armoured cable

Cu/PVC/PVC Single-Core VV
600/1000V Stranded Copper Conductor, PVC Insulated, Unarmoured, PVC Sheathed Power Cable

This cable is primarily used for main power supply such as in switchgears and power stations. It can be installed in cable trenches, cable ducts and cable trunking.
PVC-Insulated Cables are widely used and have a long term permissible operational temperature of up to 70°C. These cables have perfect bending properties for easy installation and maintenance.

Cu/XLPE/PVC Multi-Core (2-Core~5-Core) YJV
600/1000V Stranded Copper Conductor, XLPE Insulated, Unarmoured, PVC Sheathed Power Cable

This cable is primarily used for main power supply such as in switchgears and power stations. It can be installed in cable trenches, cable ducts and cable trunking.
The main feature of the flame retardant XLPE power cable is hard to get fire or that the continous burning of cables is vert limited when it is on fire.

Cu/XLPE/STA/LSZH Multi-Core (2-Core~5-Core) WDZ*-YJY23
600/1000V Stranded Copper Conductor, XLPE Insulated Steel Tape Armoured, Low Smoke Zero Halogen (LSZH) Sheathed Cable

When LSZH material is used, the cable is deemed a high security cable. In the event of fire, these cables emit little smoke and no toxic gases, thus protecting pubic health and avoiding possible damages to electronic equipment. It is there fore highly recommended for use in public places such as underground passenger systerms, hospitals, schools, museums, airports, bus terminals, and petrochemical plants...etc.

The main feature of the flame retardant cable is hard to get fire or that the continous burning of cables is very limited when it is on fire. It applies to the places with special demands for flame retardant property.

*Flame retardant cable is classified as Class A, B or C. Amongst the 3 class , Class A is the best in aspect of flame retardant.

Cu/XLPE/PVC Single-Core YJV
Low Voltage(0.6/1kV) Stranded Copper Conductor, XLPE Insulated, PVC Sheathed Power Cable

This cable is primarily used for main power supply such as in switchgears and power stations. It can be installed in cable trenches, cable ducts and cable trunking.
XLPE (Cross-linked polyethylene) is an excellent insulation material that has several advantages over conventional thermoplastic insulating material. Some advantages included zero halogen & permissible operational temperature up to 90°C, allowing the cables to with stand a greater current rating compared with PVC cables.

Cu/PVC/SSTA/PVC Single-Core VV62
600/1000V Stranded Copper Conductor, PVC Insulated, Stainless Steel Armoured, PVC Sheathed Power Cable

Application: PVC Insulated PVC Sheathed Armoured Power cable is primarily used for main power supply such as in switch gears and power stations. It can be installed in cable trenches, cable ducts and cable trunking. The armoured cable is ideal for ground emplacement if a higher electrical or mechanical protection is required.

PVC-Insulated Cables are widely used and have a long term permissible operational temperature of up to 70°C. These cables have perfect bending properties for easy installation and maintenance.

Cu/PVC/STA/PVC Multi-Core (2-Core~5-Core) VV22
600/1000V Stranded Copper Conductor, PVC Insulated, Steel Tape Armoured, PVC Sheathed, Power Cable

This cable is primarily used for main power supply. It can be installed in ducts, on cable trays, on cable ladders and in cable trunking. The armoured cable is ideal for ground emplacement if a higher electrical or mechanical protection is required.
PVC-Insulated Cables are widely used and have a long term permissible operational temperature of up to 70°C. These cables have perfect bending properties for easy installation and maintenance.

Cu/XLPE/SSTA/PVC Single-Core YJV62
600/1000V Copper Conductor, XLPE Insulated, Stainless Steel Tape Armoured, PVC Sheathed Power Cable

This cable is primarily used for main power supply such as in switchgears and power stations. It can be installed in cable trenches, cable ducts and cable trunking. The armoured cable is ideal for ground emplacement if a higher electrical or mechanical protection is required
The main feature of the flame retardant XLPE power cable is hard to get fire or that the continous burning of cables is vert limited when it is on fire.

Aluminum core cables are relatively cheap, copper cables have outstanding advantages in cable power supply, especially in the field of underground cable power supply. The use of copper core cables for power supply underground has the characteristics of low accident rate, corrosion resistance, high reliability, and convenient construction and maintenance. This is also the reason why Cu cables are mainly used in underground power supply.

PVC-Insulated Cables
PVC-Insulated Cables are widely used and have a long term permissible operational temperature of up to 70°C. These cables have perfect bending properties for easy installation and maintenance, which makes them a popular choice for indoor and outdoor uses for voltage requirements of 1kV and below. Should there be a requirement for ground emplacement, the armoured cable is preferred for higher electrical and mechanical protection.

XLPE-Insulated Cables
XLPE (Cross-linked polyethylene) is an excellent insulation material that has several advantages over conventional thermoplastic insulating material. Some advantages included zero halogen & permissible operational temperature up to 90°C, allowing the cables to with stand a greater current rating compared with PVC cables. The variance gets wider as the conductor size increases, which is also the reason XLPE insulated cables are widely chosen where bigger cables are required for main power supply.
On the other hand, XLPE insulated cables are less flexible compared with PVC cables, hence making it a less favourable choice for smaller conductor size cables where the current rating advantage is less significant.

Cu/XLPE/STA/PVC Multi-Core KYJV22
450/750V Copper Conductor XLPE Insulated Steel Tape Armoured PVC Sheathed Control Cable

The control cable has the characteristics of moisture-proof, corrosion prevention and damage prevention, and can be laid in the tunnel or cable trench.