Colors: According to Demands
• Solid, Stranded, Flex Copper Conductor
• Solid, Stranded, Flex Copper Cables
• PVC, PE and XLPE insulation
• PVC Outer sheath
• Cu. /PVC
• Cu. /PVC/PVC
• Cu. /PVC/Filler/PVC
• Cu. /XLPE
• Cu. /XLPE/PVC
• Cu. /XLPE/Filler/PVC

• Bare Conductor: Stranded copper conductors produced by stranding of copper wires to obtain maximum tensile strength.
• Multi Core: Solid or Stranded Copper Conductor, PVC Insulated, PVC Sheathed Flat Cables for Fixed Installations: Code (NYIFY) fixed wiring in dry and damp premises, in conduits on/in/under plaster and on insulators every plaster, switching and distribution panels.
• PVC Insulated Installation Cables (Class 1 & Class2), Code: (NYA): used in dry room for switch and distribution boards, lying in conduit on and under plaster and on insulating support above plaster.
• Multi core, flexible conductor, PVC insulated, Flexible cables (Class 5), (NYMHY) for household appliances, under medium mechanical stresses, also in damp and wet spaces.
• Multi core, solid or stranded copper conductor, PVC insulated installation cables (Class 1 & Class 2) Code: (NYM), Fixed wiring in dry and damp premises, in conduits, on in under plaster and on insulators over plaster switching and distribution panels.
• 0.6 /1 kV Single or Multi cores, Solid or Stranded copper conductor, PVC insulates low voltage power cables (Class 1 & Class 2), Code: (NYY), Used as lighting and power cable. Installed in areas where severe mechanical damage is not expected. Can be laid in doors, out-doors, underground and in cable ducts.
• XLPE: 0.6/1 kV XLPE insulated Multicore PVC sheathed cable with copper conductors. (Class 2), Code: (YXV), these cables with low dielectric loss used in energy facilities where sudden load changes occur in residential and industrial areas, outside, under the ground and in cable ducts.
• Armor Cables:(Under consideration): 0.6/1 kV, Multi core, Solid or Stranded copper conductor, PVC Insulated, Steel wire Armor, PVC outer sheath, low voltage power cables. (Class 2), Code: (YVZ2V), most suitable for areas where mechanical damage is possible. It laid outdoors, indoors underground and in ducts. If requested can be produced to resist saline environment.

300/500 V
450/750 V
0.6/1 kV

• ISO 9001 : 2015 Certificate
• ISO 14001 : 2015 Certificate
• ISO 45001 : 2018 Certificate

• TSE / TS EN 60228
• VDE 0250, IEC 60227, IEC 332-1
• TS EN 50525-2-31, HD 21.3 S3, BS 6004, VDE 0281, 60227 IEC 01, 60227 IEC 05
• TS EN 50525-2-31, HD 21.3 S3, BS 6004, VDE 0281, 60227 IEC 02, 60227 IEC 06
• TS EN 50525-2-11, HD 21.5 S3, VDE 0250, 60227 IEC 52, 60227 IEC 53, BS 6004, BS 6500
• TS 9759(HD 21.4 S2), VDE 0250, BS 6004, NFC 33-207, 60227 IEC 10
• TS IEC 60502-1, VDE 0276
• TS IEC 60502-1, BS 7889, NFC 32-321, VDE 0276-603
• TS IEC 60502-1, VDE 0276
• TS IEC 60502-1, VDE 0276, BS 5467

Low Tension (LT) power cables used for electrical power transmission and distribution at low voltages. Here are some specific usages and applications of LT power cables:
1. Residential and Commercial Buildings:
• Power Distribution: LT cables distribute electrical power from transformers to various parts of a building, supplying power to lighting, heating, and appliances.
• Internal Wiring: They are used for internal wiring in residential homes, offices, shopping malls, and other commercial buildings.

2. Industrial Applications:
• Machine and Equipment Power Supply: LT cables provide power to machinery and equipment in factories and industrial plants.
• Control Panels: They connect control panels to machinery and electrical systems, facilitating automation and control in industrial environments.

3. Infrastructure Projects:
• Public Utilities: LT cables are used in public utility projects such as street lighting, traffic signal systems, and railway signaling.
• Telecommunications: They provide power to telecommunications infrastructure, including mobile towers and switching stations.

4. Renewable Energy Systems:
• Solar and Wind Power Installations: LT cables are used to connect solar panels and wind turbines to inverters and then to the power grid or storage systems.
• Battery Storage: They link battery storage systems to renewable energy sources and power distribution networks.

5. Power Generation Plants:
• Internal Wiring: LT cables are used within power generation plants to distribute power to different parts of the plant, including control rooms, monitoring systems, and auxiliary equipment.
• Backup Systems: They connect generators and uninterruptible power supplies (UPS) to critical systems in power plants and other facilities.

6. Healthcare Facilities:
• Medical Equipment: LT cables supply power to essential medical equipment in hospitals and clinics, ensuring reliable and safe operation.
• Backup Power Systems: They are integral to the wiring of backup power systems, such as generators and UPS, in healthcare settings.

7. Data Centers:
• Server and Network Equipment: LT cables power servers, network switches, and other IT infrastructure in data centers.
• Cooling Systems: They supply power to HVAC and cooling systems essential for maintaining optimal operating conditions in data centers.

8. Construction Sites:
• Temporary Power Supply: LT cables provide temporary power supply to construction sites for lighting, tools, and machinery.
• Agricultural Applications:
• Irrigation Systems: They power irrigation pumps and control systems.
• Greenhouses: LT cables supply power to lighting, heating, and ventilation systems in greenhouses.