All Cables
Cables Type
We offer a wide range of electrical building wires with thermoplastic PVC insulation for general purpose applications such as for supplying power and lighting in residential and commercial buildings. They are intended for use in the indoor fixed installation, distribution in conduits and is ideal for the internal wiring of appliances and apparatus.
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We offer an extensive range of 0.6/1.0 kV single-core and multi-core power cables. These cables have indoor and outdoor applications in local distribution system, industrial plants, utility buildings, electrical equipment, and more. We use the highest quality raw materials and the latest manufacturing techniques to produce these cables
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We offer an extensive range of 0.6/1.0 kV single-core and multi-core power cables. These cables have indoor and outdoor applications in local distribution system, industrial plants, utility buildings, electrical equipment, and more. We use the highest quality raw materials and the latest manufacturing techniques to produce these cables
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Medium-voltage power cables range is available with a maximum nominal system voltage ratings of up to 17.5 kV. They are suitable for indoor use (eg. power supply stations) and outdoor use (eg. in cable ducts, underground, and on cable trays for industrial buildings and power stations)
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We offer a diverse range of communication and data cables including telephone cables, coaxial cables and LAN cables. All our communication and data cables are manufactured from high-quality materials in hi-tech facilities.
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We offer a diverse range of Control and Instrumentation cables including Signal, Shielded and Braided cables. All our signal and shielded cables are manufactured from high-quality materials in hi-tech facilities.
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All our overhead conductors are manufactured and tested in line with the latest national and international standards. They can be installed on transmission towers, wooden poles, and other structures, and installations from long-distance transmission lines to sub-service spans at distribution or utilization voltages on private premises.
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FR-PVC Insulated, Non-sheathed Single Core Skin-coated Cable
General purposes cable, suitable for installation in surface mounted or embedded conduits or similar closed systems. Recommended fixed protected installation in or on light fittings and inside appliances, switchgear, and control gear for voltages up to 1000V a.c or up to 750V to earth d.c.
BYA-FR Skin Coated is generally Single Core cable.
1x0.5 Re to 1x25 Rm is available.
FR & FRLS both Insulation is available.
Conductor:
Plain, annealed, electrolytic copper/aluminum conductors, solid or stranded circular (Class-1 & 2), complying with applicable requirements of IEC 60228
Insulation:
FR PVC thermoplastic material of type TI 1, 700C maximum operating temperature, for general purpose use conforming to the applicable requirements of BS 7655
FRLS insulation also available as per customer requirement
FR-PVC Insulated, Non-sheathed Single Core Cable
General purposes cable, suitable for installation in surface mounted or embedded conduits or similar closed systems. Recommended fixed protected installation in or on light fittings and inside appliances, switchgear, and control gear for voltages up to 1000V a.c or up to 750V to earth d.c.
BYA-FR is generally Single core Cable
1x35 Rm to 1x800 Rm is available
FR & FRLS both Insulation is available.
Conductor:
Plain, annealed, electrolytic copper/aluminum conductors, stranded or compacted circular (Class- 2), complying with applicable requirements of IEC 60228
Insulation:
FR PVC thermoplastic material of type TI 1, 700C maximum operating temperature, for general purpose use conforming to the applicable requirements of BS 7655
FRLS insulation also available as per customer requirement
FR-PVC Insulated, Non-sheathed Single Core Flexible Cable
General purposes cable, used for inner wiring of equipment, distributor and switchboards and also suitable for fixed protected installation in or on light fittings for voltage up to 1000V a.c or up to 750V to earth d.c
BYAF-FR is generally Single core Cable
1x0.25 Rm to 1x630 Rm is available
FR & FRLS both Insulation is available.
Conductor:
Plain, annealed, electrolytic copper conductors, Flexible circular (Class- 5), complying with applicable requirements of IEC 60228
Insulation:
FR PVC thermoplastic material of type TI 1, 700C maximum operating temperature, for general purpose use conforming to the applicable requirements of BS 7655
FRLS insulation also available as per customer requirement
PVC (Skin Coated) Insulated, FR-PVC Sheathed Single Core Cable
For fixed installations in dry or humid locations, in cable ducts, or on cable tray unenclosed and also for use in non-metallic conduit.
1x1.0 Re to 1x35 Rm is available
FR & FRLS both Sheathing is available.
Conductor:
Plain, annealed, electrolytic copper/aluminum conductors, solid or stranded or compacted circular (Class-1 or 2), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type TI 1, 700C maximum operating temperature, conforming to the applicable requirements of BS 7655
Sheath:
FR PVC thermoplastic material of type TM 1, 700C maximum operating temperature, conforming to the applicable requirements of BS 7655
FRLS Sheath also available as per customer requirement
PVC (Skin Coated) Insulated, FR-PVC Sheathed Two Core Cable
For fixed installations in dry or humid locations, in cable ducts or on cable tray unenclosed, and also for use in non-metallic conduit.
2x1.0 Re to 2x35 Rm is available
FR & FRLS both Sheathing is available.
Conductor:
Plain, annealed, electrolytic copper/aluminum conductors, solid or stranded or compacted circular (Class-1 or 2), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type TI 1, 700C maximum operating temperature, conforming to the applicable requirements of BS 7655
Inner Sheath:
PVC thermoplastic material of type TM 1, 700C maximum operating temperature, conforming to the applicable requirements of BS 7655
Outer Sheath:
FR-PVC thermoplastic material of type TM 1, 700C maximum operating temperature, conforming to the applicable requirements of BS 7655
FRLS Sheath is also available as per customer requirement.
PVC (Skin Coated) Insulated, FR-PVC Sheathed Three Core Cable
For fixed installations in dry or humid locations, in cable ducts, or on cable tray unenclosed and also for use in non-metallic conduit.
3x1.0 Re to 3x35 sm is available
FR & FRLS both Sheathing is available
Conductor:
Plain, annealed, electrolytic copper/aluminum conductors, solid or stranded or compacted circular (Class-1 or 2), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type TI 1, 700C maximum operating temperature, conforming to the applicable requirements of BS 7655
Inner Sheath:
PVC thermoplastic material of type TM 1, 700C maximum operating temperature, conforming to the applicable requirements of BS 7655
Outer Sheath:
FR-PVC thermoplastic material of type TM 1, 700C maximum operating temperature, conforming to the applicable requirements of BS 7655
FRLS Sheath is also available as per customer requirement.
PVC (Skin Coated) Insulated, FR-PVC Sheathed Four Core Cable
For fixed installations in dry or humid locations, in cable ducts, or on cable tray unenclosed and also for use in non-metallic conduit
4x1.0 Re to 4x35 sm is available
FR & FRLS both Sheathing is available.
Conductor:
Plain, annealed, electrolytic copper/aluminum conductors, solid or stranded or compacted circular (Class-1 or 2), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type TI 1, 700C maximum operating temperature, conforming to the applicable requirements of BS 7655
Inner Sheath:
PVC thermoplastic material of type TM 1, 700C maximum operating temperature, conforming to the applicable requirements of BS 7655
Outer Sheath:
FR-PVC thermoplastic material of type TM 1, 700C maximum operating temperature, conforming to the applicable requirements of BS 7655
FRLS Sheath is also available as per customer requirement
PVC (Skin Coated) Insulated, FR-PVC Sheathed Flat Twin Core Cable
Suitable for use in dry or damp locations for fixed installation by fixing over walls, installation on boards and embedded in plaster, and also for use in non-metallic conduit.
2x1.0 Re to 2x16 Rm is available
FR & FRLS both Sheathing is available.
Conductor:
Plain, annealed, electrolytic copper/aluminum conductors, solid or stranded circular (Class-1 or 2), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type TI 1, 700C maximum operating temperature, conforming to the applicable requirements of BS 7655
Outer Sheath:
FR-PVC thermoplastic material of type 6, 700C maximum operating temperature, conforming to the applicable requirements of BS 7655
FRLS Sheath is also available as per customer requirement.
PVC (Skin Coated) Insulated, FR-PVC Sheathed Flat Three Core Cable
Suitable for use in dry or damp locations for fixed installation by fixing over walls, installation on boards and embedded in plaster, and also for use in non-metallic conduit.
3x1.0 Re to 3x16 Rm is available
FR & FRLS both Sheathing is available
Conductor:
Plain, annealed, electrolytic copper / aluminium conductors, solid or stranded circular (Class-1 or 2), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type TI 1, 700C maximum operating temperature, conforming to the applicable requirements of BS 7655
Outer Sheath: FR-PVC thermoplastic material of type 6, 700C maximum operating temperature, conforming to the applicable requirements of BS 7655
FRLS Sheath is also available as per customer requirement.
PVC (Skin Coated) Insulated, FR-PVC Sheathed Flat Twin Core Cable with ECC conductor
Suitable for use in dry or damp locations for fixed installation by fixing over walls, installation on boards and embedded in plaster, and also for use in non-metallic conduit.
2x1.0 Re to 2x16 Rm as per BS standard.
As per customer requirement other sizes are also available.
FR & FRLS both Sheathing is available
Conductor:
Plain, annealed, electrolytic copper conductors, solid or stranded
circular (Class-1 or 2), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type TI 1, 700C maximum
operating temperature, conforming to the applicable requirements of BS 7655
ECC Conductor:
Plain annealed Solid/ stranded circular Copper, Class-1 & 2 as per
IEC 60228
Outer
Sheath:
FR-PVC thermoplastic material of type 6, 700C
maximum operating temperature, conforming to the applicable requirements of BS
7655
FRLS
Sheath also available as per customer requirement.
PVC (Skin Coated) Insulated, FR-PVC Sheathed Flat Three Core Cable with ECC conductor
Used in dry or damp locations for fixed installation by fixing over walls, installation on boards and embedded in plaster, and also for use in non-metallic conduit.
3x1.0 Re to 3x16 Rm as per BS standard.
As per customer requirement other sizes are also available.
FR & FRLS both Sheathing is available
Conductor:
Plain, annealed, electrolytic copper conductors, solid or stranded
circular (Class-1 or 2), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type TI 1, 700C maximum
operating temperature, conforming to the applicable requirements of BS 7655
ECC
Conductor:
Plain annealed Solid/ stranded circular Copper,
Class-1 & 2 as per IEC 60228
Outer
Sheath:
FR-PVC thermoplastic material of type 6, 700C
maximum operating temperature, conforming to the applicable requirements of BS
7655
FRLS Sheath also available as per customer requirement.
FR-PVC (Skin Coated) Insulated, Non-sheathed Single Core Flexible Cable
For fixed protected installation inside appliances and in/on light fittings, where increased flexibility is required to assist installation.
1x0.18 Rm to 1x16 Rm as per BS standard.
As per customer requirement other sizes are also available.
FR & FRLS both Sheathing is available
Conductor:
Plain, annealed, electrolytic copper conductors, Flexible circular
(Class-5), complying with applicable requirements of IEC 60228
Insulation:
FR-PVC thermoplastic material of type TI 1, 700C maximum
operating temperature, conforming to the applicable requirements of BS 7655
FRLS Insulation also available as per customer requirement.
FR-PVC (Skin Coated) Insulated Twisted Twin (T/T) Flexible Cable
Suitable for dry places in surface mounted or embedded conduits where mechanical stress do not exist at the connections of portable equipment only for signalling or control conduits.
2x0.18 Rm to 2x3.0 Rm as per BS standard.
As per customer requirement other sizes are also available.
FR & FRLS both Sheathing is available
Conductor:
Plain, annealed, electrolytic copper conductors, Flexible circular
(Class-5), complying with applicable requirements of IEC 60228
Insulation:
FR-PVC thermoplastic material of type TI 1, 700C maximum
operating temperature, conforming to the applicable requirements of BS 7655
Twisting:
Two cores twisted together with suitable lay.
FRLS Insulation also available as per customer requirement.
PVC (Skin Coated) Insulated, FR-PVC Sheathed Flat Twin (F/T) Two Core Flexible Cable
Suitable for dry places in surface mounted or embedded conduits where mechanical stress do not exist at the connections of portable equipment only for signalling or control conduits.
2x0.18 Rm to 2x3.0 Rm as per BS standard.
As per customer requirement other sizes are also available.
FR & FRLS both Sheathing is available
Conductor:
Plain, annealed, electrolytic copper conductors, Flexible circular
(Class-5), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type TI 1, 700C maximum
operating temperature, conforming to the applicable requirements of BS 7655
Sheath:
FR-PVC thermoplastic material of type TM 2, 700C maximum
operating temperature, conforming to the applicable requirements of BS 7655
FRLS Sheath also available as per customer requirement.
PVC (Skin Coated) Insulated, FR-PVC Sheathed Two Core Flexible Cord
PVC (Skin Coated) Insulated, FR-PVC Sheathed Three Core Flexible Cord
For supplying mains power to all types of domestic and industrial appliances or equipment and in/on light fittings where low mechanical stress and increased flexibility is required
3x0.18 Rm to 3x4.0 Rm as per BS standard.
As per customer requirement other sizes are also available.
FR & FRLS both Sheathing is available.
Conductor:
Plain, annealed, electrolytic copper conductors, Flexible circular
(Class-5), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type TI 2, 700C maximum
operating temperature, conforming to the applicable requirements of BS 7655
Outer
Sheath:
FR-PVC thermoplastic material of type TM 2, 700C
maximum operating temperature, conforming to the applicable requirements of BS
7655
FRLS Sheath also available as per customer requirement.
PVC (Skin Coated) Insulated, FR-PVC Sheathed Four Core Flexible Cord
For supplying mains power to all types of domestic and industrial appliances or equipment and in/on light fittings where low mechanical stress and increased flexibility is required.
4x0.18 Rm to 4x4.0 Rm as per BS standard.
As per customer requirement other sizes are also available.
FR & FRLS both Sheathing is available.
Conductor:
Plain, annealed, electrolytic copper conductors, Flexible circular
(Class-5), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type TI 2, 700C maximum
operating temperature, conforming to the applicable requirements of BS 7655
Outer
Sheath:
FR-PVC thermoplastic material of type TM 2, 700C
maximum operating temperature, conforming to the applicable requirements of BS
7655
FRLS
Sheath also available as per customer requirement.
PVC Insulated & FR-PVC Sheathed Single Core Cable
Power cables for energy supply are suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants, and in commercial buildings where mechanical damages to the cable are not to be expected.
1x1.5 Re to 1x800 Rm is available
FR & FRLS both Sheathing is available.
Conductor:
Plain, annealed, electrolytic copper or aluminum conductors, solid/ stranded/ compacted circular (Class-1 & 2), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Sheath:
FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirements.
PVC Insulated & FR-PVC Sheathed Two Core Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants, and in commercial buildings where mechanical damages to the cable are not to be expected.
2x1.5 Re to 2x35 Rm is available
As per customer requirement other sizes are also available.
FR & FRLS both Sheathing is available.
Conductor:
Plain, annealed, electrolytic copper or aluminum conductors, solid/ stranded/ compacted circular (Class-1 & 2), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirements.
PVC Insulated & FR-PVC Sheathed Three Core Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
3x1.5 Re to 3x300 sm is available
As per customer requirement other sizes are also available.
FR & FRLS both Sheathing is available.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductors, solid/ stranded/ compacted circular (Class-1 & 2), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement.
PVC Insulated & FR-PVC Sheathed Three & Half Core Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
3x25 Rm/16 Rm to 3x300 sm/150 Rm is available
As per customer requirement other sizes are also available.
FR & FRLS both Sheathing is available.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductors, solid/ stranded/ compacted circular (Class-1 & 2), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement.
PVC Insulated & FR-PVC Sheathed Four Core Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
4x1.5 Re to 4x300 sm is available
As per customer requirement other sizes are also available.
FR & FRLS both Sheathing is available.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductors, solid/ stranded/ compacted circular (Class-1 & 2), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement.
PVC Insulated & FR-PVC Sheathed Single Core Flexible Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
1x1.5 Rm to 1x630 Rm is available
As per customer requirement other sizes are also available.
FR & FRLS both Sheathing is available.
Conductor:
Plain, annealed, electrolytic copper conductors, Flexible circular (Class-5), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement.
PVC Insulated & FR-PVC Sheathed Two Core Flexible Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
2x1.5 Rm to 2x35 Rm is available
FR & FRLS both Sheathing is available.
Customized sizes are also available as per customer requirement.
Conductor:FRLS Sheath can be provided as per customer requirement.
PVC Insulated & FR-PVC Sheathed Three Core Flexible Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
3x1.5 Rm to 3x50 Rm is available
FR & FRLS both Sheathing is available.
Customized sizes are also available as per customer requirement.
Conductor:
Plain, annealed, electrolytic copper conductors, Flexible circular (Class-5), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement
PVC Insulated & FR-PVC Sheathed Four Core Flexible Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
4x1.5 Rm to 4x50 Rm is available
FR & FRLS both Sheathing is available.
Customized sizes are also available as per customer requirement.
Conductor:
Plain, annealed, electrolytic copper conductors, Flexible circular (Class-5), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath: PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement
PVC Insulated & FR-PVC Sheathed Single core Armoured Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
1x35 Rm to 1x1000 Rm is available
FR & FRLS both Sheathing is available.
Customized sizes are also available as per customer requirement.
Conductor: FRLS Sheath can be provided as per customer requirement.
PVC Insulated & FR-PVC Sheathed Three Core Armoured Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
3x25 Rm to 3x300 Rm is available
As per customer requirement other sizes are also available.
FR & FRLS both Sheathing is available.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductors, stranded/ compacted circular (Class-2), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Armour:
Round Aluminium wire as per IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement
PVC Insulated & FR-PVC Sheathed Three & Half Core Armoured Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
3x25 Rm/16 Rm to 3x300 sm/150 Rm is available
As per customer requirement other sizes are also available.
FR & FRLS both Sheathing is available.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductors, stranded circular/ sector shaped (Class-2), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Armour:
Flat Galvanized Steel wire as per IEC 60502-1
Binder:
Galvanized Steel Tape as per IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement
PVC Insulated & FR-PVC Sheathed Four Core Armoured Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
4x25 Rm to 4x300 sm is available
As per customer requirement other sizes are also available.
FR & FRLS both Sheathing is available.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductors, stranded circular/ sector shaped (Class-2), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Armour:
Flat Galvanized Steel wire as per IEC 60502-1
Binder:
Galvanized Steel Tape as per IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement
PVC Insulated & FR-PVC Sheathed Three Core Armoured Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
3x25 Rm to 3x300 sm is available
As per customer requirement other sizes are also available.
FR & FRLS both Sheathing is available.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductors, stranded circular/ sector shaped (Class-2), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Armour:
Flat Galvanized Steel wire as per IEC 60502-1
Binder:
Galvanized Steel Tape as per IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement
PVC Insulated & FR-PVC Sheathed Three & Half Core Armoured Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Conductor: Plain, annealed, electrolytic copper or aluminium conductors, stranded circular/ sector shaped (Class-2), complying with applicable requirements of IEC 60228 Insulation: PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 Inner Sheath: PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 Armour: Round Galvanized Steel wire as per IEC 60502-1 Binder (optional): Galvanized Steel Tape as per IEC 60502-1 Outer Sheath: FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 FRLS Sheath can be provided as per customer requirement
PVC Insulated & FR-PVC Sheathed Four Core Armoured Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Conductor: Plain, annealed, electrolytic copper or aluminium conductors, stranded circular/ sector shaped (Class-2), complying with applicable requirements of IEC 60228 Insulation: PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 Inner Sheath: PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 Armour: Round Galvanized Steel wire as per IEC 60502-1 Binder (optional): Galvanized Steel Tape as per IEC 60502-1 Outer Sheath: FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 FRLS Sheath can be provided as per customer requirement
PVC Insulated & FR-PVC Sheathed Three core Concentric wire Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Conductor: Plain, annealed, electrolytic copper or aluminium conductors, stranded circular/ sector shaped (Class-2), complying with applicable requirements of IEC 60228 Insulation: PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 Inner Sheath: PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 Armour: Round Galvanized Steel wire as per IEC 60502-1 Binder (optional): Galvanized Steel Tape as per IEC 60502-1 Outer Sheath: FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 FRLS Sheath can be provided as per customer requirement
PVC Insulated & FR-PVC Sheathed Multi core Control Cable
For use indoors, in cable ducts, outdoors and in ground for power plants, industrial plants, as well as in local power networks, if increased mechanical & electrical protection is required. The concentric conductor (C) is allowed to use as Protective Earth (PE), Neutral Conductor or as Screen.
For use indoors, in cable ducts, outdoors and in ground for power plants, industrial plants, as well as in local power networks, if increased mechanical & electrical protection is required. The concentric conductor (C) is allowed to use as Protective Earth (PE), Neutral Conductor or as Screen.
Conductor: Plain, annealed, electrolytic copper conductors, stranded circular or sector shaped (Class-2), complying with applicable requirements of IEC 60228 Insulation: PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 Inner Sheath: PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 Concentric Conductor: Plain Annealed Copper wire concentrically applied over inner sheath Binder: Helically applied Copper Tape. Outer Sheath: FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 FRLS Sheath can be provided as per customer requirement
PVC Insulated & FR-PVC Sheathed Multi Core Flexible Control Cable
For use in control circuits, actuating industrial equipment, control panel, in light, ordinary or heavy duty industry where power distribution device is needed to transmit control signals or measure signal operations.
For use in control circuits, actuating industrial equipment, control panel, in light, ordinary or heavy duty industry where power distribution device is needed to transmit control signals or measure signal operations.
Conductor: Plain, annealed, electrolytic copper conductor, solid or stranded circular (Class-1 & 2), complying with applicable requirements of IEC 60228 Insulation: PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 Binder: Polyester tape Outer Sheath: FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 FRLS Sheath can be provided as per customer requirement.
PVC Insulated & FR-PVC Sheathed Multi Core Armoured Control Cable
For use in control circuits, actuating industrial equipment, control panel, in light, ordinary or heavy duty industry where power distribution device is needed to transmit control signals or measure signal operations.
For use in control circuits, actuating industrial equipment, control panel, in light, ordinary or heavy duty industry where power distribution device is needed to transmit control signals or measure signal operations.
Conductor: Plain, annealed, electrolytic copper conductor, Flexible circular (Class-5), complying with applicable requirements of IEC 60228 Insulation: PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 Binder: Polyester tape Outer Sheath: FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 FRLS Sheath can be provided as per customer requirement
FR-PVC Insulated Duplex/Quadruplex Cable
For use in control circuits, actuating industrial equipment, control panel, in light, ordinary or heavy duty industry where power distribution device is needed to transmit control signals or measure signal operations.
For use in control circuits, actuating industrial equipment, control panel, in light, ordinary or heavy duty industry where power distribution device is needed to transmit control signals or measure signal operations.
Conductor: Plain, annealed, electrolytic copper conductor, solid or stranded circular (Class-1 & 2), complying with applicable requirements of IEC 60228 Insulation: PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 Binder: Polyester tape Inner Sheath: PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 Armour: Round Galvanized Steel wire as per IEC 60502-1 Binder (optional): Galvanized Steel Tape as per IEC 60502-1 Outer Sheath: FR-PVC thermoplastic material of type ST-1, 800C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 FRLS Sheath can be provided as per customer requirement.
FR-PVC Insulated Single Core Flexible Cable
These cables are intended for use with hand-held welding electrodes in dry, humid and moist rooms as well as outdoors, where the cables are subjected to high mechanical stresses.
These cables are intended for use with hand-held welding electrodes in dry, humid and moist rooms as well as outdoors, where the cables are subjected to high mechanical stresses.
Conductor: Plain, annealed, electrolytic copper conductors, Flexible circular (Class-6), complying with applicable requirements of IEC 60228 Binder: PVC or Non-woven Tape. Insulation: FR-PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 FRLS Insulation also available as per customer requirement
PVC Insulated PVC sheathed Three core Flat Flexible Cable
For continuous use in deep wells for irrigation, drinking water supply, industries, mines, fountains to provide electrical power to submersible motors.
For continuous use in deep wells for irrigation, drinking water supply, industries, mines, fountains to provide electrical power to submersible motors.
Conductor: Plain, annealed, electrolytic copper conductors, Flexible circular (Class-5), complying with applicable requirements of IEC 60228 Insulation: PVC thermoplastic material of type PVC/A, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1 Sheath: PVC thermoplastic material of type ST-1, 700C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
XLPE Insulated & FR-PVC Sheathed Single Core Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductors, solid/ stranded/ compacted circular (Class-1 & 2), complying with applicable requirements of IEC 60228
Insulation:
Cross-linked Polyethylene (XLPE), 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated & FR-PVC Sheathed Two Core Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductors, solid/ stranded/ compacted circular (Class-1 & 2), complying with applicable requirements of IEC 60228
Insulation:
Cross-linked Polyethylene (XLPE), 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement
XLPE Insulated & FR-PVC Sheathed Three Core Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, solid/ stranded circular/ sector shaped (Class-1 & 2), complying with applicable requirements of IEC 60228
Insulation:
Cross-linked Polyethylene (XLPE), 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated & FR-PVC Sheathed Three & Half Core Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, solid/ stranded circular/ sector shaped (Class-1 & 2), complying with applicable requirements of IEC 60228
Insulation:
Cross-linked Polyethylene (XLPE), 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated & FR-PVC Sheathed Four Core Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, solid/ stranded circular/ sector shaped (Class-1 & 2), complying with applicable requirements of IEC 60228
Insulation:
Cross-linked Polyethylene (XLPE), 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated & FR-PVC Sheathed Single Core Armoured Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, stranded/ compacted circular (Class-2), complying with applicable requirements of IEC 60228
Insulation:
Cross-linked Polyethylene (XLPE), 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum operating
Armour: Round Aluminium wire as per IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated & FR-PVC Sheathed Three Core Armoured Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, stranded circular/ sector shaped (Class-2), complying with applicable requirements of IEC 60228
Insulation:
Cross-linked Polyethylene (XLPE), 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Armour:
Flat Galvanized Steel wire as per IEC 60502-1
Binder: Galvanized Steel Tape as per IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated & FR-PVC Sheathed Three & Half Core Armored Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, stranded circular/ sector shaped (Class-2), complying with applicable requirements of IEC 60228
Insulation:
Cross-linked Polyethylene (XLPE), 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Armour:
Flat Galvanized Steel wire as per IEC 60502-1
Binder: Galvanized Steel Tape as per IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated & FR-PVC Sheathed Three Core Armoured Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, stranded circular/ sector shaped (Class-2), complying with applicable requirements of IEC 60228
Insulation:
Cross-linked Polyethylene (XLPE), 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Armour:
Round Galvanized Steel wire as per IEC 60502-1
Binder (optional):
Galvanized Steel Tape as per IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement
XLPE Insulated & FR-PVC Sheathed Three & Half Core Armored Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, stranded circular/ sector shaped (Class-2), complying with applicable requirements of IEC 60228
Insulation:
Cross-linked Polyethylene (XLPE), 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Armour:
Round Galvanized Steel wire as per IEC 60502-1
Binder (optional):
Galvanized Steel Tape as per IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated & FR-PVC Sheathed Four Core Armoured Cable
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Power cables for energy supply is suitable for fixed installations, preferably in cable ducts, indoors, outdoors, in water or underground, in local distribution systems, industrial plants and in commercial buildings where mechanical damages to the cable are not to be expected.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, stranded circular/ sector shaped (Class-2), complying with applicable requirements of IEC 60228
Insulation:
Cross-linked Polyethylene (XLPE), 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Armour:
Round Galvanized Steel wire as per IEC 60502-1
Binder (optional):
Galvanized Steel Tape as per IEC 60502-1
Outer
Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated & FR-PVC Sheathed Multi Core Control Cable
For use in control circuits, actuating industrial equipment, control panel, in light, ordinary or heavy duty industry where power distribution device is needed to transmit control signals or measure signal operations.
For use in control circuits, actuating industrial equipment, control panel, in light, ordinary or heavy duty industry where power distribution device is needed to transmit control signals or measure signal operations.
Conductor:
Plain, annealed, electrolytic copper conductor, solid or stranded circular (Class-1 or 2), complying with applicable requirements of IEC 60228
Insulation:
Cross-linked Polyethylene (XLPE), 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Binder:
Polyester tape
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated & FR-PVC Sheathed Multi Core Armored Control Cable
For use in control circuits, actuating industrial equipment, control panel, in light, ordinary or heavy duty industry where power distribution device is needed to transmit control signals or measure signal operations.
For use in control circuits, actuating industrial equipment, control panel, in light, ordinary or heavy duty industry where power distribution device is needed to transmit control signals or measure signal operations.
Conductor:
Plain, annealed, electrolytic copper conductor, solid or stranded circular (Class-1 or 2), complying with applicable requirements of IEC 60228
Insulation:
Cross-linked Polyethylene (XLPE), 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Binder:
Polyester tape
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
Armour:
Round Galvanized Steel wire as per IEC 60502-1
Binder (optional):
Galvanized Steel Tape as per IEC 60502-1
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum operating temperature, conforming to the applicable requirements of IEC 60502-1
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated FR-PVC Sheathed Non-Armoured Single core Medium Voltage Cable
These cables are suitable for installation mostly in power supply stations, indoors and in cable ducts, outdoors, underground and in water as well as for installation on cable trays for industries, switchboards and power stations.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, compacted
stranded circular (Class-2), complying with applicable requirements of IEC
60228
Conductor Screen:
Semi-conducting crosslinkable
compound
Insulation:
Cross-linked
Polyethylene (XLPE), 900C maximum operating temperature,
conforming to the applicable requirements of IEC 60502-2
Insulation Screen:
Semi-conducting crosslinkable
compound
Metallic
Screen:
Copper tape applied
helically with overlap (copper wire screen can
also be provided on request)
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated FR-PVC Sheathed Non-Armoured Single core Medium Voltage Cable
These cables are suitable for installation mostly in power supply stations, indoors and in cable ducts, outdoors, underground and in water as well as for installation on cable trays for industries, switchboards and power stations.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, compacted
stranded circular (Class-2), complying with applicable requirements of IEC
60228
Conductor Screen:
Semi-conducting crosslinkable
compound
Insulation:
Cross-linked
Polyethylene (XLPE), 900C maximum operating temperature, conforming
to the applicable requirements of IEC 60502-2
Insulation Screen:
Semi-conducting crosslinkable
compound
Metallic
Screen:
Copper tape applied
helically with overlap (copper wire screen can
also be provided on request)
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated FR-PVC Sheathed Non-Armoured Single core Medium Voltage Cable
These cables are suitable for installation mostly in power supply stations, indoors and in cable ducts, outdoors, underground and in water as well as for installation on cable trays for industries, switchboards and power stations.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, compacted
stranded circular (Class-2), complying with applicable requirements of IEC
60228
Conductor Screen:
Semi-conducting crosslinkable
compound
Insulation:
Cross-linked
Polyethylene (XLPE), 900C maximum operating temperature, conforming
to the applicable requirements of IEC 60502-2
Insulation Screen:
Semi-conducting crosslinkable
compound
Metallic
Screen:
Copper tape applied
helically with overlap (copper wire screen can
also be provided on request)
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated FR-PVC Sheathed Armoured Single core Medium Voltage Cable
These cables are suitable for installation mostly in power supply stations, indoors and in cable ducts, outdoors, underground and in water as well as for installation on cable trays for industries, switchboards and power stations.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, compacted
stranded circular (Class-2), complying with applicable requirements of IEC
60228
Conductor Screen:
Semi-conducting crosslinkable
compound
Insulation:
Cross-linked
Polyethylene (XLPE), 900C maximum operating temperature, conforming
to the applicable requirements of IEC 60502-2
Insulation Screen:
Semi-conducting crosslinkable
compound
Metallic
Screen:
Copper tape applied
helically with overlap (copper wire screen can
also be provided on request)
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
Armour:
Round Aluminium Wire
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
FRLS Sheath can be provided as per customer
requirement.
XLPE Insulated FR-PVC Sheathed Armoured Single core Medium Voltage Cable
These cables are suitable for installation mostly in power supply stations, indoors and in cable ducts, outdoors, underground and in water as well as for installation on cable trays for industries, switchboards and power stations.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, compacted
stranded circular (Class-2), complying with applicable requirements of IEC
60228
Conductor Screen:
Semi-conducting crosslinkable
compound
Insulation:
Cross-linked
Polyethylene (XLPE), 900C maximum operating temperature,
conforming to the applicable requirements of IEC 60502-2
Insulation Screen:
Semi-conducting crosslinkable
compound
Metallic
Screen:
Copper tape applied
helically with overlap (copper wire screen can
also be provided on request)
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
Armour:
Round Aluminium Wire
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated FR-PVC Sheathed Armoured Single core Medium Voltage Cable
These cables are suitable for installation mostly in power supply stations, indoors and in cable ducts, outdoors, underground and in water as well as for installation on cable trays for industries, switchboards and power stations.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, compacted
stranded circular (Class-2), complying with applicable requirements of IEC
60228
Conductor Screen:
Semi-conducting crosslinkable
compound
Insulation:
Cross-linked
Polyethylene (XLPE), 900C maximum operating temperature,
conforming to the applicable requirements of IEC 60502-2
Insulation Screen:
Semi-conducting crosslinkable
compound
Metallic
Screen:
Copper tape applied
helically with overlap (copper wire screen can
also be provided on request)
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
Armour:
Round Aluminium Wire
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated FR-PVC Sheathed Non-Armoured Three core Medium Voltage Cable
These cables are suitable for installation mostly in power supply stations, indoors and in cable ducts, outdoors, underground and in water as well as for installation on cable trays for industries, switchboards and power stations.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, compacted
stranded circular (Class-2), complying with applicable requirements of IEC
60228
Conductor Screen:
Semi-conducting crosslinkable
compound
Insulation:
Cross-linked
Polyethylene (XLPE), 900C maximum operating temperature, conforming
to the applicable requirements of IEC 60502-2
Insulation Screen:
Semi-conducting crosslinkable
compound
Metallic
Screen:
Copper tape applied
helically with overlap (copper wire screen can
also be provided on request)
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated FR-PVC Sheathed Non-Armoured Three core Medium Voltage Cable
These cables are suitable for installation mostly in power supply stations, indoors and in cable ducts, outdoors, underground and in water as well as for installation on cable trays for industries, switchboards and power stations.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, compacted
stranded circular (Class-2), complying with applicable requirements of IEC
60228
Conductor Screen:
Semi-conducting crosslinkable
compound
Insulation:
Cross-linked
Polyethylene (XLPE), 900C maximum operating temperature,
conforming to the applicable requirements of IEC 60502-2
Insulation Screen:
Semi-conducting crosslinkable
compound
Metallic
Screen:
Copper tape applied
helically with overlap (copper wire screen can
also be provided on request)
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated FR-PVC Sheathed Non-Armoured Three core Medium Voltage Cable
These cables are suitable for installation mostly in power supply stations, indoors and in cable ducts, outdoors, underground and in water as well as for installation on cable trays for industries, switchboards and power stations.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, compacted
stranded circular (Class-2), complying with applicable requirements of IEC
60228
Conductor Screen:
Semi-conducting crosslinkable
compound
Insulation:
Cross-linked
Polyethylene (XLPE), 900C maximum operating temperature,
conforming to the applicable requirements of IEC 60502-2
Insulation Screen:
Semi-conducting crosslinkable
compound
Metallic
Screen:
Copper tape applied
helically with overlap (copper wire screen can
also be provided on request)
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated FR-PVC Sheathed Armoured Three core Medium Voltage Cable
These cables are suitable for installation mostly in power supply stations, indoors and in cable ducts, outdoors, underground and in water as well as for installation on cable trays for industries, switchboards and power stations.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, compacted
stranded circular (Class-2), complying with applicable requirements of IEC
60228
Conductor Screen:
Semi-conducting crosslinkable
compound
Insulation:
Cross-linked
Polyethylene (XLPE), 900C maximum operating temperature,
conforming to the applicable requirements of IEC 60502-2
Insulation Screen:
Semi-conducting crosslinkable
compound
Metallic
Screen:
Copper tape applied
helically with overlap (copper wire screen can
also be provided on request)
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
Armour:
Flat Galvanized
Steel Wire as per IEC 60502-2
Binder:
Galvanized Steel
Tape
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated FR-PVC Sheathed Armoured Three core Medium Voltage Cable
These cables are suitable for installation mostly in power supply stations, indoors and in cable ducts, outdoors, underground and in water as well as for installation on cable trays for industries, switchboards and power stations.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, compacted
stranded circular (Class-2), complying with applicable requirements of IEC
60228
Conductor Screen:
Semi-conducting crosslinkable
compound
Insulation:
Cross-linked
Polyethylene (XLPE), 900C maximum operating temperature,
conforming to the applicable requirements of IEC 60502-2
Insulation Screen:
Semi-conducting crosslinkable
compound
Metallic
Screen:
Copper tape applied
helically with overlap (copper wire screen can
also be provided on request)
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
Armour:
Flat Galvanized
Steel Wire as per IEC 60502-2
Binder:
Galvanized Steel
Tape
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated FR-PVC Sheathed Armoured Three core Medium Voltage Cable
These cables are suitable for installation mostly in power supply stations, indoors and in cable ducts, outdoors, underground and in water as well as for installation on cable trays for industries, switchboards and power stations.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, compacted
stranded circular (Class-2), complying with applicable requirements of IEC
60228
Conductor Screen:
Semi-conducting crosslinkable
compound
Insulation:
Cross-linked Polyethylene
(XLPE), 900C maximum operating temperature,
conforming to the applicable requirements of IEC 60502-2
Insulation Screen:
Semi-conducting crosslinkable
compound
Metallic
Screen:
Copper tape applied
helically with overlap (copper wire screen can also
be provided on request)
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
Armour:
Flat Galvanized
Steel Wire as per IEC 60502-2
Binder:
Galvanized Steel
Tape
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated FR-PVC Sheathed Armoured Three core Medium Voltage Cable
These cables are suitable for installation mostly in power supply stations, indoors and in cable ducts, outdoors, underground and in water as well as for installation on cable trays for industries, switchboards and power stations.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, compacted
stranded circular (Class-2), complying with applicable requirements of IEC
60228
Conductor Screen:
Semi-conducting crosslinkable
compound
Insulation:
Cross-linked
Polyethylene (XLPE), 900C maximum operating temperature,
conforming to the applicable requirements of IEC 60502-2
Insulation Screen:
Semi-conducting crosslinkable
compound
Metallic
Screen:
Copper tape applied
helically with overlap (copper wire screen can
also be provided on request)
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
Armour:
Round Galvanized
Steel Wire as per IEC 60502-2
Binder (optional):
Galvanized Steel
Tape
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated FR-PVC Sheathed Armoured Three core Medium Voltage Cable
These cables are suitable for installation mostly in power supply stations, indoors and in cable ducts, outdoors, underground and in water as well as for installation on cable trays for industries, switchboards and power stations.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, compacted
stranded circular (Class-2), complying with applicable requirements of IEC
60228
Conductor Screen:
Semi-conducting crosslinkable
compound
Insulation:
Cross-linked
Polyethylene (XLPE), 900C maximum operating temperature,
conforming to the applicable requirements of IEC 60502-2
Insulation Screen:
Semi-conducting crosslinkable
compound
Metallic
Screen:
Copper tape applied
helically with overlap (copper wire screen can
also be provided on request)
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
Armour:
Round Galvanized
Steel Wire as per IEC 60502-2
Binder (optional):
Galvanized Steel
Tape
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
FRLS Sheath can be provided as per customer requirement.
XLPE Insulated FR-PVC Sheathed Armoured Three core Medium Voltage Cable
These cables are suitable for installation mostly in power supply stations, indoors and in cable ducts, outdoors, underground and in water as well as for installation on cable trays for industries, switchboards and power stations.
Conductor:
Plain, annealed, electrolytic copper or aluminium conductor, compacted
stranded circular (Class-2), complying with applicable requirements of IEC
60228
Conductor Screen:
Semi-conducting crosslinkable
compound
Insulation:
Cross-linked
Polyethylene (XLPE), 900C maximum operating temperature,
conforming to the applicable requirements of IEC 60502-2
Insulation Screen:
Semi-conducting crosslinkable
compound
Metallic
Screen:
Copper tape applied
helically with overlap (copper wire screen can
also be provided on request)
Inner Sheath:
PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
Armour:
Round Galvanized
Steel Wire as per IEC 60502-2
Binder (optional):
Galvanized Steel
Tape
Outer Sheath:
FR-PVC thermoplastic material of type ST-2, 900C maximum
operating temperature, conforming to the applicable requirements of IEC 60502-2
FRLS Sheath can be provided as per customer requirement.
PE Insulated, FR-PVC Sheathed Multi Pair Telecommunication Cable
Suitable for expose or concealed conduit installation of telecommunication and signal circuits, permissible voltage 200 V.
Up to 100 pairs.
Both 0.4 mm & 0.6 mm conductor diameter.
Conductor:
Plain annealed
Solid Copper, complying with applicable requirements of ASTM B3
Insulation:
Solid Polyethylene
(PE)
Assembly:
Two cores twisted
into pairs with varying lay length to minimize crosstalk.
Binder: Non-hygroscopic Polyester
transparent tape is helically laid with an overlap.
Sheath:
FR-PVC thermoplastic material, 700C maximum operating
temperature.
FRLS Sheath also available as per customer requirement.
Polyethylene (PE) Insulated Two wire Flat Telephone Cable
These wires are designed for use in extending telephone circuits to subscriber premises by means of an aerial drop from distribution lines.
Conductor:
Hard Drawn Solid
Copper, complying with applicable requirements of ASTM B1
Insulation:
Solid Polyethylene
(PE)
Conductors are laid in a parallel (Flat) configuration.
Polyethylene (PE) Insulated Twisted Cores
These wires are designed for use in extending telephone circuits to subscriber premises by means of an aerial drop from distribution lines.
Conductor:
Plain, annealed, electrolytic copper conductor, flexible circular
(Class-5), complying with applicable requirements of IEC 60228
Insulation: Solid Polyethylene
(PE)
Multi cores twisted together uniformly.
LDPE Insulated, FR-PVC Sheathed CU Braided Cable
These cables are used in high frequency transmission, especially for transmitters and receivers, computers, radio and TV transmissions. The varied mechanical, thermal and electronic properties of Coaxial cables mean that they can be used in different MHz levels, as per cable type.
Conductor:
Plain annealed
Solid Copper, complying with applicable requirements of ASTM B3
Insulation:
Low Density
Polyethylene (LDPE)
Foil Shield:
Aluminium Mylar Tape
is helically or longitudinally laid with an overlap
Braid Shield:
Plain Annealed
Copper wire
Sheath:
FR-PVC thermoplastic material, 700C maximum operating
temperature.
FRLS Sheath also available as per customer requirement.
HDPE Insulated FR-PVC Sheathed 4 Pair UTP Cable
This cable is used for high speed transmission of data in computer network systems designed for characteristics of up to 100 MHz for CAT 5 and 200 MHz for CAT 6.
Conductor:
Plain annealed
Solid Copper, complying with applicable requirements of ASTM B3
Insulation:
High Density
Polyethylene (HDPE)
Pair:
Two cores twisted
into pairs with varying lay length to minimize crosstalk
Cross Separator (for CAT 6):
Polyethylene
(PE) (to reduce cross talk)
Sheath:
FR-PVC thermoplastic material, 700C maximum operating
temperature.
FRLS Sheath also available as per customer requirement.
PVC Insulated & FR-PVC Sheathed Multi Core Flexible Control Cable
For use in control circuits, actuating industrial equipment, control panel, in light, ordinary or heavy duty industry where power distribution device is needed to transmit control signals or measure signal operations.
Up to 61 cores
FR & FRLS both sheathing is available.
Conductor:
Plain, annealed, electrolytic copper conductor, flexible circular
(Class-5), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material, 700C maximum operating temperature,
conforming to the applicable requirements of IEC 60227-1
Binder:
Polyester transparent
tape is helically laid with an overlap
Sheath:
FR-PVC thermoplastic material, 700C maximum operating temperature,
conforming to the applicable requirements of IEC 60227-1
FRLS Sheath also available as per customer requirement.
PVC Insulated & FR-PVC Sheathed Multi Core Flexible Braided Cable
For use in control circuits required electrostatic shielding in ordinary or heavy duty industry where power distribution device is needed to transmit control signals or measure signal operations.
Multi-core Cables
FR & FRLS both Sheathing available
Conductor:
Plain, annealed, electrolytic copper conductor, flexible circular
(Class-5), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material, 700C maximum operating temperature,
conforming to the applicable requirements of IEC 60227-1
Binder:
Polyester transparent
tape is helically laid with an overlap
Inner Sheath:
PVC thermoplastic material, 700C maximum operating temperature,
conforming to the applicable requirements of IEC 60227-1
Shield:
Plain Annealed
Copper Wire Braided
Outer Sheath:
FR-PVC thermoplastic material, 700C maximum operating temperature,
conforming to the applicable requirements of IEC 60227-1
FRLS Sheath also available as per customer requirement.
PVC Insulated & FR-PVC Sheathed Multi Core Overall Shielded Cable
Generally, these cables are used within industrial process manufacturing plants for communication, data and voice transmission signals and services. Also used for the interconnection of electrical equipment and instruments. They are for indoor and outdoor installation, in dry and wet locations; on racks, trays and in conduits.
Multi-core Cables
FR & FRLS both Sheathing available
Conductor:
Plain, annealed, electrolytic copper conductor, stranded or flexible
circular (Class-2 or 5), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type TI 1, 700C maximum
operating temperature, conforming to the applicable requirements of BS 7655
Binder:
Polyester transparent
tape is helically laid with an overlap
Shield:
Aluminium Mylar Tape
is applied over the laid up cores metallic side down in contact with plain/ tinned
annealed copper Drain wire
Sheath:
FR-PVC thermoplastic material of type TM 1, 700C maximum
operating temperature, conforming to the applicable requirements of BS 7655
FRLS Sheath also available as per customer requirement.
PVC Insulated & FR-PVC Sheathed Multi Pair Overall Shielded Cable
Generally, these cables are used for transmission of analog and digital signals in instrument and control systems at industry plants, power plants, natural gas and petroleum plants, etc. They are for indoor and outdoor installation, in dry and wet locations; on racks, trays and in conduits.
Multi Pair Cables
FR & FRLS both Sheathing available
Conductor:
Plain, annealed, electrolytic copper conductor, stranded or flexible
circular (Class-2 or 5), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type TI 1, 700C maximum
operating temperature, conforming to the applicable requirements of BS 7655
Pair:
Two cores uniformly
twisted together with a suitable lay
Binder:
Polyester transparent
tape is helically laid with an overlap
Shield:
Aluminium Mylar Tape
is applied over the laid up pairs metallic side down in contact with plain/ tinned
annealed copper Drain wire
Sheath:
FR-PVC thermoplastic material of type TM 1, 700C maximum
operating temperature, conforming to the applicable requirements of BS 7655
FRLS
Sheath also available as per customer requirement.
PVC Insulated & FR-PVC Sheathed Multi Pair Individual & Overall Shielded Cable
Generally, these cables are used for transmission of analog and digital signals in instrument and control systems at industry plants, power plants, natural gas and petroleum plants, etc. They are for indoor and outdoor installation, in dry and wet locations; on racks, trays and in conduits.
Multi Pair Cables
FR & FRLS both Sheathing Available
Conductor:
Plain, annealed, electrolytic copper conductor, stranded or flexible
circular (Class-2 or 5), complying with applicable requirements of IEC 60228
Insulation:
PVC thermoplastic material of type TI 1, 700C maximum
operating temperature, conforming to the applicable requirements of BS 7655
Pair:
Two cores uniformly
twisted together with a suitable lay
Individual Shield:
Aluminium Mylar Tape
is applied over each pair metallic side down in contact with plain/ tinned
annealed copper Drain wire
Binder:
Polyester transparent
tape is helically laid with an overlap
Overall Shield:
Aluminium Mylar Tape
is applied over the laid up pairs metallic side down in contact with plain/ tinned
annealed copper Drain wire
Sheath:
FR-PVC thermoplastic material of type TM 1, 700C maximum
operating temperature, conforming to the applicable requirements of BS 7655
FRLS Sheath also available as per customer requirement.
FR-PVC Insulated & FRLS-PVC Sheathed Fire Resistant Shield Cable
Suitable for fire alarm and emergency lighting circuits where circuit integrity must be maintained to continue uninterrupted power supply even in fire condition.
2x1.5 sq.mm & 2x2.5 sq.mm are Common sizes
Beside these, all sizes are Available
Conductor:
FR-PVC Insulated & FRLS-PVC Sheathed Fire Resistant Un-Shield Cable
Suitable for fire alarm and emergency lighting circuits where circuit integrity must be maintained to continue uninterrupted power supply even in fire condition.
2x1.5 sq.mm & 2x2.5 sq.mm are common sizes
Beside these, all sizes are available
Conductor:
Plain, annealed, electrolytic copper conductor, solid or stranded circular (Class-1 & 2), complying with applicable requirements of IEC 60228
Fire barrier:
Synthetic / Glass Mica Tape is applied directly over the conductor
Insulation:
Flame Retardant (FR) PVC as per BS 7655
Sheath:
Flame Retardant Low Smoke (FRLS) PVC as per BS 7655
All Aluminium Conductor
These conductors are used in low, medium and high voltage overhead lines. AAC has seen extensive use in urban areas where spans are usually short but high conductivity is required. The excellent corrosion resistance of aluminium has made AAC a conductor of choice in coastal areas. Because of its relatively poor strength to weight ratio, AAC had limited use in transmission lines and rural distribution because of long spans utilized.
Stranded hard drawn Aluminium Conductor.
All Aluminium Conductor.
These conductors are used in low, medium and high voltage overhead lines. AAC has seen extensive use in urban areas where spans are usually short but high conductivity is required. The excellent corrosion resistance of aluminium has made AAC a conductor of choice in coastal areas. Because of its relatively poor strength to weight ratio, AAC had limited use in transmission lines and rural distribution because of long spans utilized.
Stranded hard drawn Aluminium Conductor.
All Aluminium Conductor, PVC Insulated
These conductors are used in low, medium and high voltage overhead lines. AAC has seen extensive use in urban areas where spans are usually short but high conductivity is required. The excellent corrosion resistance of aluminium has made AAC a conductor of choice in coastal areas. Because of its relatively poor strength to weight ratio, AAC had limited use in transmission lines and rural distribution because of long spans utilized.
Conductor:
Stranded hard drawn Aluminium Conductor.
Insulation:
PVC
Aluminium Conductor Reinforced by Galvanized Steel wire
ACSR conductors are recognized for their record of economy, dependability and favourable strength / weight ratio. ACSR conductors combine the light weight and good conductivity of aluminium with the high tensile strength and ruggedness of steel. In line design, this can provide higher tensions, less sag, and longer span lengths than obtainable with most other types of overhead conductors.
Conductor:
Stranded hard drawn Aluminium
Conductor Reinforced by Galvanized Steel wire
Aluminium Conductor Reinforced by Galvanized Steel wire
ACSR conductors are recognized for their record of economy, dependability and favourable strength / weight ratio. ACSR conductors combine the light weight and good conductivity of aluminium with the high tensile strength and ruggedness of steel. In line design, this can provide higher tensions, less sag, and longer span lengths than obtainable with most other types of overhead conductors.
Conductor:
Stranded hard drawn Aluminium Conductor
Reinforced by Galvanized Steel wire.
Aluminium Conductor Reinforced by Galvanized Steel wire.
These ACSR conductors are mostly used for Bangladesh Rural Electrification Board (BREB). ACSR conductors combine the light weight and good conductivity of aluminium with the high tensile strength and ruggedness of steel. In line design, this can provide higher tensions, less sag, and longer span lengths than obtainable with most other types of overhead conductors.
Conductor:
Stranded hard drawn Aluminium Conductor
Reinforced by Galvanized Steel wire.
Hard Drawn Bare Aluminium wire (Ground wire) & Soft Drawn Bare Aluminium wire (Tie wire)
Generally used in overhead transmission and distribution line construction to mechanically secure components such as conductors to pin insulators. Also used for grounding applications in line construction.
Conductor:
Hard Drawn Bare Aluminium wire (Ground
wire) & Soft Drawn Bare Aluminium wire (Tie wire)
Stranded Galvanized Steel wire
Guy wire is tensioned cable that is both light weight and strong. Guy wire is used to add stability to a free-standing structure or tower.
Conductor:
Stranded Galvanized Steel wire
Soft drawn solid copper wire
Soft drawn solid copper wire suited for overhead transmission and distribution applications. Also used for uninsulated hook-ups and jumpers. Bare copper is most commonly a ground wire in electrical construction.
Conductor:
Soft drawn solid copper wire
Stranded Medium hard Drawn Bare Copper conductor
Suitable for overhead transmission and distribution applications. Stranded conductor of greater flexibility are suitable for uninsulated hook up, jumpers and grounds in electrical construction
Conductor:
Stranded Medium hard Drawn Bare Copper
conductor
XLPE INSULATED AERIAL CABLE (DUPLEX/QUADRUPLEX)
These Service Drop Aerial Cables are mainly used for electric power transmission, rebuilding of urban and forest regions. They can improve safety and reliance of electrified wire netting. The cable can be produced whose construction is phase conductor with neutral bare conductor.
Phase:
Conductor: Stranded hard drawn Aluminium Conductor.
Insulation: XLPE
Messenger:
Conductor: Stranded hard drawn Aluminium Conductor
Reinforced by Galvanized Steel wire.
PVC INSULATED AERIAL CABLE (DUPLEX)
These Service Drop Aerial Cables are mainly used for electric power transmission, rebuilding of urban and forest regions. They can improve safety and reliance of electrified wire netting. The cable can be produced whose construction is phase conductor with neutral bare conductor.
Phase:
Stranded Medium hard Drawn Copper conductor, XLPE Insulated
Suitable for overhead transmission and distribution applications. Stranded conductor of greater flexibility are suitable for uninsulated hook up, jumpers and grounds in electrical construction
Conductor:
Stranded Aluminium Alloy wire
AAAC are used as a bare conductor cable on aerial circuits that require a larger mechanical resistance than the AAC and a better corrosion resistance than the ACSR. The sag characteristics and the strength-to-weight ratio of the AAAC conductor cable is better than both AAC and ACSR.
Conductor:
Stranded Aluminium Alloy wire
ACSR Conductor, HDPE Insulated
Used for primary and secondary overhead distribution lines where limited space is available. Medium Voltage Covered Conductors provide the effective solutions to prevent the revenue loss due to theft by direct tapping, tree faults and other problems associated with bare overhead conductors.
Conductor:
The company has been incorporated under the companies Act 1994 on May 07, 2013 at Registrar of Joint Stock Companies and Firms, Dhaka.
