ВВГЭнг(А)-LS (VVGEng(A)-LS)– Russian analogue of NYCY, NYCWY Flame Retardant Low Smoke
SCOPE AND PURPOSE
The cables are designed for transmission and distribution of electric energy in stationary electric installations on alternating voltage 0,66; 1 and 3 kV and frequency 50 Hz or correspondingly direct voltage 1; 1.5 and 4.5 kV
The cables are manufactured for general industrial application ant nuclear power stations. The cables do not spread combustion in group laying.
The cables are designed for use in cable structures and premises, including the objects where nuclear energy is used in the AC systems of classes 3 and 4 according to classification ОПБ-88 (ПНАЭ Г–01-011- 97).
The class of fire hazard of the cables according to GOST 31565 П1б.8.2.2.2.
STRUCTURE
Conductor
Copper , single-wire or multi-wire core, of circular or sector-shaped form, of the 1 or 2 class according to GOST 22483.
Insulation
PVC-compound of low flammability (color coded conductor).
Core arrangement
Insulated conductors of 2, 3, 4 and 5 core cables twisted in cable core.
Inner sheath
PVC-compound of low flammability, it is made with the filling of outer gaps between conductors.
Screen
Copper tapes or copper wires and helicon taping with a copper tape.
Cable sheath
PVC-compound of low fire hazard
| Number of conductors, nominal cross-section (mm2), construction, voltage (kV) | Calculated diameter of cable, mm | Calculated weight of cable, kg/km | |
| VVGEng(A)-LS 2х1,5ок(N)-0,66 | 11,7 | 245 | |
| VVGEng(A)-LS 2х2,5ок(N)-0,66 | 12,5 | 288 | |
| VVGEng(A)-LS 2х4ок(N)-0,66 | 13,8 | 363 | |
| VVGEng(A)-LS 2х6ок(N)-0,66 | 14,8 | 434 | |
| VVGEng(A)-LS 2х10ок(N)-0,66 | 17,4 | 617 | |
| VVGEng(A)-LS 2х16ок(N)-0,66 | 19,2 | 797 | |
| VVGEng(A)-LS 2х25ок(N)-0,66 | 22,3 | 1116 | |
| VVGEng(A)-LS 2х35ок(N)-0,66 | 24,6 | 1415 | |
| VVGEng(A)-LS 2х50ок(N)-0,66 | 27,6 | 1808 | |
| VVGEng(A)-LS 3х1,5ок(N,PE)-0,66 | 12,1 | 269 | |
| VVGEng(A)-LS 3х2,5ок(N,PE)-0,66 | 12,9 | 321 | |
| VVGEng(A)-LS 3х4ок(N,PE)-0,66 | 14,4 | 413 | |
| VVGEng(A)-LS 3х6ок(N,PE)-0,66 | 15,4 | 501 | |
| VVGEng(A)-LS 3х10ок(N,PE)-0,66 | 18,2 | 726 | |
| VVGEng(A)-LS 3х16ок(N,PE)-0,66 | 20,1 | 957 | |
| VVGEng(A)-LS 3х25ок(N,PE)-0,66 | 23,7 | 1374 | |
| VVGEng(A)-LS 3х35ок(N,PE)-0,66 | 26 | 1742 | |
| VVGEng(A)-LS 3х50ок(N,PE)-0,66 | 29,1 | 2244 | |
| VVGEng(A)-LS 4х1,5ок(N)-0,66 | 12,8 | 304 | |
| VVGEng(A)-LS 4х2,5ок(N)-0,66 | 13,7 | 368 | |
| VVGEng(A)-LS 4х4ок(N)-0,66 | 15,3 | 479 | |
| VVGEng(A)-LS 4х6ок(N)-0,66 | 16,5 | 592 | |
| VVGEng(A)-LS 4х10ок(N)-0,66 | 19,6 | 869 | |
| VVGEng(A)-LS 4х16ок(N)-0,66 | 21,8 | 1160 | |
| VVGEng(A)-LS 4х25ок(N)-0,66 | 25,9 | 1699 | |
| VVGEng(A)-LS 4х35ок(N)-0,66 | 28,3 | 2150 | |
| VVGEng(A)-LS 4х50ок(N)-0,66 | 31,8 | 2784 | |
| VVGEng(A)-LS 5х1,5ок(N,PE)-0,66 | 13,6 | 345 | |
| VVGEng(A)-LS 5х2,5ок(N,PE)-0,66 | 14,6 | 422 | |
| VVGEng(A)-LS 5х4ок(N,PE)-0,66 | 16,4 | 558 | |
| VVGEng(A)-LS 5х6ок(N,PE)-0,66 | 17,9 | 701 | |
| VVGEng(A)-LS 5х10ок(N,PE)-0,66 | 21,2 | 1026 | |
| VVGEng(A)-LS 5х16ок(N,PE)-0,66 | 23,8 | 1394 | |
| VVGEng(A)-LS 5х25ок(N,PE)-0,66 | 28,2 | 2034 | |
| VVGEng(A)-LS 5х35ок(N,PE)-0,66 | 30,8 | 2591 | |
| VVGEng(A)-LS 5х50ок(N,PE)-0,66 | 35,2 | 3411 | |
| VVGEng(A)-LS 2х1,5ок(N)-1 | 12,5 | 276 | |
| VVGEng(A)-LS 2х2,5ок(N)-1 | 13,3 | 320 | |
| VVGEng(A)-LS 2х4ок(N)-1 | 15 | 416 | |
| VVGEng(A)-LS 2х6ок(N)-1 | 16 | 489 | |
| VVGEng(A)-LS 2х10ок(N)-1 | 17,8 | 638 | |
| VVGEng(A)-LS 2х16ок(N)-1 | 19,6 | 820 | |
| VVGEng(A)-LS 2х25ок(N)-1 | 22,7 | 1143 | |
| VVGEng(A)-LS 2х35ок(N)-1 | 25 | 1445 | |
| VVGEng(A)-LS 2х50ок(N)-1 | 28 | 1841 | |
| VVGEng(A)-LS 3х1,5ок(N,PE)-1 | 13 | 303 | |
| VVGEng(A)-LS 3х2,5ок(N,PE)-1 | 13,8 | 355 | |
| VVGEng(A)-LS 3х4ок(N,PE)-1 | 15,7 | 470 | |
| VVGEng(A)-LS 3х6ок(N,PE)-1 | 16,9 | 573 | |
| VVGEng(A)-LS 3х10ок(N,PE)-1 | 18,6 | 748 | |
| VVGEng(A)-LS 3х16ок(N,PE)-1 | 20,6 | 982 | |
| VVGEng(A)-LS 3х25ок(N,PE)-1 | 24,1 | 1403 | |
| VVGEng(A)-LS 3х35ок(N,PE)-1 | 26,4 | 1774 | |
| VVGEng(A)-LS 3х50ок(N,PE)-1 | 29,5 | 2279 | |
| VVGEng(A)-LS 4х1,5ок(N)-1 | 13,8 | 343 | |
| VVGEng(A)-LS 4х2,5ок(N)-1 | 14,7 | 407 | |
| VVGEng(A)-LS 4х4ок(N)-1 | 17 | 558 | |
| VVGEng(A)-LS 4х6ок(N)-1 | 18,2 | 675 | |
| VVGEng(A)-LS 4х10ок(N)-1 | 20,1 | 896 | |
| VVGEng(A)-LS 4х16ок(N)-1 | 22,3 | 1191 | |
| VVGEng(A)-LS 4х25ок(N)-1 | 26,4 | 1734 | |
| VVGEng(A)-LS 4х35ок(N)-1 | 28,7 | 2187 | |
| VVGEng(A)-LS 4х50ок(N)-1 | 32,3 | 2827 | |
| VVGEng(A)-LS 5х1,5ок(N,PE)-1 | 14,7 | 390 |
| Number of conductors, nominal cross-section (mm2), construction, voltage (kV) | Calculated diameter of cable, mm | Calculated weight of cable, kg/km | |
| VVGEng(A)-LS 5х2,5ок(N,PE)-1 | 15,7 | 469 | |
| VVGEng(A)-LS 5х4ок(N,PE)-1 | 18,2 | 648 | |
| VVGEng(A)-LS 5х6ок(N,PE)-1 | 19,6 | 784 | |
| VVGEng(A)-LS 5х10ок(N,PE)-1 | 21,7 | 1057 | |
| VVGEng(A)-LS 5х16ок(N,PE)-1 | 24,4 | 1429 | |
| VVGEng(A)-LS 5х25ок(N,PE)-1 | 28,7 | 2075 | |
| VVGEng(A)-LS 5х35ок(N,PE)-1 | 31,4 | 2634 | |
| VVGEng(A)-LS 5х50ок(N,PE)-1 | 35,7 | 3461 | |
| VVGEng(A)-LS 1х70мк-1 | 16,1 | 845 | |
| VVGEng(A)-LS 1х95мк-1 | 18,5 | 1145 | |
| VVGEng(A)-LS 1х120мк-1 | 19,9 | 1386 | |
| VVGEng(A)-LS 1х150мк-1 | 22,3 | 1690 | |
| VVGEng(A)-LS 1х185мк-1 | 25,1 | 2103 | |
| VVGEng(A)-LS 1х240мк-1 | 27,8 | 2679 | |
| VVGEng(A)-LS 2х70мс(N)-1 | 26,7 | 1992 | |
| VVGEng(A)-LS 2х95мс(N)-1 | 30,1 | 2616 | |
| VVGEng(A)-LS 2х120мс(N)-1 | 32,4 | 3152 | |
| VVGEng(A)-LS 2х150мс(N)-1 | 35,6 | 3832 | |
| VVGEng(A)-LS 2х185мс(N)-1 | 38,8 | 4655 | |
| VVGEng(A)-LS 2х240мс(N)-1 | 43,2 | 5925 | |
| VVGEng(A)-LS 3х70мс(N,PE)-1 | 31,1 | 2803 | |
| VVGEng(A)-LS 3х95мс(N,PE)-1 | 35,8 | 3779 | |
| VVGEng(A)-LS 3х120мс(N,PE)-1 | 38,3 | 4541 | |
| VVGEng(A)-LS 3х150мс(N,PE)-1 | 41,8 | 5482 | |
| VVGEng(A)-LS 3х185мс(N,PE)-1 | 46,3 | 6773 | |
| VVGEng(A)-LS 3х240мс(N,PE)-1 | 51,4 | 8610 | |
| VVGEng(A)-LS 4х70мс(N)-1 | 35,7 | 3697 | |
| VVGEng(A)-LS 4х95мс(N)-1 | 40,4 | 4912 | |
| VVGEng(A)-LS 4х120мс(N)-1 | 43,6 | 5946 | |
| VVGEng(A)-LS 4х150мс(N)-1 | 48 | 7241 | |
| VVGEng(A)-LS 4х185мс(N)-1 | 52,6 | 8856 | |
| VVGEng(A)-LS 4х240мс(N)-1 | 59,2 | 11401 |
| Number of conductors, nominal cross-section (mm2), construction, voltage (kV) | Calculated diameter of cable, mm | Calculated weight of cable, kg/km | |
| VVGEng(A)-LS 5х70мс(N,PE)-1 | 39,4 | 4429 | |
| VVGEng(A)-LS 5х95мс(N,PE)-1 | 45,3 | 5978 | |
| VVGEng(A)-LS 5х120мс(N,PE)-1 | 48,8 | 7227 | |
| VVGEng(A)-LS 5х150мс(N,PE)-1 | 53,5 | 8786 | |
| VVGEng(A)-LS 5х185мс(N,PE)-1 | 59 | 10820 | |
| VVGEng(A)-LS 5х240мс(N,PE)-1 | 66,8 | 13998 | |
| VVGEng(A)-LS 2х70мс/35(N)-1 | 29,3 | 2269 | |
| VVGEng(A)-LS 2х95мс/50(N)-1 | 33,4 | 2995 | |
| VVGEng(A)-LS 2х120мс/70(N)-1 | 36,4 | 3720 | |
| VVGEng(A)-LS 2х150мс/70(N)-1 | 39,2 | 4335 | |
| VVGEng(A)-LS 2х185мс/95(N)-1 | 43,1 | 5336 | |
| VVGEng(A)-LS 2х240мс/120(N)-1 | 48,3 | 6835 | |
| VVGEng(A)-LS 3х70мс/35(N,PE)-1 | 34,1 | 3105 | |
| VVGEng(A)-LS 3х95мс/50(N,PE)-1 | 39,1 | 4133 | |
| VVGEng(A)-LS 3х120мс/70(N,PE)-1 | 41,9 | 5065 | |
| VVGEng(A)-LS 3х150мс/70(N,PE)-1 | 45,8 | 5997 | |
| VVGEng(A)-LS 3х185мс/95(N,PE)-1 | 50,6 | 7407 | |
| VVGEng(A)-LS 3х240мс/120(N,PE)-1 | 56,6 | 9496 | |
| VVGEng(A)-LS 4х70мс/35 (N)-1 | 38,3 | 3951 | |
| VVGEng(A)-LS 4х95мс/50(N)-1 | 43,8 | 5241 | |
| VVGEng(A)-LS 4х120мс/70(N)-1 | 47,6 | 6500 | |
| VVGEng(A)-LS 4х150мс/70(N)-1 | 51,6 | 7669 | |
| VVGEng(A)-LS 4х185мс/95(N)-1 | 57,3 | 9507 | |
| VVGEng(A)-LS 4х240мс/120(N)-1 | 63,9 | 12177 | |
| VVGEng(A)-LS 5х70мс/35(N,PE)-1 | 42 | 4698 | |
| VVGEng(A)-LS 5х95мс/50(N,PE)-1 | 48,7 | 6322 | |
| VVGEng(A)-LS 5х120мс/70(N,PE)-1 | 52,4 | 7735 | |
| VVGEng(A)-LS 5х150мс/70(N,PE)-1 | 57,5 | 9240 | |
| VVGEng(A)-LS 5х185мс/95(N,PE)-1 | 63,3 | 11411 | |
| VVGEng(A)-LS 5х240мс/120(N,PE)-1 | 71,6 | 14791 |