In a world full of electrical devices, wire and cable manufacturing companies are one of the leading and important groups in the development of technology.
Talfighi Electronics Company is also included in this group due to the fact that it is one of the highest quality wire and cable manufacturers.
Wire and cable are two terms that are often used in electricity and communication today. Many people do not have complete information about these two disciplines and mistakenly think that these two disciplines are similar, but in fact they are completely different.
In this article, we have tried to briefly explain the difference between wire and cable. The simple definition is that several portable wires embedded in a larger rubber mold are called cables, but the wires are one or more strands of metal, 99% copper, wrapped in a rubber mold.The power cord can be called one of the most important parts in any type of electronic device because without it the device cannot be turned on. In addition, these products are used to implement electrical systems in various buildings.
The most important and fundamental difference between wire and cable is that the wire is in one set, but the cable is a set of conductors separated from each other, which are put together with a jacket or insulation. Dear users, if you intend to buy all kinds of wires and cables and want to know more about these products, pay attention to us.
The terms wire and cable are often used to describe the same thing, but they are actually quite different. A wire is a single electrical conductor, while a cable is a collection of wires wrapped in a sheath. The word cable originally refers to a marine line consisting of multiple ropes used to anchor a ship in an electric field, where cables like wires are used to transmit electric current.Whether indoors or outdoors, proper wiring and cabling is essential – ensuring electricity flows and passing electrical inspections. From the fuse box to outlets, appliances and home appliances, all wires and cables must be installed carefully. The National Electrical Code (NEC) and local building codes govern the installation and types of wires and cables for various electrical applications.
consolidated electrical wire
Consolidated Electronics Company is also one of the producers of electric wires. Power cord can be divided into many categories depending on the product specifications.
A wire is actually a wire that consists of one or a group of twisted strands of conductive (conductive) material. This material is usually made of aluminum, copper and sometimes steel. Wires can be exposed or covered with plain or colored protective sleeves.
The thread is in the form of a narrow and stiff rope, which, of course, can be molded and bent. Solid wires have lower resistance, so they are often used for work that requires higher frequencies.
Stranded wire consists of several solid wires drawn into very fine and flexible filament-like strands that can be twisted or braided together to form a unit of similar size and weight to its solid counterpart conductor. This model of rope is usually great for jobs that require more flexibility.
single strand wire
Semi-stranded wire
ground wire
Electrical wiring is one of the most important elements in building safety. Because if the wires are not standard, there is a risk of fire. For this reason, when procuring wire, one must choose from a wide variety of high-quality wires. The following small series introduces you to the specifications of high-quality wires.
What characteristics should be considered when identifying quality cables?
The insulation of the copper wire should be easily separated from the wire in an elastic manner.
Also in the case of the cable, the wires should be easily separated from the jacket.
The outer surface of the umbilical cord should be free of depressions or protrusions.
Consolidated electrical cable
This consolidated company in the field of electric cable production also produces quality products in accordance with global standards.
In today’s world, with the advancement of technology, cables are one of the most useful human products that can help people make their lives easier. Cables have various uses and are found in almost all buildings, industries and types.
Household appliances, tools, electrical appliances and other products are around him. Cables are introduced according to their type of application. Cables that pass through electrical conductors are called power cables.Power cables are very different from other xple cables used in other industries. They are used in the telecommunications industry. Gold is the best conductor of electricity, but due to the high cost of this metal, it is often used in cables to pass copper and aluminum cement.
Cables are often made of two or more wires twisted or braided together to form a single assembly. To lift, tow, tow, or transmit power by towing. In electrical engineering, cables are used to transmit electric currents such as data, telephone signals, etc.
The cable mainly consists of three main components:
Conductors, dielectrics and clothing. The conductors in the cable provide the direction of the current. Insulation or dielectric strength resists service voltage and separates conductors from other objects.
The jacket does not allow the conductor wires to reach the wire cable and protects the cable from all external influences such as chemical or electrochemical attack, fire, etc. The main components of the power cable are detailed below.
What is the definition of power cable?
Cables that are used to transmit and distribute electrical energy are called power cables. Electrical cables consist of two or more electrical wires or conductors that are held in a protective or insulating material.
It can be easily said that in the electricity industry, the task of these wires and cables is to transmit and distribute energy.
Gold metal is the best for current flow, but due to the high cost of this metal, it is often used in cables through copper and aluminum conductors. Cables are classified according to a number of specific criteria. These standards include usage based on application, location, environmental factors, voltage rating, current rating, etc.
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