wire and cable
Wires and cables are used to transfer electric current from one location to another. The conduction current of the current in the wires is conductive fluid. There are two types of wire:
Solid
field
Solid wire is usually a long length of a single conductor. Stranded wire, a lot of thin strands of twisted wire. Solid wires have a low resistance and are suitable for use at higher frequencies, while a longer lifetime copper wire is used because of its flexibility and for a longer period than a conductor. Wires are mainly used to transmit electrical and telecommunication signals. Kabul usually has two or more twisted or wired windings. Cables are mainly used for the transmission of electrical and telecommunication signals.
These types of wires are used for stationary installation as interface wires in ground ducts, machinery, control boards and control equipment. These wires are permitted to be inserted into the pipe and under the plaster.
These types of wires are used for fixed installation as interface wires in ground ducts, machines, control boards that require a great deal of flexibility. They are not permitted to be mounted on cable trays, ducts or containers, but are positioned inside the pipe and Under plaster is allowed.
hese types of cables are suitable as interface cables for use in electronics, appliances and machine tools.
Direct contact with hot parts of the cable in cooking and heating equipment is not permitted and the cable should not be exposed to heat.
These types of cables are suitable for use on steering boards. It is not recommended to use these types of cables in open space, conveyor systems and locations where the magnetic field is present.
These types of cables are suitable for use on steering boards, in places where the magnetic field is present. It is not recommended to use these types of cables in open space and conveyor systems.
Power cables
High-voltage cable or high voltage cable is a type of cable used to transmit high-voltage electrical energy at high voltages. The construction of these cables varies according to their application. Specifications of the cable are inscribed with a series of symbols on it.
Copper / Aluminum single-strand power cables can be used for power supply for fixed installation in basements, docks, indoor and outdoor installations where mechanical damage to the cable is not possible.
Where possible, HFFRs are used to prevent the release of toxic gases and corrosive gases.
Multi-strand copper / aluminum power cables are used for fixed installation in basements, inside docks, in power outlets, indoor installations and in open spaces where mechanical damage to the cable is not possible.
Where possible, HFFRs are used to prevent the release of toxic gases and corrosive gases.
These types of control cables are used for fixed installation underground, indoor and outdoor installations, in concrete and in water where mechanical damage to the cable is not possible.
These cables are used to distribute electricity to subscriber networks, power outlets, and street electricity systems. These types of cables are permitted to be used outdoors, underground, in water, indoor installations and ducts.
The concentric conductors of these cables can be used as earth conductors or shields.
The concentric conductors of these cables can be used as earth conductors or shields.
Self-supporting cables are used to transmit and distribute power over the airline and provide better properties than unmodified copper conductors. Due to the insulation of the strings, the connection between the strings and theft of electricity can be eliminated.
AAC: These types of cables are used to transmit and distribute electricity in low- or medium-voltage lines whose towers are close together.
AAAC and ACSR: These types of cables are used to distribute power over medium or high voltage lines whose towers are far apart.
Welding cable
Welding is one of the methods of production. Its purpose is to permanently connect engineering materials to one another, in such a way that the binding properties are equal to the properties of the base material.
These cables are suitable for arc welding.
Instrument Cables
Instrument cables are used for application in data processing and process control systems and can be installed outdoors or buried in the ground. For digital systems and for communication between general-screen type solenoid (s) and for individual and overall screen analogue systems.
Shield Cable is able to protect it against external noise.
A couple of shields in Kabul will weaken the confluence between the couple of strands.
Its armed form can resist external mechanical forces.
Its lead is stable in environments containing hydrocarbons, solvents and corrosive materials.
Normal instrument with Shield Kolly
Y(st)Y, RE-2Y(st)Y, RE-2X(st)Y, RE-Y(st)Yv, RE-2Y(st)Yv, RE-2X(st)Yv
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Instrument cables are used for data processing and process control, and can be installed outdoors or buried in the ground. It is used extensively for digital systems and for communication between solenoids (Overhead Valves) and Overall Screen. Shield Kelly cable is able to protect it from external noise.
اOrdinary instrument with paired shield and shield
RE-Y(st)Y PIMF, RE-2Y(st)Y PIMF, RE-2X(st)Y PIMF , RE-Y(st)Yv PIMF, RE-2Y(st)Yv PIMF, RE-2X(st)Yv PIMF
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Instrument cables are used for data processing and process control and can be installed outdoors or buried in the ground. It is more commonly used for analog and pair type shield systems (Individual & Overall screen). Shield Kelly cable is capable of protecting it from external noise. Shielded cable couplings weaken the coupling between the strings.
Armored instrument with Shield Kolly
RE-Y(st)YRY, RE-2Y(st)YRY, RE-2X(st)YRY, RE-Y(st)YQY, RE-2Y(st)YQY, RE-2X(st)YQY
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Instrument cables are used for data processing and process control, and can be installed outdoors or buried in the ground. It is used extensively for digital systems and for communication between solenoids (Overhead Valves) and Overall Screen. Shield Kelly cable is able to protect it from external noise. The armor of the cable can withstand external mechanical forces.
Armored Instrumentation with Coupled Shield and Kolly
RE-Y(st)YRY PIMF , RE-2Y(st)YRY PIMF , RE-2X(st)YRY PIMF , RE-Y(st)YQY PIMF , RE-2Y(st)YQY PIMF , RE-2X(st)YQY PIMF
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Instrument cables are used for data processing and process control, and can be installed outdoors or buried in the ground. It is more commonly used for analog and pair type shield systems (Individual & Overall screen). Shield Kelly cable is able to protect it from external noise. The paired cable shield weakens the coupling between the strings. The armor of the cable can withstand external mechanical forces.
Lead and armored instrument with Shield Kolly
RE-Y(st)YKYRY, RE-2Y(st)YKYRY, RE-2X(st)YKYRY
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Instrument cables are used for data processing and process control, and can be installed outdoors or buried in the ground. It is used extensively for digital systems and for communication between solenoids (Overhead Valves) and Overall Screen. Shield Kelly cable is able to protect it from external noise. The armor of the cable can withstand external mechanical forces. Lead type is stable in environments containing hydrocarbons, solvents and corrosive materials.
Leaded and armored instrument with paired shield
RE-Y(st)YKYRY PIMF , RE-2Y(st)YKYRY PIMF , RE-2X(st)YKYRY PIMF
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Instrument cables are used for data processing and process control, and can be installed outdoors or buried in the ground. It is more commonly used in analogue systems of the paired and overall type of shield (Individual & Overall screen). . Cable armor can withstand external mechanical forces. Its lead type is stable in environments containing hydrocarbons, solvents and corrosives.
