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Svarn Infratel

Faridabad, Haryana
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Cables

of a wide range of products which include LT Power Cables, LT Control Cables, Instrumentation Cables, Flexible Braided Coaxial Cable, Flexible Single Core Cable and Electric Cables.

LT Power Cables
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LT Power Cables

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Svarn has developed a special grade XLPE compound to be used as the insulating material suitable for LT (upto 1100 volts) applications. This is a thermoset type of polymer enriched with crosslinking agent. This is extruded over the conductor using modern extruders and is thoroughly crosslinked under controlled conditions. This XLPE insulation overcomes the drawbacks of PVC, hitherto extensively used as an insulating material, without losing any of PVC's desirable properties.

Following are the advantages of XLPE insulated cables over that of PVC Insulated cables:

Higher Current Rating : Withstands continuous conductor temperature of 90°C, whereas PVC withstands only 70°C, which means higher current carrying capacity.

Higher Overload Capacity : cables can operate even at 130°C, during emergency, unlike PVC Cables which cannot operate beyond 120°C. Thus in an emergency, the entire system need not go out of commission if some of the cables fail, because the other cables in parallel can carry a higher load.

Higher Short Circuit Rating : Can withstand conductor temperatures of upto 250°C during a short circuit PVC cannot withstand more than 160°C.

Lighter in Weight, Smaller Bending Radius : Lighter weight, smaller bending radius than PVC enables installation of Svarn cables even in cramped space conditions. The cables require less support, thus lowering installation costs.

Lower Di-electric Constant and Power Factor : Results in saving in power losses which means saving in costs, particularly for higher voltage.

Better Impact, Abrasion, Corrosion Resistance : Safer than PVC Cables against mechanical damage,abrasion and corrosion.

Easier Jointing and Termination : Requires no special skills or equipment for jointing and termination.

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LT Control Cables
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LT Control Cables

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Control cables are used in industrial power or control circuits for conveying electrical signals to the associated devices. Control Cables differ from Power Cables in their application. They are used to carry control signals of low power strength, but can be subjected to severe working temperature conditions like heaters, boilers and can be exposed to oil, chemicals and other solvents. The wide range of control cables offered by us are used for electrical distribution system such as generating stations, sub-stations, industrial applications, indoor outdoor projects. We can also provide the customized range of the control cable as per the specifications, detailed by our clients.

PVC Insulated Unarmoured or Round Wire/Flat Strip Armoured Control Cables Upto & Including 1.1 KV.

Voltage : These cables can be used on AC Voltage up to & including 1100 V or DC Upto & including 1500 V.

Size : 1.5 Sq. mm. & 2.5 Sq. mm. up to 61 Cores in Control Cable.

Conductor : Annealed Bare /Tinned Electrolytic Copper conforming to IS:8130:1984.

Insulation : Conductor are insulated with PVC Compound as per IS:5831:1984.

Color of Cores : Cores are identified with a color scheme as per IS:1554(Pt-I):1988 as under : 
2 Cores - Red & Black 
3 Cores - Red, Yellow & Blue. 
3 ½ & 4 Core - Red, Yellow, Blue & Black. (Reduced Neutral Core in case of 3 ½ Core)

In case of cable exceeding five cores, two adjacent (counting and direction cores ) in each layer shall be colored Blue, Yellow and remaining cores grey/Cores can be identified by numbers by numbers printed on that of same color.

Laying of Cores : Cores are laid up with a suitable lay. The Final layer direction shall be kept right hand lay.

Inner Sheath : The Inner Sheath is applied over laid up of cores by extrusion/wrapping of thermoplastic material. The Insulation, Inner Sheath can be HR PVC, FRLS PVC or HFFR Compound depending upon their application.

Armouring : It is applied over inner Sheath. It may consist of galvanized Round Steel wires or galvanized Flat Steel Strips conforming to IS:3975. Round Wire armouring is provided , where the calculated diameter under Armour is 13.0 mm. Above this, armouring is either round wire/steel strip.

Outer Sheath : A final covering of PVC Compound, conforming to IS:5831:84, is applied over Armouring in case of Armoured Cable or over Inner Sheath in case of Unarmoured Cable, called as "Outer Sheath".

The Insulation and Sheath material can be HR PVC, FRLS PVC or HFFR Compound depending upon their application.

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Instrumentation Cables
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Instrumentation Cables

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Svarn Infratel Pvt. Ltd. manufactures a wide variety of cables suitable for process instrumentation. The Instrumentation Cables play a vital role in measurement, supervision and control of the processes in the Project and Engineering Industries such as Power generation & distribution, Oil refineries, Chemical & Fertilizer industries etc. Introduction of microprocessor based computerized instrumentation has demanded stringent quality requirements alongwith special electrical parameters for Instrumentation cables. Very low level electrical signals pass between measuring end and display units which are situated far off. These low level signals are prone to external noise pickups during transmission. All this means that the cables to be used for instrumentation should be designed and manufactured very carefully.

Svarn with its meticulous efforts in maintaining quality, stringent In-process control during manufacturing and the knowledge of cable designing, is capable of supplying Instrumentation cables meeting any Indian/International and Customised specifications. The efforts done by Svarn are acknowledged as acceptance of our quality by the country´s prime organizations.

Range of Instrumentation Cables :

Conductor : 0.5 sq. mm to 2.5 sq. mm dia or higher sizes of electrolytic copper
    wire, ABC /ATC, solid/stranded copper conductors.
Insulation : PVC/ Polyethylene/ Halogen Free FRLS Polymeric Compounds.
Elements : Pairs/Triads/Quads, colour coded/number printed /dual colour
    extruded.
Shields : Aluminium Polyester tape screen with Copper drain wire or
    alternately with Copper wire braiding. Individual element or
    Overall shielding as per requirement.
Element : Concentric formation or unit & group formation as per applicable
laying   specification.
Armouring : Galvanized steel wire/strip armoured.
Sheathing : PVC/ FRLS PVC/ ZHFR PVC
Specification : BS : 5308 (1 & 2), IS-1554 Pt(l), IEC:189 (1 & 2), VDE : 0815,
    ENI : 0181.00 and as per customers specifications.

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Flexible Braided Coaxial Cable
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Application: It is used as connection wire inside equipment and jumper cable for base station and antennas, and any other place in which need coaxial cable with high performance.

Conductor:Bare Copper / Copper Clad Aluminum
Insulation:Foamed Polyethylene
Shielding:Tinned Copper Wire
  Braiding over Bonded Aluminium Foil
Sheath:PVC / PE / LSZH

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Flexible Single Core Cable
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Conductor : Plain annealed copper conductor as per IS:8130
Insulation : Primary - Natural Type A PVC.
Secondary - Skin colour coated PVC (25 sq. mm &
above are provided with unicolour Insulation only)
Colour : Red/Yellow/Blue/Black/Green
Any other colour on specific request can also be
supplied. Subject to economical run.
Packing : 100 mtr. coil.

Single Core PVC Insulated Copper Conductor (unsheathed) Flexible Cables 1100 Voltage Grade To IS: 694 For Industrial Application

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Electric Cables
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Electric Cables

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Svarn has developed a special grade XLPE compound to be used as the insulating material suitable for LT (upto 1100 volts) applications. This is a thermoset type of polymer enriched with crosslinking agent. This is extruded over the conductor using modern extruders and is thoroughly crosslinked under controlled conditions. This XLPE insulation overcomes the drawbacks of PVC, hitherto extensively used as an insulating material, without losing any of PVC's desirable properties.

Following are the advantages of XLPE insulated cables over that of PVC Insulated cables:

Higher Current Rating : Withstands continuous conductor temperature of 90°C, whereas PVC withstands only 70°C, which means higher current carrying capacity.

Higher Overload Capacity : cables can operate even at 130°C, during emergency, unlike PVC Cables which cannot operate beyond 120°C. Thus in an emergency, the entire system need not go out of commission if some of the cables fail, because the other cables in parallel can carry a higher load.

Higher Short Circuit Rating : Can withstand conductor temperatures of upto 250°C during a short circuit PVC cannot withstand more than 160°C.

Lighter in Weight, Smaller Bending Radius : Lighter weight, smaller bending radius than PVC enables installation of Svarn cables even in cramped space conditions. The cables require less support, thus lowering installation costs.

Lower Di-electric Constant and Power Factor : Results in saving in power losses which means saving in costs, particularly for higher voltage.

Better Impact, Abrasion, Corrosion Resistance : Safer than PVC Cables against mechanical damage,abrasion and corrosion.

Easier Jointing and Termination : Requires no special skills or equipment for jointing and termination.

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