PVC Power Cables Dealers

• Brand Name: POLYCAB
• Material: PVC
• Conductor Material: Copper
• Insulation Material: Pvc Insulator
• Innner Material: Aluminium, Copper
• Color: Black
• Certification: CE Certified
• Length: 10-20mtr, 20-30mtr, 30-40mtr, 40-50mtr, 5-10mtr, 500
• Feature: High Ductility, High Tensile Strength, Quality Assured
• Voltage: 110V, 220V, 380V, 440V
• Load Capacity: 6-9kw, 9-12kw
• Type: Pvc Power Cables
• Thickness: 0.5-1mm, 1.5-2mm, 2.5-3mm, 3.5-4mm, 4.5-5mm, 5.5-6mm, 6.5-7mm, 7.5-8mm, 8.5-9mm, 9.5-10mm, 300
• Country of Origin: India

Avail from us premium PVC Power Cable that is manufactured with the help of latest technology. With an efficient use of proven technology, the PVC Power Cable manufactured and exported by us assures an efficient performance. We offer these PVC Power Cables at affordable prices. Known ForSafe insulationHigh tensile strengthExcellent conductionHeavy load withstandingRemarkable durabilityFinds Application InPower IndustryElectrical industryAutomation IndustryDefense sector

We offer �Bharat Cab� PVC Insulated Power Cable that are made as per IS: 1554 (Part I) up to 1.1 KV grade. The PVC Insulated Power Cable, we supply, is suitable for low-tension, fixed installation and are also used as control cables for process and manufacturing industries. The clients can avail the PVC Insulated Power Cable from us at the market leading price. Features Strong and made for easy handlingResistant to water, moisture, oils and chemicalsPVC black compounds can resist ultraviolet degradationSpecially formulated PVC is flame retardant and reduces emission of halogens and smoke Suitable For : Continuous use between 30oC and 70oC and upto 85oC for Heat Resistant applications.

• Type: Insulated
• Material: PVC
• Certification: ISI Certified
• Length: 10-20mtr
• Color: Available in many colors
• Voltage: 220V

We are widely acclaimed for offering LT PVC Power Cables that are designed and manufactured with Polymer Dielectric to bear thermal and thermo-mechanical stresses safely at continuous normal and short circuit temperature conditions. LT PVC Power Cables, provided by us, use PVC compounds that take care of overload and short circuit current with both coarse and fine protection system. Also, LT PVC Power Cables of 1.5/2.5 sq. mm control cables are supplied up to range of 61 croes as per the relevant specifications. We supply LT PVC Power Cables that are provided with PVC insulation as per the requirement of the process of specification. Advantages DurableDesigned for rough useLow maintenanceEasy usage

We are into manufacturing and exporting of pvc power cables that is manufactured in compliance with set industrial standards. These pvc power cables are highly demanded due to their qualitative features. We offer pvc power cables in varied dimensions as per the clients requirement. attributes : high insulationpremium qualitywater & chemical resistantlong lasting used in : power plantsindustrieselectrical installations range : single core aluminum pvc armoured power cables2 core aluminium pvc armoured power cables3 core aluminium pvc armoured power cables3.5 core aluminium pvc armoured power cables4 core aluminium pvc armoured power cablesarmoured pvc control cablessingle core aluminium pvc unaroumred power cables2 core aluminium pvc unarmoured power cables3 core aluminium pvc unarmoured power cables3.5 core aluminium pvc unarmoured power cables4 core aluminium pvc unarmoured power cablesunarmoured  pvc control cables

• Brand Name: Kalinga
• Material: PVC
• Conductor Material: Copper
• Insulation Material: Pbc
• Innner Material: Copper
• Application: Industrial
• Size: 1.5-70
• Certification: CE Certified
• Length: 90 mtr
• Feature: Crack Free
• Voltage: 440V
• Load Capacity: 9-12kw
• Type: Pvc Power Cables
• Country of Origin: India

• Type: Power Control Cable
• Certification: ISI
• Voltage: 220V
• Application: Industrial
• Power: 1-3kw
• Feature: Heat Resistant, High Ductility, High Tensile Strength, Quality Assured

Get in touch with us for acquiring superior quality PVC LT Power & Control Cables! We are a well-known name as Manufacturer, Exporter and Supplier of PVC LT Power & Control Cables from Maharashtra, India. The Cables that are offered by us are available in different combinations to accomplish the requirements of many buyers. For price quotes; stay assured to get what’s the best in the market.   Key Applications : LT Power and Control Armoured Cables are available in different combinations such as Aluminium, Copper Conductors, Round Solid Conductors, stranded conductors, sector shaped conductors, taped inner sheath, extruded inner sheath, round steel and aluminium wire/ flat galvanized steel strip armoured/ unarmoured, single/ double outer sheated, etc. are available. LT PVC/ XLPE Power Cables are used underground as well as overhead trnsmission of power in, Power plants, Industries, various other projects. Conductor : High conductivity electrolytic grade annealed ALUMINIUM conductor as per IS:8130:1984 Insulation : PVC type A or C Inner Sheath : PVC type ST1 or St2 as per IS:5831:1984 Armour : Galvanised steel Strip as per IS:3975   Over Sheath : PVC type ST1 or ST2 FR/FRLS/ZHFR

Our organization is acknowledged as a leading manufacturer, supplier and exporter of a large array of PVC Power Cables. Used to wiring of panels, these power cables are suitable for supplying high current as they are made from ISI certified basic material with innovative technology. These are tested rigorously by adept professionals to ensure their toughness, insulation and strength. Apart from this, these PVC Power Cables can be availed in many colors and lengths at negotiable prices. Features: Cables for exhibition & trade show Conductor: High purity electrolytic grade copper Insulation: PVC Colors: Grey, Red, Blue etc Specifications Construction Conductor : High purity electrolytic grade bright annealed flexible bunched bare copper conductor according to international standards like IS-8130, BS-6360, IEC-228 & VDE-0295. Insulation: Specially developed dielectric grade PVC Compound. Standard Colors: Grey, Red, Blue, Black, other colors as per requirements. Application: Wiring of panels for use in high ambient temperatures Sheath: Specially developed tough and flexible PVC Compound. Standards : IS 694, BS 6500, IEC 60227, CEI 20-20, VDE 0281, SABS 1574, AS 3191, ASNZS 5000.1, HD 21.1, NF C 32-201, French Standard 32-102-16 Working Voltage UoU : 450 750 V, 600 1000 V, 6501100 V Test Voltage: 3000 V Temperature range: -15 oC to 70 oC

Laser Cable produces LT Power Cable with PVC or XLPE Insulation of Voltage grade upto 3.3 Kv conforming to Indian and various International Standards.XLPE means crosslinked Polyethylene. The compound is based on high molecular weight polymer. High degree of crosslinking is attained in the processed form and thus attains excellent electrical and mechanical properties. Higher current rating allows to select lower size of XLPE cable compared to PVC cable, Higher short circuit rating 250°C compared to 160°C that for PVC cables, Resistant to heat deformation while PVC is prone to heat deformation, Respective short circuitoverload condition is reliable.

We are recognized as the prominent manufacturer, trader and supplier of a wide array of Power Cables. These power cables are generally used to transmit current in various commercial buildings and household appliances. Our offered wires are manufactured by our dexterous professionals with the help of high class raw material and sophisticated technology in line with set industry standards. To ensure any flaw, these wires are rigorously tested by the quality controllers against several parameters. Our valuable clients can get these cables in various lengths, sizes, and thicknesses at most affordable price.

PVC rapidly replaced rubber for wiring cables and for Power cables insulation in Europe, shortly after 1945 and 1950 respectively .In India, the PVC power & Control Cables came into operation in early 1960s. The use of PVC provided cables of excellent quality which were clean and much easier to handle. Further, simplified terminators and jointing techniques make these cables eminently suitable among other applications for Industrial and Mining installation.  Advantages of PVC Cables : The insulation resistance and breakdown strength are practically unaffected by moisture. These cables are thus suitable for laying even under water. Cables can be overloaded for short periods without any appreciable effect on cable life. The cables can be laid vertically and on steep slopes as there is no impregnating compound involved. The cables are flame retardant since PVC ignites with great difficulty and is self extinguishing These cables are immune to chemicals normally encountered in practice. Due to their lightweight, PVC Cables are easy to install and handle. Small bending rapider permit the termination of these cables in limited space. Low tension PVC Cables do not normally require sealing ends, when terminated indoor. The terminations can therefore be effected quickly and economically. PVC Cables have tough but smooth outer covering and are thus abrasion proof. PVC cables are not affected by vibration. PVC Cables have high short circuit capacity since they can withstand a high transient temperature without any deformation of insulation or displacement of conductor. PVC Cables have a long service life.

  Armoured / Un-Armoured Power & Control Cables DP DEELUX POWERCAB is manufacturer of  a wide range of Armoured Cables, Armoured Power Cables, Armoured Electrical Cables, PVC Armoured Cables and XLPE Armoured Cables. 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 temperatures these molecules tend to move relative to one another so that the material becomes increasingly deformable and will eventually melt at the temperature around 110°C. The process of rubber the polyethylene molecules can be cross-linked. The process of cross-linking or vulcanization consists of producing chemical bonds at interval between the long molecular chain to give a ladder effect which prevents slippage between molecules as a result of cross-linking the material becomes heat resistant and does not soften at higher temperatures. Further it has better resistance to stress cracking and good resistance to ageing in hot air. With the change of structure there is no adverse effect on electrical properties. CONDUCTOR The most acceptable metals are copper and Aluminium due to their higher conductivity & ductility.As Copper has got higher affinity for sulphur, it corrodes in the atmosphere where sulphur fumes are present. In these conditions tinned copper should be used. Aluminium oxide film which is always present on aluminum conductor surface acts as barrier and it protects the Aluminum conductor from corrosion in fumes laden atmosphere. CONDUCTOR CONSTRUCTION The most economical construction for conductor is solid conductor i.e. conductor made of one single wire. As the area conductor increases, solid conductor becomes stiffer and hence difficult to handle in this case stranded construction is adopted. Here the conductor is made of number of strands. This construction provides more flexibility. Where crimping of lugs is required, the conductor has to be of stranded construction only. To economies in insulating material, weight and overall diameter, shaped conductors are employed in bigger sized cables. Here the stranded conductor is shaped in to a segment of a circle so that when all the cores are laid, they form a complete circle. These segments are identified as 2 Core- 180 degrees, 3 Core- 120 degrees, 4 Core- 90 degrees, 3.5 Core- 100/60 degrees. I.S.1554 permits solid conductor construction up to 10 sq.mm in aluminium and up to 6 sq.mm in copper. It permits the use of shaped conductors for size from 16sq.mm onwards. INSULATION The PVC covering over conductor is called insulation and is provided by extrusion process only. The insulated conductor is called core.I.S.:1554 permits two types of PVC insulation as follows: 1)Insulation with type A PVC Compound as per IS: 5831 which is suitable for 70°C continuous operation. 2) Insulation with type C PVC Compound as per IS: 5831 which is suitable for 85°C continuous operation. LAYING UP The cores are laid up with suitable lay. The final layer always has a right hand lay i.e. if you look along the cable, the cores move to your right hand. INNER SHEATH Inner sheath is provided over the laid up cores. It is provided to give circular shape to the cable and it provides bedding for the armouring. I.S. 1554 permits following two methods of applying the inner sheath of any thermoplastic material i.e. PVC, Polyethylene, etc. EXTRUDED INNER SHEATH:Here the inner sheath is provided by extrusion of Thermoplastic over the laid up cores. This type of Innersheath is generally provided in cables having round cores i.e. in control cables and power cables upto 10 sq.mm sizes. This type of the inner sheath also acts as a water barrier between cores and outer sheath. Is case of a puncture in the outer sheath the water cannot reach to the cores and hence we recommend that cables for outdoor underground uses should have extruded inner sheath. TAPPED INNER SHEATH:Here the inner sheath is provided by wrapping a thermoplastic tape over the laid up cores. It is generally employed in cables having sector shaped cored i.e. multi core cables of 16sq.mm and above. This method saves a process and hence manufactures always provide this type of inner sheath unless the purchase specifications ask for extruded inner sheath. ARMOURING In case of armoured cables, generally galvanized steel wire / strip is provided over the inner sheath is multi core cables and Aluminium Round wire or Aluminium strip over the insulation in single core cables. It provides mechanical protection inside cores and it carries earth return current in case of short circuit of a core with armour. As per I.S. 1554 (Part-1) 1988, round wire armouring is provided in cable, where calculated diameter under armour is up to 13 mm. Above this the armouring is either with round wire or strip of size 4 mm 0.80 mm. As strip construction is economical, the manufactures always provide steel strip armouring unless wire armouring is specially specified. In long run of cables and in case of mines, round wire armouring is must, as strip construction provide higher resistance to earth fault current and sometimes this current may not be sufficient to operate the circuit breaker in case of earth fault. In mines, the resistance of the armour in no case should exceed the resistance of the main core by more than 33% for safety reasons. To achieve this, sometimes tinned hard drawn copper wires are required to be used along with galvanized steel wires. Sometimes two layers of Round steel wire or Steel Strip are applied in opposite direction with barrier tape in between are provided to give extra protection. In case of single core for use in AC circuits, the material for armouring has to be nonmagnetic, as in this case the return current is not passing through the same cable and hence it will not cancel the magnetic lines produced by the current. These magnetic lines which are oscillating in case of AC current will give rise to eddy current in magnetic armouring and hence armouring will become hot, and this may lead to the failure of the cable. Generally hard drawn aluminium wires / strip are used for armouring in this case. OUTER SHEATH The PVC covering the armouring in case of armoured cables and over the inner sheath in case of un-armoured cables is called outer sheath. I.S. 1554 specifies nominal and minimum thickness of outer sheath for UN –armoured cables and only minimum thickness of outer sheath for armoured cables. It permits the following types of outer sheath PVC compounds. Outer sheath with type ST1 PVC compound as per IS: 5831, which is suitable for 70°C continuous operation. Outer sheath with type ST2 PVC compound as per IS: 5831, which is suitable for 85°C continuous operation. PVC has got fire retardant properties due to its halogen content. The fire in the cable gets extinguished immediately on removal on the fire source. In the modern Power, Chemical, Fertilizer and Cement plants many PVC cables are bunched in the cable shaft or on cable trays. In case of fire in these cables, the fire becomes self sustaining. Moreover due to the burning of PVC a dense corrosive smoke is emitted which makes fire fighting very difficult, due to poor visibility and toxic nature of the smoke. HCL content of the smoke, not only damages other costly equipment lying nearby, but also penetrates the RCC and corrodes the steel reinforcement. Due to this there is an extensive to the property. To overcome these deficiencies FRLS i.e. Fire Retardant Low Smoke PVC was developed. If required, we can provide Fire Retardant Low Smoke (FRLS) PVC Inner Sheath and / or outer sheath. This PVC compound, apart from meeting the requirements of Type ST2 as per IS-5831, has got better fire retardant properties and it emits lower smoke and acid fumes when it catches fire.

LT PVC / XLPE Power Cables are available in different combinations with us, such as Aluminum, Copper Conductors, Round Solid conductor, stranded conductors, sector shaped conductors, taped inner sheath, extruded inner sheath, round steel and aluminum wire/flat galvanized steel strip armoured/ unarmoured, single/ double outer sheathed, etc. are available. We provide types of insulation that includes - PVC, HR PVC and XLPE. The inner & outer sheaths can be PVC, HR PVC, FRLS, HR-FRLS or FR depending upon the application and requirement of customers. Features K.M CABLES & CONDUCTORS manufactures different types with combinations of specifications as mentioned above as per IS 1554 Part I for cables upto 1100V and IS 1554 Part II for 3300V. LT PVC /XLPE Power Cables are used under ground as well as overhead transmission of power in –  Power plants   Industries   Various other projects   All electrical installations.