Low voltage YJHLV82 power cable | Cast XLPE insulation aluminum alloy interlocking armored PVC sheath

The production of aluminum alloy cables needs to strictly comply with relevant international and domestic standards, such as ASTM (American Society for Testing and Materials), IEC (International Electrotechnical Commission), BSEN (British Standard), DIN (German Standard), GB/T (Chinese National Standard), etc.

0.6/1kV Aluminum Alloy Conductor XLPE Insulated Aluminum Alloy Interlocking Armored PVC Sheathed Power Cable

Application areas:

Civil buildings: Its light weight and easy installation can reduce construction difficulty and cost while meeting the power transmission needs inside the building.

Industrial field: Aluminum alloy cables can provide reliable power supply for various industrial equipment, and their good corrosion resistance and mechanical properties enable them to adapt to harsh industrial environments.

Transportation facilities: Aluminum alloy has better corrosion resistance than copper. Therefore, it is widely used in the power systems of transportation infrastructure such as railways, subways, airports, and bridges.

New energy field: In new energy projects such as solar power generation and wind power generation, aluminum alloy cables can be used for power transmission between photovoltaic panels, wind turbines and other equipment and substations.

5.Municipal Engineering: It can be used for power wiring of municipal facilities such as urban road lighting, underground pipe corridors, municipal squares, etc., to provide power guarantee for the normal operation of the city.

0.6/1kV Aluminum Alloy Conductor XLPE Insulated Aluminum Alloy Interlocking Armored PVC Sheathed Power Cable

Armoring structure (optional):

Some aluminum alloy cables have an armoring structure. The common armoring method is aluminum alloy interlocked armor. This armoring structure can enhance the mechanical strength of the cable and improve the cable's resistance to external forces. Even when subjected to large pressures and impacts, the cable is not easily punctured.

The armor layer can also play a certain shielding role, reducing the interference of external electromagnetic signals on the internal signals of the cable and improving the signal transmission quality of the cable.

Technical Data

Number of Cores	Conductor Diameter	Conductor Diameter	Insulation Thickness	Resistance	Current Carrying Capacity	Sheath Thickness	Cable Outer Diameter	Weight
Number of Cores	(mm)	(mm²)	(mm)	(Ω/km)	(A)	(mm)	(mm)	(kg/km)
Single Core	2.3	4	0.7	7.41	61/44	1.4	6.4	63
	2.8	6	0.7	4.61	79/57	1.4	7.9	70
	3.6	10	0.7	3.08	100/75	1.4	8.3	95
	4.5	16	0.7	1.91	135/99	1.4	9.3	122
	6	25	0.9	1.2	170/125	1.5	11.2	176
	7	35	0.9	0.868	205/155	1.5	12.4	212
	8.3	50	1	0.641	245/190	1.6	14.1	279
	9.8	70	1.1	0.443	305/240	1.6	16.1	363
	11.5	95	1.1	0.32	370/290	1.7	18.2	467
	12.9	120	1.2	0.253	420/340	1.7	20.5	566
	14.5	150	1.4	0.206	475/390	1.7	22	678
	16	185	1.6	0.164	540/450	1.7	24.2	813
	18.3	240	1.7	0.125	630/535	1.7	27.1	1018
	20.5	300	1.8	0.1	710/615	1.7	29.1	1232
Two Cores	1.8	2.5	0.7	12.1	32/25	1.8	10.8	96
	2.3	4	0.7	7.41	45/32	1.8	11.7	115
	2.8	6	0.7	4.61	50/42	1.8	12.7	139
	3.6	10	0.7	3.08	70/55	1.8	15.3	196
	4.5	16	0.7	1.91	90/75	1.8	17.4	358
	6	25	0.9	1.2	120/100	1.8	20.8	369
	7	35	0.9	0.868	140/130	1.8	23.1	461
	8.3	50	1	0.641	160/150	1.8	26.2	589
	9.8	70	1.1	0.443	200/190	1.8	30.6	797
	11.5	95	1.1	0.32	230/240	2	34.8	2052
	12.9	120	1.2	0.253	260/290	2.1	38.6	1299
	14.5	150	1.4	0.206	300/330	2.2	42.7	1589
	16	185	1.6	0.164	340/370	2.3	47.5	1945
	18.3	240	1.7	0.125	400/440	2.5	53.5	2532
	20.5	300	1.8	0.1	510/560	2.7	59.2	3037
Three Cores	1.8	2.5	0.7	12.1	27/20	1.8	11.3	111
	2.3	4	0.7	7.41	36/27	1.8	12.2	136
	2.8	6	0.7	4.61	46/35	1.8	13.4	167
	3.6	10	0.7	3.08	59/47	1.8	16.1	238
	4.5	16	0.7	1.91	80/64	1.8	4.18	318
	6	25	0.9	1.2	100/82	1.8	22.1	464
	7	35	0.9	0.868	120/100	1.8	24.6	584
	8.3	50	1	0.641	145/125	1.8	27.9	752
	9.8	70	1.1	0.443	175/155	1.9	32.8	1041
	11.5	95	1.1	0.32	210/200	2	37.1	1359
	12.9	120	1.2	0.253	245/220	2.1	41.2	1684
	14.5	150	1.4	0.206	270/250	2.3	45.8	2084
	16	185	1.6	0.164	305/295	2.4	50.9	2561
	18.3	240	1.7	0.125	355/345	2.6	57.4	3284
	20.5	300	1.8	0.1	400/395	2.8	63.4	4049
Four Cores	1.8	2.5	0.7	12.1	27/20	1.8	12.1	132
	2.3	4	0.7	7.41	36/27	1.8	13.2	162
	2.8	6	0.7	4.61	46/35	1.8	14.5	202
	3.6	10	0.7	3.08	59/47	1.8	17.6	291
	4.5	16	0.7	1.91	80/64	1.8	20.1	392
	6	25	0.9	1.2	100/82	1.8	24.3	578
	7	35	0.9	0.868	120/100	1.8	27.1	732
	8.3	50	1	0.641	145/125	1.8	31	961
	9.8	70	1.1	0.443	175/155	1.9	36.4	1331
	11.5	95	1.1	0.32	210/200	2	41.2	1740
	12.9	120	1.2	0.253	245/220	2.1	46	2178
	14.5	150	1.4	0.206	270/250	2.3	50.9	2669
	16	185	1.6	0.164	305/295	2.4	56.8	3310
	18.3	240	1.7	0.125	355/345	2.6	64	4242
	20.5	300	1.8	0.1	400/395
Five Cores	1.8	2.5	0.8	12.1	27/20	1.8	13	153
	2.3	4	1	7.41	36/27	1.8	14.2	190
	2.8	6	1	4.61	46/35	1.8	15.6	238
	3.6	10	1	3.08	59/47	1.8	19.1	346
	4.5	16	1	1.91	80/64	1.8	22	470
	6	25	1.2	1.2	100/82	1.8	26.6	697
	7	35	1.2	0.868	120/100	1.8	29.7	887
	8.3	50	1.4	0.641	145/125	2	34.2	1183
	9.8	70	1.4	0.443	175/155	2.1	40.2	1683
	11.5	95	1.6	0.32	210/200	2.3	45.8	2163
	12.9	120	1.6	0.253	245/220	2.4	50.8	2681
	14.5	150	1.8	0.206	270/250	2.6	56.5	3312
	16	185	2	0.164	305/295	2.8	63.1	4104
	18.3	240	2.2	0.125	355/345	3	71.1	5257
	20.5	300	2.4	0.1	400/395	3.2	78.6	6476

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

The above parameters are for reference only.

Cable Structure

0.6/1kV Aluminum Alloy Conductor XLPE Insulated Aluminum Alloy Interlocking Armored PVC Sheathed Power Cable

LV, HL, XLPE/ PVC /aluminum alloy interlocked armor

Features

0.6/1kV Aluminum Alloy Conductor XLPE Insulated Aluminum Alloy Interlocking Armored PVC Sheathed Power Cable

Features

Performance Characteristics：

Excellent conductivity: The current carrying capacity can meet the needs of most power transmission. In some cost-sensitive projects, aluminum alloy cables have a higher cost-effectiveness.

Good mechanical properties: The elongation of aluminum alloy conductors is increased by about 30%, which enables them to withstand greater tension without breaking easily, facilitating the laying and installation of cables.

Good flexibility: The bending radius is only 7 times the outer diameter of the cable, which is convenient for various narrow spaces or complex wiring environments.

Low elasticity: It is not easy to rebound after being subjected to external force, maintaining good shape stability, which is conducive to the connection and fixation of cables.

Excellent corrosion resistance: The addition of chemical elements such as rare earth improves the electrochemical corrosion resistance of aluminum alloys, solving the problem of electrochemical corrosion at the joints of pure aluminum after long-term use.

Usage Characteristics

Usage characteristics:

Suitable for 600V-35KV voltage level, suitable for dry or humid places below 90℃, can be installed indoors or outdoors, can be installed vertically, can be installed on brackets or along walls, or can be directly buried underground;

The minimum bending radius is 7 times the outer diameter, and it can also be bent 360 degrees;

Suitable for environments without mechanical damage, such as civil, office buildings, schools, hotels, commercial, shopping centers, factories and large venues.

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

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COMMON QUESTIONS

SHENXING Cable Service FAQs

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

Why choose aluminum core cable instead of copper core cable?

Economical: The cost of aluminum is lower than that of copper, so the price of aluminum core cable is relatively low.

Light weight: The density of aluminum is lower than that of copper, and the cable is lighter, which is convenient for transportation and installation.

Conductivity: Although the conductivity of aluminum is slightly worse than that of copper, by increasing the cross-sectional area of the conductor, the same conductivity as that of copper core cable can be achieved.

What are the advantages of cross-linked polyethylene insulation?

Good heat resistance: Cross-linked polyethylene has high heat resistance and can withstand higher operating temperatures.

Excellent electrical properties: It has high breakdown voltage and low dielectric loss.

Good chemical resistance: It is not easily corroded by chemicals such as acids and alkalis.

Good mechanical properties: It has good toughness and tensile strength.

What is the role of PVC sheath?

Protect the cable: The PVC sheath can protect the cable from mechanical damage, chemical corrosion and environmental factors.

Waterproof and moisture-proof: The PVC sheath has good waterproof and moisture-proof properties to prevent the cable from moisture.

What is the significance of low smoke and halogen-free?

Safety: Less smoke is produced during combustion, no halogenated hydrogen gas is produced, and harm to personnel is reduced.

Environmental protection: Meet environmental protection requirements and reduce pollution to the environment.

How to choose a suitable aluminum core cable?

Voltage level: Select a suitable cable according to the rated voltage of the load.

Current capacity: Select a suitable conductor cross-sectional area according to the current of the load.

Laying environment: Select a suitable cable model according to the laying environment (such as temperature, humidity, corrosiveness, etc.).

Installation method: Select a suitable cable according to the installation method (such as direct burial, overhead, pipeline).

What are the precautions for the installation of aluminum core cables?

Bending radius: Avoid too small a bending radius to avoid damaging the cable.

Joint treatment: The joint should adopt a suitable joint method and be waterproof and anti-corrosion treated.

Fixing: The cable should be firmly fixed to avoid loosening.

How long is the service life of the aluminum core cable?

The service life of the aluminum core cross-linked polyethylene insulated polyvinyl chloride sheathed power cable is related to factors such as laying environment, load current, and maintenance. Under normal use conditions, its service life can reach more than 20 years.

Which is better, aluminum core cable or copper core cable?

Aluminum core cable and copper core cable each have their own advantages and disadvantages, and the choice depends on the specific application. Generally speaking, aluminum core cable is more advantageous for cost-sensitive and light weight applications; copper core cable is more suitable for applications with extremely high conductivity requirements.