ProCab

KVBBSHVNG(A)-LS 10x1.5 is an abbreviated marking of an armored control cable with 10 copper cores with a cross section of 1.5 square millimeters, insulated and sheathed in polyvinyl chloride plastic of reduced fire hazard with low smoke emission. The armored non-combustible control cable is designed for stationary connection to electrical devices with a voltage of up to 660 Volts of alternating current with a frequency of up to 100 Hertz.

KVBBSHVNG(A)-LS 27x2.5 is an abbreviated marking of an armored control cable with 27 copper cores with a cross section of 2.5 square millimeters, insulated and sheathed in polyvinyl chloride plastic of reduced fire hazard with low smoke emission. The armored non-combustible control cable is designed for stationary connection to electrical devices with a voltage of up to 660 Volts of alternating current with a frequency of up to 100 Hertz.

KVVGEng(A)-LS 14x1.0 is an abbreviated marking of a control cable with 14 copper cores, a cross section of 1.0 millimeters square, insulated and coated with polyvinyl chloride plastic of reduced fire hazard and reduced smoke emission. The non-combustible control cable is designed for stationary connection to electrical devices with a voltage of up to 660 Volts of alternating current with a frequency of up to 100 Hertz.

KVBBSHVNG(A) 10x0.75 is an abbreviated marking of an armored control cable with 10 copper cores with a cross section of 0.75 square millimeters, insulated and sheathed in polyvinyl chloride plastic of reduced fire hazard with low smoke emission. The armored non-combustible control cable is designed for stationary connection to electrical devices with a voltage of up to 660 Volts of alternating current with a frequency of up to 100 Hertz.

KVVGE 4x0.75 is an abbreviated marking of a control cable with 4 copper cores, 0.75 mm square cross section, insulated and coated with polyvinyl chloride plastic of reduced fire hazard and reduced smoke emission. The non-combustible control cable is designed for stationary connection to electrical devices with a voltage of up to 660 Volts of alternating current with a frequency of up to 100 Hertz.

Runway 1,2 - 380 is a power water-submersible (deep) wire (cable) with one copper multi-wire core with a cross section of 1.2 millimeters square, in polyethylene insulation and shell.The water-submersible deep wire is designed for connection to electrical networks with a voltage of up to 660 Volts with a frequency of 50 Hertz, for operation in a fixed position during long-term operation of water-submersible electric motors in the water of artesian wells under a pressure of 6.86x106 Pa at ambient temperatures from -40 ° C to +80 ° C.

KVVGng(A) 10x1.0 is an abbreviated marking of a control cable with 10 copper cores, a cross section of 1.0 millimeters square, insulated and coated with polyvinyl chloride plastic of reduced fire hazard and reduced smoke emission. The non-combustible control cable is designed for stationary connection to electrical devices with a voltage of up to 660 Volts of alternating current with a frequency of up to 100 Hertz.

The cables are designed for fixed connection to electrical appliances, apparatuses, terminal assemblies of electrical switchgear with rated alternating voltage up to 660 V frequency up to 100 Hz or constant voltage up to 1000 V. Cables are used for laying outdoors, in rooms, channels, tunnels, in the ground (trenches) in an aggressive environment, in places exposed to stray currents, if the cables are not subjected to significant tensile forces and if there is a risk of mechanical damage during operation.

KVVGng(A)-LS 5x1.0 is an abbreviated marking of a control cable with 5 copper cores, a cross section of 1.0 millimeters square, insulated and coated with polyvinyl chloride plastic of reduced fire hazard and reduced smoke emission. The non-combustible control cable is designed for stationary connection to electrical devices with a voltage of up to 660 Volts of alternating current with a frequency of up to 100 Hertz.

The cables are designed for fixed connection to electrical appliances, apparatuses, terminal assemblies of electrical switchgear with rated alternating voltage up to 660 V frequency up to 100 Hz or constant voltage up to 1000 V. Cables are used for laying outdoors, in rooms, channels, tunnels, in the ground (trenches) in an aggressive environment, in places exposed to stray currents, if the cables are not subjected to significant tensile forces and if there is a risk of mechanical damage during operation.

The cables are designed for fixed connection to electrical appliances, apparatuses, terminal assemblies of electrical switchgear with rated alternating voltage up to 660 V frequency up to 100 Hz or constant voltage up to 1000 V. Cables are used for laying outdoors, in rooms, channels, tunnels, in the ground (trenches) in an aggressive environment, in places exposed to stray currents, if the cables are not subjected to significant tensile forces and if there is a risk of mechanical damage during operation.

KVVGEng(A)-LS 4x1.0 is an abbreviated marking of a control cable with 4 copper cores, a cross section of 1.0 millimeters square, insulated and coated with polyvinyl chloride plastic of reduced fire hazard and reduced smoke emission. The non-combustible control cable is designed for stationary connection to electrical devices with a voltage of up to 660 Volts of alternating current with a frequency of up to 100 Hertz.

KVBBSHVNG(A) 5x1.0 is an abbreviated marking of an armored control cable with 5 copper cores with a cross section of 1.0 square millimeters, insulated and sheathed in polyvinyl chloride plastic of reduced fire hazard with low smoke emission. The armored non-combustible control cable is designed for stationary connection to electrical devices with a voltage of up to 660 Volts of alternating current with a frequency of up to 100 Hertz.

KVVGng(A) 37x2.5 is an abbreviated marking of a control cable with 37 copper cores, 2.5 mm square cross section, insulated and sheathed in polyvinyl chloride plastic of reduced fire hazard and reduced smoke emission. The non-combustible control cable is designed for stationary connection to electrical devices with a voltage of up to 660 Volts of alternating current with a frequency of up to 100 Hertz.

VBSHV 3x25mk-0.66 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.

APV 8.0 is a power wire with one aluminum core with a cross section of 8.0 millimeters square. The APV 8.0 wire is designed for stationary installation of electrical circuits with a rated voltage of up to 400 Volts, a frequency of 50 Hertz, a current of up to 63 amperes.

SIP-2 3x70+1x54,6 - 0.6/1 - this is a self-supporting insulated wire (Type-2) - 3 by 70 mm2 + 1 by 54.6 mm2, with aluminum and steel-aluminum cores covered with insulation from light-stabilized cross-linked polyethylene. This wire is intended for use in overhead power transmission lines (power lines) with suspension on supports or facades of buildings and structures.

The VBSHV 5x35mk-0.66 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.

The cables are designed for fixed connection to electrical appliances, apparatuses, terminal assemblies of electrical switchgear with rated alternating voltage up to 660 V frequency up to 100 Hz or constant voltage up to 1000 V. Cables are used for laying outdoors, in rooms, channels, tunnels, in the ground (trenches) in an aggressive environment, in places exposed to stray currents, if the cables are not subjected to significant tensile forces and if there is a risk of mechanical damage during operation.

KVBBSHVNG(A)-LS 19x2.5 is an abbreviated marking of an armored control cable with 19 copper cores with a cross section of 2.5 square millimeters, insulated and sheathed in polyvinyl chloride plastic of reduced fire hazard with low smoke emission. The armored non-combustible control cable is designed for stationary connection to electrical devices with a voltage of up to 660 Volts of alternating current with a frequency of up to 100 Hertz.

The cables are designed for fixed connection to electrical appliances, apparatuses, terminal assemblies of electrical switchgear with rated alternating voltage up to 660 V frequency up to 100 Hz or constant voltage up to 1000 V. Cables are used for laying outdoors, in rooms, channels, tunnels, in the ground (trenches) in an aggressive environment, in places exposed to stray currents, if the cables are not subjected to significant tensile forces and if there is a risk of mechanical damage during operation.

KVVGng(A)-LS 4x6.0 is an abbreviated marking of a control cable with 4 copper cores, a cross section of 6.0 millimeters square, insulated and coated with polyvinyl chloride plastic of reduced fire hazard and reduced smoke emission. The non-combustible control cable is designed for stationary connection to electrical devices with a voltage of up to 660 Volts of alternating current with a frequency of up to 100 Hertz.

KVVGEng(A)-LS 10x2.5 is an abbreviated marking of a control cable with 10 copper cores, a cross section of 2.5 millimeters square, insulated and coated with polyvinyl chloride plastic of reduced fire hazard and reduced smoke emission. The non-combustible control cable is designed for stationary connection to electrical devices with a voltage of up to 660 Volts of alternating current with a frequency of up to 100 Hertz.

The wires are designed for stationary installation in lighting networks with a rated voltage of up to 250 V AC with a frequency of 50 Hz, installation and connection of household low-current appliances to the AC network with a voltage of up to 250 V with a frequency of 50 Hz.

KVVGEng(A) 14x2.5 is an abbreviated marking of a control cable with 14 copper cores, 2.5 mm square cross section, insulated and coated with polyvinyl chloride plastic of reduced fire hazard and reduced smoke emission. The non-combustible control cable is designed for stationary connection to electrical devices with a voltage of up to 660 Volts of alternating current with a frequency of up to 100 Hertz.

KVVGEng(A)-LS 27x1.0 is an abbreviated marking of a control cable with 27 copper cores, a cross section of 1.0 millimeters square, insulated and coated with polyvinyl chloride plastic of reduced fire hazard and reduced smoke emission. The non-combustible control cable is designed for stationary connection to electrical devices with a voltage of up to 660 Volts of alternating current with a frequency of up to 100 Hertz.

The cables are designed for fixed connection to electrical appliances, apparatuses, terminal assemblies of electrical switchgear with rated alternating voltage up to 660 V frequency up to 100 Hz or constant voltage up to 1000 V. Cables are used for laying outdoors, in rooms, channels, tunnels, in the ground (trenches) in an aggressive environment, in places exposed to stray currents, if the cables are not subjected to significant tensile forces and if there is a risk of mechanical damage during operation.

VBSHV 3x50ms-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.

The cables are designed for fixed connection to electrical appliances, apparatuses, terminal assemblies of electrical switchgear with rated alternating voltage up to 660 V frequency up to 100 Hz or constant voltage up to 1000 V. Cables are used for laying outdoors, in rooms, channels, tunnels, in the ground (trenches) in an aggressive environment, in places exposed to stray currents, if the cables are not subjected to significant tensile forces and if there is a risk of mechanical damage during operation.