PvBbShv, PvBbShvng, PvBbShvng-LS

TU U 27.3-38456790 - 015:2019
Power cables with plastic insulation
PvBbShv, PvBbShvng, PvBbShvng-LS
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PvBbShv, PvBbShvng, PvBbShvng-LS

Power cable (Class 1 & 2) with cross-linked polyethylene insulated cores, polyvinylchloride plasticate belt insulation, BbShv type protective coating, polyvinylchloride plasticate protective hose
Pv Cross-linked polyethylene insulation
Bb Steel tape armour
Shv Polyvinylchloride plasticate protective hose
ng Non-combustible
ng-LS Non-combustible, reduced smoke and gas release

Operating and installation requirements

  • Ambient temperature from -50°C to 50°C.
  • Relative humidity up to 98% at temperatures up to 35°C.
  • Cables can be laid without preheating at temperatures not lower than –15°C.
  • Minimum bending radius during installation should be not less than 10 outer diameters of a single core cable and 7.5 outer diameters of a multi-core cable.
  • Long-term temperature rise limits for cable cores should not exceed 70°C.
  • Temperature limit in the overload mode is max 90°C.
  • Rated alternating voltage up to 0.66 kV and up to 1kV.
  • Warranty service life is 5 years.
  • Service life is minimum 30 years

Wires intended use
PvBbShv, PvBbShvng, PvBbShvng-LS

Cables are intended for transmission and distribution of electric power in permanent equipment for 0.66 kV and 1 kV nominal AC voltage and 50 Hz frequency

Used for laying in the ground (in trenches), premises, tunnels, channels, partially flooded structures subject to various corrosive factors, as well as in the open air, if not exposed to significant tensile forces, but in the presence of mechanical damage risk during operation.

Conductor design
PvBbShv, PvBbShvng, PvBbShvng-LS

Core count Rated voltage, kV
0,66/1
Main cores nominal cross-section, mm2
1 16 - 50 16 - 240
2, 3, 4, 5 4 - 50 16 - 185

Design data for
PvBbShv, PvBbShvng, PvBbShvng-LSwires

Core nominal cross-section, mm2 Nominal thickness, mm Nominal cable diameter, mm Maximum cord resistance at 20°C, Ohm/km Minimum value of insulation resistance at 20°C, MOhm/km Calculated mass of 1 km cable, kg
insulation sheath PvBbShv
1х16 0,9 1,4 13,0 1,15 150 401
1х25 1,2 1,4 15,0 0,727 543
1х35 1,2 1,5 16,1 0,524 663
1х50 1,4 1,5 17,8 0,387 843
1х70 1,4 1,6 19,9 0,268 1047
1х95 1,6 1,7 22,0 0,193 1341
1х120 1,6 1,7 23,8 0,153 1604
1х150 1,8 1,8 25,9 0,124 1951
1х185 2,0 1,9 28,4 0,0991 2382
1х240 2,0 2,0 31,0 0,0754 2969
2х4 0,7 1,4 12,3 4,61 346
2х6 0,7 1,4 13,4 3,08 421
2х10 0,9 1,5 16,1 1,83 535
2х16 0,9 1,6 18,3 1,15 741
3х4,0 0,7 1,4 12,8 4,61 411
3х6,0 0,7 1,4 14,0 3,08 498
3х10 0,9 1,5 16,9 1,83 653
3х16 0,9 1,6 19,4 1,15 926
3х25 1,2 1,8 23,7 0,727 1333
3х35 1,2 1,8 26,2 0,524 1678
3х50 1,4 2,0 29,7 0,387 2232
3х70 1,4 2,1 34,3 0,268 2873
3х95 1,6 2,3 40,0 0,193 3729
3х120 1,6 2,4 43,8 0,153 4527
3х150 1,8 2,6 48,5 0,124 5532
3х185 2,0 2,8 53,7 0,0991 6794
3х240 2,0 2,9 59,6 0,0754 8632
4х4,0 0,7 1,4 13,8 4,61 477
4х6,0 0,7 1,4 15,1 3,08 587
4х10 0,9 1,6 18,4 1,83 775
4х16 0,9 1,7 21,1 1,15 1129
4х25 1,2 1,8 26,0 0,727 1642
4х35 1,2 1,9 28,7 0,524 2104
4х50 1,4 2,1 32,7 0,387 2836
4х70 1,4 2,2 37,9 0,268 3654
4х95 1,6 2,5 44,1 0,193 4770
4х120 1,6 2,6 48,4 0,153 5831
4х150 1,8 2,8 53,6 0,124 7116
4х185 2,0 2,9 59,5 0,0991 8821
4х240 2,0 3,1 66,0 0,0754 11196
5х4,0 0,7 1,4 14,8 4,61 551
5х6,0 0,7 1,5 16,3 3,08 678
5х10 0,9 1,6 20,1 1,83 931
5х16 0,9 1,7 23,0 1,15 1392
5х25 1,2 1,9 28,5 0,727 1984
5х35 1,2 2,0 31,6 0,524 2557
5х50 1,4 2,2 36,1 0,387 3485
5х70 1,4 2,4 43,1 0,268 4506
5х95 1,6 2,6 48,6 0,193 5947
5х120 1,6 2,8 53,5 0,153 7226
5х150 1,8 2,9 59,3 0,124 8892
5х185 2,0 3,2 65,9 0,0991 999

Note: Calculated and nominal data can deviate from the actual data.
Identification markings meet fire safety requirements under DSTU 4809:2007
PvBbShv – PB 100000000
PvBbShvng – PB 120000000
PvBbShvng-LS – PB 123111000

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