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They are used for stationary laying in the ground (in trenches) regardless of the degree of corrosion activity of soils and waters. It is allowed to be laid in the air without protection from solar radiation, including in cable structures, provided that additional fire protection measures are provided, for example, the application of fire-resistant coatings. Cables are laid on routes without limiting the difference in levels.

Power cables with cross-linked polyethylene insulation, designed for the transmission and distribution of electrical energy in stationary installations, at an alternating voltage of 10, 20.35 kV with a frequency of 50 Hz for networks with an isolated or grounded neutral.

They are used for stationary laying in the ground (in trenches) regardless of the degree of corrosion activity of soils and waters. It is allowed to be laid in the air without protection from solar radiation, including in cable structures, provided that additional fire protection measures are provided, for example, the application of fire-resistant coatings. Cables are laid on routes without limiting the difference in levels.

Power cables with cross-linked polyethylene insulation, designed for the transmission and distribution of electrical energy in stationary installations, at an alternating voltage of 10, 20.35 kV with a frequency of 50 Hz for networks with an isolated or grounded neutral.

Power cables with cross-linked polyethylene insulation, designed for the transmission and distribution of electrical energy in stationary installations, at an alternating voltage of 10, 20.35 kV with a frequency of 50 Hz for networks with an isolated or grounded neutral.

They are used for stationary laying in the ground (in trenches) regardless of the degree of corrosion activity of soils and waters. It is allowed to be laid in the air without protection from solar radiation, including in cable structures, provided that additional fire protection measures are provided, for example, the application of fire-resistant coatings. Cables are laid on routes without limiting the difference in levels.

They are used for stationary laying in the ground (in trenches) regardless of the degree of corrosion activity of soils and waters. It is allowed to be laid in the air without protection from solar radiation, including in cable structures, provided that additional fire protection measures are provided, for example, the application of fire-resistant coatings. Cables are laid on routes without limiting the difference in levels.

Power cables with cross-linked polyethylene insulation, designed for the transmission and distribution of electrical energy in stationary installations, at an alternating voltage of 10, 20.35 kV with a frequency of 50 Hz for networks with an isolated or grounded neutral.

Power cables with cross-linked polyethylene insulation, designed for the transmission and distribution of electrical energy in stationary installations, at an alternating voltage of 10, 20.35 kV with a frequency of 50 Hz for networks with an isolated or grounded neutral.

They are used for stationary laying in the ground (in trenches) regardless of the degree of corrosion activity of soils and waters. It is allowed to be laid in the air without protection from solar radiation, including in cable structures, provided that additional fire protection measures are provided, for example, the application of fire-resistant coatings. Cables are laid on routes without limiting the difference in levels.

They are used for stationary laying in the ground (in trenches) regardless of the degree of corrosion activity of soils and waters. It is allowed to be laid in the air without protection from solar radiation, including in cable structures, provided that additional fire protection measures are provided, for example, the application of fire-resistant coatings. Cables are laid on routes without limiting the difference in levels.

They are used for stationary laying in the ground (in trenches) regardless of the degree of corrosion activity of soils and waters. It is allowed to be laid in the air without protection from solar radiation, including in cable structures, provided that additional fire protection measures are provided, for example, the application of fire-resistant coatings. Cables are laid on routes without limiting the difference in levels.

They are used for stationary laying in the ground (in trenches) regardless of the degree of corrosion activity of soils and waters. It is allowed to be laid in the air without protection from solar radiation, including in cable structures, provided that additional fire protection measures are provided, for example, the application of fire-resistant coatings. Cables are laid on routes without limiting the difference in levels.

They are used for stationary laying in the ground (in trenches) regardless of the degree of corrosion activity of soils and waters. It is allowed to be laid in the air without protection from solar radiation, including in cable structures, provided that additional fire protection measures are provided, for example, the application of fire-resistant coatings. Cables are laid on routes without limiting the difference in levels.

They are used for stationary laying in the ground (in trenches) regardless of the degree of corrosion activity of soils and waters. It is allowed to be laid in the air without protection from solar radiation, including in cable structures, provided that additional fire protection measures are provided, for example, the application of fire-resistant coatings. Cables are laid on routes without limiting the difference in levels.

They are used for stationary laying in the ground (in trenches) regardless of the degree of corrosion activity of soils and waters. It is allowed to be laid in the air without protection from solar radiation, including in cable structures, provided that additional fire protection measures are provided, for example, the application of fire-resistant coatings. Cables are laid on routes without limiting the difference in levels.

They are used for stationary laying in the ground (in trenches) regardless of the degree of corrosion activity of soils and waters. It is allowed to be laid in the air without protection from solar radiation, including in cable structures, provided that additional fire protection measures are provided, for example, the application of fire-resistant coatings. Cables are laid on routes without limiting the difference in levels.

They are used for stationary laying in the ground (in trenches) regardless of the degree of corrosion activity of soils and waters. It is allowed to be laid in the air without protection from solar radiation, including in cable structures, provided that additional fire protection measures are provided, for example, the application of fire-resistant coatings. Cables are laid on routes without limiting the difference in levels.

APPV 2*4 - two aluminum cores with PVC plastic insulation. The APPV wire is designed for stationary laying in enclosed spaces and under a canopy in lighting and power networks, as well as for the installation of electrical equipment, machines, mechanisms and machine tools at a rated voltage of up to 450 V (for 450/750 V networks) with a frequency of up to 400 Hz or a constant voltage of up to 1000 V.

PuV 1x4.00 is a power installation (mounting) wire with a copper single-wire (monolithic) residential section of 4.0 square millimeters. This wire is designed for stationary laying in power grids with a voltage of up to 750 Volts, a frequency of up to 400 Hertz.

APPV 3x4.0 - 3 aluminum cores with PVC plastic insulation. The APPV wire is designed for stationary laying in enclosed spaces and under a canopy in lighting and power networks, as well as for the installation of electrical equipment, machines, mechanisms and machine tools at a rated voltage of up to 450 V (for 450/750 V networks) with a frequency of up to 400 Hz or a constant voltage of up to 1000 V.

PuV 1x0.5 is a power installation (mounting) wire with a copper single-wire (monolithic) residential section of 0.5 millimeters square. This wire is designed for stationary laying in power grids with a voltage of up to 750 Volts, a frequency of up to 400 Hertz.

APPV 2x6.0 - two aluminum cores with PVC plastic insulation. The APPV wire is designed for stationary laying in enclosed spaces and under a canopy in lighting and power networks, as well as for the installation of electrical equipment, machines, mechanisms and machine tools at a rated voltage of up to 450 V (for 450/750 V networks) with a frequency of up to 400 Hz or a constant voltage of up to 1000 V.

PuV 1x35 is a power installation (mounting) wire with a copper single-wire (monolithic) residential section of 35 square millimeters. This wire is designed for stationary laying in power grids with a voltage of up to 750 Volts, a frequency of up to 400 Hertz.

PuV 1x16 is a power installation (mounting) wire with a copper single-wire (monolithic) residential section of 16 square millimeters. This wire is designed for stationary laying in power grids with a voltage of up to 750 Volts, a frequency of up to 400 Hertz.

PuV 1x0.75 is a power installation (mounting) wire with a copper single-wire (monolithic) residential section of 0.75 square millimeters. This wire is designed for stationary laying in power grids with a voltage of up to 750 Volts, a frequency of up to 400 Hertz.

PuV 1x95 is a power installation (mounting) wire with a copper single-wire (monolithic) residential section of 95 square millimeters. This wire is designed for stationary laying in power grids with a voltage of up to 750 Volts, a frequency of up to 400 Hertz.

PuV 1x10 is a power installation (mounting) wire with a copper single-wire (monolithic) residential section of 10 square millimeters. This wire is designed for stationary laying in power grids with a voltage of up to 750 Volts, a frequency of up to 400 Hertz.

PuV 1x1.0 is a power installation (mounting) wire with a copper single-wire (monolithic) residential section of 1.0 square millimeters. This wire is designed for stationary laying in power grids with a voltage of up to 750 Volts, a frequency of up to 400 Hertz.