Copper Core PVC Insulated Aerial Insulated Cable (0.6/1kv)

Widely Use:

Overhead power distribution:

Overhead power lines in cities and rural areas to meet the needs of power distribution, urban infrastructure power supply, etc.

Photovoltaic power system:

Suitable for cable connection in solar photovoltaic systems to ensure efficient connection and power transmission between photovoltaic modules and inverters and batteries.

Industrial and commercial power systems:

Provide efficient and safe power supply in large-scale power transmission needs such as industrial parks and commercial buildings.

Advantage:

High-efficiency conductive performance, copper core design

Using pure copper conductor, it has extremely low resistivity (the resistivity of copper is about 1.68×10^-8 Ω·m), ensuring minimal energy loss during power transmission.

PVC insulation, strong anti-aging and weather resistance

The use of PVC ensures that the cable has high weather resistance, which can effectively extend the service life of the cable even when exposed to sunlight and extreme weather for a long time.

High voltage resistance, safe and reliable

The excellent insulation and voltage resistance of copper core cables can effectively avoid the interference of external voltage fluctuations on the power system, ensuring the safety and stability of power transmission.

Multiple models to choose from to meet customized needs

Shenxing Cable Group provides copper core PVC insulated overhead cables of multiple models including low voltage, medium voltage and high voltage to meet different power needs.

Technical Data

Number of Conductors	Conductor Diameter	Nominal Area	Insulation Thickness	Cable Outer Diameter	Cable Weight	Cable Breaking Force	Maximum Resistance of Conductor（20℃）		Current Carrying Capacity
	(mm)	(mm²)	(mm)	(mm)	( kg/km)	(N)	(Ω/km)		(A)
							Hard copper	Soft copper	PVC	PE	XLPE
Single Core	3.8	10	1	5.8	114	3471	1.906	1.83	65	65	85
	4.8	16	1.2	7.2	181	5486	1.198	1.15	89	90	122
	6.2	25	1.2	8.4	260	8465	0.749	0.727	120	124	166
	7.2	35	1.4	9.8	377	11731	0.54	0.524	148	152	204
	8.5	50	1.4	11.1	485	16502	0.399	0.387	182	188	252
	10.2	70	1.4	12.8	668	23461	0.276	0.268	231	239	320
	11.8	95	1.6	14.9	941	31759	0.199	0.193	289	299	400
	13.2	120	1.6	16.2	1174	39911	0.158	0.153	334	348	467
	14.8	150	1.8	17.7	1477	49505	0.128	0.124	385	399	633
	16.4	185	2	20.2	1768	61846	0.1021	0.0991	448	466	622
	18.6	240	2	22.8	2305	79823	0.0777	0.0754	535	558	746
	20.6	300	2.4	24.4	2946	99898	0.0619	0.0601	615	630	865
Two Cores	3.8	10	1	11.6	228	6890	1.906	1.83	60	60	78
	4.8	16	1.2	14.4	362	10972	1.198	1.15	82	83	112
	6.2	25	1.2	16.8	521	16930	0.749	0.727	110	114	153
	7.2	35	1.4	19.6	733	23462	0.54	0.524	136	140	188
	8.5	50	1.4	22.2	969	33004	0.399	0.387	167	173	232
	10.2	70	1.4	25.2	1336	46922	0.276	0.268	213	220	194
	11.8	95	1.6	29.4	1882	63518	0.199	0.193	266	275	368
	13.2	120	1.6	32.2	2348	79822	0.158	0.153	307	320	430
	14.8	150	1.8	36.2	2954	99010	0.128	0.124	354	367	490
	16.4	185	2	40	3536	123692	0.1021	0.0991	412	429	572
	18.6	240	2	45.4	4609	159646	0.0777	0.0754	492	513	686
	20.6	300	2.4	50.6	5891	199576	0.0619	0.0601	566	580	730
Three Cores	3.8	10	1	12.5
	4.8	16	1.2	15.5
	6.2	25	1.2	18.1
	7.2	35	1.4	21.1
	8.5	50	1.4	23.9
	10.2	70	1.4	27.1
	11.8	95	1.6	31.7
	13.2	120	1.6	34.7
	14.8	150	1.8	39
	16.4	185	2	43.1
	18.6	240	2	48.9
	20.6	300	2.4	54.5
Four Cores	3.8	10	1	13	456	13384	1.906	1.83	53	53	70
	4.8	16	1.2	16.2	721	21944	1.198	1.15	73	74	100
	6.2	25	1.2	19.6	1040	33860	0.749	0.727	98	102	136
	7.2	35	1.4	22.7	1464	46924	0.54	0.524	121	125	167
	8.5	50	1.4	25.9	1936	66008	0.399	0.387	149	154	207
	10.2	70	1.4	30	2669	93844	0.276	0.268	189	196	262
	11.8	95	1.6	34.6	3761	127036	0.199	0.193	237	245	328
	13.2	120	1.6	38	4692	159644	0.158	0.153	274	285	383
	14.8	150	1.8	42.6	5903	198020	0.128	0.124	316	327	437
	16.4	185	2	47.2	7065	247684	0.1021	0.0991	367	382	505
	18.6	240	2	52.6	9210	319292	0.0777	0.0754	439	458	612
	20.6	300	2.4	58.9	11770	399152	0.0619	0.0601	504	517	710

Expand all

Only some product parameters are displayed. For more product information, please contact us.

The above parameters are for reference only.

Cable Structure

Copper Core PVC Insulated Aerial Insulated Cable (0.6/1kV)

Features

Laying Installation

Cable laying should use special tools, such as pay-off frame, guide roller etc., to prevent mechanical damage during the process of laying, away from heat source. When cable wearing tube and laying, the pipe diameter is not less than 1.5 times the cable diameter, multiple cable wearing tube to prohibit cable extrusion, the total area of the cable does not exceed 40% of the total area of the tube.

Experimental Performance

The rated power frequency UO / U: 0.6 / 1KV.

Operating temperature:

Long-term working temperature does not exceed 70 ℃,the laying temperature is not lower than 0 ℃;

When a short-circuit (the longest duration of no more than 5s)

cable conductor allows the maximum temperature is 160 ℃ Cable laying ambient temperature should not be lower than 0 ℃.

Allowed bending radius: not less than 10 times the cable diameter.

Production

Production Equipment

Cantilever Single Twister

Finished Cables

Fork Type Stranding Machine

Frame Type Stranding Machine

Plastic Extruder

Wire Braiding Machine

Wire Storage Device

Experimental Equipment

Projects

Case Study on Optimization of Mobile Equipment Cable Solution in Open-Pit Mine Project Background

The mobile equipment cables in an open-pit coal mine are often damaged due to frequent bending, dragging, and rolling, resulting in frequent equipment shutdowns, which seriously affects production efficiency. Read More

Offshore Drilling Platform Cable Solutions

An internationally renowned oil exploration company has constructed a new offshore drilling platform in the North Sea region. Read More

Cable Solutions for Offshore Wind Farms

A coastal area plans to build offshore wind farms on a large scale to meet the growing demand for clean energy. However, the harsh offshore environment, high salt spray, strong winds and other factors have placed extremely high demands on the performance of cables. Read More

Shenxing Cable: Laying the Foundation for Smart Highways

In order to achieve intelligent management and improve traffic efficiency and safety, a certain highway decided to build a complete intelligent transportation system. Read More

Cable use Cases in Crude Oil Depots

A large crude oil depot is located in the coastal area of my country and undertakes the important task of crude oil storage and transshipment. The crude oil depot not only has a large group of storage tanks, but also complex transmission pipelines and supporting equipment. Read More

Intelligent Gold Mine Data Transmission Cable Solution

An intelligent gold mine is committed to achieving real-time monitoring and control of the production process through a highly automated control system to improve production efficiency and safety. Read More

COMMON QUESTIONS

SHENXING Cable Service FAQs

Want to learn more? Check out our electrical cable most frequently asked questions.

What are the application scenarios of copper core PVC insulated overhead cables?

Copper core PVC insulated overhead cables are widely used in low-voltage and medium-voltage overhead power transmission, especially suitable for urban power distribution systems, rural power lines, photovoltaic power systems and street lighting systems. It is also used in building power systems, industrial power distribution and traffic lighting systems, and can provide long-term stable power supply under severe weather conditions.

How can copper core PVC insulated overhead cables ensure long-term weather resistance and durability?

The PVC insulation layer of copper core PVC insulated overhead cables has excellent resistance to UV, high temperature and chemical corrosion. PVC materials can still maintain excellent physical and electrical properties under long-term exposure to solar UV, wind and rain and chemical erosion. In addition, the high conductivity and oxidation resistance of copper conductors further improve the stability and durability of the cable.

What is the maximum operating temperature and use environment of this cable?

The temperature range of copper core PVC insulated overhead cables is typically **-20°C to +70°C**. It is suitable for both hot and cold environments and can work normally in various extreme weather conditions, including high temperature, severe cold, rain, snow and stormy weather. PVC insulation materials perform well in these temperature ranges, ensuring long-term and stable operation of the cable.

How high a voltage can a copper core PVC insulated overhead cable withstand?

The rated voltage of a copper core PVC insulated overhead cable is usually 0.6/1kV, which is suitable for low-voltage and medium-voltage power transmission systems. This cable is widely used in medium and low-voltage power systems such as overhead power lines and photovoltaic power access to ensure safe and reliable power transmission.

What are the advantages of copper core PVC insulated overhead cables compared with aluminum core cables?

Copper core cables have significantly higher conductivity than aluminum core cables. Copper has a lower resistivity than aluminum, so copper core cables have stronger conductivity, can reduce energy loss at the same current, and have higher transmission efficiency. In addition, copper conductors are also more resistant to oxidation than aluminum conductors, which makes copper core cables have a longer service life in long-term use.

What are the installation requirements for copper core PVC insulated overhead cables?

The installation of copper core PVC insulated overhead cable is very simple and convenient, with good flexibility, suitable for wiring in complex environments. It can be laid overhead without additional protective pipes. During installation, ensure that the support points and spacing of the cables meet relevant specifications to avoid damage to the cables due to excessive load. For long-term operation, it is recommended to regularly check whether the cables have signs of damage or aging to ensure the safety and stability of the power system.