YJHLV(22/82) 0.6/1KV 10-400mm 1-5 core Aluminum Alloy Tape Chain Armoured Power Cable

Voltage levels: 0.6/1 kv, 3.6/6 kv, 6/10 kv, 8.7/15 kv, 12/20 kv, 18/30 kv, 21/35 kv and including 26/35 kv
use
Uses: indoors, tunnels, cable trenches, shafts and other places that can withstand mechanical external forces and certain tension and pressure. It can be applied to power, petrochemical, construction and other systems.
Highly flexible interlocking armored cables can replace wiring pipes, reducing pipeline wiring or bridge costs. This cable is used for laying open or dark wires in a non-humid environment. It can be used in the power supply and distribution system of buildings, such as office buildings, hotels, shopping centers and factories.
Selling point
More excellent economic performance
Aluminum alloy cable is an energy-saving product. Under the premise of achieving the same electrical performance as copper cable, the direct purchase cost of aluminum alloy cable is 20%-30% lower than that of copper cable; because the weight of aluminum alloy cable is only that of copper cable Half, and has good mechanical properties, so the use of alloy cables can reduce transportation and installation costs.
Better mechanical properties
The rebound performance of aluminum alloy cable is 40% lower than that of copper cable, and its flexibility is 25% higher; it has good bending performance, and the laying radius is much smaller than the requirement of copper cable, making it easier to lay and connect the terminals; the special formula and heat treatment process are greatly reduced The creep of the conductor under heat and pressure makes the electrical connection of the alloy cable as stable as the copper cable.
More reliable safety performance
The aluminum alloy cable has been strictly certified by UL in the United States and has been used in the United States, Canada, Mexico and other countries for 40 years without any problems.
Better conductivity
Aluminum alloy cable is a new type of alloy cable that is processed by a special process with unique rare earth elements, copper, iron and other elements on the basis of pure aluminum, and its conductivity is 61% of copper. The hot-extruded wire concentric stranding process is used to increase the cross-section of the alloy conductor by 1.28-1.5 times, so that the electrical properties such as the current carrying capacity and voltage drop of the cable are equivalent to that of the copper cable, and the purpose of "substituting new alloy materials for copper" is achieved.
Excellent anti-corrosion performance.
The aluminum alloy conductor immediately forms a dense oxide layer when it comes in contact with the air. This oxide layer is particularly resistant to various forms of corrosion, so it has the characteristics of withstanding the harshest environment, and is more suitable for use in petrochemical, steel and other severely corroded environments