To find out the cost of the cable, send the order code to our managers.
Delivery is carried out as soon as possible after the order is placed.
Installation wires of the PuV and AsPuV brands, including those with reduced fire hazard, are used for electrical installations. They are designed for stationary wiring in lighting and power networks, as well as for mounting electrical equipment, machines, mechanisms, and tools with a nominal AC voltage of up to 450/750 V, a frequency of up to 400 Hz, or a DC voltage of up to 1000 V.
Flexible wires and cords of the PVS and SHVVP brands, with insulation and a sheath made of polyvinyl chloride plastic, are designed for connecting household electrical machines and appliances with a nominal voltage of up to 380/660 V.
Wires of the PV and APV brands, with polyvinyl chloride insulation for electrical installations, are designed for stationary wiring in lighting and power networks, as well as for mounting electrical equipment, machines, mechanisms, and tools
with a nominal voltage of up to 660 V at a frequency of up to 400 Hz or a DC voltage of up to 1000 V.
Wires of the PuV, AsPuV, PV, and APV brands can be installed in steel pipes, ducts, trays, and other structures, for wiring electrical circuits, under plaster, in concrete, brickwork, voids of building structures, as well as openly on walls and ceilings, and in other constructions.
Wires of the PVS and SHVVP brands can be used for electrical appliances and power tools for home maintenance and repair, washing machines, refrigerators, small-scale mechanization equipment for gardening and horticulture, and for manufacturing extension cords, including bundled installations.
The conductive cores of PuV, PVS, SHVVP, and PV wires are made of annealed copper wire and comply with classes 1, 2, 3, 4, or 5 according to GOST 22483 (depending on the wire brand).
The conductive cores of AsPuV and APV wires are made of aluminum or aluminum alloy wire and comply with classes 1, 2, or 5 according to GOST 22483 (depending on the wire brand).
By agreement with the customer, wires with a different number of cores may be manufactured.
| Designation of wire brands | Number of cores | Nominal cross-section of the conductive core, mm² | Core class according to GOST 22483 |
| PuV, PuVng(A)-LS, PuVng(A)-LSLTx | 1 | 0.5 – 10.0 | 1 |
| 16.0 – 400.0 | 2 | ||
| PuGV, PuGVng(A)-LS, PuGVng(A)-LSLTx | 1 | 0.5 – 400.0 | 5 |
| PVS, PVSng(A), PVSng(A)-LS | 1-5 | 0.75 – 2.5 | 5 |
| SHVVP, SHVVPng(A), SHVVPng(A)-LS | 2-3 | 0.5 – 0.75 | 5 |
| APV, AsPV, AsPuV, AsPuVng(A)-LS | 1 | 2.5 – 240.0 | 1-2 |
| AsPuGV, AsPuGVng(A)-LS | 1 | 0.75 – 400.0 | 5 |
| PV1, PV2 | 1 | 0.5 – 950 | 1-2 |
| PV3, PV4, PVng(A) | 1 | 0.5 – 95.0 | 3-4 |
| PPV, APPV, AsPPV | 2-3 | 1.5 – 10.0 | 1 |
The core insulation can be made of:
“B” – polyvinyl chloride plastic, including low-combustible, low-fire-hazard, and low-toxicity combustion products.
The core insulation is extruded, closely adheres to the conductors, and is free of foreign inclusions. The outer surface of the insulation is smooth, without dents, bubbles, or cracks that would cause the insulation thickness to exceed permissible deviations.
Wires of brands PPV, APPV, and AsPPV with conductors laid parallel in a single plane are insulated with a separating tape base.
| Number of conductors in the cable, pcs | Insulation color of the conductor | |
| Wires and cords with a grounding conductor | Wires and cords without a grounding conductor | |
| 2 | – | Blue, brown |
| 3 | Green-yellow, blue, brown | Blue, black, brown |
| 4 | Green-yellow, blue, black, brown | Blue, black, brown, black or brown |
| 5 | Green-yellow, blue, black, brown, black or brown | Blue, black, brown, black or brown, black or brown |
The coloring is either solid or applied by two longitudinal stripes on natural-colored insulation, positioned diametrically.
| Color | Designation |
| White, natural, or gray | B |
| Yellow, orange, or violet | Zh |
| Red or pink | K |
| Blue or light blue | S |
| Green | Z |
| Brown | Kch |
| Green-yellow | Zh-Z |
The insulated cores of PVS wires are twisted without a filler.
A sheath is applied to the twisted insulated cores:
– for PVS wires, the sheath is made of polyvinyl chloride plastic.
– for PVSng(A) wires, the sheath is made of low-combustibility polyvinyl chloride plastic.
– for PVSng(A)-LS wires, the sheath is made of low-fire-hazard polyvinyl chloride plastic with reduced smoke and gas emissions.
The sheath is applied with filler between the cores, giving the wire a round shape.
A sheath is applied to the parallel-laid insulated cores:
– for SHVVP cords, the sheath is made of polyvinyl chloride plastic.
– for SHVVPng(A) cords, the sheath is made of low-combustibility polyvinyl chloride plastic.
– for SHVVPng(A)-LS cords, the sheath is made of low-fire-hazard polyvinyl chloride plastic with reduced smoke and gas emissions.
The sheath must be easily separable from the core insulation.
The sheath must be easily separable from the conductor insulation.
| Brand | Sheath color |
| PVS, PVSng(A), PVSng(A)-LS, ShVVP, ShVVPng(A), ShVVPng(A)-LS | White, light blue, blue, yellow, orange, green, brown, gray, red, black |
| By default, the sheath color is white | |
Manufacturing of cables upon agreement with the customer:
- with a different number and nominal cross-section of conductors;
- with a different class of conductive conductors;
- with colored insulation (red, white, blue, or other colors);
- with a colored outer sheath (red, white, blue, or other colors);
- with flexible aluminum alloy conductive conductors.
| Sheath material designation | Fire hazard rating | Description of sheath material, cable type according to fire hazard rating (as per GOST 31565-2012) |
| V | (no index) | Sheath made of PVC plasticates, does not propagate combustion in single installation |
| ng(A) | Sheath made of low-flammability PVC plasticate, does not propagate combustion in group installation of category A | |
| ng(A)-LS | Sheath made of low fire-hazard PVC plasticate, does not propagate combustion in group installation of category A, with reduced smoke and gas emissions | |
| ng(A)-LSLTx | Sheath made of low fire-hazard PVC plasticate, does not propagate combustion in group installation of category A, with reduced smoke and gas emissions, and low toxicity of combustion products |
| Name | Specifications |
| Nominal voltage of PuV, AsPuV wires | – AC voltage with a nominal frequency up to 400 Hz: 450/750 V – DC voltage up to 1000 V |
| Nominal voltage of PVS, ShVVP wires | – up to 380 V for 380/380 V systems (ShVVP) – up to 380 V for 380/660 V systems (PVS) |
| Nominal voltage of PV, APV wires | – AC voltage with a nominal frequency up to 400 Hz: 660 V – DC voltage up to 1000 V |
| Insulation resistance during operation, recalculated per 1 km length at t=+20 °C, not less than | – 5 MΩ (except PVS and ShVVP) |
| Insulation resistance, recalculated per 1 km length at t=+70 °C (for PVS wires), not less than | – 0.011 MΩ for 0.75 mm² section; – 0.010 MΩ for sections from 1.0÷1.5 mm²; – 0.009 MΩ for 2.5 mm² section. |
| Insulation resistance, recalculated per 1 km length at t=+70 °C (for ShVVP wires), not less than | – 0.012 MΩ for 0.5 mm² section; – 0.010 MΩ for 0.75 mm² section. |
| Electrical resistance of conductive cores at t=+20 °C, not more than | complies with GOST 22483-2021 |
| Testing of wires with AC voltage at 50 Hz in water (5 min): | – 2000 V (for PV and APV) |
| Testing of wires with AC voltage at 50 Hz without immersion in water (5 min): | – 2000 V (for PVS and ShVVP); – 2500 V (for all others). |
| Ambient temperature, upper limit | +40 °C (for PVS and ShVVP); +50 °C (for all others). |
| Ambient temperature, lower limit | -50 °C; -25 °C (for PVS and ShVVP). |
| Installation temperature, not lower than | -15 °C |
| Maximum operating temperature of the conductor | +70 °C |
| Minimum permissible bending radius of cables: | 5 calculated outer diameters for PV2, PV3, PV4, PVng wires. 10 calculated outer diameters for all others. |
| Service life of cables, not less than | 20 years (for PuV and AsPuV); 15 years (for PV and APV); 10 years under stationary operating conditions (for PVS and ShVVP); 6 years under other operating conditions (for PVS and ShVVP). |
| Warranty period of operation, not less than | 3 years (for PuV and AsPuV); 2 years (for all others). |
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