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LT & HT POWER CABLE

LT & HT POWER CABLE

LOW VOLTAGE POWER CABLES WITH (PVC, PE and XLPE, HFFR) INSULATION used in power plants industrial and switching installations in secondary distribution networks LEAVE MESSAGE SEND E-MAIL

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CategoryElectrical Power Cable
SourceQZ Cable Group

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LOW VOLTAGE POWER CABLES WITH (PVC, PE and XLPE, HFFR) INSULATION used in power plants industrial and switching installations in secondary distribution networks LEAVE MESSAGE SEND E-MAIL

Technical Parameters

Specification Table 1

Technical Data:Cable Structure:
Conductor resistance at 20oC:according to VDE 0295 and IEC 60228Conductor:solid or multi-strand Cu or Al wires class 1, 2 or 5 acc. VDE 0295(IEC 60228)
Core temperature, max:70oC in operation
Max. short circuit temperature:160 oC , not more than 5 secInsulation:PVC type DIV4 acc. VDE0207
Rated voltage – U0 /U (Umax):0.6/1(1.2) kVCore identification:according to VDE 0293
MORE
Test voltage:AC – 4 kV; 50 HzSignal-command copper core:Additional, cross section 2,5mm2, red coloured (black coloured 1,5mm2 on request)
Temperature Range
Cores assembly:cores stranded concentrically (cores stranded in concentric layers, for signal)
Fixed installation:-30°C to +70°C
Flexible Installation:-5°C to +50°CInner sheath:rubber filling compound or tape
Bending radius, min.Sheath:PVC type DMV5 acc. VDE 0207
single core:15xDcableColor of sheath:black
multi core:12xDcable
Specific insulation resistance at 70°C:min, 1010 Ωx cm
Max. permessible tensile stress with cable grip:For Cu conducor = 50 N/mm2
For Al conducor = 30 N/mm2

Specification Table 2

Construction data: NYY U0/U – 0.6/1kV
Number of cores x Nominal Cross SectionShapeOverall Diameter (Approx.)Copper weight (Approx.)Total Weight (Approx.)Packing: Cable coil or Drum
No x mm²max.mmkg/kmkg/kmm or N°/m
1×4RE8,038,0104,0100
1×6RE9,058,0128,0100
1×10RE10,096,0176,0100
MORE
1×16RE11,0154,0239,09/1000
1×25RM13,0240,0380,09/1000
1×35RM14,0336,0477,010/1000
1×50RM15,0480,0650,010/1000
1×70RM17,0672,0864,012/1000
1×95RM19,0912,01132,012/1000
1×120RM21,01150,01405,014/1000
1×150RM22,01440,01710,014/1000
1×185RM24,01776,02086,014/1000
1×240RM27,02304,02669,016/1000
1×300RM30,02880,03305,016/1000
1×400RM34,03840,04337,018/1000
3×1.5RE12,043,0223,09/1000
3×2.5RE13,072,0272,09/1000
3×4RE15,0115,0373,010/1000
3×6RE16,0173,0466,012/1000
3×10RE18,0288,0629,012/1000
3×16RE20,0461,0850,012/1000
3×25/16RM /RM25,0874,01595,014/1000
3×35/16SM /RM27,01162,01718,016/1000
3×50/25SM /RM30,51680,02383,014/500
3×70/35SM /SM33,02352,03196,014/500
3×95/50SM /SM38,03216,04271,016/500
3×120/70SM /SM41,04128,05281,016/500
3×150/70SM /SM45,54992,06408,018/500
3×185/95SM /SM50,06240,07909,020/500
3×240/120SM /SM57,08064,010162,022/500
4×1.5RE13,058,0256,09/1000
4×2.5RE14,096,0316,010/1000
4×4RE15,0154,0439,010/1000
4×6RE17,0230,0547,012/1000
4×10RE19,0384,0743,012/1000
4×16RE22,0614,01039,014/1000
4×25RM26,5960,01620,016/1000
4×35SM27,01344,01916,016/1000
4×50SM31,01920,02639,014/500
4×70SM35,02688,03576,014/500
4×95SM40,03648,04746,016/500
4×120SM43,04608,05813,016/500
4×150SM48,05760,07263,018/500
4×185SM53,07104,08905,020/500
4×240SM60,09210,011430,024/500
5×1.5RE14,072,0292,010/1000
5×2.5RE15,0120,0363,010/1000
5×4RE17,0192,0510,012/1000
5×6RE18,5288,0640,012/1000
5×10RE21,0480,0899,014/1000
5×16RE23,0768,01240,014/1000
5×25RM30,01200,01957,016/1000
7×1.5RE15,0101,0350,010/1000
10×1.5RE17.5144,0476,012/1000
12×1.5RE18,0173,0523,012/1000
14×1.5RE18,7202,0578,012/1000
19×1.5RE20,5274,0716,014/1000
24×1.5R E23,5346,0885,014/1000
30×1.5R E25,0432,01045,014/1000
40×1.5R E27,0576,01310,016/1000
7×2.5R E16,0168,0445,012/1000
10×2.5R E19,0240,0610,012/1000
12×2.5R E19,5288,0680,012/1000
14×2.5R E20,5336,0755,014/1000
19×2.5R E22,5456,0950,014/1000
24×2.5R E26,0576,01173,016/1000
30×2.5R E27,2720,01398,016/1000
40×2.5R E30,0960,01778,016/1000
Construction data : NAYY U0/U- 0. 6/ 1k V
Number of cores x No. m ina l Cross SectionSh a p eOverall Diameter (A p p r o x.)Al. weigh t (A p p r o x.)To ta l Weight (A p p r o x.)Pa c kin g: Cable Coil o r Drum
N o x mm²ma x. mmkg / kmkg / kmm o r N ° / m
4x 25+1. 5R M +R E27, 5290, 01081, 012/ 500
4x 35+1. 5R M +R E30, 0406, 01293, 514/ 500
4x 50+1. 5S M +R E31, 0580, 01340, 014/ 500
4x 70+1. 5S M +R E35, 0812, 01755, 016/ 500
4x 95+1. 5S M +R E40, 01102, 02262, 016/ 500
4x 120+1. 5S M +R E43, 01392, 02702, 016/ 500
4x 150+1. 5S M +R E48, 01740, 03370, 518/ 500
4x 185+1. 5S M +R E53, 02146, 04086, 520/ 500
4x 240+1. 5S M +R E59, 02784, 05142, 022/ 500

Specification Table 3

Technical Data:Cable Structure:
Conductor resistance at 20oC:according to VDE 0295 and IEC 60228Conductor:solid or multi-strand Cu or Al wires
Core temperature, max:70oC in operationclass 1, 2 or 5 acc. VDE 0295(IEC 60228)
Max. short circuit temperature:160 oC , not more than 5 secInsulation:PVC acc. to IEC 60502
Rated voltage – U0 /U (Umax):0.6/1 (1.2) kVCore identification:single core-black, multiple core
MORE
Test voltage:AC – 3.5 kV; 50 Hzaccording to VDE 0293 (HD 308)
Temperature RangeCores assembly:cores stranded concentrically
Fixed installation:-30°C to +70°C(cores stranded in concentric layers, for signal)
Flexible Installation:-5°C to +50°CInner sheath:PVC filling compound
Bending radius, min.Armour:
single core:15xDcablefor multi-core cable:two steel tapes
multi core:12xDcablefor single-core cable:two Aluminium tapes
Specific insulation resistance at 70°C:min. 1010ΏxcmSheat:PVC type ST1 acc. IEC 60502
Max. permissible tensile stress with cable grip:P = D2 · 3 N/mm2 D = Cable diameter (mm)Color:black

Specification Table 4

Construction data: NYBY, NA YBY U 0/U – 0.6/1k V
Num ber of cores x Nom inal Cross S ectionShapeOverall Diam eter (Approx.)Copper w eight (Approx.)Total Weight (Approx.)Packing: Cable coil or Drum
No x mm²max.mmkg/kmkg/kmm or N°/m
NY BY
2 x 1.5RE12,429,0270,09/1000
2 x 2.5RE13,148,0315,09/1000
MORE
2 x 4RE14,977,0390,010/1000
2 x 6RE15,9116,0465,012/1000
2×10RE17,5192,0590,012/1000
2×16RM19,4308,0790,012/1000
2×25RM24,4480,01215,014/1000
3 x 1.5RE13,043,0280,09/1000
3 x 2.5RE14,072,0340,010/1000
3 x 4RE16,0115,0440,012/1000
3 x 6RE17,0173,0540,012/1000
3 x 10RE19,0288,0710,012/1000
3 x 16RM21,0461,0970,012/1000
3×25/16RM/RE28,0874,01740,012/500
3×35/16RM/RE32,01162,02340,014/500
3×50/25S M/RM33,01680,02765,014/500
3×70/35S M/S M36,02352,03590,014/500
3×95/50S M/S M41,03216,04700,016/500
3×120/70S M/S M43,04128,05720,016/500
3×150/70S M/S M49,04992,06880,018/500
3×185/95S M/S M53,06240,08440,020/500
3×240/120S M/S M60,08064,010880,022/500
4×1.5RE14,058,0313,010/1000
4×2.5RE15,096,0380,010/1000
4×4RE17,0154,0520,012/1000
4×6RE18,0230,0640,012/1000
4×10RE20,0384,0860,014/1000
4×16RM22,0614,01170,014/1000
4×25RM28,0960,01810,012/500
4×35RM32,01344,02630,014/500
4×50S M33,01920,02940,014/500
4×70S M37,02688,03860,016/500
4×95S M42,03648,05100,016/500
4×120S M44,04608,06150,016/500
4×150S M49,05760,07510,018/500
4×185S M53,07104,09170,020/500
5×1.5RE14,572,0360,010/1000
5×2.5RE15,5120,0436,010/1000
5×4RE18,0192,0600,012/1000
5×6RE20,0288,0750,012/1000
NA YBY
Number of cores x Nominal Cross SectionShapeOverall Diameter (Approx.)Al weight (Approx.)Total Weight (Approx.)Packing: Cable coil or Drum
No x mm²max.mmkg/kmkg/kmm or N°/m
4×25+1.5RM+RE28,5290,01233,016/1000
4×35+1.5RM+RE31,0406,01730,018/1000
4×50+1.5SM+RE33,0580,01940,018/1000
4×70+1.5SM+RE37,0812,02310,020/1000
4×95+1.5SM+RE42,01102,02970,016/500
4×120+1.5SM+RE46,01392,03600,018/500
4×150+1.5SM+RE50,01740,04230,018/500
4×185+1.5SM+RE55,02146,05010,020/500
4×240+1.5SM+RE61,02784,06250,024/500

Specification Table 5

Technical Data:Cable Structure:
Conductor resistance at 20oC:according to VDE 0295 and IEC 60228Conductor:solid or multi-strand Cu or Al wires class 1, 2 or 5 acc. VDE 0295(IEC 60228)
Core temperature, max:70oC in operation
Max. short circuit temperature:160 oC , not more than 5 secInsulation:PVC type DIV4 acc. VDE0207
Rated voltage – U0 /U (Umax):0.6/1(1.2) kVCore identification:according to VDE 0293 (HD 308)
MORE
Test voltage:AC – 4 kV; 50 HzCores assemblycores stranded concentrically (cores stranded in concentric layers, for signal)
Temperature Range
Fixed installation:-30°C to +70°CInner sheath:rubber filling compaund
Flexible Installation:-5°C to +50°C
Concentric copper conductor:helicoidally copper wires and one copper tape around inner covering
Bending radius, min.12xDcable
Specific insulation resistance at 70°C:min, 1010 Ωx cm
Sheat:PVC type DMV5 acc. VDE 0207, black color
max Permessible tensile stress with cable grip:For Cu conductor = 50 N/mm2 For Al conductor = 30 N/mm2

Specification Table 6

Construction data: NYCY U0/U – 0.6/1kV
Number of cores x Nominal Cross SectionShapeOverall Diameter (Approx.)Copper weight (Approx.)Total Weight (Approx.)Packing: Cable coil or Drum
No x mm²max.mmkg/kmkg/kmm or N°/m
2 x 1.5/1.5RE1460,0245,010/1000
2 x 2.5/2.5RE1485,0285,010/1000
2 x 4/4RE16,0125,0360,012/1000
MORE
3×1.5/1.5RE14,080,0280,010/1000
3×2.5/2.5RE15,0109,031610/1000
3×4/4RE17,0155,0423,012/1000
3×6/6RE18,0240,0530,012/1000
3×10/10RE20,0384,0730,012/1000
3×16/16RE22,0610,0970,014/1000
3×25/16RM25,0870,01340,014/1000
3×35/35SM27,01340,01820,016/1000
3×50/50SM31,01980,02490,012/500
3×70/70SM35,02680,03350,016/500
3×95/95SM40,03650,04490,016/500
3×120/120SM43,04610,05500,016/500
3×150/150SM48,05750,06950,018/500
4×1.5/1.5RE15,094,0302,010/1000
4×2.5/2.5RE16,0133,0360,012/1000
4×4/4RE18,0195,0485,012/1000
4×6/6RE19,0299,0616,012/1000
4×10/10RE21,0480,0850,014/1000
4×16/16RE23,0766,01160,014/1000
4×25/16RM28,01112,01630,016/1000
4×35/16SM30,01515,02080,016/1000
4×50/25SM34,02156,02775,014/500
4×70/35SM38,03070,03910,016/500
4×95/50SM43,04200,05180,016/500
4×120/70SM48,05275,06400,018/500
4×150/70SM53,06690,08075,020/500
4×185/95SM58,08030,09710,022/500
5×1.5/2.5RE16,0109,0344,012/1000
5×2.5/2.5RE17,0158,0412,012/1000
5×4/4RE19,0259,0560,012/1000
5×6/6RE20,0355,0690,012/1000
5×10/10RE23,0575,0965,014/1000
5×16/16RE25,0940,01355,014/1000
7×1.5/2.5RE17,0141,0395,012/1000
8×1.5/2.5RE17,0155,0440,012/1000
10×1.5/2.5RE20,0188,0510,012/1000
12×1.5/2.5RE20,0223,0585,012/1000
14×1.5/2.5RE21,0253,0640,014/1000
19×1.5/4RE23,0325,0780,014/1000
24×1.5/6RE26,0407,0950,016/1000
30×1.5/6RE27,0494,01105,016/1000
7×2.5/2.5RE18,0209,0490,012/1000
8×2.5/4RE19,0233,0550,012/1000
10×2.5/4RE21,0291,0670,014/1000
12×2.5/4RE22,0339,0730,014/1000
14×2.5/6RE23,0397,0825,014/1000
19×2.5/6RE25,0516,01000,014/1000
24×2.5/10RE28,0673,01270,016/1000
30×2.5/10RE30,0820,01495,016/1000

Specification Table 7

Technical Data:Cable Structure:
Conductor resistance at 20oC:according to VDE 0295 and IEC 60228Conductor:solid or multi-strand Cu or Al wires class 1, 2 or 5 acc. VDE 0295(IEC 60228)
Core temperature, max:70oC in operation
Max. short circuit temperature:160 oC , not more than 5 secInsulation:PVC type DIV4 acc. VDE0207
Core identification:according to VDE 0293 (HD 308)
MORE
Rated voltage – U0 /U (Umax):0.6/1(1.2) kV
Cores assembly:cores stranded concentrically (cores stranded in concentric layers, for signal)
Test voltage:AC – 4 kV; 50 Hz
Temperature RangeInner sheath:rubber filling compaund
Fixed installation:-30°C to +70°CConcentric copper conductor:Waveconal outer conductor – copper wires and contrahelical copper tape (reverse lay copper tape)
Flexible Installation:-5°C to +50°C
Bending radius, min.12xDcableSheath:PVC type DMV5 acc. VDE 0207
pecific insulation resistance at 70°C:min, 1010 Ωx cmColor:black
ssible tensile stress with cable grip:For Cu conductor = 50 N/mm2 For Al conductor = 30 N/mm2

Specification Table 8

Construction data: NYCWY U0/U – 0.6/1kV
Number of cores x Nominal Cross SectionShapeOverall Diameter (Approx.)Copper weight (Approx.)Total Weight (Approx.)Packing: Cable coil or Drum
No x mm²max.mmkg/kmkg/kmm or N°/m
3×10/10RE20394,0775,012/1000
3×16/16RE22,0630,01066,014/1000
3×25/16RM26,0895,01584,016/1000
MORE
3×35/16SM281190,01710,016/1000
3×50/25SM30,01722,02368,014/500
3×70/35SM33,02411,0317414/500
3×95/50SM38,03296,04256,016/500
3×120/70SM41,04231,05314,016/500
3×150/70SM45,05117,06344,018/500
3×185/95SM50,06396,08054,020/500
3×240/120SM56,08265,010274,022/500
4×10/10RE21,0492,0897,014/1000
4×16/16RE24,0787,01250,014/1000
4×25/16RM28,01141,01822,016/1000
4×35/16SM29,01535,02140,016/1000
4×50/25SM33,02214,03031,014/500
4×70/35SM38,03100,04056,016/500
4×95/50SM43,04231,05364,016/500
4×120/70SM46,05412,06748,018/500
4×150/70SM51,06592,08159,020/500
4×185/95SM57,08216,010198,022/500

Specification Table 9

Construct io n d a t a : N Y R Y U 0/ U – 0. 6/ 1k V
Nu m b e r of c o r e s x Nom in a l C r os s S e c t ionSha p eOv e r a ll D iam et er ( A p p r o x . )C o ppe r w e ight (A p p r o x . )To ta l W e ig h t ( A ppr o x .)Pa c kin g: C a ble c o il or D r u m
N o x mm²ma x . mmkg / kmkg / kmm o r N °/ m
NY R ( A L) Y – a r m ou r w it h a lu m in iu m r oou n d w ir e s
1x 10R E14,496,0326,01 0/ 1000
1x 16R E15,4154,0402,01 0/ 1000
MORE
1x 25R M17,2240,0541,01 2/ 1000
1x 35R M18,3336,0658,01 2/ 1000
1x 50R M20,5480,0841,01 2/ 1000
1x 70R M22,5672,01070,01 4/ 1000
1x 95R M24,5912,01365,01 4/ 1000
1x 120R M26,51152,01 662,016/ 1000
1x 150R M28,51440,01 967,016/ 1000
1x 185R M31,01776,02 406,018/ 1000
1x 240R M34,02304,03 071,018/ 1000
1x 300R M38,02880,03 781,016/ 500
1x 400R M42,03840,04 764,016/ 500
1x 500R M46,54800,05 968,018/ 500
1x 630R M51,06048,07 538,020/ 500
N Y R Y – a r m o u r w it h g a lv a n iz e d s t e ll w ir e s
2x 1.5R E1 4,02 8,83 47,010/ 1000
2x 2.5R E1 5,04 8,04 03,010/ 1000
2x 4.0R E1 6,97 6,85 16,012/ 1000
2x 6.0R E1 8,8115,2701,01 2/ 1000
2x 10R E21,0192,0874,01 4/ 1000
2x 16R E23,0308,01082,01 4/ 1000
2x 25R M27,0480,01565,01 6/ 1000
2x 35R M29,0672,01893,01 6/ 1000
2x 50R M32,5960,02293,01 8/ 1000
2x 70R M37,01344,03 150,016/ 500
2x 95R M42,01824,04 037,016/ 500
2x 120R M45,02304,04 725,018/ 500
2x 150R M50,52880,06 041,020/ 500
2x 185R M55,53552,07 253,022/ 500
NYRY – a r m o u r w it h g a lv a n iz e d s t e ll w ir e s
3x 1.5R E1 4,54 3,23 82,010/ 1000
3x 2.5R E1 5,57 2,04 48,010/ 1000
3x 4.0R E1 8,4115,2678,01 2/ 1000
3x 6.0R E1 9,6172,8783,01 2/ 1000
3x 10R E22,0288,01006,01 4/ 1000
3x 16R E24,0462,01276,01 4/ 1000
3x 25R M28,0720,01863,01 6/ 1000
3x 35R M30,51008,02 279,014/ 500
3x 50S M33,51440,02 644,014/ 500
3x 70S M38,52016,03 664,016/ 500
3x 95S M42,52736,04 661,016/ 500
3x 120S M45,53456,05 478,018/ 500
3x 150S M51,54320,07 040,020/ 500
3x 185S M56,55328,08 457,022/ 500
3x 240S M62,56912,010579,024/ 500
3x 300S M68,08640,012683,024/ 500
NYRY- a r m o u r w it h g a lv a n iz e d s t e ll w ir e s
4x 1.5R E1 5,45 7,64 25,010/ 1000
4x 2.5R E1 6,59 6,05 09,012/ 1000
4x 4.0R E1 9,6153,6767,01 2/ 1000
4x 6.0R E2 1,0230,4904,01 4/ 1000
4x 10R E23,5384,01179,01 4/ 1000
4x 16R E27,0616,01657,01 6/ 1000
4x 25R M30,5960,02236,01 6/ 1000
4x 35R M33,51344,02 768,014/ 500
4x 50S M40,01920,03639,016/ 500
4x 70S M43,02688,04592,016/ 500
4x 95S M50,03648,06338,020/ 500
4x 120S M54,04608,07547,020/ 500
4x 150S M60,55760,09073,024/ 500
4x 185S M65,07104,010835,024/ 500
4x 240S M72,09216,013543,024/ 450
4x 300S M78,011520,016333,024/ 400

Specification Table 10

Construction data: NAY2Y U0/U – 0.6/1kV
Nominal Cross SectionShapeOverall Diameter (Approx.)Al weight (Approx.)Total Weight (Approx.)Packing: Cable coil or Drum
No x mm²max.mmkg/kmkg/kmm or N°/m
with signal wire – 2.5 mm2.
4×16+2,5RM+RE23,0186,0665,014/1000
4×25+2,5RM+RE27,0290,01325,016/1000
MORE
4×35+2,5RM+RE29,0406,01164,016/1000
4×50+2,5SM+RE32,0580,01290,018/1000
4×70+2,5SM+RE36,0812,01740,016/500
4×95+2,5SM+RE40,01102,0222016/500
4×120+2,5SM+RE44,01392,02700,018/500
4×150+2,5SM+RE49,01740,03315,020/500
4×185+2,5SM+RE54,02146,03960,020/500
4×240+2,5SM+RE61,02784,05065,024/500
without signal wire
4×16RM23,0186,0645,014/1000
4×25RM27,0290,01295,016/1000
4×35RM29,0406,01132,016/1000
4×50SM32,0580,01270,018/1000
4×70SM36,0812,01720,016/500
4×95SM40,01102,02190,016/500
4×120SM44,01392,02665,018/500
4×150SM49,01740,03295,020/500
4×185SM54,02146,03930,020/500
4×240SM61,02784,05035,024/500

Specification Table 11

Technical Data:Cable Structure:
Conductor resistance at 20oC:according to VDE 0295 and IEC 60228Conductor:solid or multi-strand Cu or Al wires class 1, 2 or (5) acc. VDE 0295 (IEC 60228)
Core temperature, max:90oC in operation
Max. short circuit temperature:250 oC , not more than 5 secInsulation:XLPE type DIX3 acc. to VDE 0276-603/5G
Rated voltage U0 /U(Umax):0.6/1(1.2) kVCore identification:according to VDE 0293 (HD 308)
MORE
Test voltage:AC – 4 kV (3.5kV by IEC); 50 Hz
Signal-command copper core:Additional, cross section 2,5mm2, red coloured (black coloured 1,5mm2 on request)
Temperature range:
flexing:-5°C to +50°C
stationary:-30°C to +90°CCores assembly:cores stranded concentrically (cores stranded in concentric layers, for signal)
Bending radius, min.
for single-core:15xDcableWrapping:paper tape
for multi-core:12xDcableInner covering:rubber filling compound
Specific insulation resistance at 90°C:min, 1014 Ωx cmSheath:PVC type DMV6 acc. to VDE 0276-603/sec.1 or PE HDPE mass, type DMP2 acc. DIN VDE 0276/HD603
Max. permessible tensile stress with cable grip:For Cu conducor = 50 N/mm2 For Al conducor = 30 N/mm2
Color of sheath:black

Specification Table 12

Construction data: N2XY U 0 / U – 0 . 6 / 1 k V
N u m b e r o f c o r e s x N o m in a l C r o s s S e c t io nS h a p eO v e r a l l D ia m e t e r (A p p r o x . )C o p p e r ( o r A l) w e ig h t (A p p r o x . )T o t a l W e ig h t ( A p p r o x . )P a c k in g : C a b le c o i l o r D r u m
N o x m m ²m a x . m mk g / k mk g / k mm o r N ° / m
1 x 4R E6 , 53 8 , 07 4 , 01 0 0
1 x 6R E7 , 05 8 , 09 6 , 01 0 0
1 x 1 0R E8 , 09 6 , 01 4 2 , 01 0 0
MORE
1 x 1 6R E9 , 01 5 4 , 02 0 5 , 08 / 1 0 0 0
1 x 2 5R M1 1 , 02 4 0 , 03 0 2 , 09 / 1 0 0 0
1 x 3 5R M1 2 , 03 3 6 , 04 0 09 / 1 0 0 0
1 x 5 0R M1 3 , 04 8 0 , 05 2 6 , 09 / 1 0 0 0
1 x 7 0R M1 6 , 06 7 2 , 07 5 0 , 01 2 / 1 0 0 0
1 x 9 5R M1 7 , 09 1 2 , 01 0 0 0 , 01 2 / 1 0 0 0
1 x 1 2 0R M1 8 , 51 1 5 0 , 01 2 4 0 , 01 2 / 1 0 0 0
1 x 1 5 0R M2 1 , 01 4 4 0 , 01 5 5 0 , 01 4 / 1 0 0 0
1 x 1 8 5R M2 3 , 01 7 7 6 , 01 8 9 0 , 01 4 / 1 0 0 0
1 x 2 4 0R M2 6 , 02 3 0 4 , 02 4 3 0 , 01 6 / 1 0 0 0
1 x 3 0 0R M2 8 , 02 8 8 0 , 03 0 1 5 , 01 6 / 1 0 0 0
3 x 1 . 5R E1 0 , 04 3 , 01 4 2 , 08 / 1 0 0 0
3 x 2 . 5R E1 1 , 07 2 , 01 8 3 , 09 / 1 0 0 0
3 x 4R E1 2 , 01 1 5 , 02 4 2 , 09 / 1 0 0 0
3 x 6R E1 3 , 01 7 3 , 03 2 0 , 09 / 1 0 0 0
3 x 1 0R E1 5 , 02 8 8 , 04 8 0 , 01 0 / 1 0 0 0
3 x 1 6R E1 7 , 04 6 1 , 07 0 0 , 01 2 / 1 0 0 0
3 x 2 5 / 1 6R M / R M2 1 , 08 7 4 , 01 2 3 0 , 01 4 / 1 0 0 0
3 x 3 5 / 1 6S M / R M2 6 , 01 1 6 2 , 01 4 5 0 , 01 6 / 1 0 0 0
3 x 5 0 / 2 5S M / R M2 91 6 8 0 , 01 9 5 5 , 01 4 / 5 0 0
3 x 7 0 / 3 5S M / S M3 1 , 02 3 5 2 , 02 7 2 0 , 01 4 / 5 0 0
3 x 9 5 / 5 0S M / S M3 7 , 03 2 1 6 , 03 7 5 6 , 01 6 / 5 0 0
4 x 1 . 5R E1 1 , 05 8 , 01 6 5 , 09 / 1 0 0 0
4 x 2 . 5R E1 2 , 09 6 , 02 1 6 , 09 / 1 0 0 0
4 x 4R E1 3 , 01 5 4 , 02 9 0 , 09 / 1 0 0 0
4 x 6R E1 4 , 02 3 0 , 03 8 5 , 01 0 / 1 0 0 0
4 x 1 0R E1 6 , 03 8 4 , 05 9 0 , 01 2 / 1 0 0 0
4 x 1 6R E1 9 , 06 1 4 , 08 6 4 , 01 2 / 1 0 0 0
4 x 2 5R M2 29 6 0 , 01 2 9 3 , 01 4 / 1 0 0 0
4 x 3 5S M2 7 , 01 3 4 4 , 01 7 5 0 , 01 6 / 1 0 0 0
4 x 5 0S M3 0 , 01 9 2 0 , 02 3 0 0 , 01 4 / 5 0 0
4 x 7 0S M3 4 , 02 6 8 8 , 03 2 8 0 , 01 4 / 5 0 0
4 x 9 5S M3 8 , 03 6 4 8 , 04 3 0 0 , 01 6 / 5 0 0
4 x 1 2 0S M4 3 , 04 6 0 8 , 05 4 1 6 , 01 6 / 5 0 0
4 x 1 5 0S M4 7 , 05 7 6 0 , 06 7 0 0 , 01 8 / 5 0 0
4 x 1 8 5S M5 2 , 07 1 0 4 , 08 2 0 0 , 02 0 / 5 0 0
4 x 2 4 0S M5 8 , 09 2 1 0 , 01 0 5 6 0 , 02 2 / 5 0 0
5 x 1 . 5R E1 2 , 07 2 , 01 9 3 , 09 / 1 0 0 0
5 x 2 . 5R E1 2 , 51 2 0 , 02 5 2 , 09 / 1 0 0 0
5 x 4R E1 4 , 01 9 2 , 03 4 0 , 01 0 / 1 0 0 0
5 x 6R E1 5 , 02 8 8 , 04 6 0 , 01 0 / 1 0 0 0
5 x 1 0R E1 8 , 04 8 0 , 08 4 0 , 01 2 / 1 0 0 0
5 x 1 6R E2 1 , 07 6 8 , 01 0 4 0 , 01 4 / 1 0 0 0
5 x 2 5R M2 5 , 01 2 0 0 , 01 5 6 0 , 01 4 / 1 0 0 0
Construction data:NA2XY 0.6/1 KV
4 x 1 6 + 1 . 5R E + R E2 1 , 01 8 6 , 05 9 6 , 01 4 / 1 0 0 0
4 x 2 5 + 1 . 5R M + R E2 42 9 0 , 08 2 0 , 01 4 / 1 0 0 0
4 x 3 5 + 1 . 5R M + R E2 7 , 04 0 6 , 01 0 3 3 , 01 6 / 1 0 0 0
4 x 5 0 + 1 . 5S M + R E3 0 , 05 8 0 , 01 1 3 7 , 01 4 / 5 0 0
4 x 7 0 + 1 . 5S M + R E3 5 , 08 1 2 , 01 5 6 8 , 01 6 / 5 0 0
4 x 9 5 + 1 . 5S M + R E3 9 , 01 1 0 2 , 01 9 4 6 , 01 6 / 5 0 0
4 x 1 2 0 + 1 . 5S M + R E4 3 , 01 3 9 2 , 02 4 3 61 6 / 5 0 0
4 x 1 5 0 + 1 . 5S M + R E4 7 , 01 7 4 0 , 02 9 7 3 , 01 8 / 5 0 0
4 x 1 8 5 + 1 . 5S M + R E5 2 , 02 1 4 6 , 03 5 9 2 , 02 0 / 5 0 0
4 x 2 4 0 + 1 . 5S M + R E5 8 , 02 7 8 4 , 04 5 7 3 , 02 2 / 5 0 0
4 x 1 6R E2 1 , 01 8 6 , 05 7 0 , 01 4 / 1 0 0 0
4 x 2 5R M2 42 9 0 , 07 9 4 , 01 4 / 1 0 0 0
4 x 3 5S M2 7 , 04 0 6 , 08 7 4 , 01 6 / 1 0 0 0
4 x 5 0S M3 0 , 05 8 0 , 01 1 1 0 , 01 4 / 5 0 0
4 x 7 0S M3 5 , 08 1 2 , 01 5 4 0 , 01 6 / 5 0 0
4 x 9 5S M3 9 , 01 1 0 2 , 01 9 2 0 , 01 6 / 5 0 0
4 x 1 2 0S M4 3 , 01 3 9 2 , 02 4 1 0 , 01 6 / 5 0 0
4 x 1 5 0S M4 7 , 01 7 4 0 , 02 9 4 6 , 01 8 / 5 0 0
4 x 1 8 5S M5 2 , 02 1 4 6 , 03 5 6 5 , 02 0 / 5 0 0
4 x 2 4 0S M5 8 , 02 7 8 4 , 04 5 4 5 , 02 2 / 5 0 0

Specification Table 13

C o ns t r uc t i o n d a t a : N 2X Y R Y U 0/ U – 0. 6/ 1k V
Nu m b e r o f c o r e s x No m in a l C r os s S e c t ionSha p eO v e r a ll D iam et er ( A p p r o x . )C o ppe r w e ight ( A ppr o x . )To t a l W e ig ht ( A ppr o x . )Pa c k in g: C a ble c o il o r D r u m
N o x mm²ma x . mmk g / k mk g / k mm o r N ° / m
N 2 X Y R ( A L ) Y – a r m o ur w it h a lum inium r o o und w ir e s
1x 50R M17, 5480, 0742, 012/ 1000
1x 70R M19, 0672, 0975, 012/ 1000
MORE
1x 95R M21, 0912, 01277, 014/ 1000
1x 120R M23, 01152, 01547, 014/ 1000
1x 150R M24, 51440, 01860, 014/ 1000
1x 185R M26, 21776, 02268, 016/ 1000
1x 240R M30, 02304, 02952, 016/ 1000
1x 300R M32, 32880, 03434, 018/ 1000
1x 400R M37, 03840, 04738, 020/ 1000
N 2 X Y R Y – a r m o u r w it h g a lv a n iz e d s t e ll w ir e s
2x 1. 5R E13, 028, 8397, 09/ 1000
2x 2. 5R E14, 048, 0455, 010/ 1000
2x 4. 0R E14, 576, 8524, 010/ 1000
2x 6. 0R E17, 5115, 2715, 012/ 1000
2x 10R E18, 5192, 0869, 012/ 1000
2x 16R E20, 5307, 01102, 012/ 1000
2x 25R M24, 5480, 01637, 014/ 1000
N 2 X Y R Y – a r m o u r w it h g a lv a n iz e d s t e ll w ir e s
3x 1. 5R E13, 543, 2429, 010/ 1000
3x 2. 5R E14, 572, 0498, 010/ 1000
3x 4. 0R E15, 5115, 2583, 010/ 1000
3x 6. 0R E18, 0172, 8800, 012/ 1000
3x 10R E19, 5288, 0996, 012/ 1000
3x 16R E21, 5460, 01287, 014/ 1000
3x 25R M25, 5720, 01918, 014/ 1000
3x 35R M30, 01008, 02602, 014/ 500
3x 50S M31, 01440, 02771, 014/ 500
3x 70S M35, 02016, 03826, 016/ 500
3x 95S M38, 52736, 04849, 016/ 500
3x 120S M42, 53456, 06158, 016/ 500
3x 150S M47, 04320, 07356, 018/ 500
3x 185S M51, 55328, 08914, 020/ 500
3x 240S M57, 06912, 011082, 022/ 500
3x 300S M62, 511520, 013366, 024/ 500
N 2 X Y R Y – a r m o u r w it h g a lv a n iz e d s t e ll w ir e s
3x 25+ 16R M / R M26, 5873, 02135, 016/ 1000
3x 35+ 16R M / R M31, 01161, 02793, 014/ 500
3x 50+ 25S M / R M35, 51680, 03492, 016/ 500
3x 70+ 35S M / S M38, 52352, 04414, 016/ 500
3x 95+ 50S M / S M44, 03216, 06063, 018/ 500
3x 120+ 70S M / S M48, 04128, 07298, 018/ 500
3x 150+ 70S M / S M53, 04992, 08586, 022/ 500
3x 185+ 95S M / S M58, 06240, 010409, 024/ 500
3x 240+ 120S M / S M65, 58064, 012960, 024/ 500
3x 300+ 150S M / S M71, 512960, 015497, 024/ 450
N 2 X Y R Y – a r m o u r w it h g a lv a n iz e d s t e ll w ir e s
4x 1. 5R E14, 057, 6466, 010/ 1000
4x 2. 5R E15, 096, 0556, 010/ 1000
4x 4. 0R E16, 0153, 6657, 012/ 1000
4x 6. 0R E19, 0230, 4906, 012/ 1000
4x 10R E21, 0384, 01160, 014/ 1000
4x 16R E23, 5614, 01669, 014/ 1000
4x 25R M27, 5960, 02289, 016/ 1000
4x 35R M33, 01344, 03153, 014/ 500
4x 50S M35, 51920, 03725, 016/ 500
4x 70S M38, 52688, 04759, 016/ 500
4x 95S M44, 03648, 06550, 018/ 500
4x 120S M48, 04608, 07817, 018/ 500
4x 150S M53, 05760, 09386, 020/ 500
4x 185S M58, 07104, 011342, 022/ 500
4x 240S M65, 59216, 014230, 024/ 500
4x 300S M74, 011520, 018205, 024/ 450

Specification Table 14

Technical Data:Cable Structure:
Conductor resistance at 20oC:according to VDE 0295 and IEC 60228 class 2Conductor:Cu or Al stranded compacted, according to IEC 60228 and VDE 0295 class 2
Core temperature, max:90 °C in continuous operation
Max. short circuit temperature:250 oC , not more than 5 sec
Inner semi-conductive layer:semi-conductive XLPE compound around conductor
MORE
Overload temperature:130oC /100h per year max.
Highest system voltage, Umax3.6/6 kV = max. 7.2 kV 6/10 kV = max. 12 kV 8.7/15 kV = max. 17.5 kV 12/20 kV = max. 24 kV 18/30 kV = max. 36 kV 20/35 kV = max. 42kV 20.8/36 kV = max. 42 kVInsulation:XLPE compoundDIX8 as per DIN VDE 0276-620 part 1.
Outer semi-conductive layer:semi-conductive XLPE compound around insulation
Warapping:Semi-conductive tape helicoidally wrapped
Metal screen:Cu wires concentrically laid and one contact of Cu tape with min. thickness of 0.1mm.
Optional metal screen:overlapping one or two Cu tapes
Test voltage = 3.5Uo(IEC60502-2); 3.5Uo(VDE 0276/HD620) AC (50Hz) – 5 min3.6/6 kV = 12.6 kV 6/10 kV = 21kV 8.7/15 kV = 30.45 kV 12/20 kV = 42 kV 18/30 kV = 63 kV 20/35 kV = 70kV 20.8/36 kV = 72.8 kVPE Sheath:PE compound type ST7 according to IEC 60502-2 type DMP 2 according to VDE 0276, black color
PVC Sheath:PVC mass type DMV6, red (or black) coloured
Available constructions:
Single Al core:1x(25 – 630)mm2
Single Cu core:1x(25 – 500)mm2
Level of partial discharge at 2*Uo:no more than 2pCStandard Cross section of metallic screen for conductor sizes:
Bending radius, min15xDcablefrom 25mm2 to 120 mm216mm2
Temperature of laying:no less than – 5 oC
from 150mm2 to 300mm225mm2
Dielectric factor of losses, 50 Hz:at 20°C, (0.8-3)x10-4
Spec.volume insulation resistanceat 20°C, min 1015 Ωx cmfrom 400mm2 to 630mm235mm2
Intensity of electric field:max. 6.9-5.3 kV/mmStandard shape of conductor RM – class 2 conductor acc. to IEC 60228 and VDE 0295 On Request:
Tests:according to IEC 60502-2 or DIN VDE 0276-620
Force of strain in laying, N max.Al cores – 30*S Cu cores – 50*S where: S is cross section of cores in mm2

Specification Table 15

Construction data: N2XSY, NA2XSY
Number of cores x Nominal Cross SectionNominal insulation thicknessNominal sheath thicknessOverall Diameter (Approx.)Copper weight (Approx.)Al weight (Approx.)Total Weight (Approx.)Packing: Cable coil or Drum
No x mm²mmmmmax.mmkg/kmkg/kmkg/kmm or N°/m
N2XSY 6/10kV
1x25RM/163.42.522.4408–80014/1000
1x35RM/163.42.524.4518–96014/1000
MORE
1x50RM/163.42.525662–116014/1000
1x70RM/163.42.527854–136016/1000
1x95RM/163.42.528.21094–160016/1000
1x120RM/163.42.529.51334–187016/1000
1x150RM/253.42.531.11723–227016/1000
1x185RM/253.42.532.62059–264018/1000
1x240RM/253.42.535.42587–321020/1000
1x300RM/253.42.537.13163–380020/1000
NA2XSY 6/10kV
1x35RM/163.42.524.418210170014/1000
1x50RM/163.42.52518214578016/1000
1x70RM/163.42.52718220389016/1000
1x95RM/163.42.528.218227699018/1000
1x120RM/163.42.529.518234811009/1000
1x150RM/253.42.531.128343513009/1000
1x185RM/253.42.532.6283537144010/1000
1x240RM/253.42.535.4283696168012/1000
1x300RM/253.42.537.1283870189012/1000
N2XSY 12/20kV
1x35RM/165.52.527.8518–110016/1000
1x50RM/165.52.529.3662–129016/1000
1x70RM/165.52.531.2854–154018/1000
1x95RM/165.52.532.51094–181018/1000
1x120RM/165.52.533.71334–208018/1000
1x150RM/255.52.535.41723–250020/1000
1x185RM/255.52.5372059–287020/1000
1x240RM/255.52.5402587–347020/1000
1x300RM/255.52.541.33163–408022/1000
NA2XSY 12/20kV
1x35RM/165.52.527.818210188016/1000
1x50RM/165.52.529.318214597016/1000
1x70RM/165.52.531.2182203109018/1000
1x95RM/165.52.532.5182276120018/1000
1x120RM/165.52.533.7182348131018/1000
1x150RM/255.52.535.4283435153020/1000
1x185RM/255.52.537283537168020/1000
1x240RM/255.52.540283696192020/1000
1x300RM/255.52.541.3283870215022/1000
N2XSY 20/35kV
1x35RM/169.02.534.8518–146020/1000
1x50RM/169.02.536.4662–166020/1000
1x70RM/169.02.538.2854–193020/1000
1x95RM/169.02.539.51094–222022/1000
1x120RM/169.02.540.71334–250022/1000
1x150RM/259.02.542.41723–293024/1000
1x185RM/259.02.543.92059–331024/1000
1x240RM/259.02.546.72587–395018/500
1x300RM/259.02.548.33163–458020/500
NA2XSY 20/35kV
1x35RM/169.02.534.8182101123020/1000
1x50RM/169.02.536.4182145134020/1000
1x70RM/169.02.538.2182203148020/1000
1x95RM/169.02.539.5182276161022/1000
1x120RM/169.02.540.7182348173022/1000

Specification Table 16

C onstruction da ta : N 2XSEY , NA 2XSEY
Number of cores x Nominal Cross S ectionNom inal insulation thicknessNom inal sheath thicknessOverall Diam eter (Approx.)Cu w eight (Approx.)Al w eight (Approx.)Total W eight (Approx.)Packing: Cable coil or Drum
No x mm²mmmmmax.mmkg/kmkg/kmkg/kmm or N°/m
N2X S EY 6/10kV
3x50RM /163.42.5481774–365024/1000
3x70RM /163.42.7532380–464020/500
MORE
3x95RM /163.42.8573132–558022/500
3x120RM /163.42.9603877–654024/500
3x150RM /253.43.0634768–772024/500
3x185RM /253.43.2675808–904024/500
3x240RM /253.43.4747424–1129022/250
3x300RM /253.43.4779203–1334024/250
NA 2X S EY 6/10kV
3x50RM /163.42.548297435268024/1000
3x70RM /163.42.753330609327020/500
3x95RM /163.42.857357827373022/500
3x120RM /163.42.9603781044420024/500
3x150RM /253.43.0634061305484024/500
3x185RM /253.43.2674281610544024/500
3x240RM /253.43.4744742038655022/250
3x300RM /253.43.4775022610750024/250

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LT & HT POWER CABLE

LOW VOLTAGE POWER CABLES WITH (PVC, PE and XLPE, HFFR) INSULATION used in power plants industrial and switching installations in secondary distribution networks LEAVE MESSAGE SEND E-MAIL

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