Double Copper Overhead PVC Insulated Cable

Product Name:

Model NO.:

PVC Cable

Brand:

Rmjt

Certification:

CCC, CE, RoHS, UL, VDE

Material Shape:

Round Wire

Sheath Material:

PVC

Insulation Material:

PVC

Current:

DC & AC

Voltage:

0.6/1kv

Application:

Overhead, Underground

Insulation:

XLPE PVC PE

Jacket:

PVC XLPE PE

Conductor:

Copper Aluminium

Name:

Insulated Electric Cable

Usage:

Construction, Industry, Power Station, Home Improv

Trademark:

RMjT

Transport Package:

Wooden Box

Specification:

PVC Copper

Origin:

Henan, China

HS Code:

8544492100

Product Description

Technical Performance
_{1. PVC insulated cable conductor maximum temperature rating of 70 ºC, when a short circuit occurs (the longest duration of no more than 5S), the conductor temperature does not exceed 160 ºC.
2. The maximum rated temperature of XLPE insulated cable conductor is 90 ºC, short (the longest duration of no more than 5S) occurs, the conductor temperature does not exceed 250 ºC.
3. when installing PVC insulated or jacketed cable ambient temperature not below 0 ºC.
4. Perfect chemical stability, resistant against acids, alkali, grease and organic solvents, and flamer retardant.}

PVC XLPE Cable Minimum Bending Radius
_{1. Mounting the cable minimum bend radius:
Single core Armored cable 15D, Unarmored 20D
Multi-core cable Armored cable 15D, Unarmored 12D
2. Minimum bending radius near the connection box and termination cable:
Single core Armored cable 15D, Unarmored 12D
Multi-core cable Armored cable 12D, Unarmored 10D}

Power Cables Advantages
1. Occupies a small area.
It is usually buried in the soil or laid indoors.
In trenches and tunnels, the insulation distance between the lines is small, no towers are used, it occupies less land, and basically does not occupy space on the ground.
2. High reliability.
Affected by climatic conditions and surrounding environment, transmission performance is stable and reliability is high.
3. It has more favorable conditions for the development of ultra-high voltage and large capacity, such as low temperature and super- conducting cables.
4. Large distributed capacitance.
5. Low maintenance workload.
6. The possibility of electric shock is small.

_Standard
_{IEC 60502, IEC60332, IEC 60754}

_Model		_Application
_Copper	_Aluminum	_Application
_VV	_VLV	_{Lay indoors, pipes, tunnels}
_VY	_VLY
_VV22	_VLV22
_VV23	_VLY23	_{Lay underneath, able to withstand external mechanical forces}
_YJV	_YJLV	_{Laying aerial, indoor, cable trench, tunnel, underground}
_YJY	_YJLY	_{Laying indoor, cable trench, tunnel, underground}
_YJV22	_YJLV22	_{Fixedly laid in the place with external pressure}
_YJV23	_YJLV23	_{Fixedly laid in places where external forces are often applied}
_YJV32	_YJLV32	_{Fixed installation in places that can withstand tensile forces}
_YJV33	_YJLV33
_YJV42	_YJLV42	_{Fixedly laid underwater, in a shaft or in a place that can withstand tensile forces}
_YJV43	_YJLV43	_{Fixed installation in places that can withstand large tensile forces}
_ZR-VV	_ZR-VLV	_{Lay indoors, tunnels, pipes}
_ZR-VV22	_ZR-VLV22	_{Laid indoors, in tunnels, directly buried in the soil, able to withstand pressure and other external forces}
_ZR-VV32	_ZR-VLV32	_{Laid indoors, mines, can withstand considerable tension}