0.61kv 또는 Below PVC Insulated와 Sheathed Power Cable

0.6/1KV or Below PVC Insulated and Sheathed Power Cable This product is used for the Power Transmission of Electrical Circuit of rated AC Voltage 0.6/1KV. Production Standard: China Standard: GB/T12706.1 IEC Standard: IEC60502.   Feature: Cable Conductor Long time working Temperature should be less than 70ºC During Short Circuit (Max Time should be less than 5 Seconds), Max Temperature of Cable Conductor is less than 160ºC Surrounding Environmental Temperature during Cable Laying should not be less than 0ºC.   Basic Model   Note: "Flame Retardant" "Fire Resistant" Cable can also be offer, For "Flame Retardant" Type, "ZR-" should be added before the previous model code, For "Fire Resistant" Cable, "ZH-" Should be added. VV32 Type and VLV32 Type Steel Wire Armored Power Cable can also be offered. Single Core Steel Wire Armored Power should be Magnetically isolated     Products Scope:  Note: 5 Cores Cable can also be offered Armor Layer of Single Core Armored Cable for AC System should be wrapped with Non-Magnetic Metal Strips.   Technical Parameters: 1): Max DC Resistance of the Conductor in 20ºC should meet Requirement of 2nd Type Conductor in the Standard of GB/T3956 2): A.C. Voltage Test: Single Core Non-Shielding Core should be immersed into water for 1 hour and impose Testing Voltage of 3.5KV/5 Min between the Conductor and Water. For Multi-Core Cable, Please input Testing Voltage of 3.5KV/5 Min between each core and all the rest cores, after testing, Insulation layer should be Breakdown Free.     Approximate O.D and Weight of the Cable Armor Layer of Single Core Armored Cable for AC System should be wrapped with Non-Magnetic Metal Strips. Single Core Steel Wire Armored Power should be magnetically isolated     7. Cable Capacity:(0.6/1kV) Cabling in Open Air: Center Distance when Single Core Cables are paralleled laid: 185MM2 or Below: 2 Times of the Cable Diameter240MM2 or Above: 90MM.    2): Max Working Temperature of Conductor: 70ºC,Surrounding Temperature: 30ºC.      Correction Factor of Capacity under Different Air Temperature: