House & Building Wires
SK Cables · LT 1.1 kV
- PVC insulated single-core wires
- FR and FRLS house-wiring options
- HFFR and heat-resistant variants
- Residential and commercial circuits
SK Cables & Wires
Our Cable Products
HT & LT power cables, control cables, wires and accessories for your next project.
Complete Range
Our Product Range
6 of 6 product groups
Flexible & Industrial Cables
Ultracab · LT 1.1 kV
- Single and multicore flexible cables
- Battery, welding and automotive cables
- Winding wires and submersible flat cables
- Elevator and travelling cables
LT Power & Control Cables
Ultracab · LT 1.1 kV
- PVC and XLPE insulated cables
- Copper or aluminium conductors
- Armoured and unarmoured variants
- Power, control and instrumentation circuits
- Panels, substations and automation
Cable Accessories
SK Cables · All classes
- Cable glands and lugs
- Jointing kits and terminations
- Specification-matched accessories
- Project and tender supplies
Conductors & ABC
SK Cables · HT 11–33 kV
- AAC, AAAC and ACSR conductors
- Aerial bunched cables
- Service connection cables
- Overhead distribution applications
HT & MV Cable Systems
Ravin · HT 11–33 kV
- 11 / 22 / 33 kV screened HT power cables
- 11/22/33 kV MV covered conductors
- Screened XLPE constructions
- Armoured and unarmoured designs
HT / LT Project Supply
Safety. Quality. Project-ready supply.
Power distribution, buildings and industry — matched to your voltage, conductor and installation requirements.
11 kV · 22 kV · 33 kV
HT XLPE Power Cables
- Copper or aluminium conductors
- Screened XLPE insulation
- Armoured and unarmoured options
- Utilities, substations, EPC and renewable projects
1.1 kV
LT Power & Control Cables
- Copper or aluminium conductors
- PVC or XLPE insulation
- Power distribution and auxiliary circuits
- Buildings, industrial plants and panel connections
Manufacturer product references
A closer look at cable construction.
Ravin · High-voltage cable
Manufacturer reference: 66–150 kV, XLPE insulation, copper or aluminium conductors. This reference is outside our listed up-to-33 kV supply range.
Ultracab · Flexible 3-core
PVC-insulated and sheathed copper construction for industrial electrical connections. Manufacturer specifies IS 694:2010.
Ultracab · Multicore cable
Original manufacturer cable image. PVC insulation and a protective outer jacket for industrial connections.
Manufacturer references do not imply authorised dealership. Confirm make, specification, availability and documentation with your quotation.
MV Covered Conductor
Compact, protected overhead distribution.
A stranded AAAC, AL-7 or AL-59 conductor is covered with a longitudinal water-blocking layer, semiconductive screen, inner XLPE insulation and a UV and tracking-resistant XLPE outer sheath. Designed for 11 kV, 22 kV and 33 kV systems.
- Applicable standards
- SS-EN 50397-1, BS EN 50182
- Conductor standards
- IS 398 (Part 2), IEC 61089
- Voltage classes
- 11 / 22 / 33 kV
- Outer protection
- UV and tracking resistant
HT Cable Construction
Layered protection for high-voltage performance.
- 1Class 2 stranded aluminium or annealed plain / tinned copper conductor — IS 8130, IEC 60228, BS 6360
- 2Extruded semiconducting conductor screen
- 3XLPE insulation for the specified voltage grade
- 4Extruded semiconducting non-metallic insulation screen
- 5Copper wire / tape or aluminium wire / strip metallic screen
- 6Non-hygroscopic PVC or polypropylene-fibre fillers to maintain roundness
- 7PVC ST-2 inner sheath / bedding, or LSOH to BS 7835
- 8Armour as specified to IS 7098 Part 2, IS 3975, IEC 60502 Part 2, BS 6622 or BS 7835
- 9PVC ST-2, FR or FRLS outer sheath; LS-OH to BS 7835 where specified
Screens, XLPE insulation, bedding and sheathing follow the specified IS 7098 Part 2, IEC 60502 Part 2, BS 6622 or BS 7835 construction. Components and standards depend on the selected cable; unscreened cables use the separate construction below.
Technical range & applications
Specify with confidence.
Selection Support
Match the construction to the operating environment.
Voltage grade, load, conductor material, short-circuit level, installation route, bending radius, ambient conditions and fire-performance requirements all influence cable selection.
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