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  • 0.6/1kv Single-Multi-Core AL/CU Conductor PVC Insulated PVC Sheathed Power Cable(NYY,NAYY)
  • 0.6/1kv Single-Multi-Core AL/CU Conductor PVC Insulated PVC Sheathed Power Cable(NYY,NAYY)
  • 0.6/1kv Single-Multi-Core AL/CU Conductor PVC Insulated PVC Sheathed Power Cable(NYY,NAYY)

0.6/1kv Single-Multi-Core AL/CU Conductor PVC Insulated PVC Sheathed Power Cable

Core: 1,2,3,4,5,3+1,3+2,4+1, cores; Standard: IEC60502,IEC 60228 or other standard can customized

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  • Description
  • Parameter
 Application:
This product is suitable for ac 50HZ, it can be used in line with rated voltage of 0.6/1kv power transmission and distribution.unable to bear external mech-anical force and pressure.

Construction :
Single-Core:
1)Conductor : Copper or aluminum ,Class 1 or Class 2,solid or stranded conductors 
2)Insulation: Polyvinyl chloride PVC
3)Over sheath:Polyvinyl chloride PVC

Multi Core:
1)Conductor : Copper or aluminum ,Class 1 or Class 2,solid or stranded conductors 
2)Insulation: Polyvinyl chloride PVC
3)Filler:Non-hygroscopic material
4)Binder tape:Non-hygroscopic material
5)Over sheath:Polyvinyl chloride PVC

Specifications:
IEC 60228 Conductors of insulate cables
IEC 60502-1 Power cables with extruded insulation and their accessories for rated voltages from 1 kV(Um=1.2kV) up to 30kV(Um=36kV) - Part 1:Cables for rated voltages of 1 kV(Um=1.2kV) and 3 kV(Um=3.6kV) .
 
 NYY/NAYY 1 core 0.6/1kV
No. of cores and 
nominal cross section
Thickness of
 Insulation 
Thickness of 
Sheath
Approx. overall 
Diameter
Approx. weight 
(kg/km)
Max. DC resistance
 of conductor
20℃) (/km)
(mm2) (mm) (mm) (mm) CU AL CU AL
1X10 1.0  1.4 8.6 159  97  1.83 3.08
1X16 1.0  1.4 9.6 225  125  1.15 1.91
1X25 1.2  1.4 11.2 321  171  0.727 1.2
1X35 1.2  1.4 12.2 418  206  0.524 0.868
1X50 1.4  1.4 13.6 552  265  0.387 0.641
1X70 1.4  1.4 15.5 754  343  0.268 0.443
1X95 1.6  1.5 17.7 1020  453  0.193 0.32
1X120 1.6  1.5 19.1 1268  545  0.153 0.253
1X150 1.8  1.6 21 1584  675  0.124 0.206
1X185 2.0  1.7 23.3 1942  821  0.0991 0.164
1X240 2.2  1.8 26.2 2514  1044  0.0754 0.125
1x300 2.4  1.9 29 3127  1284  0.0601 0.1
1x400 2.6  2 32.3 4054  1638  0.047 0.0778
1x500 2.8  2.1 36.2 5164  2063  0.0366 0.0605
1X630 2.8  2.2 40 6431  2515  0.0283 0.0469

 NYY/NAYY 2 core 0.6/1kV
No. of cores and 
nominal cross section
Thickness of 
Insulation 
Thickness of 
Sheath
Approx. overall
 Diameter
Approx. weight
 (kg/km)
Max. DC resistance of 
conductor20℃)   (/km)
(mm2) (mm) (mm) (mm) CU AL CU AL
2X2.5 0.8 1.8 10.9 149  118  7.41 12.1
2X4 1 1.8 12.7 228  156  4.61 7.41
2X6 1 1.8 13.7 278  185  3.08 4.61
2X10 1 1.8  16.2  380  255  1.83 3.08
2X16 1 1.8  18.4  530  330  1.15 1.91
2X25 1.2 1.8  21.7  754  454  0.727 1.2
2X35 1.2 1.8  23.0  962  538  0.524 0.868
2X50 1.4 1.8  26.4  1274  699  0.387 0.641
2X70 1.4 1.9  29.7  1724  899  0.268 0.443
2X95 1.6 2.0  34.2  2333  1196  0.193 0.32
2X120 1.6 2.1  37.2  2886  1436  0.153 0.253
2X150 1.8 2.2  41.2  3601  1776  0.124 0.206
2X185 2 2.4  45.5  4415  2165  0.0991 0.164
               
 NYY/NAYY 3 core 0.6/1kV
No. of cores and 
nominal cross section
Thickness of 
Insulation 
Thickness of 
Sheath
Approx. overall 
Diameter
Approx. weight 
(kg/km)
Max. DC resistance of conductor20℃)   (/km)
(mm2) (mm) (mm) (mm) CU AL CU AL
3X2.5 0.8 1.8 11.4 184  137  7.41 12.1
3X4 1.0  1.8  13.3  263  188  4.61 7.41
3X6 1.0  1.8  14.5  337  224  3.08 4.61
3X10 1.0  1.8  17.1  495  307  1.83 3.08
3X16 1.0  1.8  19.5  703  403  1.15 1.91
3X25 1.2 1.8  23.1  1010  559  0.727 1.2
3X35 1.2 1.8  24.5  1311  673  0.524 0.868
3X50 1.4 1.8  28.2  1746  882  0.387 0.641
3X70 1.4 1.9  31.8  2390  1150  0.268 0.443
3X95 1.6 2.1  36.6  3247  1538  0.193 0.32
3X120 1.6 2.2  39.9  4034  1855  0.153 0.253
3X150 1.8 2.3  44.2  5044  2301  0.124 0.206
3X185 2 2.5  48.8  6191  2810  0.0991 0.164
3X240 2.2 2.7  55.0  8031  3597  0.0754 0.125
3X300 2.4 2.8  60.8  9989  4428  0.0601 0.1
 NYY/NAYY 4 core 0.6/1kV
No. of cores and 
nominal cross section
Thickness of
Insulation 
Thickness of 
Sheath
Approx. overall 
Diameter
Approx. weight 
(kg/km)
Max. DC resistance of conductor20℃)   (/km)
(mm2) (mm) (mm) (mm) CU AL CU AL
4X2.5 0.8 1.8 12.3 223  160  7.41 12.1
4X4 1 1.8  14.4  325  224  4.61 7.41
4X6 1 1.8  15.7  421  270  3.08 4.61
4X10 1 1.8  18.7  624  373  1.83 3.08
4X16 1 1.8  21.3  895  494  1.15 1.91
4X25 1.2 1.8  25.3  1293  692  0.727 1.2
4X35 1.2 1.8  26.9  1690  838  0.524 0.868
4X50 1.4 1.9  31.2  2271  1118  0.387 0.641
4X70 1.4 2.0  35.3  3117  1464  0.268 0.443
4X95 1.6 2.2  40.7  4241  1962  0.193 0.32
4X120 1.6 2.3  44.3  5276  2371  0.153 0.253
4X150 1.8 2.5  49.2  6603  2946  0.124 0.206
4X185 2 2.6  54.4  8111  3603  0.0991 0.164
4X240 2.2 2.9  61.3  10531  4619  0.0754 0.125
4X300 2.4 3.1  67.8  13109  5694  0.0601 0.1
 NYY/NAYY 5 core 0.6/1kV
No. of cores and 
nominal cross section
Thickness of
Insulation 
Thickness of 
Sheath
Approx. overall 
Diameter
Approx. weight 
(kg/km)
Max. DC resistance of conductor20℃)   (/km)
(mm2) (mm) (mm) (mm) CU AL CU AL
5X2.5 0.8 1.8  13.3  274  195.8  7.41 12.1
5X4 1 1.8  15.6  397  271.3  4.61 7.41
5X6 1 1.8  17.1  508  320.4  3.08 4.61
5X10 1 1.8  20.4  768  455.3  1.83 3.08
5X16 1 1.8  23.4  1095  593.7  1.15 1.91
5X25 1.2 1.8  27.9  1589  837.1  0.727 1.2
5X35 1.2 1.9  29.7  2091  1026.1  0.524 0.868
5X50 1.4 2.0  34.6  2818  1377.5  0.387 0.641
5X70 1.4 2.2  39.2  3873  1806.4  0.268 0.443
5X95 1.6 2.3  45.2  5275  2425.6  0.193 0.32
5X120 1.6 2.5  49.3  6567  2934.6  0.153 0.253
5X150 1.8 2.6  54.8  8222  3650.9  0.124 0.206
5X185 2 2.8  60.5  10104  4468.0  0.0991 0.164
5X240 2.2 3.1  68.3  13124  5734.5  0.0754 0.125
5X300 2.4 3.3  75.5  16342  7074.1  0.0601 0.1
 NYY/NAYY 3+1 core 0.6/1kV
No. of cores and 
nominal cross section
Thickness of 
Insulation 
Thickness of 
Sheath
Approx. overall 
Diameter
Approx. weight 
(kg/km)
Max. DC resistance of conductor20℃)   (/km)
(mm2) (mm) (mm) (mm) CU AL CU AL
3*4+1*2.5 1.0/0.8 1.8  13.9  500  217  4.61/7.41 7.41/12.1
3*6+1*4 1.0/1.0 1.8  15.4  397  259  3.08/4.61 4.61/7.41
3*10+1*6 1.0/1.0 1.8  18.0  573  347  1.83/3.08 3.08/4.61
3*16+1*10 1.0/1.0 1.8  20.7  827  464  1.15/1.83 1.91/3.08
3*25+1*16 1.2/1.0 1.8  24.4  1219  659  0.727/1.15 1.2/1.91
3*35+1*16 1.2/1.0 1.8  25.6  1502  764  0.524/1.15 0.868/1.91
3*50+1*25 1.4/1.2 1.9  29.8  2042  1025  0.387/0.727 0.641/1.2
3*70+1*35 1.4/1.2 2.0  33.3  2784  1323  0.268/0.524 0.443/0.868
3*95+1*50 1.6/1.4 2.1  38.4  3761  1765  0.193/0.387 0.32/0.641
3*120+1*70 1.6/1.4 2.2  42.2  4748  2145  0.153/0.268 0.253/0.443
3*150+1*70 1.8/1.4 2.4  45.9  5638  2537  0.124/0.268 0.206/0.443
3*185+1*95 2.0/1.6 2.5  51.0  7166  3207  0.0991/0.193 0.164/0.32
3*240+1*120 2.2/1.6 2.7  57.2  9193  4033  0.0754/0.153 0.125/0.253
3*300+1*150 2.4/1.8 2.9  63.3  11452  4980  0.0601/0.124 0.1/0.206
 NYY/NAYY 4+1 core 0.6/1kV
No. of cores and 
nominal cross section
Thickness of 
Insulation 
Thickness of 
Sheath
Approx. overall 
Diameter
Approx. weight 
(kg/km)
Max. DC resistance of conductor20℃)   (/km)
(mm2) (mm) (mm) (mm) CU AL CU AL
4*4+1*2.5 1.0/0.8 1.8  15.2  365  249  4.61/7.41 7.41/12.1
4*6+1*4 1.0/1.0 1.8  16.8  484  309  3.08/4.61 4.61/7.41
4*10+1*6 1.0/1.0 1.8  19.7  707  420  1.83/3.08 3.08/4.61
4*16+1*10 1.0/1.0 1.8  22.8  1026  563  1.15/1.83 1.91/3.08
4*25+1*16 1.2/1.0 1.8  27.0  1505  792  0.727/1.15 1.2/1.91
4*35+1*16 1.2/1.0 1.8  28.4  1883  932  0.524/1.15 0.868/1.91
4*50+1*25 1.4/1.2 2.0  33.2  2587  1282  0.387/0.727 0.641/1.2
4*70+1*35 1.4/1.2 2.1  37.3  3525  1648  0.268/0.524 0.443/0.868
4*95+1*50 1.6/1.4 2.3  43.1  4848  2245  0.193/0.387 0.32/0.641
4*120+1*70 1.6/1.4 2.4  47.3  6063  2731  0.153/0.268 0.253/0.443
4*150+1*70 1.8/1.4 2.5  51.6  7224  3229  0.124/0.268 0.206/0.443
4*185+1*95 2.0/1.6 2.7  57.5  9126  4042  0.0991/0.193 0.164/0.32
4*240+1*120 2.2/1.6 3.0  64.5  11778  5143  0.0754/0.153 0.125/0.253
4*300+1*150 2.4/1.8 3.2  71.4  14645  6342  0.0601/0.124 0.1/0.206
 NYY/NAYY 3+2 core 0.6/1kV
No. of cores and 
nominal cross section
Thickness of 
Insulation 
Thickness of 
Sheath
Approx. overall 
Diameter
Approx. weight 
(kg/km)
Max. DC resistance of conductor20℃)   (/km)
(mm2) (mm) (mm) (mm) CU AL CU AL
3*4+2*2.5 1.0/0.8 1.8  14.7  341  234  4.61/7.41 7.41/12.1
3*6+2*4 1.0/1.0 1.8  16.5  461  298  3.08/4.61 4.61/7.41
3*10+2*6 1.0/1.0 1.8  19.0  657  394  1.83/3.08 3.08/4.61
3*16+2*10 1.0/1.0 1.8  22.2  959  533  1.15/1.83 1.91/3.08
3*25+2*16 1.2/1.0 1.8  26.0  1399  739  0.727/1.15 1.2/1.91
3*35+2*16 1.2/1.0 1.8  27.0  1680  841  0.524/1.15 0.868/1.91
3*50+2*25 1.4/1.2 1.9  32.0  2331  1212  0.387/0.727 0.641/1.2
3*70+2*35 1.4/1.2 2.0  35.4  3162  1486  0.268/0.524 0.443/0.868
3*95+2*50 1.6/1.4 2.2  41.0  4318  2004  0.193/0.387 0.32/0.641
3*120+2*70 1.6/1.4 2.3  45.3  5498  2477  0.153/0.268 0.253/0.443
3*150+2*70 1.8/1.4 2.4  48.5  6379  2859  0.124/0.268 0.206/0.443
3*185+2*95 2.0/1.6 2.6  54.4  8168  3628  0.0991/0.193 0.164/0.32
3*240+2*120 2.2/1.6 2.8  60.7  10462  4570  0.0754/0.153 0.125/0.253
3*300+2*150 2.4/1.8 3.0  67.2  12956  5624  0.0601/0.124 0.1/0.206

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