ПвВГнг(А)-ХЛ (PvVGng(A)-KhL) – Russian analogue of N2XY Cold Resistance Flame Retardant АПвВГнг(А)-ХЛ (APvVGng(A)-KhL) – Russian analogue of NA2XY Cold Resistance Flame Retardant ПвВГ-Пнг(А)-ХЛ (PvVG-Png(A)-KhL) – Russian analogue of N2XIFY Cold Resis tance Flame Retardant АПвВГ-Пнг(А)-ХЛ (APvVG-Png(A)-KhL) – Russian analogue of NA2XIFY Cold Resistance Flame Retardant ПвВГЭнг(А)-ХЛ (PvVGEng(A)-KhL) – Russian analogue of N2XCY Cold Resistance Flame Retardant АПвВГЭнг(А)-ХЛ (APvVGEng(A)-KhL) – Russian analogue of NA2XCY Cold Resis tance Flame Retardant ПвБШвнг(А)-ХЛ (PvBShvng(A)-KhL) – Russian analogue of N2XBY Cold Resis tance Flame Retardant АПвБШвнг(А)-ХЛ (APvBShvng(A)-KhL) – Russian analogue of NA2XBY Cold Resis tance Flame Retardant ПвБаШвнг(А)-ХЛ (PvBaShvng(A)-KhL) – Russian analogue of N2XB(Al)Y Cold Resistance Flame Retardant АПвБаШвнг(А)-ХЛ (APvBaShvng(A)-KhL) – Russian analogue of NA2XB(Al)Y Cold Resistance Flame Retardant ПвКШвнг(А)-ХЛ (PvKShvng(A)-KhL) – Russian analogue of N2XRY Cold Resis tance Flame Retardant АПвКШвнг(А)-ХЛ (APvKShvng(A)-KhL) – Russian analogue of NA2XRY Cold Resis tance Flame Retardant ПвКаШвнг(А)-ХЛ (PvKaShvng(A)-KhL) – Russian analogue of N2XR(Al)Y Cold Resistance Flame Retardant АПвКаШвнг(А)-ХЛ (APvKaShvng(A)-KhL) – Russian analogue of NA2XR(Al)Y Cold Resistance Flame Retardant

PvVGng(A)-KhL, APvVGng(A)-KhL, PvVG-Png(A)-KhL, APvVG-Png(A)-KhL, PvVGEng(A)-KhL, APvVGEng(A)-KhL, PvBShvng(A)-KhL, APvBShvng(A)-KhL, PvBaShvng(A)-KhL, APvBaShvng(A)-KhL, PvKShvng(A)-KhL, APvKShvng(A)-KhL, PvKaShvng(A)-KhL, APvKaShvng(A)-KhL

specifications 16.K121-017-2011

Construction Application area Technical data Calculated data To order
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Conductor

Copper or aluminum core of circular of sector-shaped form, of the 1 or 2 class according to GOST 22483.

Insulation

XLPE (color coded conductor).

Core arrangement and twisting

Insulated conductors of multi-core cables are twisted. It is allowed to manufacture cables with SZ-stranding.

In cables of types PvVG-Png (A)KhL, APvVG-Png (A)KhL conductors are situated in parallel in flat formation.

Inner sheath

PVC-compound or PVC-compound of low flammability is manufactured with the extrusion with filling of exterior gaps between insolated conductors (for cables with nominal cross-section to 16 mm2 inclusive the inner sheath may be without any filling.

Screen

For cables of types PvVGEng (A)KhL, APvVGEng (A)KhL is made of copper tapes or copper wires and a spiral taping with a copper tape.

Taping

It is allowed to lay a separation layer of fiberglass on top of the screen. It is possible to lay water-blocking tape instead of the above one, that is stipulated in the order, in this case letter ‘’F’’ is entered in the designation of the cable.

Cable armoring

For cables of types PvBShvng (A)KhL, APvBShvng (A)KhL is laid helically with two steel, galvanized tapes.

For cables of types PvKShvng (A)KhL, APvKShvng (A)KhL is laid helically with steel, galvanized wires.

For cables of types PvBaShvng (A)KhL, APvBaShvng (A)KhL is laid helically with two aluminum tapes .

For cables of types PvKaShvng (A)KhL, APvKaShvng (A)KhL the armor is laid with aluminum wires.

Cable sheath or jacket

PVC-compound of low flammability

The cables are designed for transmission and distribution of electric energy in stationary electric installations on alternating voltage 0,66 and 1 kV and frequency 50 Hz.

The cables are used for group installation in cable lines in cable constructions, open-air electrical installations (cable overpasses, arcades).

The cables armored with steel, galvanized wires or wires of aluminum or aluminum alloy are designed for laying on the route, where the tensile forces during exploration are possible, including for installation in seismically active areas, in conditions of permafrost and areas, subjected to offset soil, in bulk and dry soils.

While manufacturing the cables one uses the materials, which allow the cables to be resistant to low temperatures up to – 600C (degrees below zero) are used.

The class of fire hazard of the cables according to GOST 31565 П1б.8.2.5.4.

Nominal voltage, kV 0,66 or 1
Ambient temperature during cable operation, °С from – 60 to + 50
Minimum bending radius, diameters of cable for multi-wire 7,5
for single-wire 10
The cables are laid at temperature (without preheat), °С, not below - 15

TABLE 1

Nominal voltage of the cables, number and nominal cross-section of current - carrying conductor

* – for operation in DC voltage only

Type of cable Number of conductors Nominal cross-section of main conductors, mm2
Nominal voltage, kV
0,66 1
PvVGng(A)-KhL, PvVGEng(A)-KhL, PvBaShvng(A)-KhL, PvKaShvng(A)-KhL 1 1,5 – 50 1,5 – 1000
APvVGng(A)-KhL, APvVGEng(A)-KhL, APvBaShvng(A)-KhL, APvKaShvng(A)-KhL 2,5 – 50 2,5 – 1000
PvBShvng(A)-KhL, PvKShvng(A)-KhL (1,5 – 1000)*
APvBShvng(A)-KhL, APvKShvng(A)-KhL (2,5 – 1000)*
PvVGng(A)-KhL, PvVGEng(A)-KhL 2, 3, 4, 5, 6 1,5 – 50 1,5 – 400
APvVGng(A)-KhL, APvVGEng(A)-KhL 2,5 – 50 2,5 - 400
PvBShvng(A)-KhL, PvKShvng(A)-KhL, PvKaShvng(A)-KhL 1,5 – 50 1,5 – 400
APvBShvng(A)-KhL, APvKShvng(A)-KhL, APvKaShvng(A)-KhL 2,5 – 50 2,5 - 400
PvVG-Png(A)-KhL 2, 3 1,5 – 16 1,5 – 16
APvVG-Png(A)-KhL 2,5 – 16 2,5 – 16

 

TABLE 2

Cross-section of copper wires

Designation Nominal cross-section of main conductors, mm2
Main conductors 1,5 2,5 4 6 10 16 25 35
Screen 1,5 2,5 4 6 10 16 16 16
Designation Nominal cross-section of main conductors, mm2
Main conductors 50 70 95 120 150 185 240 300 400
Screen 25 35 50 70 70 95 120 150 185

To make an order

You can pre-order the products. After the receipt of your order a specialist of our company will contact you and offer the best delivery conditions.

«*»- required fields