K C POWER TRACKS Amli Industrial Estate, Silvassa, Dadra & Nagar Haveli

Our team of quality examiners conducts stringent tests for ensuring the product quality. We have achieved great heights of success by providing top-notch array of triaxial cables.

Buy excellence in the form of Telephone Wire at coffer-friendly prices, from us! We are a recognized name catering to the customers by offering different products from Silvassa(India).

The company is located in Silvassa(India) and caters to the diverse requirements of the buyers. We are committed towards providing the world-class lot of products thus, check each and every product on different levels.

We offer a gamut of Solar Street Lights which are useful for roads, yards, colonies, parks, townships. We pride ourselves as one of the leading Manufacturers and Suppliers of Solar Street Lightings. These lights are available in various designs as per the customer’s demands. Some of the features of these lights are : Automatic on/offDusk to Dawn OperationAutonomy for no sunshine daysDurable StructureGalvanized Street PolesCorrosion Resistant paint Specifications Sr. No.ParticularRemark 1 System Model – I (CFL Based) : Complete System consisting of one SPV Module 75Wp/12V, one Luminary 11Wp and one SMF/ Tubular Battery 12V/75Ah with 6 meters painted pole battery box and necessary hardware and wiring Operation timings Dusk to dawn with 2 days autonomy 2 System Model – II (CFL Based) : Complete System consisting of one SPV Module 120Wp/12V, one Luminary 11Wp X 2 CFL , SMF Battery 12V/100Ah , battery box , necessary hardware and wiring including 6 meter Pole Operation timings Dusk to dawn with 2 days autonomy 3 System Model – I (LED Based) : Complete System consisting of one SPV Module 37Wp/12V, one Luminary of 7.2Wp with six super bright LED, SMF Battery 12V/40Ah, battery box & necessary hardware and wiring including 5 Meter pole. Operation timings Dusk to dawn with 2 days autonomy 4 System Model – I (LED Based) : Complete System consisting of one SPV Module 75Wp/12V, one Luminary 14Wp, SMF Battery/Tubular 12V/75Ah battery box & necessary hardware and wiring including 5 Meter Pole. Operation timings Dusk to dawn with 2 days autonomy

K C Powertracks is a chief manufacturer and supplier of Solar Power Systems. The complete range of our Solar Power Systems will be served to various corporate sectors, hospitality industries etc. We offer a comprehensive range of Solar Power Tracks. Features Long LifeGood Performance in Harsh Weather ConditionsApproved by BISCorrosion ResistantHigh Efficiency

The Solar Modules manufactured by us are aesthetically designed, highly efficient and are suitable in harsh weather conditions. While manufacturing these modules a strict quality check is taken at every stage of production. Features : Aesthetically designedLong life & Continuous Performance under extreme conditionsLaminate enclosed in non-corroding anodized Aluminium frameWeather proof junction box hence protection against moistureSuper state construction with toughened glass top surface to withstand wind upto 250 km/hrModules meet the requirements of IEC 61215Warranted in line with MNES / International StandardsAvailable with both, Multi-crystalline / Mono-crystalline solar cellsProvision for mounting of modules on support structure can be provided against specific demand.Both Single Glazed and Double Glazed collectors are availableApproved by BISAvailable in A-Type and B-TypeCorrosion resistant extrusionsHigh EfficiencyQuality checked at every stage of production

We are a renowned manufacturer and supplier of Solar Lanterns high on demand in the international market. Besides, being cost effective, these lanterns possess the following characteristics : Single charge can give up to 6 hours. Of lightPortableNo maintenanceAC mains charging facility SpecificationsSr. No.Particular 1 MINI LANTERN Complete lantern consisting of one SPV Module 05Wp/06V, one 5Wp CFL, Battery SMF 12V/4.5Ah and appropriate wire 2 BIG LANTERN (Model – I) Complete lantern consisting of one SPV Module 08Wp/12V, one 7Wp CFL, Battery SMF 12V/7.2Ah and appropriate wire 3 BIG LANTERN (Model – II) Complete lantern consisting of one SPV Module 10Wp/12V, one 7Wp CFL, Battery SMF 12V/7.2Ah and appropriate wire 4 BIG LANTERN (Model – III) Complete lantern consisting of one SPV Module 10Wp/12V, one 7Wp CFL, 1 DC Fan 15Wp Battery SMF 12V/7.2Ah and appropriate wire

We are one of the leading Suppliers of Industrial Power Cables. In addition, we also provide Insulated Power Cables and High Voltage Power Cables of high efficiency. We can offer Power Cables as per the requirements of the customer. Power Cables are for use with heavy machines, feeders and branch circuits in industrial, commercial and electric utility applications. Features High EfficiencyGood Thermal Resistivity of Soil Long Lasting Ductile All our cables conform to IS : 1554 (Part -1) : 1988 for working voltages upto 1100 volts. Wherever required, KCP can offer cables as per other national or international standards or special requirements. Low Tension Copper / Aluminium Conductor Un � Armoured PVC Insulated & Sheathed Power CableLow Tension Copper / Aluminium Conductor Armoured PVC Insulated & Sheathed Power Cable Power cables are solid or stranded conductors surrounded by insulation, shielding, and a protective jacket. Generally the power cables are rated Low Voltage (40 kV). Cable jacket includes polyvinyl chloride (PVC) or cross-linked polyethylene (XLPE). Cable shielding is a metallic layer placed around an insulated conductor or group of insulated conductors, to prevent electrostatic or electromagnetic interference between the enclosed wires and external fields. Cable insulation material used is of a high resistance to the flow of electric current to prevent leakage of current from a conductor. Common materials include cross-linked polyethylene (XLP), polyethylene (PE), and polyvinyl chloride (PVC). A cable conductor is a wire or combination of wires not insulated from one another, suitable for carrying electric current. ConductorCopper or AluminiumApplicable StandardIS : 1554 (Part -1) : 1988Range1C x 50 sq. mm to 1C x 400 sq. mm2C x 1.5 sq. mm to 2C x 250 sq. mm3C x 1.5 sq. mm to 3C x 250 sq. mm4C x 1.5 sq. mm to 4C x 250 sq. mm3.5 x 10 sq. mm to 3.5 x 250 sq. mm Cable Construction Conductor : Copper or Aluminium used for the Conductors obtained in the form of rods (8.0 mm Copper or 9.5 mm aluminium rods). After testing, rods are drawn into wires of required sizes. These wires are formed into final Conductor in the stranding machines under strict �Quality Assurance Program�. Insulation : PVC is insulated over Conductor by Extrusion process. Extruded layer of PVC 70°C/85°C/105°C (conforming to IS: 5831: 1984) with colours as per specification or cores are identified by printing numbers under scheme as per IS: 1554(Part � 1): 1988. Core Identification For Power cables the cores are identified by different colours as per IS 1554 :Single Core : Red, Black, Yellow or Blue2 Core : Red and Black3 Core : Red, Yellow and Blue3½ Core : Red, Yellow, Blue, and reduced neutral core in Black4 Core : Red, Yellow, Blue and Black Laying : The insulated cores are laid up in right hand or alternating left & right hand direction of lay in the sequence of core numbers or colours. Wherever necessary; non-hygroscopic PP/PVC fillers & binder tape are used to form a compact and reasonably circular cable. Bedding/Inner Sheath : All armoured cables have extruded PVC bedding. The PVC used for bedding is compatible with the temperature of Insulation material. An extruded layer of PVC is applied as bedding or PVC tape (conforming to IS: 5831: 1984) Armouring (If requested) : When armouring is required, the armour consists of single layer of Galvanized steel wire conforming to IS: 3975. The armour is applied helically, with a left hand direction. We also provide other armours such as steel strip, tape or tinned copper. Single core cables are armoured with Aluminium or copper wires. Outersheath : The standard cables are manufactured with Extruded black PVC Type-9 of B.S. 7655 or ST-2 of IEC 60502. Outer sheath is embossed or printed with the information required by the related standards. Special FR, FRLS compounds are used for outer sheathing of cables, to suit customer�s specification requirements. Current RatingsThe current rating in table of Unarmoured Single Core Power Cables( Table1), Unarmoured Twin & Multicore Power Cables (Table2) & Armoured Twin & Multicore Power Cables (Table3 ) are as follows : Maximum conductor temperature 70oAmbient air temperature 40oGround temperature 30oDepth of laying(for cable laid directly in ground 75 cm(1.1KV)Thermal resistivity of soil 150o cm/wattThermal resistivity of cable 650o cm/wattMax. short-circuit conductor temperature 160oMax. Ambient Air Temperature 55o Customization Other construction can be supplied on request : FR [Flame Retardant PVC]FRLS [Flame Retardant Low Smoke PVC]Zero halogen/ Low Halogen Low smoke Cables: with polymeric insulation and sheathHigh Temperature Cables: With ETFE/FEP/PTFE tape (wrap) insulation/sheath Applications Power Cables are for use with heavy machines, feeders and branch circuits in industrial, commercial, and electric utility applications. Technical Advisory Services KCP�s staff includes specialist engineers with wide knowledge and decade long experience in the field of cables and their applications. This time tested technical expertise and experience is available to all the clients in the selection of appropriate cable design. Recommendations for Storage & Installation of Cables For easy and convenient installation conditions, and desired performance, following recommendations are made :No drums should be stored one above the otherDrums should be stored on a plain ground without having any projected hard stones above the ground surface. The drums should be stored preferably in the shade.Drums should be stored and kept in such a way that the bottom cable end does not get damaged.Drums should be rotated only in the direction marked on the drum.While laying the cable in a trench, the cable end should be pulled with a pulling eye only after mounting the drum on the jack.100% drums should be checked for continuity and cross continuity to ensure that there is no internal damage to the cable during transportation.Insulation resistance should be measured with 500 V megger between the cores and all the cores to earth (Armour).After the cable is installed, before commissioning, it should be tested for high DC voltage. The recommended volts and duration of the test between each core and metallic armour (earth) is 3 KVDC for 5 minutes. During High Voltage test, all the electrical equipment related to the cable installation must be earthed and adequate clearance should be maintained from the other equipments and from work, to prevent flash over.Where the cable is to be joined with an existing cable, the sequence of cores at the two ends to be joined should be in the opposite direction i.e., if at one end it is in the clockwise direction, at the other end it should be in the anticlockwise direction. This is necessary to avoid the crossing of cores while jointing. This will also decide the direction in which the cable is to be pulled.The minimum bending radius for cable should not be less than the values shown in the table. Wherever possible 25% higher value should be adopted.Avoid excessively high temperature when sealing joints of cable. Cool the sealant to about 1000C before pouring.

We are a proud Manufacturer and Supplier of Light Emitting Diodes. The primary use of these Light Emitting Dioxides Lights is of indicators and low lighting applications. Our mission is to reduce CO2 emissions by lighting up the world by means of LED powered by solar power. Features Energy EfficientLow on CostHelps Reducing CO2

We provide a gamut of led track lights which is used in many applications. The materials used in the manufacturing of led track lights are of high quality. These lights are available in different shapes, sizes, designs as per the client’s requirements.

We offer an extensive range of led street lights that is acclaimed for low power input. Our led street lights are manufactured in a modern production plant and with strict adherence of the international quality standards to ensure optimum utilization.

We are the leading manufacturers and suppliers of led outdoor lights which are used for playing games. We offer a comprehensive range of led outdoor lights varying in different sizes, designs and patterns.

We offer our customers with a wide range of Indoor Commercial Lighting products. These products are a unique blend of functional and aesthetic features to provide customers with the perfect solution for all their needs. These are available in different designs, sizes and specifications as per the customer’s requirement.

K C Powertracks manufactures a wide variety of Instrumentation Cables suitable for the process Instrumentation. In the projects related to power generation and distribution, the process instrumentation plays a vital role in measurement, supervision and control of the process. Features Chemicals & Water ResistantExposure to UVFlexibilityHigh Tensile Strength Construction of Instrumentation Cables Conductor : Annealed bare/ uniform coated with Tinned/Silver Platted, High Conductivity, and Electrolytic Grade Solid/Stranded/Flexible Conductor. Dielectric : Conductor is insulated with General Purpose/HR PVC Compound/Solid/Cellular PE/PP/or any other dielectric material as per customers� specification. The choice of insulation material to be used for any application is dependant on :Conductor temperatureElectrical characteristics requiredFlexibilityCompatibility: These are the most common types of extruded material used in the manufacture of Instrumentation cables. Core/Pair Identification Multi-Pair Cables : The cores within a pair are identified by one of the following methods :By printing a reference code on one insulated conductor, or both of them, that indicates the number of that single pair.By a numbered non - hygroscopic tape applied over the pair.By using different colour combinations to uniquely identify the pair. Pair / Traid / Quad Two / Three / Four cores are uniformly twisted together to form a Pair / Triad / Quad with maximum lay length 80 mm / as per requirement of customer. The lay shall be so chosen as to minimize cross talk in the cable. Communications Core or Pair A communication core or pair for telephone communication can be applied in the outer layer of the assembly. The most common configuration of the communication wire(s) is 7/0.3 mm (0.5mm2) of plain annealed copper insulated with the same material as the main conductors. The colour of the communication wire(s) can be easily identified from that of the main cores. Electrical Screening In addition to using twisted pairs to reduce crosstalk, the screening of the cables or an element of the cable, is often required to protect signals from outside electromagnetic, electrostatic and radio frequency interference. Further consideration could be the protection of electronic equipment in the locality from emission from the cable itself, or the prevention of an antennae effect from the cable into electronic equipment. Individual Shielding If required, Individual Shielding may be of Poly Aluminum [Thin Layer of Aluminum Foil bonded to Polyester Film] Tape with Annealed Tinned Copper Drain Wire. It prevents the shorting of adjacent shield and minimizes the cross talk and ground loops. A Tinned Copper drain Wire is installed to provide continuous contact with the shield and allow to connection to ground. Tinning the drain wire reduces galvanic corrosion between drain and shield. Overall Shielding If required, Overall l Shielding may be of Annealed Tinned Copper Braiding/Poly Aluminum [Thin Layer of Aluminum Foil bonded to Polyester Film] Tape with Annealed Tinned Copper Drain Wire. Braiding ATC Shield has high tensile Strength and provides better coverage in flexing application. They are easier to terminate. This provides effective shielding; cross talk and noise are kept to an absolute minimum. Inner Sheath The laid up pair/triad/quad after shielding / screening are provided with an inner sheath, which may be either Extruded Inner Sheath or wrap with PVC Tape. Armouring It is applied over inner Sheath. It may consist of Galvanized Round Steel Wires or Galvanized Flat Steel Strips. Steel wire armoured cables are suitable for direct burial. One or more copper wires can be incorporated in the armour to increase the conductivity of the armour where it is being used as an earth return. Outer Sheath It is applied over Armouring in case of Armoured Cable or over Inner Sheath in case of Unarmoured Cable. The Color of Sheath is Black or Grey. The Sheath material may be General Purpose/HR/FRLS PVC Compound as per requirement of specification. The choice of sheathing materials to be used for any application is dependent on : TemperatureFlexibilityElectrical characteristicsSmoke and acid gas emission limitationsResistance to chemicalsWater resistanceExposure to UV Rip Cord To simplify jacket removal, high tensile strength nylon Rip Cord is provided over laid up of pairs/triads/quads below the outer sheath in case of Unarmoured cable or below the Inner Sheath in case of armoured Cable. Quality Assurance Quality Standards are built in every pagoda product. KCP cables are subjected to a series of required tests in our well-equipped laboratory. Besides the rigid tests and checks at every stage from raw material through manufacturing stages and finally up to the finished product. Typical Applications Unscreened Cables: Suitable for use on AC systems for rated voltages upto and including 1100 volts (earthed and unearthed). Also may be used on DC system for rated voltages upto and including 1500 volts to earth. Screened Cables: Suitable for railway signalling currents particularly in areas where 25 kV, 50cps, AC is used for railway traction; also applied in Connection of Instruments, Process Control Systems, Computers, Data Transmission, etc. Types of Instrumentation Cables Collectively screened, unarmoured �type � 1� cable, multi-pair PVC insulated without individual pair screens but collectively screenedCollectively screened, armoured �type � 2� cables, multi-pair PVC insulated without individual pair screens but collectively screenedIndividually & collectively screened, unarmoured �type � 1� cables, multi-pair PVC insulated cables with individual pair screens and collectively screenedIndividually & collectively screened, armoured �type � 2� cables, multi-pair PVC insulated cables with individual pair screens and collectively screenedCollectively screened unarmoured �type � 1� cables, multi-core PVC insulated cables collectively screenedCollectively screened armoured �type � 2� cables, multi-core PVC insulated cables with collectively screened SpecificationsElectrical CharacteristicsConductor SizeUnit of Measurement0.5 mm2 (16/0.2)1.00 mm2 (24/0.2)1.5 mm2 (7/0.53)Mutual capacitance core to core (max)pF/m250250250L/R ratio (max)mH/ohm252540Conductor Resistance at 20oCOhms39.726.512.3Insulation resistance core - core/screen / armour for 1 hr at 20

We are among the renowned Housing Wires Manufacturers in India. We serve high quality House Wires broadly applied for installation in surface mounted or embedded conduits. Our House Wiring Cable is made up of high quality raw materials. Features Consistent ImpedanceConsistent CapacitanceConsistent ImpedanceCross talkAttenuation Applications Installation in surface mounted or embedded conduits or similar closed systems. Indoors, building wires, power cord and domestic electrical wiring purpose Quality Stringent checks at every stage to ensure that material, machines and men work in perfect harmony to produce a product of envious quality. Design & Technology On line annealed fine wires bunched to a smooth finish with uniform lay. Extrusion with self-centering devices coupled with on line diameter controller to ensure the insulation fits the conductor perfectly eliminating any risk of weak spot. A double layered PVC insulation outlined with an extruded thin colour film to ensure the insulation remains strong through out the life of the wire. House Wires Single Core Pvc Insulated Copper Conductor (Unsheathed) House Wires in Voiltage Grade Upto & Including 1100 V (IS : 694 : 1990) Nominal Cross Section Area of Conductor mm2Number/Nom. Dia. of wires (nom.) No./mmThickness of Insulation (Nom.) mmOverall Diameter Max. (mm)Current carrying capacity AmpsResistance (Max.) per Km. at 20 ' C Ohms 1 14/0.3 0.7 3.2 11 18.1 1.5 22/0.3 0.7 3.4 13 12.1 2.5 36/0.3 0.8 4.2 18 7.41 4 56/0.3 0.8 4.8 24 4.95 6 84/0.3 0.8 5.6 31 3.3 Note : Supplied in 100 meters length; packing as required. Single Core Flexibles Single Core Pvc Insulated Copper Conductor (Unsheathed) House Wires in Voiltage Grade Upto & Including 1100 V (IS : 694 : 1990) Nominal Cross Section Area of Conductor mm2Number/Nom. Dia. of wires (nom.) No./mmThickness of Insulation (Nom.) mmOverall Diameter Max. (mm)Current carrying capacity AmpsResistance (Max.) per Km. at 20 ' C Ohms 10 141/0.3 1 8 51 1.91 16 126/0.4 1 9.6 68 1.21 25 196/0.4 1.2 11.5 86 0.78 35 276/0.4 1.2 13 110 0.55 50 396/0.4 1.4 15 145 0.39 Multi Core Flexibles Multicore Circular PVC Insulated Copper Conductor and Sheathed Cables in Voiltage Grade upto & Including 1100 V (IS : 694 : 1990) Nominal Cross Section Area of Conductor mm2 Number/Nom. Dia. of wires No./mm Thickness of Insulation (Nom.) mm Thickness of Sheath (Nom.) 2core, 3core, 4core Overall Diameter Max. (mm) Current carrying capacity Resistance (Max.) per Km. at 20 ' C Ohmsmmmmmm2core3core4core 0.5 16/02 0.6 0.9 0.9 0.9 7.2 7.6 8.2 4 39 0.75 24/0.2 0.6 0.9 0.9 0.9 7.8 8.2 8.8 7 26 1 32/0.2 0.6 0.9 0.9 0.9 8 8.6 9.4 11 19.5 1.5 48/0.2 0.6 0.9 0.9 1 8.6 9.2 10.5 15 13.3 2.5 80/0.2 0.7 1 1 1 10.5 11 12 20 7.98 4 56/0.3 0.8 1 1 1 12 12.5 14 26 4.95 * Sizes upto 120 sq mmNote : Supplied in 100 meters length; packing as required Sheath : Tough outer sheath of PVC compound abrasion resistant, impervious to water, oil & grease thereby giving long life and electrical safety. The use of flat cable often eliminates much of the conventional round wire weight and bulk. The copper cross-section can thus be reduced to that required to carry the current load or to satisfy voltage drop requirements. Flat cable is extremely flexible when bent in the plane of its thin cross-section. Because the conductor spacing is fixed and the geometry of the cable is constant, the electrical characteristics, such as impedance, capacitance, inductance, time delay, cross talk and attenuation are consistent. Motor HP Vs Current The full kload current for submersible pump motors, 3phase, 50 Cycles, 415 V. H.P 5 7.5 10 12.5 15 17.5 20 25 30 35 Amp 7.5 11 14.9 18.9 22.5 25.2 28.4 35.6 42.3 50.4 Dearting Factors in Ground Multiply the current capacity of the cable by factors given below for various ground temperatures. Ambient Temperature (Deg. C)3035404550Derating Factor1.091.0410.950.77 Three-core Flat Submersible Cables in Voiltage Grade upto & Including 1100 V (IS : 694 : 1990) Area (Nom.) Sq. mmNumber/size of WireInsulation Thickness (Nom.) mmSheath Thickness (Nom.) mmWidth 'W' (Approx) mmThickness 'T' (Approx) mmResistance at 20°C (Max.) ohm/KmCurrent carrying capacity at 40°C Amps 1.5 22/0.3 0.6 0.9 11 5 12.1 14 2.5 36/0.3 0.7 1 13 6 7.4 18 4 56/0.3 0.8 1 15.3 6.7 4.95 26 6 84.0.3 1 1.15 18.7 7.9 3.3 31 10 140/0.3 1 1.4 23.7 9.9 1.91 42 16 226/0.3 1 1.4 28 11.4 1.21 57 25 354/0.3 1.2 2 35.5 14.7 0.78 72 35 495/0.3 1.2 2 39.5 16.2 0.55 90 50 703/0.3 1.4 2.2 45.5 18.3 0.39 115 70 360/0.5 1.4 2.2 51 20 0.27 143 95 475/0.5 1.6 2.4 60 23.5 0.21 165

Our company is reputed as trader in the industry and situated in the well-connected area of Silvassa(India). As a trusted name, we always make sure that our products are properly packed and remain free from damage during transit. For this, we have hired an adroit team of experts having immense experience in packaging.

K C Powertracks offers a comprehensive range of Electron Beam Cables. The Electron Beam Cables manufactured and supplied by us have good thermal conductivity and high current ratings. Features High Withstand TemperatureHigh Current RatingsRugged Mechanical PropertiesLow InsulationSpace SavingLighter in WeightFlexible The cross-linking of polymers with Electron Beam is an innovative process, which improves the life of cable significantly compared to the conventional chemically cross-linked cables. Properties - All Features Built in One High Withstand Temperature (Better Thermal Properties)High Current Ratings - Operating Temperature up to 230oC Special Polymers to cover Wide Temperature range from -650oC to +2300oC No Risk of Deformation above Short Circuit Temperatures Excellent Electrical are Track Resistant Rugged Mechanical Properties - Superior Abrasion/Scrapes & Cut-through Resistance Outstanding Fluid Resistance - Resistant to variety of Reactive Chemicals, Oils and Solvents Resistant to Ultra-Violet (UV) Rays & Impermeable to Moisture High-tech Polymer - Fire Resistant, Low Smoke, Low Toxic, Zero Halogen Emission Compact Design Low Insulation/ Sheath Wall Thickness Space SavingSpace SavingLighter in WeightFlexibleLower Bending RadiiHigh nuclear radiation resistanceNo Environmental Hazard Comparative Report On Eb Vs Chemical Cross-linked Elastomers TestsTwo layers eb cross linkedTwo layers chemically cross linkedReduce size (OD)(1x150 sqmm)21.929.3Continuous operating temperature 12590Cold Bend at -65°CPassesFailsRuggedness Dynamic Cut-Through (Kg) 16964Crush Resistance (Kg) (Kg to cause failure) 30611482Scrape Abrasion (nos) (No. of scrapes to failure)5580620Minimum Bending Radii (mm) (flexibility)110235Oil Resistance (60° C Diesel Oil) (%swell)1520Acid Gas Generation (ppm) (ppm in one mg of compound burnt)

Located in Silvassa(India), our company is involved in making available wide array of products that are in conformance with the industry standards. Want to obtain Drop Wire at market's lowest prices? Deal with us. We are famous supplier of Drop Wire

We are offering control & power cables heavy duty cables: cual conductor , pvcxlpe insulated, armouredunarmoured cables power cables - sc upto 400 mm2 & multi core upto 300 mm2 control cables - 0.50 to 6.00 mm2 upto 61 cores rubber [elastomeric] cables: atc conductor , epdmevaeprtpr insulated, armoured unarmoured cables power cables - sc upto 240 mm2 & multi core upto 150 mm2 control cables - 0.50 to 6.00 mm2 upto 61 cores battery cables - sc upto 50 mm2 welding cables - sc upto 120 mm2.

We are among the leading Coaxial Cables Manufacturers of India and abroad. Our Coaxial Cables have one conductor insulated with a dielectric material and then usually surrounded by the other conductor. We are one of the acclaimed suppliers of Digital Coaxial Cables and flexible Coaxial Cables which are highly efficient and durable. Features High Tensile StrengthEfficientDurable Coaxial cables have one conductor insulated with a dielectric material and then surrounded by the other conductor, usually referred to as the center conductor and shield. Tri-axial cables are specialized coaxial cables. Coaxial cables consist of two cylindrical conductors with a common axis. The two conductors are separated by a dielectric. The outer conductor, normally at ground-potential, acts as a return path for current flowing through the center conductor and prevents energy radiation from the cable. The outer conductor, or shield, is also commonly used to prevent external radiation from affecting the current flowing in the inner conductor. The outer shield or conductor consists of woven strands of wire or is a metal sheath. Tri-axial cables are three-conductor cables with one conductor in the center, a second circular conductor shield concentric with the first, and third circular conductor shield insulated from and concentric with the first and second, usually with insulation, and a braid or impervious sheath overall. Types Branch & Drop Coaxial & Triaxial Cables (RG59F / RG6F / RG11F)Centre conductor of solid electrolytic grade 99.97% pureThe First shield / Secondary conductor is made of a specially designed polyaluminium tape, bonded on the dielectric. The tape is applied with sufficient overlap longitudinally over the foam dielectric.The Second shield is of imported aluminium alloy wire braiding with high tensile strength and has more than 60% coverage.Trunk & Distribution CATV Cables (412 / 500 / 540)As the diameter of center conductor is higher for Trunk Cables, a special imported copper clad aluminium conductor is used.Conductor surface is specially treated for making it bright, smooth and circular before extrusion online since the high frequency signals travel on the conductor surface.The diameter of the conductor being large, aluminium core is provided which is adequate for Power Pass application.The secondary /outer conductor is made of a robust aluminium alloy tube providing 100% shielding enhancing performance and distortion-free transmission of signals. Design & Technology Nitrogen gas injected physical foam dielectric manufactured by using imported polyethylene. The gas injected foam is far superior to the chemical foam.Stringent raw material, in-process and final testing ensure consistent quality which guarantees reliable and long-lasting performance.UV and abrasion resistant outer jacket is of a special grade PVC compound in black colour.Cable is sequentially marked along the length at every meter.Each length of the cable is 100% tested on a high frequency Network Analyzer, for Attenuation, Impedance, and Structural Return Loss (SRL) up to 1 GHz.Complete manufacturing of cable is done in-house on ultra-modern imported machinery.

K C Powertracks is a prominent Manufacturer, Exporter, Importer and Supplier of Aluminum Conductors. The Aluminum used in the production of Aluminum Conductors is pure and is of high quality. The aluminum rods are available in sizes of 7.6, 9.5, 12.5, 15 mm. We provide different packaging as per the client�s requirement. Features Superior QualityCorrosion ResistantGood Thermal ConductivityEconomical Prices

We are amongst the prominent Manufacturers and Suppliers of Auxiliary Cables. The Auxiliary Cables offered by us are made of high quality wires and can be used in various electrical applications. Features Good QualityHigh VoltageGood Insulating PowerHigh Tensile Strength All cable conform to IS : 1554 (Part -1) : 1988 for working voltages upto 1100 volts. Wherever required, KCP can offer cables as per other national or international standards or special requirements. ConductorCopper or AluminiumApplicable StandardIS : 1554 (Part -1) : 1988Range5C x 1.5 sq. mm to 37C x 1.5 sq. mm5C x 2.5 sq. mm to 37C x 2.5 sq. mm Cable Construction Conductor : Solid stranded or Flexible Annealed Electrolytic Copper bare/tinned coated conforming to IS: 8130: 1984 Insulation : Extruded layer of PVC 70°C/85°C/105°C (conforming to IS: 5831: 1984) with colours as per specification or cores are identified by printing numbers under scheme as per IS: 1554(Part � 1): 1988. Core Identification For Control cables upto 5 cores, the cores are identified by different colours as per IS 1554 : Single Core : Red, Black, Yellow or Blue2 Core : Red and Black3 Core : Red, Yellow and Blue4 Core : Red, Yellow, Blue and Black5 Core : Red, Yellow, Blue, Black and Grey Where the number of cores exceeds 5, two adjacent cores are blue for reference and yellow for direction in each layer. The remaining cores in each layer are grey. On specific request we can also provide core numbering for Control cables. Laying : Insulated conductors are laid in successive layers, in opposite direction to form cable cores. Inner Sheath / Bedding : An extruded layer of PVC is applied as bedding or PVC tape (conforming to IS: 5831: 1984). Armouring (if requested) : Galvanized Steel Wires / Galvanized Steel Strips / Galvanized Steel Wire Braid conforming to IS: 3975 Screen (If requested) : Over the bedded cores a layer of Aluminium/Copper Mylar Tape or Copper/Aluminium wire braid is applied to form the screen. Screening for cables depends on the type of application of the cable. Control cables if laid along with Power cables or MV cables or other cables having its magnetic filed can cause problem in transmitting the signal. Cable construction is as per IEC 60502 Part 1 Sheath : An extruded layer of PVC (ST1/ST2) is applied as the outer sheath conforming to IS: 5831: 1984. Sheath colour as per customer specification. Customization Other construction can be supplied on request : FR [Flame Retardant PVC]FRLS [Flame Retardant Low Smoke PVC]Zero halogen/ Low Halogen Low smoke Cables : with polymeric insulation and sheathHigh Temperature Cables : With ETFE/FEP/PTFE tape (wrap) insulation/sheath Applications These cables are suitable for control purposes or measuring circuits in generating stations, substations, industrial installations etc. On account of the armoring, the cables can withstand rough installation and operation conditions and tensile stresses. These can be laid in water or buried direct in the ground even on steep slopes. They can also be installed indoors or outdoors, in air or in cable ducts. Technical Advisory Services KCP�s staff includes specialist engineers with wide knowledge and decade long experience in the field of cables and their applications. This time tested technical expertise and experience is available to all the clients in the selection of appropriate cable design. Current RatingsThe current rating of Armoured Cables Table & Unarmoured Cables Table is based on the normal condition of installation as described below : Maximum conductor temperature 70oAmbient air temperature 40oGround temperature 30oDepth of laying (for cable laid directly in ground) 75 cm(1.1KV)Thermal resistivity of soil 150o cm/wattThermal resistivity of cable 650o cm/wattMax. short-circuit conductor temperature 160oMax. ambient air temperature 55o Recommendations for Storage & Installation of Cables For easy and convenient installation conditions, and desired performance, following recommendations are made : No drums should be stored one above the other.Drums should be stored on a plain ground without having any projected hard stones above the ground surface. The drums should be stored preferably in the shade.Drums should be stored and kept in such a way that the bottom cable end does not get damaged.Drums should be rotated only in the direction marked on the drum.While laying the cable in a trench, the cable end should be pulled with a pulling eye only after mounting the drum on the jack.100% drums should be checked for continuity and cross continuity to ensure that there is no internal damage to the cable during transportation.Insulation resistance should be measured with 500 V megger between the cores and all the cores to earth (Armour).After the cable is installed, before commissioning, it should be tested for high DC voltage. The recommended volts and duration of the test between each core and metallic armour (earth) is 3 KVDC for 5 minutes. During High Voltage test, all the electrical equipment related to the cable installation must be earthed and adequate clearance should be maintained from the other equipments and from work, to prevent flash over.Where the cable is to be joined with an existing cable, the sequence of cores at the two ends to be joined should be in the opposite direction i.e., if at one end it is in the clockwise direction, at the other end it should be in the anticlockwise direction. This is necessary to avoid the crossing of cores while jointing. This will also decide the direction in which the cable is to be pulled.The minimum bending radius for cable should not be less than the values shown below. Wherever possible 25% higher value should be adopted. 8 x overall diameter: Single core cables as per table I, 12 x overall diameter: Multi-core cables as per tables II, III, IV, V, VI, VII & VIIIAvoid excessively high temperature when sealing joints of cable. Cool the sealant to about 1000C before pouring.