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E-mail
570982464@qq.co
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Phone
15030683435
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Address
Dacheng County, Hebei Province
Tianjin Cable Factory Rubber Cable Factory
570982464@qq.co
15030683435
Dacheng County, Hebei Province
MVVThere are multiple models and specifications of cables to meet the needs of different mines and equipment. For example,MVV-3*1.5The internal conductor of the cable model consists of three wires1.5Twisted square millimeter copper core wire.
There are other specifications such asMVV3*2.5TheMVV2*1.5Suitable for different power transmission needs, etc.
MVVMining cables,MVV22mining cable-0.6/1 (1.5-300)mm2
Purpose and Characteristics
purpose:MVVCables are mainly used for power transmission underground in coal mines and are an important component of the coal mine power supply system.
feature:
Low resistanceThe wire core uses oxygen free copper as the transmission conductor, which has a small resistance and can effectively reduce energy in the transmission pathMVV power cable 4 * 1.5 MVV22 can be buried undergroundQualitative.
Fixed layingDue to the inability to withstand strong external forces,MVVCables are usually installed using a fixed laying method.
Structure and Materials
insulating layer: Using polyvinyl chloride(PVC)As an insulation layer, the material has good insulation performance and chemical corrosion resistance.
Sheath layerUsing polyvinyl chloride material as the sheath layer provides additional protection and mechanical strength.
coreOxygen free copper as a conductor material ensures good conductivity and corrosion resistance.MVV power cable 4 * 1.5 MVV22 can be buried underground
MVVThe coal mine power cable uses a PVC insulated PVC sheathed structure, and the core is allowed to work at a temperature of65℃The cable laying conditions and environment should not be lower than0℃.MVVCoal mine power cables are suitable for underground coal mines, with a rated voltage of0.6/1KVIn the following power transmission and distribution line system, oxygen free copper is used as the transmission conductor, which has a smaller resistance and can effectively reduce energy loss during transmission. Due to the inability to withstand strong external forces during installation and use, fixed laying installation is usually used.