Electrical armored cable is cable equipped with a hard armor layer on the outside of the conductors.. Armor structure effectively protects electricity conductors from external damage. These types of cables are often used for buried installations in harsh environments. They're safe, reliable, resistant to animal bites and protect against acid and alkali corrosion.
Armored and Screened Cable
The armed and shielded cable is a type of cable usually used in applications in which high resistance to electromagnetic interference or external damage is required.
Metal armor is responsible for protecting mechanical damage cable, Like abrasion and compression, And it can be made of steel or aluminum. The shielding layer, for his part, is responsible for protecting electromagnetic interference cable.
The armed and shielded cable is used in a wide variety of applications. Some examples are data transmission in computer networks, as well as the control signs and the transmission of energy in substations and high voltage lines.
On this page you will find more recent technical articles in the sector on armed and shielded cables. If you have questions about what shielding and armor use for your cables, You can contact professional zms. We will provide you with the appropriate cable solution.
The Difference Between Indoor and Outdoor Fiber Optic Cables
Optical fibers are too fragile to be used directly in cabling systems. They are usually tied in bundles with a protective cover on the outside and tension-resistant wires in the center..
This is known as fiber optic cable., usually contains one or more fibers. The differences between indoor and outdoor fiber optic cables are described below..
Performance of power cables
Electrical properties of power cables
Electric conductivity — Most products require good electrical conductivity, and individual products require a certain range of resistance..
Performance Electrical isolation — insulation resistance, dielectric coefficient, dielectric loss, electrical resistance characteristics, etc.
transmission characteristics — refers to high frequency transmission characteristics, anti-interference characteristics, etc.