x.Ap
prox.
In gro
und
In air
In gro
und
In air
of XL
PEof
PVC
Diame
terW
eight
Weig
htof
Al.of
PVC
ofW
eight
Weig
htat
atat
atIns
ulatio
nOu
terof
ofof
Roun
dOu
terCa
bleof
of30
O C40
O C30
O C40
O CSh
eath
Cable
Cable
Cable
Wire
Sheat
hCa
bleCa
bleSq.
mm.
mmmm
mmKg
./Km
Kg./K
mmm
mmmm
Kg./K
mKg
./Km
Amps.
Amps.
Amps.
Amps.
353.6
2.021
.0045
566
01.6
1.40
25.00
710
915
115
134
160
170
503.6
2.022
.0051
579
01.6
1.40
26.00
780
1060
138
159
182
211
703.6
2.023
.5060
510
101.6
1.40
27.50
890
1295
170
198
219
267
953.6
2.025
.0071
512
751.6
1.40
29.50
1020
1580
203
249
259
322
120
3.62.0
27.50
830
1535
1.61.5
632
.0011
9018
9523
128
829
637
415
03.6
2.028
.0091
517
851.6
1.56
32.50
1285
2155
259
327
336
426
185
3.62.2
30.50
1090
2175
2.01.5
635
.5015
6026
4529
637
837
348
624
03.6
2.233
.0013
0027
302.0
1.56
38.00
1805
3240
340
447
430
568
300
3.62.2
35.00
1500
3300
2.01.5
640
.0020
4038
4038
151
248
264
540
03.6
2.238
.0017
9540
902.0
1.72
43.50
2420
4710
429
598
541
748
500
3.62.4
41.50
2195
5135
2.01.8
847
.0028
7058
1048
168
459
785
663
03.6
2.445
.0026
5564
652.0
1.88
51.00
3405
7215
541
791
670
972
800
3.62.6
51.00
3315
8195
2.52.0
456
.5042
5091
3562
396
575
010
6010
003.6
2.655
.5040
1510
135
2.52.0
462
.5051
2011
240
690
1092
850
1225
COMPANY PROFILE
113
“KEI”
Sing
le Co
re Alu
miniu
m & C
oppe
r Con
ducto
r, XLP
E Insu
lated
,Un
armou
red &
Armou
red Ca
ble Co
nform
ing to
IS 70
98 Pa
rt-2/1
985
Volta
ge G
rade :
11 / 1
1 kV
(UE)
WEIG
HT &
DIM
ENSIO
NSNo
mina
lUn
armou
red C
able
Roun
d Wire
Armo
ured C
able
CURR
ENT R
ATIN
GSiz
e of
Nom.
Nom.
Appro
x.Al.
Cu.
Nom.
Min.
Appro
x.Al.
Cu.
Alumi
nium
Copp
erCo
nduct
orTh
icknes
sTh
icknes
sOv
erall
Appro
x.Ap
prox.
dimens
ionTh
icknes
sDia
meter
Appro
x.Ap
prox.
In gro
und
In air
In gro
und
In air
of XL
PEof
PVC
Diame
terW
eight
Weig
htof
Al.of
PVC
ofW
eight
Weig
htat
atat
atIns
ulatio
nOu
terof
ofof
Roun
dOu
terCa
bleof
of30
O C40
O C30
O C40
O CSh
eath
Cable
Cable
Cable
Wire
Sheat
hCa
bleCa
bleSq.
mm.
mmmm
mmKg
./Km
Kg./K
mmm
mmmm
Kg./K
mKg
./Km
Amps.
Amps.
Amps.
Amps.
355.5
2.024
.5060
581
01.6
1.40
29.00
900
1105
115
137
165
175
505.5
2.025
.5066
594
51.6
1.56
30.50
1005
1285
138
159
182
211
705.5
2.027
.5077
011
701.6
1.56
32.00
1130
1530
170
198
219
267
955.5
2.229
.0089
014
452.0
1.56
33.50
1270
1825
203
249
259
322
120
5.52.2
31.50
1045
1750
2.01.5
637
.0015
3522
4023
128
829
637
415
05.5
2.232
.5011
3520
102.0
1.56
37.50
1640
2510
259
327
336
426
185
5.52.2
34.00
1290
2380
2.01.5
639
.5018
2029
1029
637
837
348
624
05.5
2.236
.5015
1529
452.0
1.72
42.50
2115
3545
340
447
430
568
300
5.52.2
38.50
1730
3525
2.01.7
244
.5023
6041
6038
151
248
264
540
05.5
2.442
.0020
8043
752.0
1.88
48.00
2785
5080
429
598
541
748
500
5.52.6
45.00
2460
5400
2.52.0
451
.0032
1061
5048
168
459
785
663
05.5
2.649
.0029
9068
002.5
2.04
56.00
3955
7760
541
791
670
972
800
5.52.8
55.50
3690
8570
2.52.2
061
.0047
2596
1062
896
475
510
6510
005.5
2.859
.0043
6010
480
2.52.2
066
.0055
3511
655
697
1090
855
1230
KEI WIRES & CABLES
114
“KEI”
Sing
le Co
re Alu
miniu
m & C
oppe
r Con
ducto
r, XLP
E Insu
lated
,Un
armou
red &
Armou
red Ca
ble Co
nform
ing to
IS 70
98 Pa
rt-2/1
985
Volta
ge G
rade :
12.7
/ 22 k
V (E)
WEIG
HT &
DIM
ENSIO
NSNo
mina
lUn
armou
red C
able
Roun
d Wire
Arm
oured
Cable
CURR
ENT R
ATIN
GSiz
e of
Nom.
Nom.
Appro
x.Al.
Cu.
Nom.
Min.
Appro
x.Al.
Cu.
Alumi
nium
Copp
erCo
nduct
orTh
ickne
ssTh
ickne
ssOv
erall
Appro
x.Ap
prox.
dimen
sion
Thick
ness
Diame
terAp
prox.
Appro
x.In
groun
dIn
airIn
groun
dIn
airof
XLPE
of PV
CDia
meter
Weig
htW
eight
of Al.
of PVC
ofW
eight
Weig
htat
atat
atIns
ulatio
nOu
terof
ofof
Roun
dOu
terCa
bleof
of30
O C40
O C30
O C40
O CSh
eath
Cable
Cable
Cable
Wire
Shea
thCa
bleCa
bleSq.
mm.
mmmm
mmKg
./Km
Kg./K
mmm
mmmm
Kg./K
mKg
./Km
Amps.
Amps.
Amps.
Amps.
356
2.026
.00660
8701.6
01.5
630
.00980
1185
114143
168178
506
2.027
.00730
1010
1.60
1.56
31.50
1085
1360
138
159182
21170
62.0
28.50
83512
351.6
01.5
633
.5012
1016
10170
198219
26795
62.2
31.00
98515
452.0
01.5
636
.0014
6520
25203
249259
322120
62.2
33.00
1120
1825
2.00
1.56
38.50
1630
2335
231288
296374
1506
2.233
.5012
1520
852.0
01.5
639
.0017
3526
05259
327336
426185
62.2
35.50
1370
2460
2.00
1.72
41.00
1920
3010
296378
373486
2406
2.238
.0016
0030
302.0
01.7
244
.0022
2036
50340
447430
568300
62.4
40.00
1815
3615
2.00
1.72
46.00
2520
4315
381512
482645
4006
2.443
.5021
8044
752.0
01.8
849
.5029
1052
00429
598541
748500
62.6
47.00
2610
5555
2.50
2.04
54.00
3540
6480
481684
597856
6306
2.650
.5031
0569
152.5
02.0
457
.5041
0079
05541
791670
972800
62.8
57.00
3815
8700
2.50
2.20
62.50
4870
9750
618975
758106
810
006
2.861
.0045
5510
675
2.50
2.20
68.00
5765
1188
5685
1107
85812
33
COMPANY PROFILE
115
“KEI”
Sing
le Co
re Alu
miniu
m & C
oppe
r Con
ducto
r, XLP
E Insu
lated
,Un
armou
red &
Armou
red Ca
ble Co
nform
ing to
IS 70
98 Pa
rt-2/1
985
Volta
ge G
rade :
19 / 3
3 kV
(E)W
EIGHT
& D
IMEN
SIONS
Nomi
nal
Unarm
oured
Cab
leRo
und W
ire A
rmou
red Ca
bleCU
RREN
T RAT
ING
Size o
fNo
m.No
m.Ap
prox.
Al.Cu
.No
m.Mi
n.Ap
prox.
Al.Cu
.Alu
miniu
mCo
pper
Cond
uctor
Thick
ness
Thick
ness
Overa
llAp
prox.
Appro
x.dim
ensio
nTh
ickne
ssDia
meter
Appro
x.Ap
prox.
In gro
und
In air
In gro
und
In air
of XL
PEof
PVC
Diame
terW
eight
Weig
htof
Al.of P
VCof
Weig
htW
eight
atat
atat
Insula
tion
Outer
ofof
ofRo
und
Outer
Cable
ofof
30O C
40O C
30O C
40O C
Shea
thCa
bleCa
bleCa
bleW
ireSh
eath
Cable
Cable
Sq.mm
.mm
mmmm
Kg./K
mKg
./Km
mmmm
mmKg
./Km
Kg./K
mAm
ps.Am
ps.Am
ps.Am
ps.
508.8
2.234
.0010
6513
452.0
01.5
639
.0015
9018
65138
159182
21170
8.82.2
35.50
1185
1590
2.00
1.56
40.50
1730
2130
170198
219267
958.8
2.237
.0013
2518
852.0
01.7
243
.0019
3534
95203
249259
322120
8.82.2
39.00
1480
2185
2.00
1.72
45.00
2125
2830
231288
296374
1508.8
2.440
.0015
8024
502.0
01.7
245
.5022
3531
05259
327336
426185
8.82.4
42.00
1800
2885
2.00
1.88
48.00
2480
3570
296378
373486
2408.8
2.444
.5020
5034
852.0
01.8
850
.5028
0042
30340
447430
568300
8.82.6
47.00
2340
4135
2.50
2.04
54.00
3270
5065
381512
482645
4008.8
2.650
.0026
9049
852.5
02.0
457
.0036
7059
65429
598541
748500
8.82.8
53.50
3155
6100
2.50
2.20
60.50
4230
7170
481684
597856
6308.8
3.057
.0036
9074
952.5
02.3
664
.0048
2586
35541
791670
972800
8.83.0
63.50
4465
9350
2.50
2.36
69.00
5625
1050
5620
978760
1085
1000
8.83.2
67.50
5255
1137
53.1
52.5
276
.0068
5012
970
686111
0860
1235
KEI WIRES & CABLES
116
“KEI”
Three
Core
Alumi
nium
& Cop
per C
ondu
ctor, X
LPE I
nsulat
ed,
Armou
red Ca
ble Co
nform
ing to
IS 70
98 Pa
rt-2/1
985
Volta
ge G
rade :
1.9 / 3
.3 kV
(Uns
creen
ed) (
E)3.3
& 3.
3 kV
(Uns
creen
ed) (
UE)
WEIG
HT &
DIM
ENSIO
NSStr
ip Arm
oured
Cable
Roun
d Wire
Armour
ed Cab
leCU
RREN
T RAT
INGNo
minal
Min.
Nom.
Min.
Appro
x.Al.
Cu.
Nom.
Min.
Appro
x.Al.
Cu.
Alumin
iumCo
pper
Size o
fFor
mNo
m.Thi
ckness
Dimens
ionThi
ckness
Overa
llAp
prox.
Appro
x.Dim
ension
Thickn
essOv
erall
Appro
x.Ap
prox.
as per
ofThi
ckness
of PV
CG.I
. Flat
of PV
CDia
meter
Weigh
twe
ight
of GI
of PV
CDia
meter
Weigh
tWe
ight
InIn
InIn
ISCo
nducto
rof X
LPEInn
erStr
ipOu
terof
of Cabl
eof C
able
Roun
dOu
terof C
able
ofof
groun
dair
groun
dair
8130/8
4Stra
nded
Insulatio
nShe
athShe
athCab
leWir
eShe
athCab
leCab
leat 3
0O Cat 4
0O Cat 3
0O Cat 4
0O CSq.
mm.
mmmm
mmmm
mmKg.
/KmKg.
/Kmmm
mmmm
Kg./Km
Kg./Km
Amps.
Amps.
Amps.
Amps.
25Sh
aped
2.20.3
4x0.8
1.40
28.00
1010
1455
1.60
1.56
30.00
1330
1775
9397
119125
35Sh
aped
2.20.3
4x0.8
1.56
30.00
1155
1775
1.60
1.56
31.50
1460
2080
111118
143153
50Sh
aped
2.20.4
4x0.8
1.56
33.00
1360
2200
2.00
1.56
35.50
1960
2795
132147
170198
70Sh
aped
2.20.4
4x0.8
1.56
35.00
1625
2835
2.00
1.56
37.50
2245
3455
160178
205229
95Sh
aped
2.20.4
4x0.8
1.72
38.50
1965
3645
2.00
1.72
40.50
2660
4340
191218
245280
120Sh
aped
2.20.5
4x0.8
1.72
40.50
2295
4415
2.00
1.88
43.50
3040
5165
217251
278323
150Sh
aped
2.20.5
4x0.8
1.88
43.50
2670
5295
2.50
2.04
47.50
3885
6510
243289
312371
185Sh
aped
2.20.5
4x0.8
2.04
47.00
3170
6450
2.50
2.04
50.50
4435
7710
275329
350420
240Sh
aped
2.20.6
4x0.8
2.20
50.00
3790
8105
2.50
2.20
53.50
5160
9470
316389
415498
300Sh
aped
2.20.6
4x0.8
2.20
56.00
4540
9955
2.50
2.36
59.50
6115
1153
0358
451453
570400
Shap
ed2.2
0.74x0
.82.5
260
.5055
3012
445
3.15
2.68
65.00
7900
1481
0408
426509
656
COMPANY PROFILE
117
“KEI”
Three
Core
Alumi
nium
& Cop
per C
ondu
ctor, X
LPE I
nsulat
ed,
Armou
red Ca
ble Co
nform
ing to
IS 70
98 Pa
rt-2/1
985
Volta
ge G
rade :
1.9 / 3
.3 kV
(Scre
ened
) (E)
3.3 &
3.3 k
V (Sc
reene
d) (U
E)W
EIGHT
& D
IMEN
SIONS
Strip A
rmour
ed Cab
leRo
und W
ire Arm
oured
Cable
CURR
ENT R
ATING
Nomin
alMin
.No
m.Min
.Ap
prox.
Al.Cu
.No
m.Min
.Ap
prox.
Al.Cu
.Alu
minium
Coppe
rSiz
e of
Form
Nom.
Thickn
essDim
ension
Thickn
essOv
erall
Appro
x.Ap
prox.
Dimens
ionThi
ckness
Overa
llAp
prox.
Appro
x.as
perof
Thickn
essof
PVC
G.I. Fl
atof
PVC
Diame
terWe
ight
weigh
tof G
Iof
PVC
Diame
terWe
ight
Weigh
tIn
InIn
InIS
Condu
ctor
of XLPE
Inner
Strip
Outer
ofof C
able
of Cabl
eRo
und
Outer
of Cabl
eof
ofgro
und
airgro
und
air813
0/84
Strande
dInsu
lation
Sheath
Sheath
Cable
Wire
Sheath
Cable
Cable
at 30O C
at 40O C
at 30O C
at 40O C
Sq.mm
.O
mmmm
mmmm
mmKg.
/KmKg.
/Kmmm
mmmm
Kg./Km
Kg./Km
Amps.
Amps.
Amps.
Amps.
25Cir
cular
2.20.4
4 X 0.
81.5
634
.515
7020
202.0
1.56
37.0
2100
2545
9397
119125
35Cir
cular
2.20.4
4 X 0.
81.5
636
.517
3023
502.0
1.72
39.0
2330
2955
111118
143153
50Cir
cular
2.20.4
4 X 0.
81.7
239
.520
4028
802.0
1.72
42.0
2665
3500
132147
170198
70Cir
cular
2.20.5
4 X 0.
81.7
243
.024
4036
502.0
1.88
45.5
3140
4355
160178
205229
95Cir
cular
2.20.5
4 X 0.
81.8
847
.029
0545
902.5
2.04
50.5
4080
5760
191218
245280
120Cir
cular
2.20.5
4 X 0.
82.0
452
.034
7555
952.5
2.04
55.5
4700
6820
217251
278323
150Cir
cular
2.20.6
4 X 0.
82.0
453
.537
5063
752.5
2.20
57.0
5070
7690
243289
312371
185Cir
cular
2.20.6
4 X 0.
82.2
058
.043
7076
452.5
2.36
61.5
5810
9085
275329
350420
240Cir
cular
2.20.6
4 X 0.
82.3
663
.551
9595
102.5
2.36
67.0
6745
1105
5316
389415
498300
Circu
lar2.2
0.74 X
0.8
2.52
68.5
6085
1150
03.1
52.6
873.
585
2513
940
358451
453570
400Cir
cular
2.20.7
4 X 0.
82.6
875
.072
2514
105
3.15
2.84
80.0
9870
1675
0408
426509
656
KEI WIRES & CABLES
118
“KEI”
Three
Core
Alumi
nium
& Cop
per C
ondu
ctor, X
LPE I
nsulat
ed,
Armou
red Ca
ble Co
nform
ing to
IS 70
98 Pa
rt-2/1
985
Volta
ge G
rade :
3.8 / 6
.6 kV
(E)
WEIG
HT &
DIM
ENSIO
NSStri
p Armo
ured C
able
Round
Wire A
rmoure
d Cabl
eCU
RREN
T RAT
INGNo
minal
Min.
Nom.
Min.
Appro
x.Al.
Cu.No
m.Min
.Ap
prox.
Al.Cu.
Alumin
iumCop
perSiz
e of
FormNo
m.Thi
ckness
Dimens
ionThi
ckness
Overall
Appro
x.Ap
prox.
Dimens
ionThi
ckness
Overall
Appro
x.Ap
prox.
as per
ofThi
ckness
of PVC
G.I. Fla
tof P
VCDia
meter
Weight
weight
of GI
of PVC
Diame
terWe
ightWe
ightIn
InIn
InIS
Conduc
torof X
LPEInn
erStri
pOu
terof
of Cabl
eof C
able
Round
Outer
of Cabl
eof
ofgro
undair
ground
air813
0/84
Circular
Insulatio
nShe
athShe
athCab
leWir
eShe
athCab
leCab
leat 3
0O Cat 4
0O Cat 3
0O Cat 4
0O CSq.
mm.
Omm
mmmm
mmmm
Kg./Km
Kg./Km
mmmm
mmKg.
/KmKg.
/KmAm
ps.Am
ps.Am
ps.Am
ps.25
Circu
lar2.8
0.44x0
.81.5
637
.0017
8522
302.0
01.7
239
.5023
9028
3597
107121
13835
Circu
lar2.8
0.44x0
.81.7
239
.5019
7525
952.0
01.7
242
.0026
0032
20113
129146
16850
Circu
lar2.8
0.54x0
.81.7
242
.0022
8031
152.0
01.8
844
.5029
8038
15134
155174
19870
Circu
lar2.8
0.54x0
.81.8
846
.0026
5038
652.0
01.8
848
.0033
6545
80162
193211
24595
Circu
lar2.8
0.54x0
.81.8
849
.5030
9547
802.5
02.0
453
.0043
3060
15194
232243
292120
Circu
lar2.8
0.64x0
.82.0
454
.5036
5557
752.5
02.2
058
.0050
0571
30219
262280
335150
Circu
lar2.8
0.64x0
.82.2
056
.5039
9566
202.5
02.2
059
.5053
4079
65243
301312
383185
Circu
lar2.8
0.64x0
.82.2
060
.5045
6578
402.5
02.3
664
.0060
5093
30276
340348
434240
Circu
lar2.8
0.74x0
.82.3
666
.5055
7098
853.1
52.5
271
.5079
3512
250
316400
397503
300Cir
cular
3.00.7
4x0.8
2.52
72.00
6520
1193
53.1
52.6
877
.0090
9014
505
353456
438568
400Cir
cular
3.30.7
4x0.8
2.84
80.00
7910
1479
04.0
03.0
087
.0011
890
1877
0395
520481
641
COMPANY PROFILE
119
“KEI”
Three
Core
Alumi
nium
& Cop
per C
ondu
ctor, X
LPE I
nsulat
ed,
Armou
red Ca
ble Co
nform
ing to
IS 70
98 Pa
rt-2/1
985
Volta
ge G
rade :
6.35
/ 11 k
V (E)
WEIG
HT &
DIM
ENSIO
NSStri
p Armo
ured C
able
Round
Wire A
rmoure
d Cabl
eCU
RREN
T RAT
INGNo
minal
Min.
Nom.
Min.
Appro
x.Al.
Cu.No
m.Min
.Ap
prox.
Al.Cu.
Alumin
iumCop
perSiz
e of
FormNo
m.Thi
ckness
Dimens
ionThi
ckness
Overall
Appro
x.Ap
prox.
Dimens
ionThi
ckness
Overall
Appro
x.Ap
prox.
as per
ofThi
ckness
of PVC
G.I. Fla
tof P
VCDia
meter
Weight
weight
of GI
of PVC
Diame
terWe
ightWe
ightIn
InIn
InIS
Conduc
torof X
LPEInn
erStri
pOu
terof
of Cabl
eof C
able
Round
Outer
of Cabl
eof
ofgro
undair
ground
air813
0/84
Circular
Insulatio
nShe
athShe
athCab
leWir
eShe
athCab
leCab
leat 3
0O Cat 4
0O Cat 3
0O Cat 4
0O CSq
.mm.
Omm
mmmm
mmmm
Kg./K
mKg
./Km
mmmm
mmKg
./Km
Kg./K
mAm
ps.Am
ps.Am
ps.Am
ps.35
Circu
lar3.6
0.54x0
.81.7
243
.0023
0029
202.0
01.8
846
.0030
0036
20113
129146
16850
Circu
lar3.6
0.54x0
.81.8
846
.0025
5533
952.5
02.0
449
.5036
9045
30134
155174
19870
Circu
lar3.6
0.54x0
.81.8
849
.0029
6041
752.5
02.0
453
.0041
6053
75162
193211
24595
Circu
lar3.6
0.64x0
.82.0
453
.5035
1051
952.5
02.2
057
.0048
3065
15194
232243
292120
Circu
lar3.6
0.64x0
.82.2
058
.0040
8062
002.5
02.2
061
.5054
7075
90219
262280
335150
Circu
lar3.6
0.64x0
.82.2
059
.5043
6569
902.5
02.3
663
.5058
5084
75243
301312
383185
Circu
lar3.6
0.74x0
.82.3
664
.5050
5083
303.1
52.5
269
.5073
2010
600
276340
348434
240Cir
cular
3.60.7
4x0.8
2.52
70.00
5955
1027
03.1
52.6
875
.0084
2512
740
316400
397503
300Cir
cular
3.60.7
4x0.8
2.68
75.00
6835
1225
03.1
52.8
480
.0094
7014
890
353456
438568
400Cir
cular
3.60.7
4x0.8
2.84
81.50
8195
1507
54.0
03.0
088
.0012
240
1912
0395
520481
641
KEI WIRES & CABLES
120
“KEI”
Three
Core
Alumi
nium
& Cop
per C
ondu
ctor, X
LPE I
nsulat
ed,
Armou
red Ca
ble Co
nform
ing to
IS 70
98 Pa
rt-2/1
985
Volta
ge G
rade :
11 / 1
1 kV
(UE)
WEIG
HT &
DIM
ENSIO
NSStr
ip Ar
moure
d Cabl
eRo
und W
ire A
rmou
red C
able
CURR
ENT R
ATIN
GNo
mina
lMi
n.No
m.Mi
n.Ap
prox.
Al.Cu
.No
m.Mi
n.Ap
prox.
Al.Cu
.Alu
miniu
mCo
pper
Size o
fFor
mNo
m.Th
ickne
ssDim
ensio
nThic
kness
Overa
llAp
prox.
Appro
x.Dim
ensio
nThic
kness
Overa
llAp
prox.
Appro
x.as
perof
Thick
ness
of PV
CG.I
. Flat
of PV
CDia
meter
Weig
htwe
ight
of GI
of PV
CDia
meter
Weig
htW
eight
InIn
InIn
ISCo
nduct
orof
XLPE
Inner
Strip
Outer
ofof
Cable
of Ca
bleRo
und
Outer
of Ca
bleof
ofgro
und
airgro
und
air81
30/84
Circu
larIns
ulatio
nSh
eath
Sheat
hCa
bleWi
reSh
eath
Cable
Cable
at 30
O Cat
40O C
at 30
O Cat
40O C
Sq.m
m.O
mmmm
mmmm
mmKg
./Km
Kg./K
mmm
mmmm
Kg./K
mKg
./Km
Amps.
Amps.
Amps.
Amps.
35Cir
cular
5.50.5
4x0.8
2.04
52.00
3115
3735
2.50
2.20
55.50
4385
5005
113129
146168
50Cir
cular
5.50.6
4x0.8
2.20
55.00
3400
4240
2.50
2.20
58.00
4720
5555
134155
174198
70Cir
cular
5.50.6
4x0.8
2.20
58.00
3885
5095
3.15
2.36
63.50
5950
7160
162193
211245
95Cir
cular
5.50.6
4x0.8
2.36
62.50
4475
6155
3.15
2.52
67.50
6645
8330
194232
243292
120Cir
cular
5.50.7
4x0.8
2.36
67.00
5085
7205
3.15
2.52
72.00
7480
9605
219262
280335
150Cir
cular
5.50.7
4x0.8
2.52
69.00
5435
8060
3.15
2.68
74.00
7870
1049
5243
301312
383185
Circu
lar5.5
0.74x0
.82.6
873
.0061
6094
353.1
52.8
478
.0087
6012
040
276340
348434
240Cir
cular
5.50.7
4x0.8
2.84
79.00
7135
1145
03.1
53.0
084
.0099
4014
255
316400
397503
300Cir
cular
5.50.7
4x0.8
3.00
83.50
8080
1349
54.0
03.0
090
.0012
135
1755
0353
456438
568400
Circu
lar5.5
0.74x0
.83.0
090
.0094
5516
335
4.00
3.00
96.50
1388
520
765
395520
481641
COMPANY PROFILE
121
“KEI”
Three
Core
Alumi
nium
& Cop
per C
ondu
ctor, X
LPE I
nsulat
ed,
Armou
red Ca
ble Co
nform
ing to
IS 70
98 Pa
rt-2/1
985
Volta
ge G
rade :
12.7
/ 22 k
V (E)
WEIG
HT &
DIM
ENSIO
NSStr
ip Ar
moure
d Cabl
eRo
und W
ire A
rmou
red C
able
CURR
ENT R
ATIN
GNo
mina
lMi
n.No
m.Mi
n.Ap
prox.
Al.Cu
.No
m.Mi
n.Ap
prox.
Al.Cu
.Alu
miniu
mCo
pper
Size o
fFor
mNo
m.Th
ickne
ssDim
ensio
nThic
kness
Overa
llAp
prox.
Appro
x.Dim
ensio
nThic
kness
Overa
llAp
prox.
Appro
x.as
perof
Thick
ness
of PV
CG.I
. Flat
of PV
CDia
meter
Weig
htwe
ight
of GI
of PV
CDia
meter
Weig
htW
eight
InIn
InIn
ISCo
nduct
orof
XLPE
Inner
Strip
Outer
ofof
Cable
of Ca
bleRo
und
Outer
of Ca
bleof
ofgro
und
airgro
und
air81
30/84
Circu
larIns
ulatio
nSh
eath
Sheat
hCa
bleW
ireSh
eath
Cable
Cable
at 30
O Cat
40O C
at 30
O Cat
40O C
Sq.mm
.O
mmmm
mmmm
mmKg
./Km
Kg./K
mmm
mmmm
Kg./K
mKg
./Km
Amps.
Amps.
Amps.
Amps.
35Cir
cular
60.6
4x0.8
2.04
55.00
3345
3965
2.50
2.20
59.00
4710
5335
113129
146168
50Cir
cular
60.6
4x0.8
2.20
58.00
3730
4570
2.50
2.36
61.50
5165
6005
134155
174198
70Cir
cular
60.6
4x0.8
2.36
61.50
4245
5460
2.50
2.36
65.00
5700
6910
162193
211245
95Cir
cular
60.7
4x0.8
2.36
65.50
4730
6410
3.15
2.52
70.50
7030
8715
194232
243292
120Cir
cular
60.7
4x0.8
2.52
70.50
5370
7490
3.15
2.68
75.50
7840
9960
219262
280335
150Cir
cular
60.7
4x0.8
2.68
72.00
5845
8470
3.15
2.68
77.00
8355
1098
0243
301312
383185
Circu
lar6
0.74x0
.82.6
876
.5065
3598
103.1
52.8
481
.50920
512
485
276340
348434
240Cir
cular
60.7
4x0.8
2.84
82.00
7530
1184
04.0
03.0
088
.5011
575
1588
5316
400397
503300
Circu
lar6
0.74x0
.83.0
086
.5084
8513
900
4.00
3.00
93.00
1268
018
095
353456
438568
400Cir
cular
60.7
4x0.8
3.00
93.00
9745
1662
54.0
03.0
099
.5014
290
2117
0395
520481
641
KEI WIRES & CABLES
122
“KEI”
Three
Core
Alumi
nium
& Cop
per C
ondu
ctor, X
LPE I
nsulat
ed,
Armou
red Ca
ble Co
nform
ing to
IS 70
98 Pa
rt-2/1
985
Volta
ge G
rade :
19 / 3
3 kV
(E)W
EIGHT
& D
IMEN
SIONS
Strip
Armou
red Ca
bleRo
und W
ire A
rmou
red Ca
bleCU
RREN
T RAT
ING
Nomi
nal
Min.
Nom.
Min.
Appro
x.Al.
Cu.
Nom.
Min.
Appro
x.Al.
Cu.
Alumi
nium
Copp
erSiz
e of
Form
Nom.
Thick
nessD
imens
ionTh
icknes
sOv
erall
Appro
x.Ap
prox.
Dimens
ionTh
icknes
sOv
erall
Appro
x.Ap
prox.
as per
ofTh
icknes
sof
PVC
G.I. F
latof
PVC
Diame
terW
eight
weigh
tof
GIof
PVC
Diame
terW
eight
Weig
htIn
InIn
InIS
Cond
uctor
of XL
PEInn
erStr
ipOu
terof
of Ca
bleof
Cable
Roun
dOu
terof
Cable
ofof
groun
dair
groun
dair
8130
/84Cir
cular
Insula
tion
Sheat
hSh
eath
Cable
Wire
Sheat
hCa
bleCa
bleat
30O C
at 40
O Cat
30O C
at 40
O C
Sq.m
m.O
mmmm
mmmm
mmKg
./Km
Kg./K
mmm
mmmm
Kg./K
mKg
./Km
Amps.
Amps.
Amps.
Amps.
50Cir
cular
8.80.7
4x0.8
2.52
72.00
5355
6195
3.15
2.68
77.00
7920
8760
134155
174198
70Cir
cular
8.80.7
4x0.8
2.68
76.00
5980
7195
3.15
2.84
81.00
8655
9865
162193
211245
95Cir
cular
8.80.7
4x0.8
2.84
80.00
6520
8205
3.15
3.00
85.00
9325
1101
0194
232243
292120
Circu
lar8.8
0.74x0
.82.8
484
.5072
3093
554.0
03.0
091
.0011
415
1354
0219
262280
335150
Circu
lar8.8
0.74x0
.83.0
086
.0077
6010
385
4.00
3.00
92.50
1196
014
585
243301
312383
185Cir
cular
8.80.7
4x0.8
3.00
90.50
8540
1181
54.0
03.0
096
.5012
945
1622
0276
340348
434240
Circu
lar8.8
0.74x0
.83.0
095
.5095
5513
865
4.00
3.00
102.0
014
260
1857
5316
400397
503300
Circu
lar8.8
0.74x0
.83.0
010
0.00
1055
515
975
4.00
3.00
106.5
015
450
2086
5353
456438
568400
Circu
lar8.8
0.74x0
.83.0
010
6.50
1190
518
785
4.00
3.00
113.0
017
075
2395
5395
520481
641
COMPANY PROFILE
123
KEIPVC AND XLPE LT POWER CABLES
COMPARISON OF MAIN PROPERTIES BETWEEN PVC AND XLPE INSULATIONCharacteristics Unit PVC XLPEPermitivity (50Hz, 20O C) — 4 - 6 2.3Dielectric Loss Factor (50Hz, 20O C) — 0.05 - 0.07 0.0004Volume Resistivity (27O C) ohms cm (min.) 1013 1014
Max. Conductor Temp. OC 70 90Max. Short Circuit Temp. OC 160 250Tensile Strength N / mmm2 (min.) 12.5 12.5Elongation at break — Excellent MediumFlexibility at - 10O C — Poor GoodResistance to abrasion — Medium Good
KEI INDUSTRIES LIMITED is manufacturing LT Power Cables with PVC or XLPE insulation of voltage grade upto 3.3 KVconforming to various Indian and International Standard Specifications. KEI also manufactures other types of cablesas listed at the end of this catalogue.CROSS LINKED POLYETHYLENE (XLPE)XLPE means cross-linked polyethylene or vulcanized polyethylene. The basic material is low density polyethylene.Polyethylene is a thermoplastic material consisting of long chain of hydrocarbon molecules. At elevated temperaturesthese molecules tend to move relative to one another so that the material becomes increasingly deformable andwill eventually melt at the temperature around 110OC.By means of process similar to the vulcanization of rubber the polyethylene molecules can be cross-linked. Theprocess of cross-linking or vulcanization consists of producing chemical bonds at interval between the long molecularchain to give a “ladder” effect which prevents slippage between molecules. As a result of cross-linking the materialbecomes heat resistant and does not soften at higher temperatures. Further it has better resistance to stresscracking and good resistance to ageing in hot air. With the change of structure there is no adverse effect onelectrical properties.Advantages of “KEI” XLPE CABLES3 Dielectric losses are very small.3 Higher current carrying capacity.3 Higher short circuit rating 250OC. as against 160OC for PVC.3 KEI XLPE can retain flexibility down upto - 40OC.3 Jointing and Termination is easy.3 Light in weight.3 They are not prone to fatigue damages due to vibrations or loading cycles.3 Has better resistance to most chemicals, oils, acids, etc.3 Can be installed along cable routes without elevation limitations.
KEI WIRES & CABLES
124
COND
UCTO
R DATA
Cond
uctor
Tech
nical D
ata fo
r Sing
le Core
and M
ultico
re cab
les co
nform
ing to
IS-81
39/19
8419
84 (S
trand
ed-Cla
ss-2)
Alumi
nium
Cond
uctors
and a
nnua
ledcop
per co
nduct
ors, co
mpare
d circ
ular o
r shap
ed.No
mina
l Size
Minim
um no
of w
ires
Max D
C Resi
stanc
e at 2
0°CAC
Resis
tance
at 70
°CAC
Resis
tance
at 90
°Cco
nduc
torNo
n-com
pacte
dCo
mpact
edPla
inAlu
miniu
mPla
inAlu
miniu
mPla
inAlu
miniu
mCo
pper
Copp
erCo
pper
Sqmm
CuAl
CuAl
Ohm/
KmOh
m/Km
Ohm/
KmOh
m/Km
Ohm/
KmOh
m/Km
1.53
3-
-12
.1018
.1014
.5021
.7215
.5023
.172.5
33
--
7.41
12.10
8.87
14.52
9.48
15.50
47
3-
-4.6
17.4
15.5
28.8
95.9
09.4
86
73
--
3.08
4.61
3.69
5.53
3.94
5.90
107
76
-1.8
33.0
82.1
93.7
02.3
43.9
416
77
66
1.15
1.91
1.38
2.29
1.47
2.44
257
76
60.7
271.2
00.8
71.4
40.9
31.5
435
77
66
0.524
0.868
0.627
1.04
0.671
1.11
5019
196
60.3
870.6
410.4
630.7
70.4
950.8
270
1919
1212
0.268
0.443
0.321
0.53
0.343
0.567
9519
1915
150.1
930.3
200.2
310.3
80.2
470.4
10120
3737
1815
0.153
0.253
0.184
0.30
0.196
0.324
15037
3718
150.1
240.2
060.1
490.2
50.1
590.2
64185
3737
3030
0.099
10.1
640.1
200.2
00.1
270.2
10240
6137
3430
0.075
40.1
250.0
910.1
50.0
965
0.160
30061
6134
300.0
601
0.100
0.073
0.12
0.076
90.1
28400
6161
5353
0.047
00.0
778
0.059
0.093
00.0
602
0.100
50061
6153
530.0
366
0.060
50.0
460.0
726
0.046
80.0
774
63091
9153
530.0
283
0.046
90.0
370.0
563
0.036
20.0
600
80091
9153
530.0
221
0.036
70.0
310.0
440
0.028
30.0
470
1000
9191
5353
0.017
60.0
291
0.027
0.034
90.0
225
0.037
2
COMPANY PROFILE
125
SHORT CIRCUIT CURRENT RATINGS FOR XLPE/PVC CABLESShort Circuit Rating for 1 second duration for XLPE & PVC Insulated Cables with
Copper and Aluminium Cables (Isc Current in KAmps)Rating for any other duration :1) Max. Initial Conductor Temperature during
operation : XLPE PVC90OC 70OC
2) Max. Final Conductor Temperature duringshort circuit: XLPE PVC
250OC 160OCFormula relating short Circuit Rating with t
second durationIt =Isc√—tWhere It = Short Circuit Rating for tseconds.
t = duration in seconds.Isc = Short Circuit rating for 1
second.
* PVC Type ‘A’ Insulation as per IS-5831-1984.** PVC Cables as per IS-1554 (P-I) 1988.** XLPE Cables as per IS-7098 (P-I) 1988.
Nominal Size XLPE Insulated PVC InsulatedSq. mm Copper Aluminium Copper Aluminium
1.5 0.21 - 0.173 -2.5 0.36 - 0.283 -4 0.57 0.38 0.46 0.3036 0.86 0.57 0.69 0.45510 1.4 0.94 1.15 0.75816 2.3 1.5 1.84 1.2125 3.6 2.4 2.88 1.9035 5.0 3.3 4.03 2.6550 7.1 4.7 5.75 3.7970 10.0 6.6 8.05 5.3195 13.6 9.0 10.9 7.20120 17.1 11.3 13.8 9.10150 21.4 14.2 17.3 11.40185 26.4 17.5 21.3 14.02240 34.3 22.6 27.6 18.20300 42.9 28.3 34.5 22.80400 57.1 37.7 46.0 30.40500 71.4 47.2 57.5 38.00630 90.0 59.4 72.5 47.25800 114.3 75.5 92.0 60.001000 142.9 94.3 115.0 75.00
Nominal Size 3,3.5 & 4 Core PVC Insulated & Sheathed 3,3.5 & 4 Core PVC Insulated & Sheathedof cable Cables as per IS-1554 (P-I) 1988 Cables as per IS-1554 (P-I) 1988
In Ground In Air Approx Voltage Inground In Air Approx VoltageDrop Drop
Sq. mm Amp Amp Mv/amp/mtr Amp Amp Mv/amp/mtr16 60 51 4.0 73 70 4.225 76 70 2.5 94 96 2.735 92 86 1.8 113 117 1.950 110 105 1.3 133 142 1.470 135 130 0.93 164 179 0.9995 165 155 0.68 196 221 0.72120 185 180 0.54 223 257 0.58150 210 205 0.46 249 292 0.48185 235 240 0.38 282 337 0.39240 275 280 0.28 327 399 0.31300 305 315 0.25 367 455 0.26400 335 375 0.2 420 530 0.21
Comparative Current Rating of 650/1100 Volts Multicore heavy duty PVC Insulated Cabls & XLPE Insulated Cables.(3,3.5 & 4 Core Unarmoured / Armoured PVC Sheathed Cables with Aluminium Conductor.
KEI WIRES & CABLES
126
CURRENT RATINGS (PVC)
The current ratings in table 1 & 2 based on the normal conditions of installation as described below:
1. Maximum condr. temperature 70O C 5. Thermal resistivity of soil 150O C cm/watt
2. Ambient air temperature 40O C 6. Thermal resistivity of cable 650O C cm/watt
3. Ground temperature 30O C 7. Max. short-circuit conductor temperature 160O C
4. Depth of laying (for cable laid 8. Max. Ambient Air Temperature 55O C
directly in ground) 75 cm (1.1 KV)
Installation method and rating factors are given in tables 1 to 6.
Table 1Rating for variations in ground temperature for cables laid directly in ground and in ducts
Ground temperature OC 15 20 25 30 35 40 45 50 55
Rating factor 1.17 1.12 1.06 1.0 0.94 0.87 0.79 0.70 0.60
Table 2Rating factors for variation in ambient air temperature
Air temperature OC 25 30 35 40 45 50 55
Rating factor 1.25 1.16 1.09 1.00 0.90 0.80 0.69
Table 3Rating factors of groups of twin and multicore cables laid directly in ground in horizontal formation
No. of cables Rating factor for axial spacing
Touching 15 cm 30 cm 45 cm 60 cm
2 cables 0.78 0.81 0.85 0.88 0.90
3 cables 0.68 0.71 0.77 0.81 0.83
4 cables 0.61 0.65 0.72 0.76 0.79
6 cables 0.53 0.58 0.66 0.71 0.76
8 cables 0.48 0.54 0.62 0.67 0.72
Table 4Rating factors of groups of twin and multicore cables laid directly in ground in tier formation
No. of cables Rating factor for axial spacing
Touching 15 cm 30 cm 45 cm 60 cm
4 cables 0.60 0.67 0.73 0.76 0.78
6 cables 0.51 0.57 0.63 0.67 0.69
8 cables 0.45 0.51 0.57 0.59 0.61
Table 5
Rating factors for variation in depth of laying in ground
Depth of laying (cms) 75 90 105 120 150 150 & above
Rating factor upto 25 sq. mm. 1.00 0.99 0.98 0.97 0.96 0.95
Table 6Group-rating factors for cables installed in ground, separated by more than 7 cms.
No. of cables 1 2 3 4 5 6
Single core D.C. cables & multicore power cables 1.0 0.90 0.80 0.75 0.70 0.65
Single core A.C. cables 1.0 0.80 0.75 0.70 0.65 0.60
COMPANY PROFILE
127
1 COR
E ALUM
INIUM
PVC A
RMOU
RED &
UNAR
MOUR
ED PO
WER C
ABLES
ARMO
URED
UNAR
MOUR
EDAR
MOUR
EDUN
ARMO
URED
CURR
ENT
RATIN
GSNo
. of
Min.
Thickn
essNo
minal
Min.
Overa
llAp
prox.
Thickn
essNo
m.Ov
erall
Appro
x.Ma
x. D.C
.Max.
A.C.
Appro
x.Ap
prox.
Appro
x.App
rox.
cores
&No
.of
PVC
Dimens
ions
Thickn
ess of
Diame
terNe
t Wt.
of PV
CThi
ckness
Diame
terNe
tRes
istance
Resista
nceRea
ctance
Capaci
-Reac
tance
Capaci
-Dir
ect in
Groun
dIn
Duct
In Air
cross
ofins
ulation
of Arm
ourPV
C Ou
ter(Ap
prox.)
of Cab
leins
ulation
of PV
C(Ap
prox.)
Wt.
at 200
Cat
700C
at 50
Hztan
ceat
50 Hz
tance
section
alWi
res(N
om.)
Wire
Sheath
(Nom
.)out
erof
23
23
23
area
sheath
Cable
Cables
Cables
Cables
Cables
Cables
Cables
(mm)
(mm)
(mm)
(mm)
(Kg/Km
)(m
m)(m
m)(m
m)(Kg
/Km)O
hms/K
mOh
ms/Km
Ohms
/KmmF
d/KmO
hms/K
mmFd/
KmAm
psAm
psAm
psAm
psAm
psAm
ps
1CX4
11.3
1.41.2
410.
9148
1.01.8
8.689
7.4100
8.8900
0.158
0.47
0.137
0.58
3631
3330
3227
1CX6
11.3
1.41.2
411.
4165
1.01.8
9.1103
4.6100
5.5300
0.148
0.56
0.127
0.68
4439
4237
4135
1CX1
01
1.31.4
1.24
12.3
1961.0
1.810.
1127
3.0800
3.7000
0.138
0.67
0.118
0.83
5951
5651
5647
1CX1
66
1.31.4
1.24
13.1
2251.0
1.810.
8152
1.9100
2.2900
0.128
0.81
0.110
1.01
7566
7165
7264
1CX2
56
1.51.4
1.24
14.7
2871.2
1.812.
4204
1.2000
1.4400
0.120
0.87
0.105
1.05
9786
9384
9984
1CX3
56
1.51.4
1.24
15.7
3341.2
1.813.
4244
0.8680
1.0400
0.114
1.00
0.100
1.22
120100
110100
120105
1CX5
06
1.71.4
1.24
17.2
4111.4
1.814.
9310
0.6410
0.7700
0.110
1.03
0.098
1.22
145120
130115
150130
1CX7
012
1.71.4
1.40
19.1
5131.4
1.816.
5388
0.4430
0.5300
0.103
1.21
0.091
1.43
175140
155135
185155
1CX9
515
1.91.6
1.40
21.6
6621.6
1.818.
6501
0.3200
0.3800
0.101
1.27
0.088
1.47
210175
195155
215190
1CX1
2015
1.91.6
1.40
23.7
7841.6
2.021.
1621
0.2530
0.3000
0.096
1.42
0.086
1.62
240195
200170
240220
1CX1
5015
2.11.6
1.40
24.8
8981.8
2.022.
2726
0.2060
0.2500
0.094
1.42
0.085
1.62
270220
220190
270250
1CX1
8530
2.31.6
1.40
27.1
1069
2.02.0
24.5
8840.1
6400.2
0000.0
921.4
40.0
841.6
2305
240240
210305
2901C
X240
302.5
1.61.5
630.
2133
72.2
2.027.
3110
60.1
2500.1
5000.0
901.5
30.0
821.7
2335
270270
225350
3351C
X300
302.8
2.01.5
633.
7167
62.4
2.029.
8133
60.1
0000.1
2000.0
881.5
60.0
801.7
4370
295295
245395
3801C
X400
533.0
2.01.5
637.
1203
22.6
2.233.
6169
00.0
7780.0
9340.0
881.5
60.0
801.8
1410
325335
275455
4351C
X500
533.4
2.01.7
241.
2253
13.0
2.237.
4212
00.0
6050.0
7260.0
871.5
70.0
791.7
6435
345355
295490
4801C
X630
533.9
2.01.8
846.
2318
33.4
2.442.
2270
90.0
4690.0
5630.0
861.5
70.0
771.7
7485
390395
320560
5501C
X800
533.9
2.01.8
852.
0412
03.4
2.448.
0343
00.0
3670.0
4400.0
831.7
50.0
771.9
8525
442420
350640
6001C
X1000
534.0
2.52.0
457.
3481
23.4
2.652.
2406
40.0
2910.0
3490.0
821.9
40.0
762.2
0570
485445
380740
720
KEI WIRES & CABLES
128
1 COR
E COP
PER PV
C ARM
OURE
D & UN
ARMO
URED
POWE
R CAB
LESAR
MOUR
EDUN
ARMO
URED
CURR
ENT
RATIN
GSNo
. of
Min.
Thickn
essNo
minal
Min.
Overa
llAp
prox.
Thickn
essNo
m.Ov
erall
Appro
x.Ma
x. D.C
.Max.
A.C.
Appro
x.Ap
prox.
cores
&No
.of
PVC
Dimens
ionsT
hickne
ssDia
meter
Net W
t.of
PVC
Dimen-
Diame
terNe
tRes
istance
Resista
nceRea
ctance
Capaci
-
Direct
in Gro
undIn
Duct
In Air
cross
ofins
ulation
of Arm
ourof
PVC
(Appro
x.)of
Cable
insula
tionsio
ns of
(Appro
x.)Wt
.at
200C
at 700
Cat
50 Hz
tance
section
alWi
res(N
om.)
Wire
Outer
(Nom
.)PVC
outer
of2
32
32
3are
aShe
ath sh
eath
Cable
Cables
Cables
Cables
Cables
Cables
Cables
(mm)
(mm)
(mm)
(mm)
(Kg/Km
)(m
m)(m
m)(m
m)(Kg
/Km)O
hms/K
mOh
ms/Km
Ohms
/KmmF
d/Km
Amps
Amps
Amps
Amps
Amps
Amps
1C X
41.0
1.31.4
1.24
10.9
1731.0
01.8
08.6
1144.6
15.5
20.1
580.4
746
3942
3843
351C
X 6
1.01.3
1.41.2
411.
4204
1.00
1.80
9.1142
3.08
3.69
0.148
0.56
5749
5448
5444
1C X
106.0
1.31.4
1.24
12.3
2591.0
01.8
010.
1190
1.83
2.19
0.138
0.67
7565
7264
7260
1C X
166.0
1.31.4
1.24
13.1
3201.0
01.8
010.
8248
1.15
1.38
0.128
0.81
9485
9283
9282
1C X
256.0
1.51.4
1.24
14.7
4401.2
01.8
012.
4357
0.727
0.87
0.120
0.87
125110
120110
125110
1C X
356.0
1.51.4
1.24
15.7
5481.2
01.8
013.
4458
0.524
0.627
0.114
1.00
150135
140125
155130
1C X
506.0
1.71.4
1.24
17.2
6961.4
01.8
014.
9595
0.387
0.463
0.110
1.03
180155
165150
190165
1C X
7012.
01.7
1.41.4
019.
1930
1.40
1.80
16.5
8050.2
680.3
210.1
031.2
1220
190200
175235
2051C
X 95
15.0
1.91.6
1.40
21.6
1243
1.60
1.80
18.6
1081
0.193
0.231
0.101
1.27
265220
230200
275245
1C X
12018.
01.9
1.61.4
023.
7151
51.6
02.0
021.
1133
20.1
530.1
840.0
961.4
2300
250255
220310
2801C
X 150
18.0
2.11.6
1.40
24.8
1802
1.80
2.00
22.2
1630
0.124
0.149
0.094
1.42
340280
280245
345320
1C X
18530.
02.3
1.61.4
027.
1219
82.0
02.0
024.
5201
30.0
9910.1
20.0
921.4
4380
305305
260390
3701C
X 240
34.0
2.51.6
1.56
30.2
2822
2.20
2.00
27.3
2592
0.0754
0.091
0.090
1.53
420345
340285
445425
1C X
30034.
02.8
2.01.5
633.
7354
22.4
02.0
029.
8320
20.0
6010.0
740.0
881.5
6465
375370
310500
4751C
X 400
53.0
3.02.0
1.56
37.1
4412
2.60
2.20
33.6
4070
0.0470
0.059
0.088
1.56
500400
405335
570550
1C X
50053.
03.4
2.01.7
241.
2558
53.0
02.2
037.
4517
50.0
3660.0
460.0
871.5
7540
425430
355610
5901C
X 630
53.0
3.92.0
1.88
46.2
7138
3.40
2.40
42.2
6664
0.0283
0.037
0.086
1.57
590470
465375
680660
1C X
80053.
03.9
2.01.8
852.
0900
03.4
02.4
048.
0824
80.0
2210.0
310.0
831.7
5664
530523
425766
7431C
X 100
053.
04.0
2.52.0
457.
3111
673.4
02.6
052.
2104
190.0
1760.0
270.0
821.9
4733
585579
467856
830
COMPANY PROFILE
129
2 COR
E ALLU
MINIU
M PVC
ARMO
URED
& UNA
RMOU
RED P
OWER
CABLE
SNo
. of
Min.
Thickn
essMi
n.AR
MOUR
EDUN
ARMO
URED
Max.
D.C.Ma
x. A.C
.App
rox.A
pprox
.cor
es &
No. o
fof
PVC
Thickn
essNo
minal
Min. T
hickne
ss of
Overa
ll Diam
eter
Appro
x. Ne
t Wt.
Nom.
Overa
llNe
t Wt.
Resista
nceRes
istance
Reacta
nceCap
aci-
CURR
ENT
RATIN
GScro
ssWi
resins
ulation
of PV
CDim
ension
s of A
rmour
PVC O
uter S
heath
(Appro
x.)of
Cable
Thickn
essDia
meter
of Cab
leat
200C
at 700
Cat
50 Hz
tance
section
al(N
om.)
inner
of Ou
ter(Ap
prox)
(Appro
x)Dir
ectIn
Inare
ashe
athStr
ipWi
reStr
ipWi
reStr
ipWi
reStr
ipWi
reShe
athOh
ms/
Ohms
/Oh
ms/
in Gro
undDu
ctAir
mmmm
mmmm
mmmm
mm(Kg
/Km)
(Kg/Km
)mm
mmKg
/KmKm
KmKm
mFd/K
mAm
psAm
psAm
ps
2Cx1.
51
0.80
0.30
—1.4
0—
1.24
—13.
5—
3901.8
010.
40170
18.10
21.72
0.126
0.140
1816
16
2Cx2.
51
0.90
0.30
—1.4
0—
1.24
—15.
0—
4501.8
011.
90210
12.10
14.52
0.119
0.150
2521
21
2Cx4
11.0
00.3
0—
1.40
—1.2
4—
16.5
—550
1.80
13.40
2657.4
18.8
90.1
160.1
6032
2727
2Cx6
11.0
00.3
0—
1.40
—1.2
4—
17.5
—640
1.80
14.40
3204.6
15.5
30.1
100.1
9040
3435
2Cx10
11.0
00.3
0—
1.40
—1.2
4—
19.0
—745
1.80
15.90
3903.0
83.7
00.1
000.2
2055
4547
2Cx16
61.0
00.3
04x0
.81.6
01.4
01.4
018.
820.
4528
7231.8
018.
00338
1.91
2.29
0.097
0.290
7058
59
2Cx25
61.2
00.3
04x0
.81.6
01.4
01.4
020.
822.
4658
8872.0
020.
40461
.01.2
01.4
40.0
970.3
2090
7678
2Cx35
61.2
00.3
04x0
.81.6
01.4
01.4
021.
823.
4747
9762.0
021.
40537
.00.8
681.0
40.0
970.3
70110
9299
2Cx50
61.4
00.3
04x0
.81.6
01.4
01.5
624.
326.
2923
1198
2.00
23.90
683.0
0.641
0.77
0.094
0.370
135115
125
2Cx70
121.4
00.3
04x0
.81.6
01.5
61.5
626.
728.
3112
4141
12.0
026.
00838
.00.4
430.5
30.0
900.4
40160
140150
2Cx95
151.6
00.4
04x0
.82.0
01.5
61.5
630.
232.
6141
1191
52.2
029.
90110
7.00.3
200.3
80.0
900.4
40190
170185
2Cx12
015
1.60
0.40
4x0.8
2.00
1.56
1.72
31.7
34.4
1613
2170
2.20
31.40
1291.0
0.253
0.30
0.087
0.490
210190
210
2Cx15
015
1.80
0.40
4x0.8
2.00
1.72
1.72
35.4
37.8
1948
2553
2.40
35.20
1592.0
0.206
0.25
0.087
0.490
240210
240
2Cx18
530
2.00
0.50
4x0.8
2.00
1.88
1.88
39.1
41.5
2357
3013
2.40
38.50
1933.0
0.164
0.20
0.087
0.490
275240
275
2Cx24
030
2.20
0.50
4x0.8
2.50
2.04
2.04
42.5
45.9
2880
3908
2.60
42.00
2424.0
0.125
0.15
0.087
0.500
320275
325
2Cx30
030
2.40
0.60
4x0.8
2.50
2.20
2.20
48.5
51.9
3500
4675
2.80
48.10
2981.0
0.100
0.12
0.086
0.520
355305
365
2Cx40
053
2.60
0.70
4X0.8
3.15
2.36
2.52
55.5
60.5
4560
6560
3.20
52.50
3755.0
0.0778
0.09
0.086
0.530
385345
420
KEI WIRES & CABLES
130
2 COR
E COP
PER PV
C ARM
OURE
D & UN
ARMO
URED
POWE
R CAB
LESNo
. of
Min.
Thickn
essMi
n.AR
MOUR
EDUN
ARMO
URED
Max.
D.C.Ma
x. A.C
.App
rox.A
pprox
.cor
es &
No. o
fof
PVC
Thickn
essNo
minal
Min. T
hickne
ss of
Overa
ll Diam
eter
Appro
x. Ne
t Wt.
Nom.
Overa
llNe
t Wt.
Resista
nceRes
istance
Reacta
nceCap
aci-
CURR
ENT
RATIN
GScro
ssWi
resins
ulation
of PV
CDim
ension
s of A
rmour
PVC O
uter S
heath
(Appro
x.)of
Cable
Thickn
essDia
meter
of Cab
leat
200C
at 700
Cat
50 Hz
tance
section
al(N
om.)
inner
of Ou
ter(Ap
prox)
(Appro
x)Dir
ectIn
Inare
ashe
athStr
ipWi
reStr
ipWi
reStr
ipWi
reStr
ipWi
reShe
athin
Ground
Duct
Airmm
mmmm
mmmm
mmmm
(Kg/Km
)(Kg
/Km)
mmmm
Kg/Km
Ohms
/KmOh
ms/Km
Ohms
/KmmF
d/Km
Amps
Amps
Amps
2C X
1.51
0.80
0.30
—1.4
0—
1.24
—13.
5—
4071.8
010.
4194
12.1
14.5
0.126
0.14
2320
20
2C X
2.51
0.90
0.30
—1.4
0—
1.24
—15.
0—
4821.8
011.
9248
7.48.8
70.1
190.1
532
2727
2C X
41
1.00
0.30
—1.4
0—
1.24
—16.
5—
5961.8
013.
4316
4.65.5
20.1
160.1
641
3535
2C X
61
1.00
0.30
—1.4
0—
1.24
—17.
5—
7111.8
014.
4397
3.08
3.69
0.110
0.19
5044
45
2C X
106
1.00
0.30
—1.4
0—
1.24
—19.
0—
8631.8
015.
9515
1.83
2.19
0.100
0.22
7058
60
2C X
166
1.00
0.30
4x0.8
1.60
1.40
1.40
18.8
20.4
721917
1.80
18.0
5311.1
151.3
80.0
970.2
990
7578
2C X
256
1.20
0.30
4x0.8
1.60
1.40
1.40
20.8
22.4
965119
32.0
020.
4767
0.722
0.87
0.097
0.32
11597
105
2C X
356
1.20
0.30
4x0.8
1.60
1.40
1.40
21.8
23.4
1176
1405
2.00
21.4
9660.5
240.6
270.0
970.3
7140
120125
2C X
506
1.40
0.30
4x0.8
1.60
1.40
1.56
24.3
26.2
1494
1768
2.00
23.9
1254
0.387
0.463
0.094
0.37
165145
155
2C X
7012
1.40
0.30
4x0.8
1.60
1.56
1.56
26.7
28.3
1963
2250
2.00
26.0
1677
0.268
0.321
0.090
0.44
205180
195
2C X
9515
1.60
0.40
4x0.8
2.00
1.56
1.56
30.2
32.6
2577
3081
2.20
29.9
2274
0.193
0.231
0.090
0.44
240215
230
2C X
12018
1.60
0.40
4x0.8
2.00
1.56
1.72
31.7
34.4
3082
3639
2.20
31.4
2760
0.153
0.184
0.087
0.49
275235
265
2C X
15018
1.80
0.40
4x0.8
2.00
1.72
1.72
35.4
37.8
3765
4369
2.40
35.2
3409
0.124
0.149
0.087
0.49
310270
305
2C X
18530
2.00
0.50
4x0.8
2.00
1.88
1.88
39.4
41.5
4626
5281
2.40
38.5
4201
0.0991
0.120
0.087
0.49
350300
350
2C X
24034
2.20
0.50
4x0.8
2.50
2.04
2.04
42.5
45.9
5865
6893
2.60
42.0
5409
0.0754
0.091
0.087
0.50
405345
410
2C X
30034
2.40
0.60
4x0.8
2.50
2.20
2.20
48.5
51.9
7250
8424
2.80
48.1
6732
0.0601
0.073
0.086
0.52
450385
465
2C X
40053
2.60
0.70
4x0.8
3.15
2.36
2.52
55.5
60.5
9188
11171
3.20
52.5
8466
0.0470
0.059
0.086
0.53
490425
530
COMPANY PROFILE
131
3 COR
E ALUM
INIUM
PVC A
RMOU
RED &
UNAR
MOUR
ED PO
WER C
ABLES
No. o
fMi
n.Thi
ckness
Min.
ARMO
URED
UNAR
MOUR
EDMa
x. D.C
.Max.
A.C.A
pprox
.App
rox.
cores
&No
. of
of PV
CThi
ckness
Nomin
alMin
. Thic
kness
ofOv
erall D
iamete
rAp
prox.
Net W
t.No
m.Ov
erall
Net W
t.Res
istance
Resista
nceRea
ctance
Capaci
-CU
RREN
T RA
TINGS
cross
Wires
insula
tionof
PVC
Dimens
ions o
f Arm
ourPV
C Oute
r Shea
th(Ap
prox.)
of Cab
leThi
ckness
Diame
terof
Cable
at 200
Cat
700C
at 50
Hztan
cesec
tional
(Nom
.)inn
erof
Outer
(Appro
x)(Ap
prox)
Direct
InIn
area
sheath
Strip
Wire
Strip
Wire
Strip
Wire
Strip
Wire
Sheath
in Gro
undDu
ctAir
mmmm
mmmm
mmmm
mm(Kg
/Km)
(Kg/Km
)mm
mmKg
/KmOh
ms/Km
Ohms
/KmOh
ms/Km
mFd/K
mAm
psAm
psAm
ps
3Cx1.
51
0.80.3
—1.4
0—
1.24
—14.
0—
4201.8
011.
0190
18.10
21.72
0.126
0.140
1614
13
3Cx2.
51
0.90.3
—1.4
0—
1.24
—15.
0—
5001.8
012.
0230
12.10
14.52
0.119
0.150
2118
18
3Cx4
11.0
0.3—
1.40
—1.2
4—
16.5
—595
1.80
13.4
3007.4
18.8
90.1
160.4
1028
2323
3Cx6
11.0
0.3—
1.40
—1.2
4—
17.5
—685
1.80
14.4
3504.6
15.5
30.1
100.4
7035
3030
3Cx10
11.0
0.3—
1.40
—1.4
0—
19.5
—830
1.80
15.6
4353.0
83.7
00.1
000.5
6046
3940
3Cx16
61.0
0.34x0
.81.6
01.4
01.4
018.
620.
2569
7671.8
018.
4415
1.91
2.29
0.097
0.760
6050
51
3Cx25
61.2
0.34x0
.81.6
01.4
01.4
021.
322.
9750
9712.0
021.
5586
1.20
1.44
0.097
0.860
7663
70
3Cx35
61.2
0.34x0
.81.6
01.4
01.4
023.
124.
7888
1129
2.00
23.3
7050.8
681.0
40.0
970.9
8092
7786
3Cx50
61.4
0.34x0
.81.6
01.5
61.5
626.
628.
2114
7143
62.0
026.
5913
0.641
0.77
0.094
1.020
11095
105
3Cx70
121.4
0.44x0
.82.0
01.5
61.5
629.
632.
0142
6191
42.2
029.
9118
70.4
430.5
30.0
901.1
80135
115130
3Cx95
151.6
0.44x0
.82.0
01.5
61.7
233.
536.
2181
5242
02.2
033.
8153
80.3
200.3
80.0
901.2
00165
140155
3Cx12
015
1.60.4
4x0.8
2.00
1.72
1.72
37.0
39.4
2166
2796
2.20
37.0
1829
0.253
0.30
0.087
1.310
185155
180
3Cx15
015
1.80.5
4x0.8
2.00
1.88
1.88
40.1
42.4
2584
3249
2.40
40.1
2228
0.206
0.25
0.087
1.310
210175
205
3Cx18
530
2.00.5
4x0.8
2.50
1.88
2.04
44.2
47.9
3099
4246
2.60
44.6
2743
0.164
0.20
0.087
1.310
235200
240
3Cx24
030
2.20.6
4x0.8
2.50
2.20
2.20
50.3
53.7
3945
5171
2.80
50.7
3541
0.125
0.15
0.087
1.340
275235
280
3Cx30
030
2.40.6
4x0.8
2.50
2.36
2.36
55.0
58.4
4731
6085
3.00
55.5
4296
0.100
0.12
0.086
1.410
305260
315
3Cx40
053
2.60.7
4x0.8
3.15
2.52
2.68
62.6
67.6
5927
8135
3.40
63.8
5537
0.0778
0.09
0.086
1.450
335290
375
KEI WIRES & CABLES
132
3 COR
E COP
PER PV
C ARM
OURE
D & UN
ARMO
URED
POWE
R CAB
LESNo
. of
Min.
Thickn
essMi
n.AR
MOUR
EDUN
ARMO
URED
Max.
D.C.Ma
x. A.C
.App
rox.A
pprox
.cor
es &
No. o
fof
PVC
Thickn
essNo
minal
Min. T
hickne
ss of
Overa
ll Diam
eter
Appro
x. Ne
t Wt.
Nom.
Overa
llNe
t Wt.
Resista
nceRes
istance
Reacta
nceCap
aci-
CURR
ENT
RATIN
GScro
ssWi
resins
ulation
of PV
CDim
ension
s of A
rmour
PVC O
uter S
heath
(Appro
x.)of
Cable
Thickn
essDia
meter
of Cab
leat
200C
at 700
Cat
50 Hz
tance
section
al(N
om.)
inner
of Ou
ter(Ap
prox)
(Appro
x)Dir
ectIn
Inare
ashe
athStr
ipWi
reStr
ipWi
reStr
ipWi
reStr
ipWi
reShe
athin
Ground
Duct
Airmm
mmmm
mmmm
mmmm
(Kg/Km
)(Kg
/Km)
mmmm
Kg/Km
Ohms
/KmOh
ms/Km
Ohms
/KmmF
d/Km
Amps
Amps
Amps
3C X
1.51
0.80
0.3—
1.4—
1.24
—14.
0—
4421.8
011.
00218
12.1
14.5
0.126
0.14
2117
17
3C X
2.51
0.90
0.3—
1.4—
1.24
—15.
0—
5421.8
012.
00284
7.41
8.87
0.119
0.15
2724
24
3C X
41
1.00
0.3—
1.4—
1.24
—16.
5—
6631.8
013.
50372
4.61
5.52
0.116
0.41
3630
30
3C X
61
1.00
0.3—
1.4—
1.24
—17.
5—
7891.8
014.
40470
3.08
3.69
0.110
0.47
4538
39
3C X
106
1.00
0.3—
1.4—
1.40
—19.
5—
1017
1.80
15.60
6291.8
32.1
90.1
000.5
660
5057
3C X
166
1.00
0.34x0
.81.6
1.40
1.40
18.6
20.2
859105
71.8
018.
40705
1.15
1.38
0.097
0.76
7764
66
3C X
256
1.20
0.34x0
.81.6
1.40
1.40
21.3
22.9
1210
1431
2.00
21.50
1046
0.727
0.87
0.097
0.86
9981
90
3C X
356
1.20
0.34x0
.81.6
1.40
1.40
23.1
24.7
1532
1773
2.00
23.30
1350
0.524
0.627
0.097
0.98
12099
110
3C X
506
1.40
0.34x0
.81.6
1.56
1.56
26.6
28.2
2016
2305
2.00
26.50
1783
0.387
0.463
0.094
1.02
145125
135
3C X
7012
1.40
0.44x0
.82.0
1.56
1.56
29.6
32.0
2684
3173
2.20
29.90
2446
0.268
0.321
0.090
1.18
175150
165
3C X
9515
1.60
0.44x0
.82.0
1.56
1.72
33.5
36.2
3564
4169
2.20
33.80
3286
0.193
0.231
0.090
1.20
210175
200
3C X
12018
1.60
0.44x0
.82.0
1.72
1.72
37.0
39.4
4371
5001
2.20
37.00
4034
0.153
0.184
0.087
1.31
240195
230
3C X
15018
1.80
0.54x0
.82.0
1.88
1.88
40.1
42.4
5309
5974
2.40
40.10
4954
0.124
0.149
0.087
1.31
270225
265
3C X
18530
2.00
0.50
4x0.8
2.51.8
82.0
444.
247.
9650
2764
82.6
044.
60614
50.0
9910.1
20.0
871.3
1300
255305
3C X
24034
2.20.6
4x0.8
2.52.2
02.2
051.
353.
7842
2964
82.8
050.
70801
80.0
7540.0
9120.0
871.3
4345
295355
3C X
30034
2.40.6
4x0.8
2.52.3
62.3
655.
058.
4103
56117
103.0
055.
50992
00.0
6010.0
7390.0
861.4
1385
335400
3C X
40053
2.60.7
4x0.8
3.22.5
22.6
862.
667.
6131
07153
153.4
063.
80127
170.0
470.0
5920.0
861.4
5425
360455
COMPANY PROFILE
133
3.5 CO
RE AL
UMINI
UM PV
C ARM
OURE
D POW
ER CA
BLES
TypeNo.
ofMin
.Thic
kness
Min.
Nominal
Min. Th
ickness
Overall D
iameter
Approx.
Net Wt
.Max
. D.C.
Max. A.C
.App
rox.App
rox.CUR
RENT RA
TINGS
cores &
No. of
of PVC
Thickne
ssDim
ensions
of PVC
Outer
(Approx
.)of C
ableRes
istance
Resistan
ceRea
ctance
Capacita
ncecros
sWir
esinsu
la-of P
VCof A
rmour
Sheath
at 200 C
at 700 C
at 50 H
zDire
ctIn D
uctIn A
irsect
ional
tioninne
rStrip
Wire
StripWir
eStrip
Wire
StripWir
ein G
round
area(No
m.)shea
thArm
ourArm
ourArm
ourArm
ourArm
ourArm
our(mm
)(mm
)(mm
)(mm
)(mm
)(mm
)(mm
)(mm
)(Kg/
Km)(Kg/
Km)Ohm
s/KmOhm
s/KmOhm
s/KmmFd
/KmAm
psAm
psAm
psAy
wy/Ay
fy3.5
Cx25
/166/6
1.2/1.
00.3
4x0.8
1.60
1.40
1.40
23.8
25.4
882
1128
1.2000
1.44
0.097
0.86
7663
70Ay
wy/Ay
fy3.5
Cx35
/166/6
1.2/1.
00.3
4x0.8
1.60
1.40
1.40
24.8
26.4
1000
1263
0.8680
1.04
0.097
0.98
9277
86Ay
wy/Ay
fy3.5
Cx50
/256/6
1.4/1.
20.3
4x0.8
1.60
1.56
1.56
28.4
30.0
1289
1583
0.6410
0.77
0.094
1.02
100
9510
5Ay
wy/Ay
fy3.5
Cx70
/3512
/61.4
/1.2
0.44x0
.82.0
01.5
61.5
632
.534
.916
4021
840.4
4300.5
30.0
901.1
813
511
513
0Ay
wy/Ay
fy3.5
Cx95
/5015
/61.6
/1.4
0.44x0
.82.0
01.5
61.7
236
.238
.920
7527
160.3
2000.3
80.0
901.2
016
514
015
5Ay
wy/Ay
fy3.5
Cx12
0/701
5/121
.6/1.4
0.54x0
.82.0
01.7
21.8
839
.342
.1250
2320
30.2
5300.3
00.0
871.3
118
515
518
0Ay
wy/Ay
fy3.5
Cx15
0/701
5/121
.8/1.4
0.54x0
.82.0
01.8
81.8
844
.046
.4295
0368
00.2
0600.2
50.0
871.3
121
017
520
5Ay
wy/Ay
fy3.5
Cx18
5/953
0/152
.0/1.6
0.54x0
.82.5
02.0
42.0
448
.852
.2361
0481
30.1
6400.2
00.0
871.3
123
520
024
0Ay
wy/Ay
fy3.5
Cx240/
12030
/152.2
/1.6
0.64x0
.82.5
02.2
02.3
655
.258
.9452
6571
50.1
2500.1
50.0
871.3
427
523
528
0Ay
wy/Ay
fy3.5
Cx300/
15030
/152.4
/1.8
0.64x0
.83.1
52.3
62.5
259
.764
.7540
0753
10.1
0000.1
20.0
861.4
130
526
031
5Ay
wy/Ay
fy3.5
CX400
/1855
3/302
.6/2.0
0.74X
0.83.1
52.6
82.6
868
.673
.3682
7921
10.0
7780.0
90.0
861.4
533
529
037
5
3.5 CO
RE AL
UMINI
UM PV
C UNA
RMOU
RED P
OWER
CABLE
STyp
eNo
ofMi
n.No
Thick
ness
Min
Nom.
Overa
llNe
t Wt.
Max.
DCMa
x. AC
Appro
x..Ap
prox.
CURR
ENT R
ATIN
GSco
res &
of wi
resof
PVC
Thick
ness
Thick
nee o
fDia
meter
of Ca
bleRe
sistan
ceRe
sistan
ceRe
actan
ceCa
pacit
ance
cross
Insula
tion
of PV
CPV
C Ou
ter(A
pprox
)(A
pprox
)at
200 C
at 700 C
at 50
Hz
Direct
inIn
Duct
In Air
sectio
nal
(Nom
.)Inn
ershe
athsh
eath
Grou
ndare
asq
mmmm
mmmm
mmKg
/KmOh
m/Km
Ohm/
KmOh
m/Km
mFd/K
mAm
psAm
psAm
psAY
Y3.5
C X
25/16
6/61.2
/1.0
0.30
2.00
24.00
692
1.20
1.44
0.097
0.86
7663
70AY
Y3.5
C X
35/16
6/61.2
/1.0
0.30
2.00
25.00
799
0.868
1.04
0.097
0.98
9277
86AY
Y3.5
C X
50/25
6/61.4
/1.2
0.30
2.00
28.30
1034
0.641
0.77
0.094
1.02
110
9510
5AY
Y3.5
C X
70/35
12/6
1.4/1.
20.4
02.2
032
.8013
730.4
430.5
30.0
901.1
813
511
513
0AY
Y3.5
C X
95/50
15/6
1.6/1.
40.4
02.2
036
.5017
710.3
200.3
80.0
901.2
016
514
015
5AY
Y3.5
C X
120/7
015
/121.6
/1.4
0.50
2.40
39.70
2180
0.253
0.30
0.087
1.31
185
155
180
AYY
3.5 C
X 15
0/70
15/12
1.8/1.
40.5
02.4
044
.0025
540.2
060.2
50.0
871.3
121
017
520
5AY
Y3.5
C X
185/9
530
/152.0
/1.6
0.50
2.60
48.90
3176
0.164
0.20
0.087
1.31
235
200
240
AYY
3.5 C
X 24
0/120
30/15
2.2/1.
60.6
03.0
056
.0041
280.1
250.1
50.0
871.3
427
523
528
0AY
Y3.5
C X
300/1
5030
/152.4
/1.8
0.60
3.20
60.60
4989
0.100
0.12
0.086
1.41
305
260
315
AYY
3.5 C
X 40
0/185
53/30
2.6/ 2
.00.7
03.4
069
.4063
440.0
778
0.09
0.086
1.45
335
290
375
KEI WIRES & CABLES
134
3.5 CO
RE CO
PPER
PVC A
RMOU
RED P
OWER
CABLE
STyp
eNo
. of
Min.
Thickn
essMin
Nomin
alMin
. Thic
kness
Overa
llAp
prox.
Max.
DCMa
x. AC
Appro
x.Ap
prox.
Curren
t Ratin
gsCo
res &
No. o
fof
PVC
Thickn
essDim
ension
sof
PVC O
uter
Diame
terNe
t Wt.
Resista
nceRes
istance
Reacta
nceCap
aci-
cross
wires
Insula
tionof
PVC
of Arm
ourShe
ath(Ap
prox)
of Cab
leat
200C
at 700
Cat
50 Hz
tance
Direct
inIn
In Air
section
al(No
m)inn
erGro
undDu
ctare
ashe
athStr
ipWi
reStr
ipWi
reStr
ipWi
reStr
ipWi
remm
2mm
mmmm
mmmm
mmmm
mmKg
/KmKg
/KmOh
m/Km
Ohm/
KmOh
m/Km
mFd/K
mAm
psAm
psAm
psYW
Y/YFY
3.5C X
25/16
6/61.2
/1.0
0.34x0
.81.6
01.4
01.4
023
.825
.414
3816
850.7
270.8
70.0
970.8
699
8190
YWY/Y
FY3.5
C X 35
/166/6
1.2/1.
00.3
4x0.8
1.60
1.40
1.40
24.8
26.4
1741
2004
0.524
0.627
0.097
0.98
120
9911
0YW
Y/YFY
3.5C X
50/25
6/61.4
/1.2
0.34x0
.81.6
01.5
61.5
628
.430
.023
1326
060.3
870.4
630.0
941.0
214
512
513
5YW
Y/YFY
3.5C X
70/35
12/6
1.4/1.
20.4
4x0.8
2.00
1.56
1.56
32.5
34.9
3113
3657
0.268
0.321
0.090
1.18
175
150
165
YWY/Y
FY3.5
C X 95
/5015
/61.6
/1.4
0.44x0
.82.0
01.5
61.7
236
.238
.941
1547
560.1
930.2
310.0
901.2
021
017
520
0YW
Y/YFY
3.5C X
120/7
018/1
21.6
/1.4
0.54x0
.82.0
01.7
21.8
839
.342
.151
2558
270.1
530.1
840.0
871.3
124
019
523
0YW
Y/YFY
3.5C X
150/7
018/1
21.8
/1.4
0.54x0
.82.0
01.8
81.8
844
.046
.460
9568
250.1
240.1
490.0
871.3
127
022
526
5YW
Y/YFY
3.5C X
185/9
530/1
52.0
/1.6
0.54x0
.82.5
02.0
42.0
448
.852
.275
9587
990.0
991
0.120
0.087
1.31
300
255
305
YWY/Y
FY3.5
C X 24
0/120
34/18
2.2/1.
60.6
4x0.8
2.50
2.20
2.36
55.2
58.9
9738
1112
80.0
754
0.091
20.0
871.3
434
529
535
5YW
Y/YFY
3.5C X
300/1
5034
/182.4
/1.8
0.64x0
.83.1
52.3
62.5
259
.764
.711
945
1406
40.0
601
0.073
90.0
861.4
138
533
540
0YW
Y/YFY
3.5C X
400/1
8553
/302.6
/2.0
0.74x0
.83.1
52.6
82.6
868
.673
.315
139
1752
30.0
470
0.059
20.0
861.4
542
536
045
5
3.5 CO
RE CO
PPER
PVC U
NARM
OURE
D POW
ER CA
BLES
Type
No. o
fMi
n.Th
ickne
ssMi
nimum
Nomi
nal
Overa
llNe
t Wt.
Max.
DCMa
x. AC
Appro
x.Ap
prox.
CURR
ENT R
ATIN
GSco
res &
No. o
fof
PVC
Thick
ness
Thick
ness
Diame
terof
Cable
Resis
tance
Resis
tance
React
ance
Capa
citan
cecro
sswi
resIns
ulatio
nof
PVC
of PV
C(A
pprox
)(A
pprox
)at
200C
at 70O C
at 50
HZ
Direct
inIn
Duct
In Air
sectio
nal
(Nom
.)Inn
erOu
terGr
ound
area
Sheat
hSh
eath
sqmm
mmmm
mmmm
Kg/Km
Ohm/
KmOh
m/Km
Ohm/
KmmF
d/Km
Amps
Amps
Amps
YY3.5
C X
25/16
6/61.2
/1.0
0.30
2.00
24.00
1248
0.73
0.87
0.097
0.86
9981
90YY
3.5 C
X 35
/166/6
1.2/1.
00.3
02.0
025
.0015
410.5
240.6
270.0
970.9
812
099
110
YY3.5
C X
50/25
6/61.4
/1.2
0.30
2.00
28.30
2058
0.387
0.463
0.094
1.02
145
125
135
YY3.5
C X
70/35
12/6
1.4/1.
20.4
02.2
032
.8028
450.2
680.3
210.0
901.1
817
515
016
5YY
3.5 C
X 95
/5015
/61.6
/1.4
0.40
2.20
31.50
3810
0.193
0.231
0.090
1.20
210
175
200
YY3.5
C X
120/7
018
/121.6
/1.4
0.50
2.40
39.70
4804
0.153
0.184
0.087
1.31
240
195
230
YY3.5
C X
150/7
018
/121.8
/1.4
0.50
2.40
44.00
5699
0.124
0.149
0.087
1.31
270
225
265
YY3.5
C X
185/9
530
/152.0
/1.6
0.50
2.60
48.90
7161
0.099
0.120
00.0
871.3
130
025
530
5YY
3.5 C
X 24
0/120
34/18
2.2/1.
60.6
03.0
056
.0093
400.0
750.0
912
0.087
1.34
345
295
355
YY3.5
C X
300/1
5034
/182.4
/1.8
0.60
3.20
60.60
1152
10.0
600.0
739
0.086
1.41
385
335
400
YY3.5
C X
400/1
8553
/302.6
/ 2.0
0.70
3.40
69.40
1465
10.0
470
0.059
20.0
861.4
542
536
045
5
COMPANY PROFILE
135
4 COR
E ALUM
INIUM
PVC A
RMOU
RED &
UNAR
MOUR
ED PO
WER C
ABLES
No. o
fMi
n.Thi
ckness
Min.
ARMO
URED
UNAR
MOUR
EDMa
x. D.C
.Max.
A.C.A
pprox
.App
rox.
cores
&No
. of
of PV
CThi
ckness
Nomin
alMin
. Thic
kness
ofOv
erall D
iamete
rAp
prox.
Net W
t.No
m.Ov
erall
Net W
t.Res
istance
Resista
nceRea
ctance
Capaci
-CU
RREN
T RA
TINGS
cross
Wires
insula
tionof
PVC
Dimens
ions o
f Arm
ourPV
C Oute
r Shea
th(Ap
prox.)
of Cab
leThi
ckness
Diame
terof
Cable
at 200
Cat
700C
at 50
Hztan
cesec
tional
(Nom
.)inn
erof
Outer
(Appro
x)(Ap
prox)
Direct
InIn
area
sheath
Strip
Wire
Strip
Wire
Strip
Wire
Strip
Wire
Sheath
Ohms
/Oh
ms/
Ohms
/mF
d/in
Ground
Duct
Airmm
mmmm
mmmm
mmmm
(Kg/Km
)(Kg
/Km)
mmmm
Kg/Km
KmKm
KmKm
Amps
Amps
Amps
4CX1
.51
0.80.3
—1.4
0—
1.24
—14.
5—
4701.8
011.
70210
18.10
21.72
0.126
0.140
1614
13
4Cx2.
51
0.90.3
—1.4
0—
1.24
—16.
0—
5601.8
013.
20270
12.10
14.52
0.119
0.150
2118
18
4Cx4
11.0
0.3—
1.40
—1.2
4—
17.5
—675
1.80
15.00
3407.4
18.8
90.1
160.4
1028
2323
4Cx6
11.0
0.3—
1.40
—1.2
4—
19.0
—800
1.80
16.00
4204.6
15.5
30.1
100.4
7035
3030
4Cx10
11.0
0.34x0
.81.6
01.4
01.4
021.
523.
0800
1030
1.80
19.00
5103.0
83.7
00.1
000.5
6046
3940
4Cx16
61.0
0.34x0
.81.6
01.4
01.4
022.
223.
8727
9662.0
022.
40553
1.91
2.29
0.097
0.760
6050
51
4Cx25
61.2
0.34x0
.81.6
01.4
01.4
023.
625.
2915
1165
2.00
23.80
7281.2
01.4
40.0
970.8
6076
6370
4Cx35
61.2
0.34x0
.81.6
01.4
01.5
625.
927.
8109
7139
62.0
026.
10886
0.868
1.04
0.097
0.980
9277
86
4Cx50
61.4
0.44x0
.82.0
01.5
61.5
630.
332.
7143
2193
52.2
030.
60118
70.6
410.7
70.0
941.0
20110
95105
4Cx70
121.4
0.44x0
.82.0
01.5
61.5
633.
435.
8178
1233
62.2
033.
70150
50.4
430.5
30.0
901.1
80135
115130
4Cx95
151.6
0.44x0
.82.0
01.7
21.7
238.
240.
6231
1294
82.4
038.
60199
70.3
200.3
80.0
901.2
00165
140155
4Cx12
015
1.60.5
4x0.8
2.00
1.88
1.88
41.7
44.1
2762
3453
2.40
41.70
2390
0.253
0.30
0.087
1.310
185155
180
4Cx15
015
1.80.5
4x0.8
2.50
1.88
2.04
44.7
48.4
3246
4387
2.60
45.10
2885
0.206
0.25
0.087
1.310
210175
205
4Cx18
530
2.00.6
4x0.8
2.50
2.04
2.20
50.1
53.8
3982
5245
2.80
50.80
3615
0.164
0.20
0.087
1.310
235200
240
4Cx24
030
2.20.6
4x0.8
2.50
2.36
2.36
56.7
60.1
5038
6445
3.00
57.20
4587
0.125
0.15
0.087
1.340
275235
280
4Cx30
030
2.40.7
4x0.8
3.15
2.52
2.68
62.9
68.0
6109
8376
3.40
64.10
5716
0.100
0.12
0.086
1.410
305260
315
4Cx40
053
2.60.7
4x0.8
3.15
2.84
2.84
70.6
75.3
7640
10124
3.60
71.50
7157
0.0778
0.09
0.086
1.450
335290
375
KEI WIRES & CABLES
136
4 COR
E COP
PER PV
C ARM
OURE
D & UN
ARMO
URED
POWE
R CAB
LESNo
. of
Min.
Thickn
essMi
n.AR
MOUR
EDUN
ARMO
URED
Max.
D.C.Ma
x. A.C
.App
rox.A
pprox
.cor
es &
No. o
fof
PVC
Thickn
essNo
minal
Min. T
hickne
ss of
Overa
ll Diam
eter
Appro
x. Ne
t Wt.
Nom.
Overa
llNe
t Wt.
Resista
nceRes
istance
Reacta
nceCap
aci-
CURR
ENT
RATIN
GScro
ssWi
resins
ulation
of PV
CDim
ension
s of A
rmour
PVC O
uter S
heath
(Appro
x.)of
Cable
Thickn
essDia
meter
of Cab
leat
200C
at 700
Cat
50 Hz
tance
section
al(N
om.)
inner
of Ou
ter(Ap
prox)
(Appro
x)Dir
ectIn
Inare
ashe
athStr
ipWi
reStr
ipWi
reStr
ipWi
reStr
ipWi
reShe
athin
Ground
Duct
Airmm
mmmm
mmmm
mmmm
(Kg/Km
)(Kg
/Km)
mmmm
Kg/Km
Ohms
/KmOh
ms/Km
Ohms
/KmmF
d/Km
Amps
Amps
Amps
4C X
1.51
0.80.3
—1.4
0—
1.24
—14.
5—
5031.8
011.
70256
12.1
14.5
0.126
0.14
2117
17
4C X
2.51
0.90.3
—1.4
0—
1.24
—16.
0—
6161.8
013.
20335
7.48.8
70.1
190.1
527
2424
4C X
41
1.00.3
—1.4
0—
1.24
—17.
5—
7711.8
015.
00446
4.65.5
20.1
160.4
136
3030
4C X
61
1.00.3
—1.4
0—
1.24
—19.
0—
9471.8
016.
00576
3.13.6
90.1
100.4
745
3938
4C X
106
1.00.3
4x0.8
1.60
1.40
1.40
21.5
23.0
1045
1273
1.80
19.00
7731.8
2.19
0.100
0.56
6057
50
4C X
166
1.00.3
4x0.8
1.60
1.40
1.40
22.2
23.8
1113
1352
2.00
22.40
9401.2
1.38
0.097
0.76
7766
64
4C X
256
1.20.3
4x0.8
1.60
1.40
1.40
23.6
25.2
1529
1779
2.00
23.80
1342
0.727
0.87
0.097
0.86
9990
81
4C X
356
1.20.3
4x0.8
1.60
1.40
1.56
25.9
27.8
1955
2254
2.00
26.10
1744
0.524
0.62
0.097
0.98
120110
99
4C X
506
1.40.4
4x0.8
2.00
1.56
1.56
30.3
32.7
2593
3096
2.20
30.60
2347
0.387
0.46
0.094
1.02
145135
125
4C X
7012
1.40.4
4x0.8
2.00
1.56
1.56
33.4
35.8
3459
4015
2.20
33.70
3183
0.268
0.32
0.090
1.18
175165
150
4C X
9515
1.60.4
4x0.8
2.00
1.72
1.72
38.2
40.6
4643
5280
2.40
38.60
4330
0.193
0.23
0.090
1.20
210200
175
4C X
12018
1.60.5
4x0.8
2.00
1.88
1.88
41.7
44.1
5702
6393
2.40
41.70
5330
0.153
0.18
0.087
1.31
240230
195
4C X
15018
1.80.5
4x0.8
2.50
1.88
2.04
44.7
48.4
6872
8012
2.60
45.10
6511
0.124
0.14
0.087
1.31
270265
225
4C X
18530
2.00.6
4x0.8
2.50
2.04
2.20
50.1
53.8
8519
9782
2.80
50.80
8152
0.0991
0.12
0.087
1.31
300305
255
4C X
24034
2.20.6
4x0.8
2.50
2.36
2.36
56.7
60.1
11008
12415
3.00
57.20
10557
0.0754
0.091
0.087
1.34
345355
295
4C X
30034
2.40.7
4x0.8
3.15
2.52
2.68
62.9
68.0
13610
15877
3.40
64.10
13218
0.0601
0.073
0.086
1.41
385400
335
4C X
40053
2.60.7
4x0.8
3.15
2.84
2.84
70.6
75.3
17213
19697
3.60
71.50
16729
0.0470
0.059
0.086
1.45
425455
360
COMPANY PROFILE
137
CURRENT RATINGS (XLPE)
Basic assumption and conditions of installationMax. Conductor temperature at continuous operation ........................................................... 90OCAmbient Air temperature ....................................................................................................... 40OCGround temperature .............................................................................................................. 30OCThermal Resistivity of soil ...................................................................................................... 150OC Cm/WDepth of laying ...................................................................................................................... 750 mmMax. Conductor temperature for short circuit ........................................................................ 250OC
Rating Factors for Variation in Ground TemperatureGround temperature OC 15 20 25 30 35 40Rating Factor 1.12 1.08 1.03 1.00 0.96 0.91
Rating Factors for Variation in Ambient Air TemperatureAir temperature OC 25 30 35 40 45 50Rating Factor 1.14 1.10 1.04 1.00 0.95 0.90
Rating factors cables laid directly laid in ground in horizontal formationNo. of Cables Distance of Cables
Touching 15 cm 30 cm 45 cm2 0.79 0.82 0.87 0.903 0.69 0.75 0.79 0.834 0.62 0.69 0.74 0.795 0.58 0.65 0.72 0.766 0.54 0.61 0.69 0.75
Rating factor for variation in depth of laying in groundDepth of laying Size
Upto 25 mm2 25 to 300 mm2 Above 300 mm275 cm 1.00 1.00 1.0090 cm 0.99 0.98 0.97105 cm 0.98 0.97 0.96120 cm 0.97 0.96 0.95150 cm 0.96 0.94 0.92180 > 0.95 0.93 0.91
KEI WIRES & CABLES
138
1 COR
E ALLU
MINIU
M XLPE
ARMO
URED
& UNA
RMOU
RED P
OWER
CABLE
SAR
MOUR
EDUN
ARMO
URED
ARMO
URED
UNAR
MOUR
EDCU
RREN
T RA
TINGS
No. o
fMi
n.Thi
ckness
Nomin
alMi
n.Ov
erall
Appro
x.Thi
ckness
Nom.
Overa
llAp
prox.
Max.
D.C.M
ax. A
.C.Ap
prox.
Appro
x.Ap
prox.
Appro
x.Dir
ectcor
es &
No.
of XLP
EDim
ension
sThi
ckness
Diame
terNe
t Wt.
of XLP
EThi
ckness
Diame
terNe
tRes
istance
Resista
nceRea
ctance
Capaci
-Rea
ctance
Capaci
-in
Incro
ssof
insula
tionof
Armour
of PV
C(Ap
prox.)
of Cab
leins
ulation
of Ou
ter(Ap
prox.)
Wt.
at 200
Cat
900C
at 50
Hztan
ceat
50 Hz
tance
Ground
Airsec
tional
Wires
(Nom
.)Wi
reOu
ter(N
om.)
Sheath
ofare
aShe
athCab
le(m
m)(m
m)(m
m)(m
m)(Kg
/Km)
(mm)
(mm)
(mm)
(Kg/Km
)Oh
ms/Km
Ohms
/KmOh
ms/Km
mFd/K
mOh
ms/Km
mFd/K
mAm
psAm
ps
1CX4
1-
--
--
0.71.8
7.560
7.41
9.48
--
0.132
0.29
3631
1CX4
6-
--
--
0.71.8
8.065
7.41
9.48
--
0.132
0.29
3631
1CX6
1-
--
--
0.71.8
8.070
4.61
5.90
--
0.123
0.34
4439
1CX6
6-
--
--
0.71.8
8.575
4.61
5.90
--
0.123
0.34
4439
1CX1
01
1.0-
--
-0.7
1.89.0
803.0
83.9
40.1
340.3
20.1
140.4
359
531C
X10
61.0
--
--
0.71.8
9.590
3.08
3.94
0.134
0.32
0.114
0.43
5953
1CX1
66
1.01.4
1.24
13.0
2200.7
1.810.
0115
1.91
2.44
0.125
0.38
0.108
0.51
7673
1CX2
56
1.20
1.40
1.24
14.1
2530.9
01.8
011.
8177
1.200
1.5400
0.116
0.40
0.102
0.52
9799
1CX3
56
1.20
1.40
1.24
15.1
2970.9
01.8
012.
8215
0.868
1.1100
0.110
0.47
0.097
0.60
116112
1CX5
06
1.30
1.40
1.24
16.4
3581.0
01.8
014.
1270
0.641
0.8200
0.103
0.50
0.092
0.63
139149
1CX7
012
1.40
1.40
1.24
18.2
4481.1
01.8
015.
9347
0.443
0.5670
0.099
0.55
0.088
0.68
171190
1CX9
515
1.40
1.60
1.40
20.6
5881.1
01.8
017.
6438
0.320
0.4100
0.097
0.64
0.085
0.79
204235
1CX1
2015
1.50
1.60
1.40
22.9
7011.2
01.8
020.
3556
0.253
0.3250
0.093
0.67
0.082
0.79
231276
1CX1
5015
1.70
1.60
1.40
24.0
8061.4
02.0
021.
4652
0.206
0.2650
0.091
0.67
0.082
0.79
259321
1CX1
8530
1.90
1.60
1.40
26.3
9661.6
02.0
023.
7795
0.164
0.2110
0.090
0.67
0.082
0.79
292371
1CX2
4030
2.00
1.60
1.40
28.9
1179
1.70
2.00
26.3
9910.1
250.1
6200.0
860.7
20.0
790.8
4342
4471C
X300
302.1
01.6
01.5
631.
5142
11.8
02.0
028.
6119
30.1
000.1
3000.0
850.7
50.0
780.8
6384
5151C
X400
532.4
02.0
01.5
635.
9183
62.0
02.2
032.
4151
90.0
7780.1
0230.0
850.7
50.0
770.8
8440
6061C
X500
532.6
02.0
01.5
639.
3223
22.2
02.2
035.
8188
70.0
6050.0
8080.0
830.7
70.0
760.9
0500
7051C
X630
532.8
02.0
01.7
243.
6277
32.4
02.2
039.
8236
00.0
4690.0
6480.0
820.8
10.0
750.9
4565
8231C
X800
533.1
02.0
01.8
850.
0373
02.6
02.4
046.
0310
00.0
3620.0
5300.0
810.8
80.0
750.9
7629
9491C
X1000
533.3
02.5
02.0
455.
9441
12.8
02.6
051.
0373
50.0
2910.0
4440.0
810.8
80.0
681.0
1704
1076
COMPANY PROFILE
139
1 COR
E COP
PER XL
PE AR
MOUR
ED & U
NARM
OURE
D POW
ER CA
BLES
ARMO
URED
UNAR
MOUR
EDAR
MOUR
EDUN
ARMO
URED
CURR
ENT
RATIN
GSNo
. of
Min.
Thickn
essNo
minal
Min.
Overa
llAp
prox.
Thickn
essNo
m.Ov
erall
Appro
x.Ma
x. D.C
.Max.
A.C.
Appro
x.Ap
prox.
Appro
x.Ap
prox.
Direct
cores
&No
.of
XLPE
Dimens
ions
Thickn
essDia
meter
Net W
t.of
XLPE
Thickn
essDia
meter
Net
Resista
nceRes
istance
Reacta
nceCap
aci-
Reacta
nceCap
aci-
inIn
cross
ofins
ulation
of Arm
ourof
PVC
(Appro
x.)of
Cable
insula
tionof
PVC
(Appro
x.)Wt
.at
200C
at 900
Cat
50 Hz
tance
at 50
Hztan
ceGro
undAir
section
alWi
res(N
om.)
Wire
Outer
(Nom
.)Ou
terof
area
Sheath
Sheath
Cable
(mm)
(mm)
(mm)
(mm)
(Kg/Km
)(m
m)(m
m)(m
m)(Kg
/Km)
Ohms
/KmOh
ms/Km
Ohms
/KmmF
d/Km
Ohms
/KmmF
d/Km
Amps
Amps
1CX4
1-
--
--
0.71.8
7.591
4.61
5.90
--
0.132
0.29
4640
1CX4
6-
--
--
0.71.8
8.095
4.61
5.90
--
0.132
0.29
4640
1CX6
1-
--
--
0.71.8
8.0115
3.08
3.94
--
0.123
0.34
5751
1CX6
6-
--
--
0.71.8
8.5125
3.08
3.94
--
0.123
0.34
5751
1CX1
06
1.01.4
1.24
12.0
2450.7
1.89.5
1701.8
32.3
40.1
340.3
20.1
140.4
376
711C
X16
61.0
1.41.2
413.
0315
0.71.8
10.0
2201.1
51.4
70.1
250.3
80.1
080.5
197
951C
X 25
61.2
01.4
01.2
414.
1407
0.90
1.811.
8331
0.727
0.930
0.116
0.40
0.102
0.52
125126
1C X
356
1.20
1.40
1.24
15.1
5110.9
01.8
12.8
4280.5
240.6
710.1
100.4
70.0
970.6
0153
1581C
X 50
61.3
01.4
01.2
416.
4643
1.00
1.814.
1554
0.387
0.495
0.103
0.50
0.092
0.63
181194
1C X
7012
1.40
1.40
1.24
18.2
8661.1
01.8
15.9
7640.2
680.3
430.0
990.5
50.0
880.6
8217
2491C
X 95
151.4
01.6
01.4
020.
6116
81.1
01.8
17.6
1018
0.193
0.247
0.097
0.64
0.085
0.79
264307
1C X
12018
1.50
1.60
1.40
22.9
1432
1.20
1.820.
3128
70.1
530.1
960.0
930.6
70.0
820.7
9296
3571C
X 150
181.7
01.6
01.4
024.
0171
01.4
02.0
21.4
1556
0.124
0.159
0.091
0.67
0.082
0.79
333411
1C X
18530
1.90
1.60
1.40
26.3
2095
1.60
2.023.
7192
40.0
9910.1
270.0
900.6
70.0
820.7
9375
4791C
X 240
342.0
01.6
01.4
028.
9266
41.7
02.0
26.3
2476
0.0754
0.0965
0.086
0.72
0.079
0.84
434569
1C X
30034
2.10
1.60
1.56
31.5
3287
1.80
2.028.
6305
80.0
6010.0
7690.0
850.7
50.0
780.8
6490
6591C
X 400
532.4
02.0
01.5
635.
9421
72.0
02.2
32.4
3899
0.0470
0.0608
0.085
0.75
0.077
0.88
556769
1C X
50053
2.60
2.00
1.56
39.3
5286
2.20
2.235.
8494
10.0
3660.0
4680.0
830.7
70.0
760.9
0620
8771C
X 630
532.8
02.0
01.7
243.
6672
82.4
02.2
39.8
6315
0.0283
0.0362
0.082
0.81
0.075
0.94
695101
31C
X 800
533.1
02.0
01.8
850.
0825
02.6
02.4
46.0
7676
0.0221
0.0283
0.081
0.88
0.075
0.97
758114
81C
X1000
533.3
02.5
02.0
455.
9107
662.8
02.6
51.0
10090
0.0176
0.0225
0.081
0.88
0.068
1.01
834127
5
KEI WIRES & CABLES
140
2 COR
E ALUM
INIUM
XLPE
ARMO
URED
POWE
R CAB
LESTyp
eNo
. of
Min.
Thickn
essMi
n.No
minal
Min. T
hickne
ssOv
erall D
iamete
rAp
prox.
Net W
t.Ma
x. D.C
.Ma
x. A.C
.Ap
prox.
Appro
x.CU
RREN
T RA
TINGS
cores
&No
. of
of XLP
EThi
ck-Dim
ension
sof
PVC
(Appro
x.)of
Cable
Resista
nceRes
istance
Reacta
nceCap
acitan
cecro
ssWi
resins
ulation
ness o
fof
Armour
Outer
sheath
at 20O
Cat
90OC
at 50
HzDir
ect in
In Air
section
al(N
om.)
inner-
Wire
Strip
Wire
Strip
Wire
Strip
Wire
Strip
Ground
area
sheath
Armou
rArm
our
Armou
rArm
our
Armou
rArm
our
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
(kg/km
)(kg
/km)O
hms/K
mOh
ms/Km
Ohms
/KmmF
d/Km
Amps
Amps
A2xw
y2C
X41
0.70.3
1.40
-1.2
4-
14.9
-48
2-
7.4100
9.4800
0.0927
0.22
4339
A2xw
y2C
X46
0.70.3
1.40
-1.2
4-
15.5
-50
6-
7.4100
9.4800
0.0927
0.22
4339
A2xw
y2C
X61
0.70.3
1.40
-1.2
4-
16.0
-54
0-
4.6100
5.9000
0.0884
0.25
5550
A2xw
y2C
X66
0.70.3
1.40
-1.2
4-
16.6
-56
7-
4.6100
5.9000
0.0884
0.25
5550
A2xw
y2C
X10
10.7
0.31.4
0-
1.24
-17
.7-
650
-3.0
8003.9
4000.0
8370.3
171
67A2
xwy
2CX1
06
0.70.3
1.40
-1.2
4-
18.5
-69
5-
3.0800
3.9400
0.0837
0.31
7167
A2xw
y2C
X16
60.7
0.31.4
0-
1.4-
18.8
-67
3-
1.9100
2.4400
0.0808
0.36
9188
A2xfy
/A2xw
y2CX
256
0.90
0.31.6
04X
0.81.4
01.4
021
.219
.679
758
21.2
0001.5
4000.0
800.2
012
011
7A2
xfy/A2
xwy2
CX35
60.9
00.3
1.60
4X0.8
1.40
1.40
22.2
20.6
880
664
0.8680
1.1100
0.080
0.23
143
145
A2xfy
/A2xw
y2CX
506
1.00
0.31.6
04X
0.81.4
01.4
024
.322
.7105
680
80.6
4100.8
2000.0
780.2
416
717
6A2
xfy/A2
xwy2
CX70
121.1
00.3
1.60
4X0.8
1.56
1.56
27.1
25.5
1287
1013
0.4430
0.5670
0.077
0.26
204
221
A2xfy
/A2xw
y2CX
9515
1.10
0.42.0
04X
0.81.5
61.5
630
.828
.4173
8125
50.3
2000.4
1000.0
740.2
924
527
1A2
xfy/A2
xwy2
CX12
015
1.20
0.42.0
04X
0.81.5
61.5
632
.730
.3196
7146
40.2
5300.3
2500.0
720.2
927
831
6A2
xfy/A2
xwy2
CX15
015
1.40
0.42.0
04X
0.81.7
21.7
236
.233
.8233
4175
40.2
0600.2
6500.0
720.2
931
536
2A2
xfy/A2
xwy2
CX18
530
1.60
0.52.0
04X
0.81.8
81.7
239
.937
.1276
3210
50.1
6400.2
1100.0
720.2
935
642
0A2
xfy/A2
xwy2
CX24
030
1.70
0.52.5
04X
0.82.0
41.8
843
.940
.2356
8255
60.1
2500.1
6200.0
720.3
140
749
7A2
xfy/A2
xwy2
CX30
030
1.80
0.62.5
04X
0.82.2
02.0
449
.545
.8427
3310
20.1
0000.1
3000.0
710.3
346
357
8A2
xfy/A2
xwy2
CX40
053
2.00
0.62.5
04X
0.82.3
62.3
654
.050
.0560
0423
00.0
7780.1
0230.0
700.3
352
867
8
COMPANY PROFILE
141
2 COR
E ALUM
INIUM
XLPE
UNAR
MOUR
ED PO
WER C
ABLES
Type
No. o
f core
sMi
n.Thi
ckness
Min.
Nom.
Thickn
essOv
erall
Net W
t.Ma
x. D.C
.Ma
x. A.C
.Ap
prox.
Appro
x.Cur
rent R
atings
& cro
ssNo
. of
ofThi
ckness
ofDia
meter
of Cab
leRes
istance
Resista
nceRea
ctance
Capaci
tance
section
alWi
resins
ulation
ofOu
tershe
ath(Ap
prox.)
(Appro
x.)at
20OC
at 90O
Cat
50 Hz
Direct
inIn
Airare
a(N
om.)
inners
heath
Ground
(mm)
(mm)
(mm)
(mm)
(Kg/Km
)Oh
ms/Km
Ohms
/KmOh
ms/Km
mFd/K
mAm
psAm
ps
A2xy
2CX4
10.7
0.31.8
13.2
204
7.4100
9.48
0.0927
0.22
4339
A2xy
2CX4
60.7
0.31.8
13.8
219
7.4100
9.4800
0.0927
0.22
4339
A2xy
2CX6
10.7
0.31.8
14.2
239
4.6100
5.9000
0.0884
0.25
5550
A2xy
2CX6
60.7
0.31.8
14.8
255
4.6100
5.9000
0.0884
0.25
5550
A2xy
2CX1
01
0.70.3
1.815.
830
33.0
8003.9
4000.0
8370.3
171
67A2
xy2C
X10
60.7
0.31.8
16.8
331
3.0800
3.9400
0.0837
0.31
7167
A2xy
2CX1
66
0.70.3
1.814.
022
51.9
1002.4
4000.0
8080.3
691
88A2
xy2C
X25
60.9
00.3
2.00
19.2
400
1.2000
1.5400
0.080
0.20
120
117
A2xy
2CX3
56
0.90
0.32.0
020
.246
90.8
6801.1
1000.0
800.2
314
314
5A2
xy2C
X50
61.0
00.3
2.00
22.3
588
0.6410
0.8200
0.078
0.24
167
176
A2xy
2CX7
012
1.10
0.32.0
024
.874
30.4
4300.5
6700.0
770.2
620
422
1A2
xy2C
X95
151.1
00.4
2.20
28.1
974
0.3200
0.4100
0.074
0.29
245
271
A2xy
2CX1
2015
1.20
0.42.2
030
.0115
90.2
5300.3
2500.0
720.2
927
831
6A2
xy2C
X150
151.4
00.4
2.20
33.2
1386
0.2060
0.2650
0.072
0.29
315
362
A2xy
2CX1
8530
1.60
0.52.4
036
.9172
80.1
6400.2
1100.0
720.2
935
642
0A2
xy2C
X240
301.7
00.5
2.60
40.0
2155
0.1250
0.1620
0.072
0.31
407
497
A2xy
2CX3
0030
1.80
0.62.8
045
.7264
90.1
0000.1
3000.0
710.3
346
357
8A2
xy2C
X400
532.0
00.6
3.00
49.0
3530
0.0778
0.1023
0.070
0.33
528
678
KEI WIRES & CABLES
142
2 COR
E COP
PER XL
PE AR
MOUR
ED PO
WER C
ABLES
Type
No. o
fMin
.Thi
ckness
MinNo
minal
Min.Th
icknes
sOv
erall
Appro
x.Ma
x. DC
Max.
ACAp
prox.
Appro
x.Cu
rrent R
atings
Cores
&No
. of
of XLP
EThi
ckness
Dimens
ions
of PV
C Oute
rDia
meter
Net W
t.Res
istance
Resista
nceRea
ctance
Capaci
-cro
sswir
esIns
ulation
of PV
Cof
Armour
Sheath
(Appro
x)of
Cable
at 200
Cat
900C
at 50
Hztan
ceDir
ect in
In Air
section
al(No
m)inn
erGro
undare
ashe
athWi
reStr
ipWi
reStr
ipWi
reStr
ipWi
reStr
ipmm
2mm
mmmm
mmmm
mmmm
mmKg
/KmKg
/KmOh
m/Km
Ohm/
KmOh
m/Km
mFd/K
mAm
psAm
ps2X
WY2C
X 4
10.7
0.31.4
-1.2
4-
14.9
-531
-4.6
1005.9
0000.0
9270.2
256
512X
WY2C
X 4
60.7
0.31.4
-1.2
4-
15.5
-555
-4.6
1005.9
0000.0
9270.2
256
512X
WY2C
X 6
10.7
0.31.4
-1.2
4-
16.0
-614
-3.0
8003.9
4000.0
8840.2
571
642X
WY2C
X 6
60.7
0.31.4
-1.2
4-
16.6
-639
-3.0
8003.9
4000.0
8840.2
571
642X
WY2C
X 10
60.7
0.31.4
-1.2
4-
18.5
-817
-1.8
3002.3
4000.0
8370.3
192
882X
WY2C
X 16
60.7
0.31.4
-1.4
0-
18.8
-866
-1.1
5001.4
7000.0
8080.3
6116
1132X
WY/2X
FY2C
X 25
60.9
00.3
1.60
4x0.8
1.40
1.40
21.2
19.6
1103
8890.7
2700.9
3000.0
8000.2
0152
1532X
WY/2X
FY2C
X 35
60.9
00.3
1.60
4x0.8
1.40
1.40
22.2
20.6
1309
1093
0.5240
0.6710
0.0800
0.23
180186
2XWY
/2XFY
2C X
506
1.00
0.31.6
04x0
.81.4
01.4
024.
322.
7162
6137
90.3
8700.4
9500.0
7800.2
4218
2262X
WY/2X
FY2C
X 70
121.1
00.3
1.60
4x0.8
1.56
1.56
27.1
25.5
2126
1852
0.2680
0.3430
0.0770
0.26
264284
2XWY
/2XFY
2C X
9515
1.10
0.42.0
04x0
.81.5
61.5
630.
828.
4290
4242
20.1
9300.2
4700.0
7400.2
9314
3482X
WY/2X
FY2C
X 120
181.2
00.4
2.00
4x0.8
1.56
1.56
32.7
30.3
3436
2933
0.1530
0.1960
0.0720
0.29
357402
2XWY
/2XFY
2C X
15018
1.40
0.42.0
04x0
.81.7
21.7
236.
233.
8415
0357
10.1
2400.1
5900.0
7200.2
9403
4612X
WY/2X
FY2C
X 185
301.6
00.5
2.00
4x0.8
1.88
1.72
39.9
37.1
5032
4373
0.0991
0.1270
0.0720
0.29
453533
2XWY
/2XFY
2C X
24034
1.70
0.52.5
04x0
.82.0
41.8
843.
940.
2655
3554
10.0
7540.0
9650.0
7200.3
1518
6332X
WY/2X
FY2C
X 300
341.8
00.6
2.50
4x0.8
2.20
2.04
49.5
45.8
8024
6854
0.0601
0.0769
0.0710
0.33
583732
2XWY
/2XFY
2C X
40053
2.00
0.62.5
04x0
.82.3
62.3
654.
050.
0968
8843
70.0
4700.0
6020.0
7000.3
3658
841
COMPANY PROFILE
143
2 COR
E COP
PER XL
PE UN
ARMO
URED
POWE
R CAB
LESTyp
eNo
. of
Min.
No.
Thick
ness
Min.
Nomi
nal
Overa
llAp
prox.
Max.
DCMa
x. AC
Appro
x.Ap
prox.
CURR
ENT R
ATIN
GSco
res &
of wi
resof
XLPE
Thick
ness
Thick
ness
Diame
terNe
t Wt.
Resis
tance
Resis
tance
React
ance
Capa
citan
cecro
ssIns
ulatio
nof
PVC
of PV
C(A
pprox
)of
Cable
at 20O C
at 90O C
at 50
HZ
Direct
In Air
sectio
nal a
rea(N
om.)
inner
sheat
hOute
r She
athin
Grou
ndmm
2mm
mmmm
mmKg
/KmOh
m/Km
Ohm/
KmOh
m/Km
mFd/K
mAm
psAm
ps2X
Y2C
X 4
10.7
0.31.8
13.2
254
4.6100
5.9000
0.0927
0.22
5651
2XY
2C X
46
0.70.3
1.813.
8268
4.6100
5.9000
0.0927
0.22
5651
2XY
2C X
61
0.70.3
1.814.
2314
3.0800
3.9400
0.0884
0.25
7164
2XY
2C X
66
0.70.3
1.814.
8328
3.0800
3.9400
0.0884
0.25
7164
2XY
2C X
106
0.70.3
1.816.
8455
1.8300
2.3400
0.0837
0.31
9288
2XY
2C X
166
0.70.3
1.814.
0425
1.1500
1.4700
0.0808
0.36
116113
2XY
2C X
256
0.90
0.32.0
019
.270
60.7
270.9
300.0
800.2
0152
1532X
Y2C
X 35
60.9
00.3
2.00
20.2
898
0.524
0.671
0.080
0.23
180186
2XY
2C X
506
1.00
0.32.0
022
.311
580.3
870.4
950.0
780.2
4218
2262X
Y2C
X 70
121.1
00.3
2.00
24.8
1582
0.268
0.343
0.077
0.26
264284
2XY
2C X
9515
1.10
0.42.2
028
.121
400.1
930.2
470.0
740.2
9314
3482X
Y2C
X 12
018
1.20
0.42.2
030
.026
280.1
530.1
960.0
720.2
9357
4022X
Y2C
X 15
018
1.40
0.42.2
033
.232
020.1
240.1
590.0
720.2
9403
4612X
Y2C
X 18
530
1.60
0.52.4
036
.939
970.0
991
0.127
0.072
0.29
453533
2XY
2C X
240
341.7
00.5
2.60
40.0
5140
0.075
40.0
965
0.072
0.31
518633
2XY
2C X
300
341.8
00.6
2.80
45.7
6400
0.060
10.0
769
0.071
0.33
583732
2XY
2C X
400
532.0
00.6
3.00
49.0
7732
0.047
00.0
602
0.070
0.33
658841
KEI WIRES & CABLES
144
3 COR
E ALUM
INIUM
XLPE
ARMO
URED
POWE
R CAB
LESTyp
eNo
. of
Min.
Thickn
essMi
n.No
minal
Min. T
hickne
ssOv
erall D
iamete
rAp
prox.
Net W
t.Ma
x. D.C
.Ma
x. A.C
.Ap
prox.
Appro
x.CU
RREN
T RA
TINGS
cores
&No
. of
ofThi
ck-Dim
ension
sof
(Appro
x.)of
Cable
Resista
nceRes
istance
Reacta
nceCap
acitan
cecro
ssWi
resins
ulation
ness o
fof
Armour
Outer
sheath
at 20O
Cat
90OC
at 50
HzDir
ect in
In Air
section
al(N
om.)
inner-
Wire
Strip
Wire
Strip
Wire
Strip
Wire
Strip
Ground
area
sheath
Armou
rArm
our
Armou
rArm
our
Armou
rArm
our
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
(Kg/Km
)(Kg
/Km)O
hms/K
mOh
ms/Km
Ohms
/KmmF
d/Km
Amps
Amps
A2xw
y3C
X41
0.70.3
1.40
-1.2
4-
15.5
-48
7-
7.4100
9.4800
0.0927
0.22
3431
A2xw
y3C
X46
0.70.3
1.40
-1.2
4-
16.1
-52
4-
7.4100
9.4800
0.0927
0.22
3431
A2xw
y3C
X61
0.70.3
1.40
-1.2
4-
16.6
-56
1-
4.6100
5.9000
0.0884
0.25
4340
A2xw
y3C
X66
0.70.3
1.40
-1.2
4-
17.4
-58
7-
4.6100
5.9000
0.0884
0.25
4340
A2xw
y3C
X10
10.7
0.31.4
0-
1.24
-18
.5-
686
-3.0
8003.9
4000.0
8370.3
157
53A2
xwy
3CX1
06
0.70.3
1.40
-1.2
4-
19.4
-73
6-
3.0800
3.9400
0.0837
0.31
5753
A2xfy
/A2xw
y3CX
166
0.70.3
1.60
4X0.8
1.40
1.24
19.7
17.8
822
530
1.9100
2.4400
0.0808
0.36
7370
A2xfy
/A2xw
y3CX
256
0.90.3
1.60
4X0.8
1.40
1.421.
720.
1861
7691.2
0001.5
4000.0
80.2
9795
A2xfy
/A2xw
y3CX
356
0.90.3
1.60
4X0.8
1.40
1.423.
822.
2102
8918
0.8680
1.1100
0.08
0.23
116117
A2xfy
/A2xw
y3CX
506
10.3
1.60
4X0.8
1.56
1.426.
524.
6125
2111
10.6
4100.8
2000.0
780.2
4134
140A2
xfy/A2
xwy3
CX70
121.1
0.42.0
04X
0.81.5
61.5
631.
328.
9179
0147
20.4
4300.5
6700.0
770.2
6167
176A2
xfy/A2
xwy3
CX95
151.1
0.42.0
04X
0.81.5
61.5
633.
531.
1209
1157
50.3
2000.4
1000.0
740.2
9199
221A2
xfy/A2
xwy3C
X120
151.2
0.42.0
04X
0.81.7
21.5
638.
435.
7254
9215
30.2
5300.3
2500.0
720.2
9227
258A2
xfy/A2
xwy3C
X150
151.4
0.52.0
04X
0.81.8
81.7
242.
039.
2302
0231
70.2
0600.2
6500.0
720.2
9255
294A2
xfy/A2
xwy3C
X185
301.6
0.52.5
04X
0.82.0
41.8
847.
043.
3394
0280
80.1
6400.2
1100.0
720.2
9287
339A2
xfy/A2
xwy3C
X240
301.7
0.62.5
04X
0.82.2
02.0
450.
046.
3461
6345
30.1
2500.1
6200.0
720.3
1333
402A2
xfy/A2
xwy3C
X300
301.8
0.62.5
04X
0.82.3
62.2
55.3
51.6
5495
4169
0.1000
0.1300
0.071
0.33
375461
A2xfy
/A2xw
y3CX40
053
20.7
3.15
4X0.8
2.68
2.52
63.5
58.4
8041
5267
0.0778
0.1023
0.07
0.33
426542
COMPANY PROFILE
145
3 COR
E ALUM
INIUM
XLPE
UNAR
MOUR
ED PO
WER C
ABLES
Type
No. o
f core
sMi
n.Thi
ckness
Min.
Nom.
Thickn
essOv
erall
Net W
t.Ma
x. D.C
.Ma
x. A.C
.Ap
prox.
Appro
x.Cur
rent R
atings
& cro
ssNo
. of
ofThi
ckness
ofDia
meter
of Cab
leRes
istance
Resista
nceRea
ctance
Capaci
tance
section
alWi
resins
ulation
ofOu
tershe
ath(Ap
prox.)
(Appro
x.)at
20OC
at 90O
Cat
50 Hz
Direct
inIn
Airare
a(N
om.)
inners
heath
Ground
(mm)
(mm)
(mm)
(mm)
(Kg/Km
)Oh
ms/Km
Ohms
/KmOh
ms/Km
mFd/K
mAm
psAm
psA2
xy3C
X41
0.70.3
1.813.
8224
7.4100
9.4800
0.0927
0.22
3431
A2xy
3CX4
60.7
0.31.8
14.5
238
7.4100
9.4800
0.0927
0.22
3431
A2xy
3CX6
10.7
0.31.8
14.9
265
4.6100
5.9000
0.0884
0.25
4340
A2xy
3CX6
60.7
0.31.8
15.5
265
4.6100
5.9000
0.0884
0.25
4340
A2xy
3CX1
01
0.70.3
1.816.
634
03.0
8003.9
4000.0
8370.3
157
53A2
xy3C
X10
60.7
0.31.8
17.7
368
3.0800
3.9400
0.0837
0.31
5753
A2xy
3CX1
66
0.70.3
1.817.
936
11.9
1002.4
4000.0
8080.3
673
70A2
xy3C
X25
60.9
00.3
02
20.3
502
1.2000
1.5400
0.080
0.20
9795
A2xy
3CX3
56
0.90
0.30
222
.461
60.8
6801.1
1000.0
800.2
3116
117A2
xy3C
X50
61.0
00.3
02
25.0
782
0.6410
0.8200
0.078
0.24
134140
A2xy
3CX7
012
1.10
0.40
2.229
.2105
90.4
4300.5
6700.0
770.2
6167
176A2
xy3C
X95
151.1
00.4
02.2
31.4
1322
0.3200
0.4100
0.074
0.29
199221
A2xy
3CX1
2015
1.20
0.40
2.236
.0162
60.2
5300.3
2500.0
720.2
9227
258A2
xy3C
X150
151.4
00.5
02.4
39.6
1997
0.2060
0.2650
0.072
0.29
255294
A2xy
3CX1
8530
1.60
0.50
2.643
.7246
10.1
6400.2
1100.0
720.2
9287
339A2
xy3C
X240
301.7
00.6
02.8
47.0
3118
0.1250
0.1620
0.072
0.31
333402
A2xy
3CX3
0030
1.80
0.60
352
.4380
10.1
0000.1
3000.0
710.3
3375
461A2
xy3C
X400
532.0
00.7
03.2
59.2
4853
0.0778
0.1023
0.070
0.33
426542
KEI WIRES & CABLES
146
3 COR
E COP
PER XL
PE AR
MOUR
ED PO
WER C
ABLES
Type
No. o
fMin
.Thi
ckness
Min.
Nomin
alMin
.Thick
ness
Overa
llAp
prox.
Max.
DCMa
x. AC
Appro
x.Ap
prox.
Curren
t Ratin
gsCo
res &
No. o
fof
XLPE
Thickn
essDim
ension
sof
PVC O
uter
Diame
terNe
t Wt.
Resista
nceRes
istance
Reacta
nceCap
aci-
cross
wires
Insula
tionof
PVC
of Arm
ourShe
ath(Ap
prox)
of Cab
leat
200C
at 900
Cat
50 Hz
tance
Direct
inIn
Airsec
tional
(Nom)
inner
Ground
area
sheath
Wire
Strip
Wire
Strip
Wire
Strip
Wire
Strip
mm2
mmmm
mmmm
mmmm
mmmm
Kg/Km
Kg/Km
Ohm/
KmOh
m/Km
Ohm/
KmmF
d/Km
Amps
Amps
2XWY
3C X
41
0.70.3
1.4-
1.24
-15.
5-
561-
4.6100
5.9000
0.0927
0.22
4440
2XWY
3C X
46
0.70.3
1.4-
1.24
-16.
1-
598-
4.6100
5.9000
0.0927
0.22
4440
2XWY
3C X
61
0.70.3
1.4-
1.24
-16.
6-
673-
3.0800
3.9400
0.0884
0.25
5551
2XWY
3C X
66
0.70.3
1.4-
1.24
-17.
4-
697-
3.0800
3.9400
0.0884
0.25
5551
2XWY
3C X
106
0.70.3
1.4-
1.24
-19.
9-
922-
1.8300
2.3400
0.0837
0.31
7370
2XWY
/2XFY
3C X
166
0.70.3
1.60
4x0.8
1.40
1.24
19.7
17.8
1112
8851.1
5001.4
7000.0
8080.3
697
902X
WY/2X
FY3C
X 25
60.9
00.3
1.60
4x0.8
1.40
1.40
21.7
20.1
1450
1230
0.7270
0.9300
0.0800
0.20
125122
2XWY
/2XFY
3C X
356
0.90
0.31.6
04x0
.81.4
01.4
023.
822.
2180
3156
30.5
2400.6
7100.0
8000.2
3148
1482X
WY/2X
FY3C
X 50
61.0
00.3
1.60
4x0.8
1.56
1.40
26.5
24.6
2272
1980
0.3870
0.4950
0.0780
0.24
175181
2XWY
/2XFY
3C X
7012
1.10
0.42.0
04x0
.81.5
61.5
631.
328.
9326
6273
00.2
6800.3
4300.0
7700.2
6213
2302X
WY/2X
FY3C
X 95
151.1
00.4
2.00
4x0.8
1.56
1.56
33.5
31.1
4092
3521
0.1930
0.2470
0.0740
0.29
254284
2XWY
/2XFY
3C X
12018
1.20
0.42.0
04x0
.81.7
21.5
638.
435.
7503
3435
80.1
5300.1
9600.0
7200.2
9292
3302X
WY/2X
FY3C
X 150
181.4
00.5
2.00
4x0.8
1.88
1.72
42.0
39.2
6049
5263
0.1240
0.1590
0.0720
0.29
325375
2XWY
/2XFY
3C X
18530
1.60
0.52.5
04x0
.82.0
41.8
847.
043.
3771
3650
30.0
9910.1
2700.0
7200.2
9366
4342X
WY/2X
FY3C
X 240
341.7
00.6
2.50
4x0.8
2.20
2.04
50.0
46.3
9600
8278
0.0754
0.0965
0.0720
0.31
421515
2XWY
/2XFY
3C X
30034
1.80
0.62.5
04x0
.82.3
62.2
055.
351.
6116
28101
910.0
6010.0
7690.0
7100.3
3472
5882X
WY/2X
FY3C
X 400
532.0
00.7
3.15
4x0.8
2.68
2.52
63.5
58.4
15220
12950
0.0470
0.0602
0.0700
0.33
528677
COMPANY PROFILE
147
3 COR
E COP
PER XL
PE UN
ARMO
URED
POWE
R CAB
LESTyp
e N
o.of c
ores
Min.
Thick
ness
Min.
Nomi
nal
Overa
llAp
prox.
Max.
DCMa
x. AC
Appro
x.Ap
prox.
CURR
ENT R
ATIN
GS&
cross
No. o
fof
XLPE
Thick
ness
Thick
ness
Diame
terNe
t Wt.
Resis
tance
Resis
tance
React
ance
Capa
citan
cesec
tiona
lwi
resIns
ulatio
nof
PVC
of PV
C(A
pprox
)of
Cable
at 20O C
at 90O C
at 50
HZ
Direct
In Air
area
(Nom
.)inn
er sh
eathO
uter S
heath
in Gr
ound
mm2
mmmm
mmmm
Kg/Km
Ohm/K
mOh
m/Km
Ohm/K
mmF
d/Km
Amps
Amps
2XY
3C X
41
0.70.3
1.813
.829
84.6
100
5.900
00.0
927
0.22
4440
2XY
3C X
46
0.70.3
1.814
.531
34.6
100
5.900
00.0
927
0.22
4440
2XY
3C X
61
0.70.3
1.814
.937
63.0
800
3.940
00.0
884
0.25
5551
2XY
3C X
66
0.70.3
1.815
.539
03.0
800
3.940
00.0
884
0.25
5551
2XY
3C X
106
0.70.3
1.817
.755
41.8
300
2.340
00.0
837
0.31
7370
2XY
3C X
166
0.70.3
1.817
.963
91.1
500
1.470
00.0
808
0.36
9790
2XY
3C X
256
0.90
0.32.0
20.3
962
0.727
00.9
300.0
800
0.20
125122
2XY
3C X
356
0.90
0.32.0
22.4
1260
0.524
00.6
710.0
800
0.23
148148
2XY
3C X
506
1.00
0.32.0
25.0
1651
0.387
00.4
950.0
780
0.24
175181
2XY
3C X
7012
1.10
0.42.2
29.2
2317
0.268
00.3
430.0
770
0.26
213230
2XY
3C X
9515
1.10
0.42.2
31.4
3071
0.193
00.2
470.0
740
0.29
254284
2XY
3C X
120
181.2
00.4
2.236
.038
310.1
530
0.196
0.072
00.2
9292
3302X
Y3C
X 15
018
1.40
0.52.4
39.6
4722
0.124
00.1
590.0
720
0.29
325375
2XY
3C X
185
301.6
00.5
2.643
.758
630.0
991
0.127
0.072
00.2
9366
4342X
Y3C
X 24
034
1.70
0.62.8
47.0
7595
0.075
40.0
965
0.072
00.3
1421
5152X
Y3C
X 30
034
1.80
0.63.0
52.2
9426
0.060
10.0
769
0.071
00.3
3472
5882X
Y3C
X 40
053
2.00
0.73.2
59.2
1203
20.0
470
0.060
20.0
700
0.33
528677
KEI WIRES & CABLES
148
3.5 CO
RE AL
UMINI
UM XL
PE AR
MOUR
ED PO
WER C
ABLES
Type
No. o
fMi
n.Thi
ckness
Min.
Nomin
alMin
. Thic
kness
Overa
ll Diam
eter
Appro
x. Ne
t Wt.
Max.
D.C.M
ax. A
.C.Ap
prox.
Appro
x.CU
RREN
T RA
TINGS
cores
&No
. of
of XLP
EThi
ck-Dim
ension
sof
PVC
(Appro
x.)of
Cable
Resista
nceRes
istance
Reacta
nceCap
acitan
cecro
ssWi
resins
ulation
ness o
fof
Armour
Outer
sheath
at 20O
Cat
90OC
at 50
HzDir
ect in
In Air
section
al
(nom
)inn
er-Wi
reStr
ipWi
reStr
ipWi
reStr
ipWi
reStr
ipGro
undare
ashe
athArm
our
Armou
rArm
our
Armou
rArm
our
Armou
r(mi
n)
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
(Kg/Km
)(Kg
/Km)
Ohms
/KmOh
ms/Km
Ohms
/KmmF
d/Km
Amps
Amps
A2xfy
/A2xw
y3.5
CX25
6/60.9
/0.7
0.31.6
04X
0.81.4
01.4
023
.822
.299
976
01.2
0001.5
4000.0
800.2
097
95A2
xfy/A2
xwy
3.5CX
356/6
0.9/0.
70.3
1.60
4X0.8
1.40
1.40
25.5
23.9
1146
885
0.8680
1.1100
0.080
0.23
116
117
A2xfy
/A2xw
y3.5
CX50
6/61.0
/0.9
0.31.6
04X
0.81.5
61.4
029
.027
.1142
7111
40.6
4100.8
2000.0
780.2
413
414
0A2
xfy/A2
xwy
3.5CX
7012
/61.1
/0.9
0.42.0
04X
0.81.5
61.5
634
.031
.6200
6147
30.4
4300.5
6700.0
770.2
616
717
6A2
xfy/A2
xwy
3.5CX
9515
/61.1
/1.0
0.42.0
04X
0.81.5
61.5
637
.635
.2243
6183
40.3
2000.4
1000.0
740.2
919
922
1A2
xfy/A2
xwy
3.5CX
120
15/12
1.2/1.
10.4
2.00
4X0.8
1.72
1.72
40.2
37.8
2863
2220
0.2530
0.3250
0.072
0.29
227
258
A2xfy
/A2xw
y3.5
CX15
015
/121.4
/1.1
0.52.0
04X
0.81.8
81.7
245
.242
.4337
8262
30.2
0600.2
6500.0
720.2
925
529
4A2
xfy/A2
xwy
3.5CX
185
30/15
1.6/1.
10.5
2.50
4X0.8
2.04
1.88
49.7
46.0
4339
3179
0.1640
0.2110
0.072
0.29
287
339
A2xfy
/A2xw
y3.5
CX24
030
/151.7
/1.2
0.62.5
04X
0.82.2
02.0
455
.451
.7529
8398
10.1
2500.1
6200.0
720.3
133
340
2A2
xfy/A2
xwy
3.5CX
300
30/15
1.8/1.
40.6
2.50
4X0.8
2.36
2.20
59.3
55.6
6172
4750
0.1000
0.1300
0.071
0.33
375
461
A2xfy
/A2xw
y3.5
CX40
053
/302.0
/1.6
0.73.1
54X
0.82.6
82.5
269
.264
.1834
1603
00.0
7780.1
0230.0
700.3
342
654
2
3.5 CO
RE AL
UMINI
UM XL
PE UN
ARMO
URED
POWE
R CAB
LESTyp
eNo
. of c
ores
Min.
Thickn
essMi
n.No
m. Thi
ckness
Overa
llNe
t Wt.
Max.
D.C.
Max.
A.C.
Appro
x.Ap
prox.
CURR
ENT
RATIN
GS&
cross
No. o
fof
XLPE
Thickn
essof
PVC
Diame
terof
Cable
Resista
nceRes
istance
Reacta
nceCap
acitan
cesec
tional
Wires
insula
tionof
PVC
Outer
sheath
(Appro
x.)(Ap
prox.)
at 20O
Cat
90OC
at 50
HzDir
ect in
In Air
area
(nom)
inners
heath
Ground
(min)
(
mm)
(mm)
(mm)
(mm)
(Kg/Km
)Oh
ms/Km
Ohms
/KmOh
ms/Km
mFd/K
mAm
psAm
psA2
xy3.5
CX25
6/60.9
/0.7
0.32.0
022
.458
71.2
0001.5
4000.0
800.2
097
95A2
xy3.5
CX35
6/60.9
/0.7
0.32.0
024
.169
40.8
6801.1
1000.0
800.2
311
611
7A2
xy3.5
CX50
6/61.0
/0.9
0.32.0
027
.389
00.6
4100.8
2000.0
780.2
413
414
0A2
xy3.5
CX70
12/6
1.1/0.
90.4
2.20
31.9
1215
0.4430
0.5670
0.077
0.26
167
176
A2xy
3.5CX
9515
/61.1
/1.0
0.42.2
035
.5154
00.3
2000.4
1000.0
740.2
919
922
1A2
xy3.5
CX12
015
/121.2
/1.1
0.42.2
037.
8187
50.2
5300.3
2500.0
720.2
922
725
8A2
xy3.5
CX15
015
/121.4
/1.1
0.52.4
042.
8227
10.2
0600.2
6500.0
720.2
925
529
4A2
xy3.5
CX18
530
/151.6
/1.1
0.52.6
046.
4280
50.1
6400.2
1100.0
720.2
928
733
9A2
xy3.5
CX24
030
/151.7
/1.2
0.62.8
052.
4359
90.1
2500.1
6200.0
720.3
133
340
2A2
xy3.5
CX30
030
/151.8
/1.4
0.63.0
056.
4434
80.1
0000.1
3000.0
710.3
337
546
1A2
xy3.5
CX40
053
/302.0
/1.6
0.73.4
065.
3562
90.0
7780.1
0230.0
700.3
342
654
2
COMPANY PROFILE
149
3.5 CO
RE CO
PPER
CO
PPER
CO
PPER
CO
PPER
CO
PPER
XLPE
ARMO
URED
POWE
R CAB
LESTyp
eNo
. of
Min.
Thickn
essMin
.No
minal
Min.Th
icknes
sOv
erall
Appro
x.Ma
x. DC
Max.
ACAp
prox.
Appro
x.Cu
rrent R
atings
Cores
&No
.of
XLPE
Thickn
essDim
ension
sof
PVC O
uter
Diame
terNe
t Wt.
Resista
nceRes
istance
Reacta
nceCap
aci-
cross
ofIns
ulation
of PV
Cof
Armour
Sheath
(Appro
x)of
Cable
at 200
Cat
900C
at 50
Hztan
ceDir
ect in
In Air
section
alwir
es(No
m)inn
erGro
undare
ashe
athWi
reStr
ipWi
reStr
ipWi
reStr
ipWi
reStr
ipmm
2mm
mmmm
mmmm
mmmm
mmKg
/KmKg
/KmOh
m/Km
Ohm/
KmOh
m/Km
mFd/K
mAm
psAm
ps2X
WY/2X
FY3.5
CX25
/166/6
0.9/0.
70.3
1.60
4x0.8
1.40
1.40
23.8
22.2
1556
1316
0.727
0.930
0.080
0.20
125122
2XWY
/2XFY
3.5CX
35/16
6/60.9
/0.7
0.31.6
04x0
.81.4
01.4
025.
523.
9188
7162
60.5
240.6
710.0
800.2
3148
1482X
WY/2X
FY3.5
CX50
/256/6
1.0/0.
90.3
1.60
4x0.8
1.56
1.40
29.0
27.1
2627
2137
0.387
0.495
0.078
0.24
175181
2XWY
/2XFY
3.5CX
70/35
12/6
1.1/0.
90.4
2.00
4x0.8
1.56
1.56
34.0
31.6
3479
2946
0.268
0.343
0.077
0.26
213230
2XWY
/2XFY
3.5CX
95/50
15/6
1.1/1.
00.4
2.00
4x0.8
1.56
1.56
37.6
35.2
4476
3874
0.193
0.247
0.074
0.29
254284
2XWY
/2XFY3
.5CX1
20/70
18/12
1.2/1.
10.4
2.00
4x0.8
1.72
1.72
40.2
37.8
5487
4844
0.153
0.196
0.072
0.29
292330
2XWY
/2XFY3
.5CX1
50/70
18/15
1.4/1.
10.5
2.00
4x0.8
1.88
1.72
45.2
42.4
6523
5768
0.124
0.159
0.072
0.29
325375
2XWY
/2XFY3
.5CX1
85/95
30/15
1.6/1.
10.5
2.50
4x0.8
2.04
1.88
49.7
46.0
8325
7164
0.0991
0.127
0.072
0.29
366434
2XWY
/2XFY3
.5CX2
40/120
34/18
1.7/1.
20.6
2.50
4x0.8
2.20
2.04
55.4
51.7
10510
9193
0.0754
0.0965
0.072
0.31
421515
2XWY
/2XFY3
.5CX3
00/150
34/18
1.8/1.
40.6
2.50
4x0.8
2.36
2.20
59.3
55.6
12705
11282
0.0601
0.0769
0.071
0.33
472588
2XWY
/2XFY3
.5CX4
00/185
53/30
2.0/1.
60.7
3.15
4x0.8
2.68
2.52
69.2
64.1
16653
14342
0.0470
0.0602
0.070
0.33
528677
3.5 CO
RE CO
PPER
XLPE
UNAR
MOUR
ED PO
WER C
ABLES
Type
No. o
fMi
n.Th
ickne
ssMi
n.No
mina
lOv
erall
Appro
x.Ma
x. DC
Max.
ACAp
prox.
Appro
x.CU
RREN
T RAT
INGS
cores
&No
. of
of XL
PETh
ickne
ssTh
ickne
ssDia
meter
Net W
t.Re
sistan
ceRe
sistan
ceRe
actan
ceCa
pacit
ance
cross
sectio
nal
wires
Insula
tion
of PV
Cof
PVC
(App
rox)
of Ca
bleat
20O C
at 90O C
at 50
HZ
Direct
In Air
area
(Nom
.)inn
er sh
eathO
uter S
heath
in Gr
ound
mm2
mmmm
mmmm
Kg/Km
Ohm/
KmOh
m/Km
Ohm/
KmmF
d/Km
Amps
Amps
2XY
3.5C
X 25
/166/6
0.9/0.
70.3
2.00
22.4
1143
0.727
0.930
0.080
0.20
125122
2XY
3.5C
X 35
/166/6
0.9/0.
70.3
2.00
24.1
1436
0.524
0.671
0.080
0.23
148148
2XY
3.5C
X 50
/256/6
1.0/0.
90.3
2.00
27.3
1914
0.387
0.495
0.078
0.24
175181
2XY
3.5C
X 70
/3512
/61.1
/0.9
0.42.2
031
.926
880.2
680.3
430.0
770.2
6213
2302X
Y3.5
C X
95/50
15/6
1.1/1.
00.4
2.20
35.5
3579
0.193
0.247
0.074
0.29
254284
2XY
3.5C
X 12
0/70
18/12
1.2/1.
10.4
2.20
37.8
4498
0.153
0.196
0.072
0.29
292330
2XY
3.5C
X 15
0/70
18/15
1.4/1.
10.5
2.40
42.8
5416
0.124
0.159
0.072
0.29
325375
2XY
3.5C
X 18
5/95
30/15
1.6/1.
10.5
2.60
46.4
6791
0.099
10.1
270.0
720.2
9366
4342X
Y3.5
C X
240/1
2034
/181.7
/1.2
0.62.8
052
.488
120.0
754
0.096
50.0
720.3
1421
5152X
Y3.5
C X
300/1
5034
/181.8
/1.4
0.63.0
056
.410
881
0.060
10.0
769
0.071
0.33
472588
2XY
3.5C
X 40
0/185
53/30
2.0/1.
60.7
3.40
65.3
1391
40.0
470
0.060
20.0
700.3
3528
677
KEI WIRES & CABLES
150
4 COR
E ALUM
INIUM
XLPE
ARMO
URED
POWE
R CAB
LESTyp
eNo
. of
Min.
Thickn
essMin
.No
minal
Min. Th
icknes
sOv
erall D
iamete
rAp
prox.
Net W
t.Ma
x. D.C
.Max.
A.C.
Appro
x.Ap
prox.
Curren
t Ratin
gcor
es &
No. o
fof
XLPE
Thickn
essDim
ension
sof
PVC
(Appro
x.)of C
able
Resista
nceRes
istance
Reacta
nceCap
acitanc
ecro
ssWi
resins
ulation
of PV
Cof
Armour
Outers
heath
at 20O
Cat
90OC
at 50 H
zDir
ect in
In Air
section
al(No
m.)inn
ershea
thWi
reStr
ipWi
reStr
ipWi
reStr
ipWi
reStr
ipGro
undare
a(m
m)(m
m)mm
)(m
m)(m
m)(m
m)(m
m)(m
m)(Kg
/Km)
(Kg/Km
)Ohm
s/Km
Ohms
/KmOh
ms/Km
mFd/K
mAm
psAm
psA2
xwy
4CX4
10.7
0.31.4
0-
1.24
-16
.5-
542
-7.4
109.4
8000.0
9270.2
234
31A2
xwy
4CX4
60.7
0.31.4
0-
1.24
-17
.2-
581
-7.4
109.4
8000.0
9270.2
234
31A2
xwy
4CX6
10.7
0.31.4
0-
1.24
-17
.8-
625
-4.6
105.9
0000.0
8840.2
543
40A2
xwy
4CX6
60.7
0.31.4
0-
1.24
-18
.5-
653
-4.6
105.9
0000.0
8840.2
543
40A2
xwy
4CX1
01
0.70.3
1.40
-1.4
0-
20.5
-83
7-
3.080
3.9400
0.0837
0.31
5753
A2xw
y4C
X10
60.7
0.31.4
0-
1.40
-21
.8-
899
-3.0
803.9
4000.0
8370.3
157
53A2
xfy/A2
xwy
4CX1
66
0.70.3
1.60
4X0.8
1.40
1.40
22.8
21.2
896686
1.910
2.4500
0.0808
0.36
7370
A2xfy
/A2xw
y4C
X25
60.9
0.31.6
04X
0.81.4
01.4
023.
822.
2105
1829
1.200
1.5400
0.0800
0.20
9795
A2xfy
/A2xw
y4C
X35
60.9
0.31.6
04X
0.81.4
01.4
026.
024.
4123
6992
0.868
1.1100
0.0800
0.23
116117
A2xfy
/A2xw
y4C
X50
61.0
0.31.6
04X
0.81.5
61.5
629.
527.
9152
5124
60.6
410.8
2000.0
7800.2
4134
140A2
xfy/A2
xwy
4CX7
012
1.10.4
2.00
4X0.8
1.56
1.56
34.1
31.7
2132
1606
0.443
0.5670
0.0770
0.26
167176
A2xfy
/A2xw
y4C
X95
151.1
0.42.0
04X
0.81.7
21.5
637.
935.
2260
6197
50.3
200.4
1000.0
7400.2
9199
221A2
xfy/A2
xwy
4CX1
2015
1.20.5
2.00
4X0.8
1.88
1.72
41.9
39.1
3102
2422
0.253
0.3250
0.0720
0.29
227258
A2xfy
/A2xw
y4C
X150
151.4
0.52.5
04X
0.82.0
41.8
846.
342.
6398
5289
20.2
060.2
6500.0
7200.2
9255
294A2
xfy/A2
xwy
4CX1
8530
1.60.5
2.50
4X0.8
2.20
2.04
51.5
47.8
4761
3542
0.164
0.2110
0.0720
0.29
287339
A2xfy
/A2xw
y4C
X240
301.7
0.62.5
04X
0.82.3
62.2
057.
553.
8582
4445
30.1
250.1
6200.0
7200.3
1333
402A2
xfy/A2
xwy
4CX3
0030
1.80.7
3.15
4X0.8
2.52
2.36
64.5
59.5
7518
5394
0.100
0.1300
0.0710
0.33
375461
A2xfy
/A2xw
y4C
X400
532.0
0.73.1
54X
0.82.8
42.6
872.
167.
1917
9677
90.0
7780.1
0230.0
7000.3
3426
542
COMPANY PROFILE
151
4 COR
E ALUM
INIUM
XLPE
UNAR
MOUR
ED PO
WER C
ABLES
Type
No. o
f cores
Min.
Thickn
essMin
.No
m. Thi
ckness
Overa
llNe
t Wt.
Max.
D.C.
Max.
A.C.
Appro
x.Ap
prox.
Curren
t Ratin
gs& c
ross
No. o
fof
XLPE
Thickn
essof
PVC
Diame
terof C
able
Resista
nceRes
istance
Reacta
nceCap
acitanc
esec
tional
Wires
insula
tionof
PVC
Outers
heath
(Appro
x.)(Ap
prox.)
at 20O
Cat
90OC
at 50 H
zDir
ect in
In Air
area
(Nom.)
inners
heath
Ground
(mm)
(mm)
(mm)
(mm)
(Kg/Km
)Oh
ms/Km
Ohms
/KmOh
ms/Km
mFd/K
mAm
psAm
psA2
xy4C
X41
0.70.3
1.814.
8257
7.4100
9.4800
0.0927
0.22
3431
A2xy
4CX4
60.7
0.31.8
15.5
275
7.4100
9.4800
0.0927
0.22
3431
A2xy
4CX6
10.7
0.31.8
16.0
308
4.6100
5.9000
0.0884
0.25
4340
A2xy
4CX6
60.7
0.31.8
16.7
325
4.6100
5.9000
0.0884
0.25
4340
A2xy
4CX1
01
0.70.3
1.817.
940
03.0
8003.9
4000.0
8370.3
157
53A2
xy4C
X10
60.7
0.31.8
19.6
449
3.0800
3.9400
0.0837
0.31
5753
A2xy
4CX1
66
0.70.3
1.821.
0457
1.9100
2.4500
0.0808
0.36
7370
A2xy
4CX2
56
0.90.3
2.022.
4618
1.2000
1.5400
0.0800
0.20
9795
A2xy
4CX3
56
0.90.3
2.024.
6763
0.8680
1.1100
0.0800
0.23
116117
A2xy
4CX5
06
1.00.3
2.027.
8964
0.6410
0.8200
0.0780
0.24
134140
A2xy
4CX7
012
1.10.4
2.232.
0132
10.4
4300.5
6700.0
7700.2
6167
176A2
xy4C
X95
151.1
0.42.2
35.5
1681
0.3200
0.4100
0.0740
0.29
199221
A2xy
4CX1
2015
1.20.5
2.439.
5210
30.2
5300.3
2500.0
7200.2
9227
258A2
xy4C
X150
151.4
0.52.6
43.0
2551
0.2060
0.2650
0.0720
0.29
255294
A2xy
4CX1
8530
1.60.5
2.848.
3316
40.1
6400.2
1100.0
7200.2
9287
339A2
xy4C
X240
301.7
0.63.0
54.6
4067
0.1250
0.1620
0.0720
0.31
333402
A2xy
4CX3
0030
1.80.7
3.260.
6501
20.1
0000.1
3000.0
7100.3
3375
461A2
xy4C
X400
532.0
0.73.6
68.3
6373
0.0778
0.1023
0.0700
0.33
426542
KEI WIRES & CABLES
152
4 COR
E COP
PER XL
PE AR
MOUR
ED PO
WER C
ABLES
Type
No. o
fMin
.Thi
ckness
Min.
Nomin
alMin
.Thick
ness
Overa
llAp
prox.
Max.
DCMa
x. AC
Appro
x.Ap
prox.
Curren
t Ratin
gsCo
res &
No.
of XLP
EThi
ckness
Dimens
ions
of PVC
Outer
Diame
terNe
t Wt.
Resista
nceRes
istance
Reacta
nceCap
aci-
cross
ofIns
ulation
of PV
Cof
Armour
Sheath
(Appro
x)of C
able
at 200
Cat
900C
at 50 H
ztan
ceDir
ect in
In Air
section
alwir
es(No
m)inn
erGro
undare
ashe
athWi
reStr
ipWi
reStr
ipWi
reStr
ipWi
reStr
ipmm
2mm
mmmm
mmmm
mmmm
mmKg
/KmKg
/KmOh
m/Km
Ohm/
KmOh
m/Km
mFd/K
mAm
psAm
ps2X
WY4C
X 4
10.7
0.31.4
-1.2
4-
16.5
-641
-4.6
1005.9
0000.0
9270.2
244
402X
WY4C
X 4
60.7
0.31.4
-1.2
4-
17.2
-679
-4.6
1005.9
0000.0
9270.2
244
402X
WY4C
X 6
10.7
0.31.4
-1.2
4-
17.8
-773
-3.0
8003.9
4000.0
8840.2
555
512X
WY4C
X 6
60.7
0.31.4
-1.2
4-
18.5
-800
-3.0
8003.9
4000.0
8840.2
555
512X
WY4C
X 10
60.7
0.31.4
-1.4
0-
21.8
-114
6-
1.8300
2.3400
0.0837
0.31
7370
2XW
Y/2XF
Y4C
X 16
60.7
0.31.6
4x0.8
1.40
1.40
22.8
21.2
1381
1149
1.15
1.47
0.080
0.36
9790
2XW
Y/2XF
Y4C
X 25
60.9
0.31.6
4x0.8
1.40
1.40
23.8
22.2
1782
1536
0.727
0.930
0.080
0.20
125122
2XW
Y/2XF
Y4C
X 35
60.9
0.31.6
4x0.8
1.40
1.40
26.0
24.4
2230
1960
0.524
0.671
0.080
0.23
148148
2XW
Y/2XF
Y4C
X 50
61.0
0.31.6
4x0.8
1.56
1.56
29.5
27.9
2855
2545
0.387
0.495
0.078
0.24
175181
2XW
Y/2XF
Y4C
X 70
121.1
0.42.0
4x0.8
1.56
1.56
34.1
31.7
4048
3462
0.268
0.343
0.077
0.26
213230
2XW
Y/2XF
Y4C
X 95
151.1
0.42.0
4x0.8
1.72
1.56
37.9
35.2
5219
4535
0.193
0.247
0.074
0.29
254284
2XW
Y/2XF
Y4C
X 12
018
1.20.5
2.04x
0.81.8
81.7
241
.939
.163
7356
230.1
530.1
960.0
720.2
9292
3302X
WY/2
XFY4
C X
150
181.4
0.52.5
4x0.8
2.04
1.88
46.3
42.6
7991
6809
0.124
0.159
0.072
0.29
325375
2XW
Y/2XF
Y4C
X 18
530
1.60.5
2.54x
0.82.2
02.0
451
.547
.897
5584
160.0
991
0.127
0.072
0.29
366434
2XW
Y/2XF
Y4C
X 24
034
1.70.6
2.54x
0.82.3
62.2
057
.553
.812
360
1084
30.0
754
0.096
50.0
720.3
1421
5152X
WY/2
XFY4
C X
300
341.8
0.73.1
54x
0.82.5
22.3
664
.559
.515
802
1340
20.0
601
0.076
90.0
710.3
3472
5882X
WY/2
XFY4
C X
400
532.0
0.73.1
54x
0.82.8
42.6
872
.167
.119
582
1688
90.0
470
0.060
20.0
700.3
3528
677
COMPANY PROFILE
153
4 COR
E COP
PER XL
PE UN
ARMO
URED
POWE
R CAB
LESTyp
eNo
. of
Min.
No.
Thick
ness
Min.
Nomi
nal
Overa
llAp
prox.
Max.
DCMa
x. AC
Appro
x.Ap
prox.
CURR
ENT R
ATIN
GSco
res &
of wi
resof
XLPE
Thick
ness
Thick
ness
Diame
terNe
t Wt.
Resis
tance
Resis
tance
React
ance
Capa
citan
cecro
ss sec
tiona
lIns
ulatio
nof
PVC
of PV
C(A
pprox
)of
Cable
at 20O C
at 90O C
at 50
HZ
Direct
In Air
area
(Nom
.)inn
er sh
eathO
uter S
heath
in Gr
ound
mm2
mmmm
mmmm
Kg/Km
Ohm/
KmOh
m/Km
Ohm/
KmmF
d/Km
Amps
Amps
2XY
4C X
41
0.70.3
1.814
.835
64.6
100
5.900
00.0
927
0.22
4440
2XY
4C X
46
0.70.3
1.815
.537
24.6
100
5.900
00.0
927
0.22
4440
2XY
4C X
61
0.70.3
1.816
.045
53.0
800
3.940
00.0
884
0.25
5551
2XY
4C X
66
0.70.3
1.816
.747
23.0
800
3.940
00.0
884
0.25
5551
2XY
4C X
106
0.70.3
1.819
.669
71.8
300
2.340
00.0
837
0.31
7370
2XY
4C X
166
0.70.3
1.821
.084
31.1
500
1.470
00.0
800
0.36
9790
2XY
4C X
256
0.90.3
2.022
.412
320.7
270
0.930
00.0
800
0.20
125122
2XY
4C X
356
0.90.3
2.024
.616
200.5
240
0.671
00.0
800
0.23
148148
2XY
4C X
506
1.00.3
2.027
.821
250.3
870
0.495
00.0
780
0.24
175181
2XY
4C X
7012
1.10.4
2.232
.030
000.2
680
0.343
00.0
770
0.26
213230
2XY
4C X
9515
1.10.4
2.235
.540
130.1
930
0.247
00.0
740
0.29
254284
2XY
4C X
120
181.2
0.52.4
39.5
5043
0.153
00.1
960
0.072
00.2
9292
3302X
Y4C
X 15
018
1.40.5
2.643
.061
760.1
240
0.159
00.0
720
0.29
325375
2XY
4C X
185
301.6
0.52.8
48.3
7701
0.099
10.1
270
0.072
00.2
9366
4342X
Y4C
X 24
034
1.70.6
3.054
.610
037
0.075
40.0
965
0.072
00.3
1421
5152X
Y4C
X 30
034
1.80.7
3.260
.612
513
0.060
10.0
769
0.071
00.3
3472
5882X
Y4C
X 40
053
2.00.7
3.668
.315
945
0.047
00.0
602
0.070
00.3
3528
677
KEI WIRES & CABLES
154
Armoured PVC Control Cable IS : 1554 (P-I) - 1988No. of Cores Thickness Thickness of STRIP ARMOURED CABLE WIRE ARMOURED CABLE Standard Current Rating
& Cross of PVC Innersheath Strip Thickness of Approx. Approx. Round Thickness of Approx. Approx. Delivery Direct In Air/Sectional Insulation (min.) Size PVC Outer OD Net weight Wire PVC Outer OD Net Weight Length in in Duct.
Area (Nom.) Extruded sheath (Min) of Cable Dia sheath (Min) of Cable Mtrs. GroundNO x mm2 mm mm mm mm mm Kg / km mm mm mm Kg / Km Amps Amps
2 x 1.5 0.8 0.3 — — — — 1.4 1.24 13.6 415 1000 23 203 x 1.5 0.8 0.3 — — — — 1.4 1.24 14.1 430 1000 21 174 x 1.5 0.8 0.3 — — — — 1.4 1.24 15.0 490 1000 21 175 x 1.5 0.8 0.3 — — — — 1.4 1.24 15.9 545 1000 16 146 x 1.5 0.8 0.3 — — — — 1.4 1.24 16.9 605 1000 15 137 x 1.5 0.8 0.3 — — — — 1.4 1.24 16.9 630 1000 14 1310 x 1.5 0.8 0.3 — — — — 1.4 1.40 20.6 835 1000 13 1112 x 1.5 0.8 0.3 4 x 0.8 1.24 19.5 760 1.6 1.40 21.5 950 1000 12 1014 x 1.5 0.8 0.3 4 x 0.8 1.40 20.8 830 1.6 1.40 22.4 1040 1000 11 1016 x 1.5 0.8 0.3 4 x 0.8 1.40 21.7 920 1.6 1.40 23.3 1130 1000 11 919 x 1.5 0.8 0.3 4 x 0.8 1.40 23.1 1040 1.6 1.40 24.7 1265 1000 10 924 x 1.5 0.8 0.3 4 x 0.8 1.40 26.4 1250 1.6 1.40 28.0 1510 1000 9 827 x 1.5 0.8 0.3 4 x 0.8 1.40 26.9 1355 1.6 1.40 28.5 1610 1000 9 830 x 1.5 0.8 0.3 4 x 0.8 1.40 27.8 1430 1.6 1.40 29.4 1700 1000 9 737 x 1.5 0.8 0.3 4 x 0.8 1.40 29.7 1670 1.6 1.40 31.3 1960 1000 8 72 x 2.5 0.9 0.3 — 1.4 1.24 14.8 500 1000 32 273 x 2.5 0.9 0.3 — 1.4 1.24 15.4 520 1000 27 244 x 2.5 0.9 0.3 — 1.4 1.24 16.4 590 1000 27 245 x 2.5 0.9 0.3 — 1.4 1.24 17.5 660 1000 23 196 x 2.5 0.9 0.3 — 1.4 1.24 18.7 745 1000 21 187 x 2.5 0.9 0.3 — 1.4 1.24 18.7 780 1000 20 1710 x 2.5 0.9 0.3 4 x 0.8 1.40 21.8 900 1.6 1.40 23.4 1110 1000 18 1512 x 2.5 0.9 0.3 4 x 0.8 1.40 22.8 1020 1.6 1.40 24.4 1240 1000 17 1414 x 2.5 0.9 0.3 4 x 0.8 1.40 23.8 1130 1.6 1.40 25.4 1340 1000 16 1316 x 2.5 0.9 0.3 4 x 0.8 1.40 24.9 1210 1.6 1.40 26.5 1455 1000 15 1319 x 2.5 0.9 0.3 4 x 0.8 1.40 26.1 1355 1.6 1.40 27.7 1605 1000 14 1224 x 2.5 0.9 0.3 4 x 0.8 1.40 30.0 1655 1.6 1.56 32.0 1970 1000 13 1127 x 2.5 0.9 0.3 4 x 0.8 1.40 30.6 1770 1.6 1.56 32.6 2100 1000 12 1030 x 2.5 0.9 0.3 4 x 0.8 1.56 32.0 1940 1.6 1.56 33.6 2250 1000 12 1037 x 2.5 0.9 0.4 4 x 0.8 1.56 34.7 2300 2.0 1.56 37.1 2900 1000 11 9
Construction1. Solid / Stranded annealed copper conductor & Tinned / Bare2. General Purpose / HR PVC insulation3. Cores laid up (filled if needed )4. FRLS / General Purpose PVC inner sheath5. Armouring round Galvanised Steel wires / strips6. FRLS / General purpose PVC OutersheathMax. Conductor D.C. Resistance at 20 Deg C - Conductor Size :1.5 sq.mm - 12.1 Ohm / km (Bare), 12.2 W / km (Tinned)2.5 sq.mm - 7.41 Ohm / km (Bare), 7.56 W / km (Tinned)* Dimensions specified are with stranded conductor.
COMPANY PROFILE
155
Unarmoured PVC Control Cable IS : 1554 (P-I) - 1988No. of Cores Thickness Thickness of Thickness of Approx. Approx. Standard Current Rating
& Cross of PVC PVC Innersheath PVC Outersheath O.D. Net Weight Delivery Direct In Air /Sectional Insulation (min.) Extruded (Nom.) of Cable Length in in Duct
Area (Nom.) Mtrs. GroundNO x mm2 mm mm mm mm Kg / Km Amps. Amps.
2 x 1.5 0.8 0.3 1.8 11.8 185 1000 23 203 x 1.5 0.8 0.3 1.8 12.3 190 1000 21 174 x 1.5 0.8 0.3 1.8 13.2 225 1000 21 175 x 1.5 0.8 0.3 1.8 14.1 260 1000 16 146 x 1.5 0.8 0.3 1.8 15.1 295 1000 15 137 x 1.5 0.8 0.3 1.8 15.1 315 1000 14 1310 x 1.5 0.8 0.3 1.8 18.4 425 1000 13 1112 x 1.5 0.8 0.3 1.8 18.9 480 1000 12 1014 x 1.5 0.8 0.3 1.8 19.8 535 1000 11 1016 x 1.5 0.8 0.3 1.8 20.7 595 1000 11 919 x 1.5 0.8 0.3 2.0 22.5 720 1000 10 924 x 1.5 0.8 0.3 2.0 25.8 880 1000 9 827 x 1.5 0.8 0.3 2.0 26.3 960 1000 9 830 x 1.5 0.8 0.3 2.0 27.2 1040 1000 9 737 x 1.5 0.8 0.3 2.0 29.1 1230 1000 8 72 x 2.5 0.9 0.3 1.8 13.0 230 1000 32 273 x 2.5 0.9 0.3 1.8 13.6 240 1000 27 244 x 2.5 0.9 0.3 1.8 14.6 290 1000 27 245 x 2.5 0.9 0.3 1.8 15.7 335 1000 23 196 x 2.5 0.9 0.3 1.8 16.9 385 1000 21 187 x 2.5 0.9 0.3 1.8 16.9 420 1000 20 1710 x 2.5 0.9 0.3 1.8 20.8 570 1000 18 1512 x 2.5 0.9 0.3 2.0 22.2 690 1000 17 1414 x 2.5 0.9 0.3 2.0 23.2 775 1000 16 1316 x 2.5 0.9 0.3 2.0 24.3 860 1000 15 1319 x 2.5 0.9 0.3 2.0 25.5 985 1000 14 1224 x 2.5 0.9 0.3 2.0 29.4 1215 1000 13 1127 x 2.5 0.9 0.3 2.0 30.0 1330 1000 12 1030 x 2.5 0.9 0.3 2.0 31.0 1450 1000 12 1037 x 2.5 0.9 0.4 2.2 34.1 1790 1000 11 9
Construction1. Solid / Stranded annealed copper conductor & Tinned / Bare2. General Purpose / HR PVC insulation3. Cores laid up ( filled if needed )4. FRLS / General Purpose PVC inner sheath5. FRLS / General purpose PVC OutersheathMax. Conductor D.C. Resistance at 20 Deg C - Conductor Size :1.5 sq.mm - 12.1 Ohm / km (Bare), 12.2 Ω / km (Tinned)2.5 sq.mm - 7.41 Ohm / km (Bare), 7.56 Ω / km (Tinned)* Dimensions specified are with stranded conductor.
KEI WIRES & CABLES
156
Armoured XLPE Control Cable IS : 7098 (P-I) - 1988No. of Cores Thickness Thickness of STRIP ARMOURED CABLE WIRE ARMOURED CABLE Standard Current Rating
& Cross of XLPE Innersheath Strip Thickness of Approx. Approx. Round Thickness of Approx. Approx. Delivery Direct In Air/Sectional Insulation (min.) Size PVC Outer OD Net weight Wire PVC Outer OD Net Weight Length in in Duct.
Area (Nom.) Extruded sheath (Min) of Cable Dia sheath (Min) of Cable Mtrs. GroundNO x mm2 mm mm mm mm mm Kg / km mm mm mm Kg / Km Amps Amps
2 x 1.5 0.7 0.3 — — — — 1.4 1.24 13.2 410 1000 33 293 x 1.5 0.7 0.3 — — — — 1.4 1.24 13.6 453 1000 25 224 x 1.5 0.7 0.3 — — — — 1.4 1.24 14.4 503 1000 25 225 x 1.5 0.7 0.3 — — — — 1.4 1.24 15.2 507 1000 24 216 x 1.5 0.7 0.3 — — — — 1.4 1.24 16.0 558 1000 22 197 x 1.5 0.7 0.3 — — — — 1.4 1.24 16.0 576 1000 21 1810 x 1.5 0.7 0.3 — — — — 1.4 1.24 18.9 746 1000 18 1612 x 1.5 0.7 0.3 — — — — 1.4 1.24 19.4 799 1000 17 1514 x 1.5 0.7 0.3 — — — — 1.4 1.40 20.5 874 1000 16 1416 x 1.5 0.7 0.3 4 x 0.8 1.40 20.1 816 1.6 1.40 21.7 1021 1000 16 1419 x 1.5 0.7 0.3 4 x 0.8 1.40 21.0 880 1.6 1.40 22.6 1120 1000 15 1324 x 1.5 0.7 0.3 4 x 0.8 1.40 24.3 1102 1.6 1.40 25.9 1357 1000 13 1227 x 1.5 0.7 0.3 4 x 0.8 1.40 24.7 1162 1.6 1.40 26.3 1433 1000 13 1130 x 1.5 0.7 0.3 4 x 0.8 1.40 25.5 1251 1.6 1.40 27.1 1512 1000 12 1137 x 1.5 0.7 0.3 4 x 0.8 1.40 27.2 1425 1.6 1.40 28.8 1724 1000 11 1044 x 1.5 0.7 0.3 4 x 0.8 1.40 30.0 1639 1.6 1.56 32.0 1996 1000 11 952 x 1.5 0.7 0.3 4 x 0.8 1.56 31.6 1855 1.6 1.56 33.2 2205 1000 10 961 x 1.5 0.7 0.4 4 x 0.8 1.56 33.3 2092 2.0 1.56 35.7 2687 1000 9 82 x 2.5 0.7 0.3 — — — — 1.4 1.24 14.0 460 1000 39 323 x 2.5 0.7 0.3 — — — — 1.4 1.24 14.5 526 1000 34 304 x 2.5 0.7 0.3 — — — — 1.4 1.24 15.3 602 1000 34 305 x 2.5 0.7 0.3 — — — — 1.4 1.24 16.3 602 1000 31 286 x 2.5 0.7 0.3 — — — — 1.4 1.24 17.2 664 1000 29 267 x 2.5 0.7 0.3 — — — — 1.4 1.24 17.2 692 1000 27 2510 x 2.5 0.7 0.3 4 x 0.8 1.40 19.7 773 1.6 1.40 21.3 987 1000 24 2112 x 2.5 0.7 0.3 4 x 0.8 1.40 22.2 860 1.6 1.40 21.8 1064 1000 22 2014 x 2.5 0.7 0.3 4 x 0.8 1.40 21.2 925 1.6 1.40 22.7 1160 1000 21 1916 x 2.5 0.7 0.3 4 x 0.8 1.40 22.0 1017 1.6 1.40 23.6 1259 1000 20 1819 x 2.5 0.7 0.3 4 x 0.8 1.40 23.4 1157 1.6 1.40 25.0 1406 1000 19 1724 x 2.5 0.7 0.3 4 x 0.8 1.40 26.7 1413 1.6 1.40 28.3 1696 1000 17 1627 x 2.5 0.7 0.3 4 x 0.8 1.40 27.2 1502 1.6 1.40 28.8 1800 1000 16 1630 x 2.5 0.7 0.3 4 x 0.8 1.40 28.0 1622 1.6 1.40 29.6 1912 1000 16 1437 x 2.5 0.7 0.3 4 x 0.8 1.40 30.0 1866 1.6 1.56 32.0 2223 1000 15 1344 x 2.5 0.7 0.4 4 x 0.8 1.56 33.6 2209 2.0 1.56 36.0 2829 1000 14 1252 x 2.5 0.7 0.4 4 x 0.8 1.56 35.0 2475 2.0 1.56 37.4 3119 1000 13 1261 x 2.5 0.7 0.4 4 x 0.8 1.56 36.9 2777 2.0 1.56 39.3 3470 1000 12 11
Construction1. Solid / Stranded annealed copper conductor & Tinned / Bare2. Cross Linked Polyethylene (XLPE) insulation3. Cores laid up (filled if needed )4. FRLS / General Purpose PVC inner sheath5. Armouring round Galvanised Steel wires / strips6. FRLS / General purpose PVC Outersheath* Dimensions specified are with stranded conductor.
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157
Unarmoured XLPE Control Cable IS : 7890 (P-I) - 1988No. of Cores Thickness Thickness of Thickness of Approx. Approx. Standard Current Rating
& Cross of PVC PVC Innersheath PVC Outersheath O.D. Net Weight Delivery Direct In Air /Sectional Insulation (min.) Extruded (Nom.) of Cable Length in in Duct
Area (Nom.) Mtrs. GroundNO x mm2 mm mm mm mm Kg / Km Amps. Amps.
2 x 1.5 0.7 0.3 1.8 10.0 140 1000 33 293 x 1.5 0.7 0.3 1.8 10.5 160 1000 25 224 x 1.5 0.7 0.3 1.8 11.5 200 1000 25 225 x 1.5 0.7 0.3 1.8 12.5 225 1000 24 216 x 1.5 0.7 0.3 1.8 13.5 250 1000 22 197 x 1.5 0.7 0.3 1.8 13.5 260 1000 21 1810 x 1.5 0.7 0.3 1.8 17.0 340 1000 18 1612 x 1.5 0.7 0.3 1.8 17.5 390 1000 17 1514 x 1.5 0.7 0.3 1.8 18.0 430 1000 16 1416 x 1.5 0.7 0.3 1.8 18.5 475 1000 16 1419 x 1.5 0.7 0.3 1.8 19.5 540 1000 15 1324 x 1.5 0.7 0.3 2.0 22.5 665 1000 13 1227 x 1.5 0.7 0.3 2.0 23.0 750 1000 13 1130 x 1.5 0.7 0.3 2.0 23.5 820 1000 12 1137 x 1.5 0.7 0.3 2.0 25.0 975 1000 11 1044 x 1.5 0.7 0.3 2.0 28.0 1150 1000 11 952 x 1.5 0.7 0.3 2.0 29.0 1300 1000 10 961 x 1.5 0.7 0.4 2.2 31.0 1500 1000 9 82 x 2.5 0.7 0.3 1.8 11.5 185 1000 39 323 x 2.5 0.7 0.3 1.8 12.0 220 1000 34 304 x 2.5 0.7 0.3 1.8 13.0 260 1000 34 305 x 2.5 0.7 0.3 1.8 14.0 300 1000 31 286 x 2.5 0.7 0.3 1.8 15.0 340 1000 29 267 x 2.5 0.7 0.3 1.8 15.0 360 1000 27 2510 x 2.5 0.7 0.3 1.8 17.5 475 1000 24 2112 x 2.5 0.7 0.3 1.8 18.0 550 1000 22 2014 x 2.5 0.7 0.3 1.8 19.0 625 1000 21 1916 x 2.5 0.7 0.3 2.0 20.5 680 1000 20 1819 x 2.5 0.7 0.3 2.0 21.5 770 1000 19 1724 x 2.5 0.7 0.3 2.0 24.5 950 1000 17 1627 x 2.5 0.7 0.3 2.0 25.5 1050 1000 16 1630 x 2.5 0.7 0.3 2.0 26.0 1150 1000 16 1437 x 2.5 0.7 0.3 2.0 28.0 1350 1000 15 1344 x 2.5 0.7 0.4 2.2 32.0 1650 1000 14 1252 x 2.5 0.7 0.4 2.2 33.5 1950 1000 13 1261 x 2.5 0.7 0.4 2.2 35.0 2150 1000 12 11
Construction1. Solid / Stranded annealed copper conductor & Tinned / Bare2. Cross Linked Polyethylene (XLPE) insulation3. Cores laid up (filled if needed )4. FRLS / General Purpose PVC inner sheath5. FRLS / General purpose PVC Outersheath* Dimensions specified are with stranded conductor.
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KEI Industries Limited manufactures a wide variety ofcables suitable for process instrumentation. In theprojects related to power generation & distribution,chemical & fertilizer industries and various other typesof engineering industries, the process instrumentationplays a vita role in measurement, supervision and controlof the process. Introduction of microprocessor based/computerised instrumentation has demanded stringentquality requirements alongwith special electricalparameters for instrumentation cables. Very low levelelectrical signals pass between measuring end anddisplay units/controllers which are situated far off. Theselow level signals are prone to external noise pickupsand heavy silenuation during transmission.
All this means that the cables to be used forinstrumentation should be designed and manufacturedvery carefully, KEI with its meticulous efforts inmaintaining quality, stringent in process control duringmanufacture and hte knowledge of cable designing, isproud to say that it is capable of supplyinginstrumentation cables meeting any Indian/International standard or a specific requirement desiredby project authority. The efforts done by KEI arereqarded by acceptance of our quality by the country’sprime organisations such as NTPC, PDIL, EIL, BHEL,TATA’s, IOCL, L&T, ABB, KRUPP Ind, BPCL., HPCL, ESSAR,SIEMENS, Electricity Boards, Reliance, IOTL, Mukand,Honeywell, etc.
Instrumentation Cables
Range of Instrumentation Cables :-Conductor : 0.4 mm dia (0.126 Sq.mm) to 2.5 sq.mm. or higher sizes of electrolytic copper wire,
Tinned/untinned, solid/stranded copper conductors.Insulation : 70 Deg. C/85 Deg. C. Grade PVC, Polyethylene, Halogen Free FRLS Polymeric Compounds.Elements : Pairs/Triples/Quads, colour coded/number printed ring marked/dual colour extruded.Shields : Aluminimum Polyester tape screen with Copper drain wire or alternately with with Copper
wire braiding. Individual element or overall shielding as specified.Element laying : Concentric formation or unit & group formation as per applicable specification.Amounting : Galvanised steel wire/strip amount.Sheathing : PVC 70/90 deg.C. grade, PVC FRLS, ZHFR, CSP, PCP, EVA, etc.Specification : BS:5308 (1 & 2), iec-189 (1 & 2),
VDE 0815, ENI 0181.00 and customers specifications.
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159
COLOUR CODES as per various standard specifications
Range of Thermo-couple Extension/Compensationcables :-
T1 = Process Temp. at Thermocouple hot junction
T2 = Atmospheric temp. at Thermocouple cold junction
T3 = Atmospheric temp. at Control room.
These cables can also be termed as instrumentationcables, since they are used for process temperaturemeasurement. The construction is similar to pairedinstrumentation cable but the conductor material isdifferent. Thermocouples are used in processes tosense temperature and is connected to thepyrometers for indication and control. The
thermocouple and pyrometers are electricallyconducted by thermocouple extension/compensatingcables. The conductors used for these cables arerequired to have similar thermo-electric (emf)properties as that of the thermocouple used for sensingthe temperature. The cables are manu-factured as perIS:8784, ANSI-MC 96. 1, B.S., ENI, DIN and customersspecification.
THERMOCOUPLE EXTN. CABLECONTROL ROOM
EMFMEASURING DEVICE
ocTHERMOCOUPLE
T1T2 T3
CONDUCTOR MATERIAL
KX (NiCr/Nia) Chromel AlumelJX (Fe/CuNi) Iron ConstantanEX (NiCr/CuNi) Chromel ConstantanTX (Cu/CuNi) Copper Constantan
COMPENSATING CABLES
KX (A)/VX (NiCr/NiAl) Copper ConstantanSX/RX (PtRh-Pt) Copper Constantan
Positive NegativeEXTENSION CABLES
STANDARDS REFERREDANSI MC-96.1ENI — 163.00 IS : 8784 B. S.
+ve -ve overallEXTENSION CABLES
KX Yellow Red YellowJX White Red BlackTX Blue Red BlueEX Purple Red Purple
COMPENSATING CABLESKX(A)/VX — — —SX/RX Black RedGreen
+ve -ve overall
Red Green GreenRed Blue BlueRed Black BlackRed Violet Violet
Red Green GreenRed White White
+ve -ve overall
Brown Blue RedYellow Blue BlackWhite Blue BlueBrown Blue Brown
White Blue RedWhite Blue Green
KEI CABLES
Thermocouple Extension/CompensatingCables
KEI WIRES & CABLES
160
KEI FRLS And Halogen Free CablesTest Function Specification Typical Values Typical Values Typical Values
of FRLS Compound of Halogen Free of Ordinary PVCCompound Compound
CRITICAL To Determine Percentage ASTM-d-2863 More than 29% More than 29% 23%OXYGEN of Oxygen Required ForINDEX Supporting Combustion of
Insulating Material atroom temprature.
TEMPRATURE To determine at What ASTM-D-2863 & More than 250 Deg.C More than 250 Deg.C 150 Deg.CINDEX Temprature Normal BICC Handbook
Oxygen Content of 21% In Chapter No.6Air will SupportCombustion ofInsulating Material
SMOKE DENSITY To Determine the visiability ASTM-D-2843 MORE THAN 40% MORE THAN 80% 10-15%RATING (Light Transmission)
under Fire of InsulatingMaterial
ACID GAS To acertian the amount of IEC-754-I Less than 20% Less than 0.5% 45-50%GAS Hydrocloric Acid GasGENERATION Evolved from insualtion of
Cable Under Fire.
Following additional test is offered on these cables:1) FLAMMABILITY TEST
A) IEEE383B) IEC 332(PART-I)C) IEC-332 (PART-III)
2) SWEDISH CHIMNEY TESTA) SS 4241475
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161
Single Core PVC/ HR PVC / FRLS / ZHFR Insulated Copper Conductor (Unsheathed) HouseWires in Voltage Grade upto & including 1100 Volts as per IS 694 - 1990.
Comparitive Properties of KEI WIRESFeature Normal Heat Resistant Fire Retardant Flame Retardant Zero Halogen
PVC Wire HR PVC FR - PVC Low Smoke FRLS Low SmokeInsulation Material PVC PVC Spl. PVC Spl. PVC Spl. PolymerInsulation Property Normal Good Good Good Very GoodTemperature Rating 70OC 85OC 70OC 70OC 85OCThermal Stability Normal Very Good Good Good Very GoodFlame Retardancy Good Good Very Good Very Good ExcellentSafety During burning Average Average Good Good ExcellentRequirement of Oxygento Catch Fire (% in air) >21 > 21 > 30 > 30 > 35Temperature Requiredto catch fire (with 21 % oxygen) Room Temp. Room Temp. > 250OC > 250OC. > 300OCVisibility during Cableburning (%) <20 < 20 < 35 > 40 > 80Release of Halogen Gasduring burning (% by weight) <20 < 20 < 20 < 20 ZEROAbrasion Resistanceduring Installation Good Good Good Good Good
Basic Code Nominal Cross Number / Nom. Thickness of Overall Current Carrying Capacity in ResistanceSection Area of Dia of wires* Insulation diameter Conduit/Trunking (Amps) (Max)
Conductor (Nom.) (Nom.) Max. at 20OC.Sq. Mm Number / mm mm mm PVC HR PVC FRLS ZHFR Ohm / Km
KSF - 2420 0.75 24 / 0.20 0.60 2.8 7 8 7 8 26.00KSF - 1430 1.00 14 / 0.30 0.70 3.2 11 13 11 13 18.10KSF - 2230 1.50 22 / 0.30 0.70 3.4 13 16 13 16 12.10KSF - 3630 2.50 36 / 0.30 0.80 4.2 18 20 18 20 7.41KSF - 5630 4.00 56 / 0.30 0.80 4.8 24 26 24 26 4.95KSF - 8430 6.00 84 / 0.30 0.80 5.6 31 36 31 36 3.30
KEI WIRES & CABLES
162
WINDING WIRES / 3 CORE FLAT CABLES FOR SUBMERSIBLE PUMPSHR PVC Insulated Winding Wires as per IS:8783 (Part 4/Sec I) 1995
Basic Conductor Thickness of Overall ConductorCode Diameter Insulation Diameter Resistance at 200C
(Nom) mm (Min) mm (Approx.) mm (Max) Ohms/KmKWS-0060 0.6 0.25 1.17 62.20KWS-0070 0.7 0.30 1.37 45.70KWS-0080 0.8 0.30 1.47 35.00KWS-0090 0.9 0.30 1.57 27.60KWS-0100 1.0 0.30 1.67 22.40KWS-0110 1.1 0.30 1.77 18.50KWS-0120 1.2 0.30 1.87 15.50KWS-0130 1.3 0.30 1.97 13.20KWS-0140 1.4 0.35 2.17 11.40KWS-0150 1.5 0.35 2.27 9.95KWS-0160 1.6 0.35 2.37 8.75KWS-0170 1.7 0.35 2.47 7.75KWS-0180 1.8 0.35 2.62 6.91KWS-0190 1.9 0.35 2.72 6.20KWS-0200 2.0 0.45 3.02 5.60KWS-0210 2.1 0.45 3.12 5.08KWS-0220 2.2 0.45 3.22 4.63KWS-0230 2.3 0.45 3.32 4.23KWS-0240 2.4 0.50 3.52 3.89KWS-0250 2.5 0.50 3.62 3.58KWS-0260 2.6 0.50 3.72 3.31KWS-0270 2.7 0.50 3.82 3.07KWS-0280 2.8 0.55 4.02 2.86KWS-0290 2.9 0.55 4.12 2.66KWS-0300 3.0 0.55 4.22 2.49
3 CORE FLAT CABLESBasic Area Number/ Insulation Sheath Width Thickness Resistance CurrentCode (Nom.) size of Thickness Thickness ‘W’ ‘T’ at 200C carrying
sq. Wire (Nom.) (Nom.) (Approx) (Approx) (Max.) capacityat 400C
mm No./mm mm mm mm mm ohm/Km AmpsK3FL-2230 1.5 22/0.3 0.6 0.90 11.0 5.0 12.10 14K3FL-3630 2.5 36/0.3 0.7 1.00 13.0 6.0 7.40 18K3FL-5630 4.0 56/0.3 0.8 1.00 15.3 6.7 4.95 26K3FL-8430 6.0 84/0.3 1.0 1.15 18.7 7.9 3.30 31K3FL-14030 10.0 140/0.3 1.0 1.40 23.7 9.9 1.91 42K3FL-22630 16.0 226/0.3 1.0 1.40 28.0 11.4 1.21 57K3FL-35430 25.0 354/0.3 1.2 2.00 35.5 14.7 0.780 72K3FL-49530 35.0 495/0.3 1.2 2.00 39.5 16.2 0.554 90K3FL-70330 50.0 703/0.3 1.4 2.20 45.5 18.3 0.386 115K3FL-36050 70.0 360/0.5 1.4 2.20 51.0 20.0 0.272 143K3FL-47550 95.0 475/0.5 1.6 2.40 60.0 23.5 0.206 165
COMPANY PROFILE
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Rubber CablesIn keeping with the company’s commitment to technological advancement, elastomer materials such as Polychloroprene(PCP), Chloro-Sulphoneted Polyethelene (CSP), Nitrile Rubber / PVC blends, Ethylene Propelene Rubber (EPR), EthyleneVinyle Acetate (EVA) and Silicone have been specially compounded to meet numerous heat oil and fire resisting requirements.In the recent years KEI has also developed special Elastomeric Fire Survival Cables for power, control and instrumentationwiring.Elastomeric compounds for insulating and sheathing of cables are formulated to meet the requirement of IS 6380, BS 6899,IEC 60502 and other international specification.GENERAL CONSTRUCTION (Conforming to IS 9968 Part 1)Conductor – Annealed tinned Copper wires Solid (Class 1), Stranded (Class 2), flexible (Class 5)
complying with the requirement of IS 8130-1984Seperator Tape – Suitable material seperator tape may be applied over the conductorInsulation – General service elastomer compound Type IE1 of IS 6380-1984
Heat Resisting elastomer compound Type IE2 of IS 6380-1984Silicone Rubber Type IE 5 of IS 6380-1984
Core Identification – Coloured insulation, Nos.PE tape, Coloured proofed tape, Nos. printingFillers – Natural or synthetic fibres or elastomer suitable for the operating temperature and
compatible with the insulating materialSheath – General service sheath Type SE1/SE2 of IS 6380-1984
Heavy Duty Sheath Type SE3/SE4 of IS 6380-1984
Working Temperature of Commonly used Elastomeric Insulating and Sheathing MaterialsMaterial Max. Cond. Temp. Max. Cond. Min. Working
for continuous Temp. for short Temp.opertation circuit
Deg C. Deg C. Deg C.Natural Rubber (VIR & TRS) 60 200 -55Ethylene Propylene Rubber (EPR) 90 250 -50Polychloroprene (PCP) 70 200 -40Chlorosupphonated Polyethylene (CSP) 90 200 -35Silicone Rubber 150 / 180 350 -55HR Natural Rubber (HR VIR) 75 200 -55Styrene Butadience Rubber 60 200 -55Butyl Rubber 85 220 -50
KEI WIRES & CABLES
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Rubber CablesELASTOMERIC CABLES RANGE APPLICATIONCABLES UP TO 11KV Machine Trailing, Mining, PowerFLEXIBLE TRAILING CABLES Reeling unreeling, Trailing, Festooning, Mobile
Machines, Cranes, Coal Handling and ConveyorsMINING CABLES FT or Pliable Armoured or Landline type
As per IS 14494, NCB specsfor UG , Open cast, Coal or other mines and mining machines
THERMAL POWER PLANTS For coal handling plants, flexible power and control applicationCABLES FOR STEEL PLANTS Flexible and high temp withstanding cables for furnace, melting shops,
material handlingWIND ENERGY Flexible cables for power and control for Wind Mill generator connectionFIRE SURVIVAL CABLES Fire Survival for 3 Hrs or 20 MinSHIP WIRING As per IEC specs and Naval specs DGS or DEFSTAN, NESOFFSHORE and ONSHORE For Platforms and Rigs as per IEC and BS or NEK specsSHORE SUPPLY AND GENERATOR CABLES For charging of ship batteries and supply from mobile generatorsMOTOR COIL LEADS Elastomeric and Silicon as per IS, BS, or OEM specsHIGH TEMP CABLES Silicon insulated, glass fiber braided or unbraidedPUMP CABLES For Water , submersible and sewerage pumpsCABLES FOR RAILWAYS Coach wiring, Metro railwayWIRES HFFR Low toxic emission under fire.PANEL WIRING For flexible, high power high temp zone, polluted or moist atmospheresBATTERY CABLES For High current and long lifeLOW TEMPERATURE INSTALLATIONS Suitable for subzero temp. installations and operationsMISC. APPLICATIONS Outdoor High mast lighting, Site power supply, White goods,
Oil or Chemical resistantTYPES Power and Control cables up to 61 Cores
Instrumentation Pairs 30 pairs, triads, quadWires, Flat cables
VOLTAGE GRADES 11KV, 6.6KV, 3.3KV, 1.1KV, 750V, 250V, 110V, 60VCONDUCTOR RANGE 0.5 to 630 Sq.mmPOLYMERS PROCESSED EPR, EPDM, PCP, CSP, CPE, SILICON, EVA
HALOGENFREE AND FIRE RESISTANT COMPOUNDSNON TOXIC COMPOUNDS
BRAIDING OFFERED ATC, GI wire braid, Synthetic or Textile yarn, Glass FiberARMOURING Pliable armour or steel /copper wires/Stainless steel
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15
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09
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0
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15
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30
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40
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45
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AT
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G M
AT
ER
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S (
I)
MATER
IALS
CO
MPA
RIS
ON
CH
AR
T
KEI
offe
ra
wid
era
nge
ofM
ater
ials
for
the
purp
ose
ofin
sula
tion
and
shea
thin
g.K
EIis
putti
ngth
eir
effo
rtto
desi
gnth
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bles
byca
refu
l
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ncin
gth
epr
oper
ties
ofse
lect
edm
ater
ials
inco
mbi
natio
nw
itha
view
tom
eett
hesp
ecifi
cen
viro
nmen
tala
ndin
stal
latio
nco
nditi
ons.
Any
mat
eria
ldoe
sno
tpos
sess
univ
ersa
lpro
pert
ies
whi
chis
suita
ble
fora
llco
nditi
ons.
This
will
beev
iden
tfro
mth
eco
mpa
riso
nch
art.
Alth
ough
this
char
tdoe
sno
tpro
vide
the
deta
iled
info
rmat
ions
ofal
l
the
mat
eria
lsan
dco
mbi
natio
nsof
them
with
ever
ype
rtin
ent
char
acte
rist
ics,
itis
agu
idel
ine
ofin
form
atio
nsw
hich
aca
ble
spec
ialis
tre
quire
sfro
mus
erto
ensu
rem
ost
appr
opri
ate
desi
gnto
mee
tspe
cific
need
s.
Ple
ase
doco
nsul
tour
expe
rts
atth
eTe
chni
calS
ervi
ces
Dep
artm
ento
f
KEI
Indu
stri
esLi
mite
d,C
able
Div
isio
n.
CAB
LE
SELEC
TIO
NG
UID
E
Wir
es A
nd C
able
s
KEI
Industr
ies L
imit
ed
D-9
0,
OK
HLA
IND
US
TRIA
L A
REA
, P
HA
SE-
I, N
EW D
ELH
I - 1
10
02
0Te
l. :
(01
1)
- 2
68
1 8
84
0 /
86
42
/ 0
24
2 •
Fax
: 2
68
1 1
95
9 /
72
25
E-m
ail :
kei
ind@
vsnl
.com
• W
ebsi
te :
ww
w.k
ei-i
nd.c
om
Handling & Storage
Handling (Unloading at Site)
Storage
Minimum permissible bending radius
On receipt of the cable drums visual inspection of drums should be made. While unloading the drums from
the lorry/trailer, a crane or suitable derrick system with chain pulley arrangement should be used and the
drums carefully lifted and deposited on the ground. When lifting the drums with the crane , it is recommended
that the lagging should be kept in place to prevent the flanges from crushing on to the cable. If the crane is not
available , a ramp should be prepared with approximate inclination of 1:3 or 1:4. The cable drum should be
rolled over the ramp by means of ropes and winches. Under no circumstances should the drums be dropped
to the ground as the shock may cause serious damage to the inner layer of the cables.
Cable should not be dragged along the earth surface
Cable ends should always be sealed by means of suitable end sealing materials to prevent miniaturization of
cores and armour
Drums should be rolled in direction of arrow marked on the drums
The site chosen for the storage of cable drums should be dry and covered place to prevent exposure to
climatic conditions and wear and tear of wooden drums and it should be preferably on a concrete /
consolidated surface which will not cause the drums to sink and thus lead to flange rot and extremely difficult
in moving the drums.
The drums should be stored in such a manner as to leave sufficient space between them for air circulation. It
is desirable for the drums to stand on battens placed directly under the flanges.
In no case shall the drums be stored flat i.e. with flanges horizontal
While installing the cables , the following minimum bending radius should be observed in order so that the
cable, especially insulation, may not undergo damage,. Wherever possible larger bending radius should be
used
VOLTAGE RATING PVC & XLPE Cables
KV Single core Multicore
Upto 1.1 15 D 12 D
Above 1.1 to 11 15 D 15 D
Where D is outer diameter of cable
Handling & StorageHandling & Storage
REGISTERED OFFICE & MARKETING OFFICE
D-90, Okhla Industrial Area, Phase-I, New Delhi – 110 020.Tel.: 011 2681 8840 / 8642 / 0242
Fax : 011 2681 1959 / 7225Website : www.kei-ind.com
E-Mail : [email protected] / [email protected]
101/102,Vastu Shilp, Vastu Enclave,
Andheri Pump House,
Andheri (East), Mumbai – 400 093.
Tel.: 022 2823 9673 / 2837 5642
Fax : 022 2825 8277
Email : [email protected] / [email protected]
Contact Person : Mr. Ajit Durve / Mr. Umesh Kank
F-1, SIR Usman Court, New No: 63 (Old No: 27) Eldams Road,
Teynampet, Chennai - 600 018.
Tel.: 044 4200 9120 Fax : 044 4200 9130
Mobile : 098400 48035 / 0988430 5206
Email : [email protected] / [email protected]
Contact Person : Mr. K. Sundararajan / Mr. G. Sriraman
33, Dr. Sundari Mohan Avenue, 1st Floor, Kolkata – 700 014.
Tel.: 033 6459 9470/ 9471, 2286 6696
Fax : 033 2286 6697
Mobile : 098300 85169 / 098318 06270
Email : [email protected]
Contact Person : Mr Alok Saha / Mrs Aparajita
1st Floor-5, Vighnhar Chambers, Opp. Telephone Exchange Office,
Karve Road, Pune - 411 004.
Tel.: 020 6640 7241 Fax : 020 6640 7241
Mobile : 098220 48426
Email : [email protected] / [email protected]
Contact Person : Mr Amit Choudhary / Mrs Monali Bhavsar
803, Siddharth Complex, Near Hotel Express,
R.C. Dutt Road, Baroda - 390 007.
Tel.: 0265 2341831 / 6539719
Fax : 0265 2334161
Mobile : 098240 87943 / 098246 76443
Email : [email protected]
Contact Person : Mr. K Mitra / Mr. Alpesh Shah
MUMBAI
CHENNAI
KOLKATA
PUNE
BARODA
Unit-2
99/2/7, Madhuban Industrial Estate, Rakholi,Silvassa – 396 230. D & N HTel.: 0260 2644404 / 2630944Fax : 0260 2645896Email : [email protected]
Unit-3
Plot – A 280 / 281 / 282, Chopanki (Bhiwadi)Distt – Alwar, Rajasthan – 301 019.Tel.: 01493 260202 / 03 / 05 / 06Fax : 01493 260204E-mail : [email protected]
Unit-1
SP-919/920, RIICO Industrial Area, Phase-III,Bhiwadi, Disst – Alwar-301 019, RajasthanTel.: 01493 220106 / 221731 / 226223/4/5/6/7Fax : 01493 221732Email : [email protected]
HYDERABAD
BANGALORE
JAIPUR
VIZAG
COCHIN
Plot No.76, H. No.3-14-52/1, Shubodaya Colony,
Behind Chitraseema Colony, Near Little Chums School,
Mansoorabad, Vanasthalipuram, Hyderabad - 500 070.
Tel.: 040 20064358 Fax: 040-24024260
Mobile : 099855 22558/099855 77886/093942 35522/099662 38384
Email : [email protected] / [email protected]
Contact Person : Mr. M V Gananath
303, 3rd Floor, President Chambers,
# 8, Richmond Road, Bangalore - 560025.
Tel.: 080 22111187
Fax : 080 22111187
Mobile : 099725 93898 / 09886244716
Email : [email protected] / [email protected]
Contact Person : Mr. Manjunath / Mr. Husain Zakee
7, Kailash Path, Suraj Nagar-West, Civil Lines, Jaipur - 06.
Tel.: 0141 2221707 Fax : 0141 5179279
Mobile : 098290 36095
Email : [email protected] / [email protected]
Contact Person : Mr. Mukesh Mahawaniya
Flat No. 502, 5th Floor, Rajyalakshmi Palace,
Kurmannapalem,
Visakhapatnam - 530 046.
Mobile : 093464 68565
Email : [email protected]
Contact Person : Mr. Kalyan Chakravarty S
36 / 2853, Nagavallil, Balan Menon Road,
Kaloor, Cochin – 682 017.
Mobile : 098460 04702
Email : [email protected]
Contact Person : Mr. K P Rajagopal
WORKS
MARKETTING OFFICE
DUBAI
Post Box No. 261739, Emaar Business Park, Bldg., No. 2, 5th Floor,
Office No. 550, Opp. to Media City, Sh. Zayed Road, Dubai - U.A.E.
Tel.: +971 4 368 9336 Fax : +971 4 368 9337
Mobile : +971 50 2112013
Email : [email protected]
Contact Person : Mr. S D Tamhankar / Mr. Anant Shankar
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