0.6/1kV Aerial Insulated Cable ABC IEC60502

CHARACTERISTICS

Ⅰ Mechanical & Environmental Advantages

It boasts excellent wind resistance and lightning protection capability. The cable has slight swing under strong wind conditions, which greatly decreases the probability of short-circuit faults resulting from line mutual collision. The outer insulation material is specially formulated with anti-UV additives. It can withstand long-term exposure to sunshine, rain erosion, frost and dew as well as atmospheric chemical corrosion, adapting to various outdoor harsh weather conditions. The installation process is relatively convenient. The messenger wire undertakes the overall tensile force, so fewer metal fittings and utility poles are needed during laying, simplifying construction work significantly. This type of cable occupies a smaller line passage space. It demands narrower safe clearance distance, making it highly applicable for power supply in communities, countryside and along both sides of roads.

Ⅱ Safety Characteristics

Thanks to the integrated insulating sheath, the cable can stop accidental touching by pedestrians, tree branches and surrounding buildings, effectively eliminating hidden dangers of electric shock. It can prevent short circuit accidents triggered by tree branch friction or foreign objects bridging different conductors, stabilizing the operation of power distribution network. Compared with traditional bare overhead wires, aerial bundled cables pose far lower public safety risks and reduce incidents of power failures caused by external interference.

Ⅲ Economical Features

The comprehensive construction investment is lower than that of bare wire distribution systems equipped with cross arms and a large number of connecting accessories. Daily maintenance workload is minimal. Its service life ranges from 15 to 30 years subject to different insulation materials, cutting long-term operation and maintenance expenses. The cable effectively curbs unexpected power outages and reduces electric energy loss during power transmission, improving economic benefits of power supply.

Ⅳ Main Application Scenarios

It is widely used in low-voltage overhead power distribution projects in rural regions. It serves overhead power supply for residential blocks in urban areas. It can be applied to overhead wiring for road street lighting systems. It is an ideal choice for temporary electricity consumption on construction sites. It fits power supply layout in mountainous zones and areas with scattered electricity loads.