Mittelspannungskabel

N2XS(FL)2Y

Name: N2XS(FL)2Y
Brand: KLZ Cables
SKU: N2XS(FL)2Y-medium-voltage-cables
Availability: InStock

The N2XS(FL)2Y cable is a longitudinally watertight medium-voltage cable with a copper conductor, XLPE insulation, and a tightly bonded Al/PE sheath. It offers maximum operational safety for critical infrastructures and provides reliable protection against penetrating moisture.

For demanding power distribution networks

The N2XS(FL)2Y meets the standards DIN VDE 0276-620, HD 620 S2 and IEC 60502. It is ideally suited for installation indoors, in cable ducts, outdoors, in soil, in water, and on cable trays – especially in utility grids, industrial plants, and switching stations, where high demands on mechanical strength and water resistance apply.

Technical construction

The cable design is based on a multi-stranded copper conductor (Class 2), an XLPE insulation with an extruded, tightly bonded outer conductive layer, and a longitudinally watertight, conductive tape. The shielding consists of copper wires with counter helix, complemented by an additional longitudinally watertight tape. The outer protection is achieved with a black PE sheath laminated with an aluminum tape – serving as an effective water barrier.

Properties and benefits

The N2XS(FL)2Y is suitable for underground installation, designed for outdoor use, and withstands operating temperatures up to +90 °C and short-circuit loads up to +250 °C. It is free from silicone and cadmium and contains no substances that interfere with paint wetting. Thanks to its partial discharge-free design and the Al/PE layer, it is ideally suited for humid environments with high safety requirements.

The N2XS(FL)2Y meets the standards DIN VDE 0276-620, HD 620 S2 and IEC 60502. It is ideally suited for installation indoors, in cable ducts, outdoors, in soil, in water, and on cable trays – especially in utility grids, industrial plants, and switching stations, where high demands on mechanical strength and water resistance apply.

Technical Specifications

General Data

CPR class: Fca
Flame retardant: no
Maximal operating conductor temperature (°C): +90 °C
Maximal short-circuit temperature (°C): +250 °C
Minimal storage temperature (°C): -35 °C
Minimal temperature for laying (°C): -20 °C
Shape of conductor: RM

6/10 kV

Voltage: 6/10 kV
Test voltage: 21 kV
Operating temperature range: -35-+90 °C
Conductor temperature (max.): +90 °C
Short-circuit temperature (max.): +250 °C
Minimum laying temperature: -20 °C
Minimum storage temperature: -35 °C
CPR class: Fca
Flame retardant: no

Config.	Cond.	Shape	Cap [uF/km]	DI [mm]	RI [Ohm/km]	Wi [mm]	Ibl [A]	Ibe [A]	Ik [kA]	Wm [mm]	Rbv [mm]	Ø [mm]	G [kg/km]
1x50/16	Cu	RM	0.24	16.3	0.387	3.4	238	220	7.1	2.1	520	26	1010
1x70/16	Cu	RM	0.28	17.9	0.268	3.4	294	268	10	2.1	560	28	1238
1x95/16	Cu	RM	0.3	19.4	0.193	3.4	358	320	13.6	2.1	580	29	1495
1x120/16	Cu	RM	0.34	20.9	0.153	3.4	413	363	17.1	2.1	620	31	1773
1x150/25	Cu	RM	0.36	22.3	0.124	3.4	468	405	21.4	2.1	640	32	2119
1x185/25	Cu	RM	0.4	23.9	0.099	3.4	535	456	26.4	2.1	680	34	2483
1x240/25	Cu	RM	0.44	26.4	0.075	3.4	631	526	34.3	2.1	720	36	3073
1x300/25	Cu	RM	0.48	28.8	0.06	3.4	722	591	42.9	2.1	780	39	3737
1x400/35	Cu	RM	0.54	31.4	0.047	3.4	827	662	57.2	2.1	840	42	4697
1x500/35	Cu	RM	0.61	34.6	0.037	3.4	949	744	71.4	2.1	880	44	5729

12/20 kV

Voltage: 12/20 kV
Test voltage: 42 kV
Operating temperature range: -35 - + 90 / -35 - +90 °C
Conductor temperature (max.): +90 °C
Short-circuit temperature (max.): +250 °C
Minimum laying temperature: -20 °C
Minimum storage temperature: -35 °C
CPR class: Fca
Flame retardant: no

Config.	Cond.	Shape	Cap [uF/km]	DI [mm]	RI [Ohm/km]	Wi [mm]	Ibl [A]	Ibe [A]	Ik [kA]	Wm [mm]	Rbv [mm]	Ø [mm]	G [kg/km]
1x50/16	Cu	RM	0.17	20.5	0.387	5.5	239	222	7.1	2.1	600	30	1166
1x70/16	Cu	RM	0.19	22.1	0.268	5.5	297	271	10	2.1	640	32	1409
1x95/16	Cu	RM	0.21	23.6	0.193	5.5	361	323	13.6	2.1	660	33	1675
1x120/16	Cu	RM	0.23	25.1	0.153	5.5	416	367	17.1	2.1	700	35	1968
1x150/25	Cu	RM	0.25	26.5	0.124	5.5	470	409	21.4	2.1	720	36	2320
1x185/25	Cu	RM	0.27	28.1	0.099	5.5	538	461	26.4	2.1	760	38	2697
1x240/25	Cu	RM	0.3	30.6	0.075	5.5	634	532	34.3	2.1	800	40	3303
1x300/25	Cu	RM	0.32	33	0.06	5.5	724	599	42.9	2.1	860	43	3978
1x400/35	Cu	RM	0.36	35.6	0.047	5.5	829	671	57.2	2.1	900	45	4925
1x500/35	Cu	RM	0.4	38.8	0.037	5.5	953	754	71.4	2.1	980	49	6006

18/30 kV

Voltage: 18/30 kV
Test voltage: 63 kV
Operating temperature range: -35-+90 °C
Conductor temperature (max.): +90 °C
Short-circuit temperature (max.): +250 °C
Minimum laying temperature: -20 °C
Minimum storage temperature: -35 °C
CPR class: Fca
Flame retardant: no

Config.	Cond.	Shape	Cap [uF/km]	DI [mm]	RI [Ohm/km]	Wi [mm]	Ibl [A]	Ibe [A]	Ik [kA]	Wm [mm]	Rbv [mm]	Ø [mm]	G [kg/km]
1x50/16	Cu	RM	0.13	25.5	0.387	8	241	225	7.1	2.1	700	35	1405
1x70/16	Cu	RM	0.15	27.1	0.268	8	299	274	10	2.1	740	37	1646
1x95/16	Cu	RM	0.16	28.6	0.193	8	363	327	13.6	2.1	760	38	1926
1x120/16	Cu	RM	0.17	30.1	0.153	8	418	371	17.1	2.1	800	40	2227
1x150/25	Cu	RM	0.19	31.5	0.124	8	472	414	21.4	2.1	820	41	2590
1x185/25	Cu	RM	0.2	33.1	0.099	8	539	466	26.4	2.1	860	43	2975
1x240/25	Cu	RM	0.22	35.6	0.075	8	635	539	34.3	2.1	900	45	3594
1x300/25	Cu	RM	0.24	38	0.06	8	725	606	42.9	2.1	960	48	4300
1x400/35	Cu	RM	0.26	40.6	0.047	8	831	680	57.2	2.1	1020	51	5290
1x500/35	Cu	RM	0.29	43.8	0.037	8	953	765	71.4	2.4	1080	54	6403

N2XS(FL)2Y

For demanding power distribution networks

Technical construction

Properties and benefits

Technical Specifications

General Data

6/10 kV

12/20 kV

18/30 kV

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