Copper Core XLPE Insulated PVC Sheathed Power Cable

Conductor:

High purity oxygen-free copper

High conductivity

Low loss

Stable transmission performance

Widely Use:

Power system: power plants, substations, distribution rooms, factories, etc.

Construction projects: residential buildings, commercial buildings, industrial plants, etc.

Industrial enterprises: petrochemicals, metallurgy, mining, electronics, etc.

Transportation: subways, railways, tunnels, etc.

Advantage:

Excellent electrical properties: Excellent conductivity, reliable insulation performance, suitable for high voltage and high current power transmission.

Excellent physical properties: High temperature resistance, cold resistance, oil resistance, chemical corrosion resistance, adaptable to various harsh environments.

Good mechanical properties: Good flexibility, high tensile strength, easy to lay and install.

Safe and reliable: Comply with international standards such as IEC 60502, IEC 60228, passed CE, CCC and other certifications, with good safety performance.

Long service life: The cross-linked polyethylene insulation layer has good aging resistance, which extends the service life of the cable.

Technical Data

Number of Cores	Conductor Diameter	Conductor Diameter	Insulation Thickness	Resistance	Current Carrying Capacity	Sheath Thickness	Cable Outer Diameter	Weight
	(mm)	(mm²)	(mm)	(Ω/km)	(A)	(mm)	(mm)	(kg/km)
Single Core	2.3	4	0.7	4.61	77/56	1.4	6.4	83
	2.8	6	0.7	3.08	97/70	1.4	7.9	107
	3.6	10	0.7	1.83	130/97	1.4	8.3	158
	4.5	16	0.7	1.15	170/125	1.4	9.3	222
	6	25	0.9	0.727	220/165	1.5	11.2	335
	7	35	0.9	0.524	265/200	1.5	12.4	436
	8.3	50	1	0.387	320/245	1.6	14.1	577
	9.8	70	1.1	0.268	395/305	1.6	16.1	794
	11.5	95	1.1	0.193	475/375	1.7	18.2	1066
	12.9	120	1.2	0.153	545/435	1.7	20.5	1321
	14.5	150	1.4	0.124	610/500	1.7	22	1606
	16	185	1.6	0.0991	695/580	1.7	24.2	1977
	18.3	240	1.7	0.0754	810/685	1.7	27.1	2548
	20.5	300	1.8	0.0601	910/795	1.7	29.1	3151
Two Cores	1.8	2.5	0.7	7.41	40/30	1.8	10.8	127
	2.3	4	0.7	4.61	55/42	1.8	11.7	165
	2.8	6	0.7	3.08	65/35	1.8	12.7	215
	3.6	10	0.7	1.83	90/70	1.8	15.3	324
	4.5	16	0.7	1.15	110/92	1.8	17.4	461
	6	25	0.9	0.727	140/128	1.8	20.8	692
	7	35	0.9	0.524	180/160	1.8	23.1	907
	8.3	50	1	0.387	210/190	1.8	26.2	1194
	9.8	70	1.1	0.268	250/250	1.8	30.6	1972
	11.5	95	1.1	0.193	285/300	2	34.8	2265
	12.9	120	1.2	0.153	330/350	2.1	38.6	2832
	14.5	150	1.4	0.124	375/400	2.2	42.7	3472
	16	185	1.6	0.0991	420/460	2.3	47.5	4307
	18.3	240	1.7	0.0754	500/550	2.5	53.5	5637
	20.5	300	1.8	0.0601	580/600	2.7	59.2	6932
Three Cores	1.8	2.5	0.7	7.41	35/26	1.8	11.3	159
	2.3	4	0.7	4.61	45/34	1.8	12.2	210
	2.8	6	0.7	3.08	57/43	1.8	13.4	280
	3.6	10	0.7	1.83	77/60	1.8	16.1	431
	4.5	16	0.7	1.15	105/83	1.8	4.18	624
	6	25	0.9	0.727	125/105	1.8	22.1	947
	7	35	0.9	0.524	155/125	1.8	24.6	1254
	8.3	50	1	0.387	185/160	1.8	27.9	1660
	9.8	70	1.1	0.268	225/200	1.9	32.8	2353
	11.5	95	1.1	0.193	270/245	2	37.1	3179
	12.9	120	1.2	0.153	310/285	2.1	41.2	3983
	14.5	150	1.4	0.124	345/325	2.3	45.8	4909
	16	185	1.6	0.0991	390/375	2.4	50.9	6104
	18.3	240	1.7	0.0754	450/440	2.6	57.4	7941
	20.5	300	1.8	0.0601	515/505	2.8	63.4	9890
Four Cores	1.8	2.5	0.7	7.41	35/26	1.8	12.1	194
	2.3	4	0.7	4.61	45/34	1.8	13.2	262
	2.8	6	0.7	3.08	57/43	1.8	14.5	352
	3.6	10	0.7	1.83	77/60	1.8	17.6	547
	4.5	16	0.7	1.15	105/83	1.8	20.1	799
	6	25	0.9	0.727	125/105	1.8	24.3	1222
	7	35	0.9	0.524	155/125	1.8	27.1	1626
	8.3	50	1	0.387	185/160	1.8	31	2172
	9.8	70	1.1	0.268	225/200	1.9	36.4	3080
	11.5	95	1.1	0.193	270/245	2	41.2	4166
	12.9	120	1.2	0.153	310/285	2.1	46	5244
	14.5	150	1.4	0.124	345/325	2.3	50.9	6435
	16	185	1.6	0.0991	390/375	2.4	56.8	8034
	18.3	240	1.7	0.0754	450/440	2.6	64	10452
	20.5	300	1.8	0.0601	515/505
Five Cores	1.8	2.5	0.8	7.41	35/26	1.8	13	231
	2.3	4	1	4.61	45/34	1.8	14.2	314
	2.8	6	1	3.08	57/43	1.8	15.6	426
	3.6	10	1	1.83	77/60	1.8	19.1	667
	4.5	16	1	1.15	105/83	1.8	22	979
	6	25	1.2	0.727	125/105	1.8	26.6	1503
	7	35	1.2	0.524	155/125	1.8	29.7	2004
	8.3	50	1.4	0.387	185/160	2	34.2	2696
	9.8	70	1.4	0.268	225/200	2.1	40.2	3825
	11.5	95	1.6	0.193	270/245	2.3	45.8	5196
	12.9	120	1.6	0.153	310/285	2.4	50.8	6513
	14.5	150	1.8	0.124	345/325	2.6	56.5	8020
	16	185	2	0.0991	390/375	2.8	63.1	10010
	18.3	240	2.2	0.0754	450/440	3	71.1	13019
	20.5	300	2.4	0.0601	515/505	3.2	78.6	16213

Expand all

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 Copper core XLPE Insulated Electric Power Cable

Copper Core XLPE Insulated PVC Sheathed Power Cable

Features

Conductor: High-purity annealed copper with low resistivity is used to reduce the loss during power transmission.

Insulation layer: XLPE material is used, which has excellent electrical and mechanical properties.

Sheath layer: PVC material is used, which has the characteristics of wear resistance, weather resistance, and aging resistance, protecting the internal structure of the cable.

Low smoke and halogen-free: Low smoke and halogen-free materials are used, which produces less smoke and no halogenated hydrogen gas in the event of a fire, ensuring the safety of personnel.

Flame retardant performance: Flame retardant grades A, B, and C can effectively delay the spread of fire.

Vibration resistance: Suitable for dynamic environments.

Experimental Performance

Rated voltage: UO/U0.6/10KV

Maximum operating temperature: 90℃

Maximum conductor temperature during short circuit (no more than 5 seconds) 250℃

Laying temperature not less than 0℃

Tensile strength ≥12.5N/mm²

Cable bending radius:

Single core: 20D±5%

Multi-core without armor: 15D±5%

Multi-core with armor: 12D±5%

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.

What are the main factors to consider when selecting low-voltage power cables?

When selecting low-voltage power cables, the following factors should be considered:

Rated voltage: It should be selected according to the rated voltage of the load equipment.

Conductor cross-section: Select according to the load current and line length to ensure that the conductor has sufficient current-carrying capacity.

Number of cores: Select according to the number of phases and grounding requirements of the line.

Insulating material: Select appropriate insulating material according to the temperature, humidity, corrosiveness, etc. of the laying environment.

Laying method: Select appropriate cable structure according to the laying method (buried, overhead, etc.).

What are the common faults of low-voltage power cables?

Common faults of low-voltage power cables are:

Insulation aging: Long-term use or environmental influences cause aging and cracking of the insulation layer, resulting in short circuit or leakage.

Mechanical damage: External force causes the cable to break and cause a short circuit.

Overload operation: Long-term overload operation causes the conductor to heat up and the insulation layer to be damaged.

Poor joints: The cable joints are not made in a standardized manner or are damp, resulting in poor contact or short circuit.

How to extend the service life of low-voltage power cables?

Correct selection: Select the appropriate cable according to the load conditions and environmental conditions.

Standard installation: Lay according to the specifications to avoid mechanical damage.

Regular inspection: Regularly check the appearance, joints and other parts of the cable to detect and deal with problems in a timely manner.

Avoid overload: Control the load current to prevent overload operation.

Good ventilation: Keep the environment around the cable well ventilated to prevent overheating.

What is the difference between low-voltage power cables and other cables?

Compared with high-voltage power cables, control cables, etc., the main difference between low-voltage power cables is that the rated voltage is lower and the structure is relatively simple. In addition, the insulation layer materials, sheath materials, etc. of low-voltage power cables may also be different to adapt to different application environments.