Light PVC sheathed cable
Model No.:
The product complies with national standards GB/T19666, GB/T5023 technical requirements. It has obtained national CCC mandatory certification, CQC, CE certification, and electrical product safety certification. The insulation materials can be selected from high-temperature resistant PVC , offering excellent heat and flame-retardant properties. It is suitable for electrical connections in public facilities such as super high-rise buildings, hospitals, underground shopping malls, airports, and subways.
Benefits
Specification
Cable type:60227 IEC 10 (BVV)
Conductor:Copper
Insulation:Polyvinyl chloride/PVC
Sheath:Polyvinyl chloride/PVC
Safety certification:CCC,CE
Reference standard:GB/T5023.4-2008/IEC 60227-4:1997
Rated voltage: 300/500V
Features
Product Features and Advantages
1.High Safety: The insulation and sheath of BVV cables are made from high-quality materials, providing better protection when the wires are subjected to mechanical damage, thus reducing the risk of accidental electric shock. Additionally, the presence of the sheath further lowers the risk of electric shock.
2.Strong Durability: The insulation and sheath layers of BVV cables are made from high-quality PVC materials that meet EU RoHS environmental standards. They are not only durable but also able to effectively withstand environmental changes such as temperature and humidity variations during long-term use.
3.Good Heat Resistance: BVV cables have excellent heat resistance, with a long-term working temperature of up to 70°C and short-term overload temperature reaching 160°C.
4.Excellent Electrical Performance: The conductor of BVV cables is made from high-purity oxygen-free copper, which has low resistivity and excellent conductivity. The design of the insulation and sheath layers ensures the electrical performance and mechanical strength of the cable.
This product is mainly designed for power distribution lines and for use at the Rated Voltage of 300/500V Ac in: electric power systems. industrial systems new energy systems, building systems, airport infrastructures,petroleum, natural gas and chemical engineering, wind power generation, wharfs, harbors.lighthouses and other infrastructures indoor and outdoor fields for electrical power transmission and distribution line.
