NA2XY Aluminum XLPE Insulated Cable PVC Sheathed Power Cable

Aluminum Power Cable XLPE Insulated PVC Sheathed NA2XY Electrical Cable

Feature:

The working temperature of NA2XY XLPE insulated cable is the maximum rated working temperature of the conductor 90℃; the maximum temperature of the conductor short-circuit temperature shall not exceed 250℃, and the longest time shall not exceed 5 seconds; the installation and laying temperature shall be the cable installation and laying temperature not lower than 0℃; the air laying is set to the environment The temperature is 40℃; the soil lay is set to the ambient temperature of 25℃.

Application:

This product is suitable for transmission and distribution lines with AC 50Hz and rated voltage 0.6/IKV.

Product Standards:

This product is produced according to the GB12706 "Rated Voltage 35KV Copper Core, Aluminum Core Plastic Insulated Power Cable" standard, and can also be produced according to the International Electrotechnical Commission's recommended standards IEC, British Standards, German Standards and American Standards according to user needs.

Extended information:

During the storage of the cable, the packaging should be standardized to avoid long-term open-air sun exposure, and the two ends should be reliably sealed. Long-term storage in a humid environment is not allowed, and the cable reel cannot be placed flat. The height of the tray should be considered and effectively fixed during transportation. Several trays are not allowed to be hoisted at the same time during hoisting, and it is strictly forbidden to push down from a high place.

Special tools should be used for cable laying, such as pay-off racks, guide rollers, etc., to prevent mechanical damage during the laying process and keep away from heat sources. When laying the cable through the pipe, the inner diameter of the pipe should not be less than 1.5 times the outer diameter of the cable. When multiple cables pass through the pipe, it is forbidden to squeeze the cable. The total area of the cable should not exceed 40% of the total area in the pipe.