Провод

VBSHV 4x95ms-1 cable from the power class with a copper core, is equipped with a durable and non-flammable plastic shell, reliable insulation; it is used as a device transmitting and distributing electricity in stationary installations. Optimal operation is at a frequency of 50 Hz and a voltage within 0.66 — 1 kV.

VVGng(A) 3x120ms+1x70ms(N,PE) - 1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections.

VVG 3x120ms+1x70ms(N)-1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections.

VVG 3x120ms+1x70ms(N, PE) - 1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections.

The VBSHV 5x70ms-1 cable is from the power class with a copper core, equipped with a durable and non-flammable plastic shell, reliable insulation; it is used as a device transmitting and distributing electricity in stationary installations. Optimal operation is at a frequency of 50 Hz and a voltage within 0.66 — 1 kV.

VBSHV 3x120ms-1 cable from the power class with a copper core, is equipped with a durable and non-flammable plastic shell, reliable insulation; it is used as a device transmitting and distributing electricity in stationary installations. Optimal operation is at a frequency of 50 Hz and a voltage within 0.66 — 1 kV.

VVG-Apg(A) 2x185mk - 1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections.

VVGng(A)-LS 4x95ms-1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections.

Cable VBSHV 3x95ms+1x50ms(N,PE)-1 from the power class with a copper core, equipped with a durable and non-flammable plastic shell, reliable insulation; used as a device transmitting and distributing electricity in stationary installations. Optimal operation is at a frequency of 50 Hz and a voltage within 0.66 — 1 kV.

VVGng(A) 4x95ms - 1.0 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections.

VVG-P 2x150mk - 1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections

VVGng(A)-LS 3x120ms-1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections.

VVGng(A)-LS 5x70ms-1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections.

VVGng(A) 3x120ms - 1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections.

VVGng(A) 5x70ms - 1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections.

VVGng(A)-LS 3x95ms+1x50ms(N, PE)-1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections.

VVG 5x70ms - 1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections.

VVGng(A) 3x95ms+1x50ms(N,PE) - 1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections.

VVG-Apg(A)-LS 2x150mk-1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections

VVG 3x95ms+1x50ms(N)-1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections.

VVG 3x95ms+1x50ms(N, PE) - 1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections.

VBSHV 4x70ms-1 cable from the power class with a copper core, is equipped with a durable and non-flammable plastic shell, reliable insulation; it is used as a device transmitting and distributing electricity in stationary installations. Optimal operation is at a frequency of 50 Hz and a voltage within 0.66 — 1 kV.

VBSHV 3x95ms-1 cable from the power class with a copper core, is equipped with a durable and non-flammable plastic shell, reliable insulation; it is used as a device transmitting and distributing electricity in stationary installations. Optimal operation is at a frequency of 50 Hz and a voltage within 0.66 — 1 kV.

VVG-Apg(A) 2x150mk - 1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections

VVG-P 2x120mk - 1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections

VVG 1x240mk - 1 is a power flat cable, with a copper core, insulation and a PVC shell of reduced fire hazard. The cables are designed for transmission and distribution of electricity in stationary electrical installations at a nominal alternating voltage of 0.66 and 1 kV with a nominal frequency of 50 Hz. For laying without limiting the level difference along the laying route, including on vertical sections.