Laser Power & Infra Camac Street Area, Kolkata, West Bengal

Laser cable produces HT Power cable with XLPE Insulation of Voltage grade upto 11KV(UE) conforming to Indian and various international Standards.The manufacturing process starts with compact circular conductor being fed to the extruder. The conductor passes through the extruders crosshead, it is covered with semi conducting layer then the XLPE Insulation followed by a layer of semi conductor layer as core screen. The core is cured followed by lapping of copper tape. Core is tested for partial discharge. Cores are laid up with fillers, provided with inner sheath, armoured and finally outer sheathed. Outer sheath can be PVC, FRLS, ZHFR.

Thickness of PVC insulation (Nom.)4.0, Nominal Dimensions of Aluminium Flat Strip 4x0.8, Nom. Thickness of PVC Outer Sheath 2.04, Overall Diameter Approx.44.0, Nominal Dimensions of Armour wire 1.4.

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

Laser flexible cables are available in single core and multi-core variety. These flexible cables are made from E.C. grade copper having high purity (99.97%), fine wires are drawn and bunched together to make flexible conductor, PVC (Type-A) insulated, multi-core cables are sheathed with PVC (Type-ST1). These cables finds its application in industrial wiring, wiring of panels & other electrical equipments. These cables are designed to withstand 3 KV for 5 minutes or Spark Voltage test as per IS. Governing specification IS 694-1990. Packing – 100 mtr / 200 mtr / 500 mtr or as per customers requirement

Laser flexible cables are available in single core and multi-core variety. These flexible cables are made from E.C. grade copper having high purity (99.97%), fine wires are drawn and bunched together to make flexible conductor, PVC (Type-A) insulated, multi-core cables are sheathed with PVC (Type-ST1). These cables finds its application in industrial wiring, wiring of panels & other electrical equipments. These cables are designed to withstand 3 KV for 5 minutes or Spark Voltage test as per IS. Governing specification IS 694-1990. Packing – 100 mtr 200 mtr 500 mtr or as per customers requirement.

Laser Cable produces LT Power Cable with PVC or XLPE Insulation of Voltage grade upto 3.3 Kv conforming to Indian and various International Standards.XLPE means crosslinked Polyethylene. The compound is based on high molecular weight polymer. High degree of crosslinking is attained in the processed form and thus attains excellent electrical and mechanical properties.

Type : Flat Pvc Cable, Flexible Pvc Cable, Insulated Pvc Cable, Pvc Cable

Thickness : 0.5-1mm, 1.5-2mm, 2.5-3mm, 3.5-4mm, 4.5-5mm, 5.5-6mm, 7.5-8mm, 8.5-9mm, 9.5-10mm

Certification : CE Certified, ISI Certified, ISO 9001:2008

Length : 40-50mtr

Color : Black, Green, Red, White, Yellow

Feature : High Tensile Strength

Voltage : 110V, 220V, 380V, 440V

Load Capacity : 1-3kw, 3-6kw, 6-9kw, 9-12kw

Innner Material : Aluminium, Copper

Country of Origin : India

Brand Name : Laser

Solid stranded annealed copper conductor & tinned bare General purpose HR PVC insulation Cores laid up (filled if needed) FRLS General Purpose PVC inner sheath Armouring round galvanized steel wires strips FRLS General purpose PVC outer sheath

Thickness of PVC insulation (Nom. 1.3, Nominal Dimensions of Aluminium Flat Strip 4x0.8, Nom. Thickness of PVC Outer Sheath 1.40, Overall Diameter Approx 21.0, pprox.Net Wt. of Cable 127, Min Thickness of PVC Outer Sheath 2.04.

Voltage : 1100

Country of Origin : India

Brand Name : Laser Power

In HT Aerial Bunched Cables the phase conductor consists of stranded circular compacted Aluminium conductor, conductor screened with extruded semicon compound, Insulated with cross linked polyethylene (XLPE), Insulation screened with extruded Semicon Compound followed by copper tape or plastic coated Aluminium tape, outer sheathed with PVC or black weather resistant polyethylene and three such phase conductor are twisted around bare stranded circular compacted Aluminium Alloy Messenger conductor which takes all the mechanical stress and also serve as the earth cum neutral conductor.

Insulated with cross linked polyethylene (XLPE), Insulation screened with extruded Semicon Compound followed by copper tape or plastic coated Aluminium tape, outer sheathed with PVC or black weather resistant polyethylene and three such phase conductor are twisted around bare stranded circular compacted Aluminium Alloy Messenger conductor which takes all the mechanical stress and also serve as the earth cum neutral conductor.

Aerial Bunched Cable (ABC) is a very novel concept for overhead Power distribution. ABC provides higher safety and reliability compared to bare conductor overhead distribution system. The other advanctages are lower power losses and system economy by reducing installation, maintenance and operation cost. This system is ideal for rural distribution and specially suitable in difficult terrains like hilly areas, forest and coastal areas etc. Aerial Bunched Cables systems for both HT & LT have been introduced across the globe to arrest such problem. It is basically a compromise between Insulated Power Cable system and bare overhead conductor.

Aerial Bunched Cables systems for both HT & LT have been introduced across the globe to arrest such problem. It is basically a compromise between Insulated Power Cable system and bare overhead conductor.

Aerial Bunched Cable (ABC) is a very novel concept for overhead Power distribution. ABC provides higher safety and reliability compared to bare conductor overhead distribution system. The other advanctages are lower power losses and system economy by reducing installation, maintenance and operation cost. This system is ideal for rural distribution and specially suitable in difficult terrains like hilly areas, forest and coastal areas etc. ABC is also considered as a better choice for power distribution in densely populated areas where laying of underground cable is either difficult or extremely expensive. This is attributed by narrow lanes and by-lanes of congested urban areas. Needless to mention that ABC is a better choice due to the flexibility of re-routing demand, should there be any changes in urban development plan.