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NA2XS2Y/NA2XS(F)2Y/NA2XS(FL)2Y

N: Cable

A: Aluminum conductor

2X: Cross-linked polyethylene (XLPE) insulation

S: Same shield

2Y: Polyethylene (PE) sheath

F: Longitudinal waterproof

FL: Longitudinal and transverse waterproof

The NA2XS2Y / NA2XS(F)2Y / NA2XS(FL)2Y series are medium-voltage power cables conforming to the VDE German standard, with rated voltages of 6/10 kV, 12/20 kV, and 18/30 kV. They employ an aluminum conductor + XLPE cross-linked polyethylene insulation + copper wire metal shield + PE sheath structure.

Compared to copper conductor cables, this series is lighter and has lower material costs while ensuring safe operation and compliance with electrical performance standards, making it particularly suitable for long-distance laying and large-scale power infrastructure projects.

Through different waterproof structural designs, the products are available in standard, radially waterproof (F), and longitudinally fully waterproof (FL) types to meet the needs of various engineering environments, including underground laying, direct burial, and high groundwater levels.

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Structural Features Technical Data Cable Structure Features Projects FAQ Download

This series of cables is designed and manufactured in strict accordance with IEC 60502-2 and DIN VDE 0276-620 international standards, ensuring that medium-voltage cables meet the highest specifications in terms of electrical performance, mechanical strength, and long-term reliability.

Waterproofing options:

NA2XS2Y: No waterproofing, suitable for dry environments or conduit installation
NA2XS(F)2Y: Radial waterproofing, suitable for humid environments
NA2XS(FL)2Y: Longitudinal water-blocking, suitable for direct burial and areas with high groundwater levels

NA2XS2Y/NA2XS(F)2Y/NA2XS(FL)2Y

Customization Services

We support customization based on client project requirements, including:

Aluminum conductor cross-section and structural design;

Voltage rating;

Waterproof structure (non-waterproof / F / FL);

Shielding method and cross-section;

Sheath material, color, and printing;

Compliance with different national standards and project technical specifications.

NA2XS2Y/NA2XS(F)2Y/NA2XS(FL)2Y

Structural Features

Aluminum Conductor (NA)

Lightweight, suitable for long-distance laying, with a better overall cost than copper conductor solutions

Conductor/Insulation Shielding System

Optimizes electric field distribution and reduces electrical stress

XLPE Insulation (X)

Heat-resistant and aging-resistant, suitable for long-term medium-voltage operation

Copper Wire Metal Shielding (S)

Provides reliable grounding and electric field control

PE Sheath (2Y)

Good resistance to moisture, chemical corrosion, and weathering

Technical Data

Number of cores and cross-section	Shape of conductor	Conductor diameter	Nominal Insulation Thickness	Diameter Over Insulation	Nominal sheath thickness	N2XS(F)2Y			N2XS(FL)2Y			N2XS2Y			Test voltage
mm²	/	mm	mm	mm	mm	Outer diameter (mm)	Bending radius (mm)	Weight (kg/km)	Outer diameter (mm)	Bending radius (mm)	Weight (kg/km)	Outer diameter (mm)	Bending radius (mm)	Weight (kg/km)	KV
6/10kv
1x35/16	RM	7.2	3.4	15.3	2.5				/			24	360	803	21 kV
1x50/16	RM	8.2	3.4	16.3	2.5	26	375	928	26	520	1010	25	375	928	21 kV
1x70/16	RM	9.8	3.4	17.9	2.5	26	390	1155	28	560	1238	26	390	1154	21 kV
1x95/16	RM	11.3	3.4	19.4	2.5	28	420	1410	29	580	1495	28	420	1410	21 kV
1x120/16	RM	12.8	3.4	20.9	2.5	30	450	1683	31	620	1773	30	450	1682	21 kV
1x150/25	RM	14.2	3.4	22.3	2.5	31	465	2052	32	640	2119	31	465	2025	21 kV
1x185/25	RM	15.8	3.4	23.9	2.5	32	480	2384	34	680	2483	32	480	2383	21 kV
1x240/25	RM	18.3	3.4	26.4	2.5	35	525	2964	36	720	3073	35	525	2965	21 kV
1x300/25	RM	20.7	3.4	28.8	2.5	37	555	3624	39	780	3737	37	555	3624	21 kV
1x400/35	RM	23.3	3.4	31.4	2.5	40	600	4575	42	840	4697	40	600	4574	21 kV
1x500/35	RM	26.5	3.4	34.6	2.5	43	645	5598	44	880	5729	43	645	5597	21 kV
12/20kv
1x35/16	RM	7.2	5.5	19.5	2.5	28	420	949	/			28	420	948	42 kV
1x50/16	RM	8.2	5.5	20.5	2.5	29	435	1079	30	600	1166	29	435	1078	42 kV
1x70/16	RM	9.8	5.5	22.1	2.5	31	465	1315	32	640	1409	31	465	1315	42 kV
1x95/16	RM	11.3	5.5	23.6	2.5	32	480	1580	33	660	1675	32	480	1579	42 kV
1x120/16	RM	12.8	5.5	25.1	2.5	34	510	1862	35	700	1968	34	510	1861	42 kV
1x150/25	RM	14.2	5.5	26.5	2.5	35	525	2212	36	720	2320	35	525	2212	42 kV
1x185/25	RM	15.8	5.5	28.1	2.5	37	555	2585	38	760	2697	37	555	2585	42 kV
1x240/25	RM	18.3	5.5	30.6	2.5	39	585	3181	40	800	3303	39	585	3181	42 kV
1x300/25	RM	20.7	5.5	33.0	2.5	42	630	3851	43	860	3978	42	630	3763	42 kV
1x400/35	RM	23.3	5.5	35.6	2.5	44	660	4795	45	900	4925	44	660	4795	42 kV
1x500/35	RM	26.5	5.5	38.8	2.5	47	705	5873	49	980	6006	47	705	5872	42 kV
18/30kv
1x50/16	RM	8.2	8.0	25.5	2.5	34	510	1292	35	700	1405	34	510	1292	63 kV
1x70/16	RM	9.8	8.0	27.1	2.5	36	540	1542	37	740	1646	36	540	1542	63 kV
1x95/16	RM	11.3	8.0	28.6	2.5	37	555	1818	38	760	1926	37	555	1817	63 kV
1x120/16	RM	12.8	8.0	30.1	2.5	39	585	2110	40	800	2227	39	585	2110	63 kV
1x150/25	RM	14.2	8.0	31.5	2.5	40	600	2473	41	820	2590	40	600	2473	63 kV
1x185/25	RM	15.8	8.0	33.1	2.5	42	630	2854	43	860	2975	42	630	2853	63 kV
1x240/25	RM	18.3	8.0	35.6	2.5	44	660	3468	45	900	3594	44	660	3467	63 kV
1x300/25	RM	20.7	8.0	38.0	2.5	47	705	4164	48	960	4300	47	705	4164	63 kV
1x400/35	RM	23.3	8.0	40.6	2.5	49	735	5131	51	1020	5290	49	735	5131	63 kV
1x500/35	RM	26.5	8.0	43.8	2.6	53	795	6235	54	1080	6403	53	795	6234	63 kV

Expand all

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

The above parameters are for reference only.

Cable Structure

NA2XS2Y/NA2XS(F)2Y/NA2XS(FL)2Y

Features

Application Areas

Medium-voltage power distribution and transmission lines

Urban power infrastructure

Power supply for industrial parks and public utilities

Underground direct burial and long-distance power transmission projects

Cost- and weight-sensitive medium-voltage projects

Electrical characteristics：

Test voltage：21 kV

Maximal operating conductor temperature：+90 °C

Maximal short-circuit temperature：+250 °C

Operating temperature range：–35 °C – +90 °C

Minimal storage temperature：–35 °C

Minimal temperature for laying：–20 °C

Colour of insulation：uncoloured

Colour of sheath：black

Flame retardant：no

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

Shenxing Cable Group assisted Guangdong Zhanjiang Donghai Island Dingrui 52MW fishery-solar complementary photovoltaic power station project

The Dingrui 52MW fishery-photovoltaic complementary power station project on Donghai Island in Zhanjiang, Guangdong is progressing smoothly. As one of the important projects in the field of clean energy, the project not only promotes regional sustainable development, but also sets a benchmark for the efficient combination of fisheries and photovoltaic power generation. Shenxing Cable Group provided high-performance cable solutions for the project, supplying a total of 20,000 meters of cables, ensuring efficient operation of the project and long-term stable power supply. Read More

Shenxing Cable: Providing Reliable Arteries for High-Speed Trains

As an important part of modern transportation, high-speed trains have extremely strict requirements on cable performance. Read More

Application Cases of Shenxing Cables in Smart Buildings

A high-rise smart building is located in the city center. It is equipped with advanced central air-conditioning system, intelligent lighting system and security monitoring system. Read More

Building a Solid Neural Network for Smart Campuses

A newly built smart campus aims to create a digital and intelligent learning environment. In order to meet the needs of teaching buildings, dormitories, libraries and other buildings on campus for power, data transmission, security monitoring and other aspects, the school decided to use high-quality and high-performance cable products. Read More

Cable Application in a Public Charging Station in a City

In order to promote the development of new energy vehicles, a city built a number of charging stations in public areas. Due to the special working environment of the charging station, the performance requirements for the cable are extremely high. Read More

Application Case of Shenxing Cable in Data Center Room

Located on the edge of the city, a large data center room is the core data processing center for many enterprises and government agencies. Read More

COMMON QUESTIONS

SHENXING Cable Service FAQs

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

What are the main uses of marine control cables?

Marine control cables are designed for water structures such as ships and offshore oil platforms. They are used for power transmission and signal control of power, lighting and general control systems to ensure the normal operation and safety of equipment.

What are the main properties of marine power cables?

Flame retardancy: effectively suppress the spread of flames.

Fire resistance: can still maintain work in a fire.

Low smoke and halogen-free: produces very little smoke and non-toxic gas when burning.

Resistant to moisture, oil pollution, and high salt corrosion, suitable for marine environment.

What forms can marine power cables be customized?

Armored type: Enhanced mechanical protection capabilities.

Non-armored type: Lightweight and suitable for conventional installation.

Armored shielded type: Stronger anti-interference ability, suitable for scenes with high requirements for signal stability.

Non-armored shielded type: taking into account both anti-interference and flexibility.

What is the difference between marine power cables and ordinary power cables?

Marine power cables have higher fire resistance, corrosion resistance and aging resistance. Its design is more suitable for marine environments and meets the low smoke halogen-free (LSHF) standard to ensure that harmful gas emissions are reduced in the event of a fire.

What are the main uses of marine power cables?

Power transmission from the main generator to the switchboard.

Power distribution from the switchboard to various electrical equipment.

Power supply to the lighting system.

Transmission of control signals.

It is suitable for scenes such as ships, offshore oil platforms, and marine engineering.

What is a marine power cable?

Marine power cable is a cable designed for ships and marine environments, used for power, lighting and control signal transmission in ship power systems. It can withstand moisture, corrosion and vibration in the marine environment to ensure the stable operation of ship electrical equipment.

What is the conductor of the cable made of?

The conductor is made of annealed bare copper and uses a highly flexible stranded wire design to ensure excellent conductivity and durability.

What is the rated voltage of Type W cables?

This cable is rated for voltages up to 2000VAC, which can meet the needs of high-voltage power supply in industry and mining.