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Armored Cable: How to Provide the Ultimate Protection for Data Centers?

In today's information society, data centers serve as core nodes for data storage and transmission, and their security and reliability are crucial. To ensure that the data center can still operate stably under various extreme conditions, it is particularly important to adopt efficient and safe cable solutions. Armored Cable has become a key part of data center security protection due to its excellent physical protection capabilities and durability.
Armored cable is a flexible, solid assembly in which conductors are installed in a metal casing of insulating material and processed through special processing. This cable provides additional mechanical protection through a metal armor layer, which enhances tensile and compressive strength and effectively resists external physical damage. Common armor materials include steel strips and steel wires. Depending on the application scenario, armor layers of different thicknesses and materials can be selected to meet specific protection needs.
Notable features of armored cables include:
High strength: The metal armor layer provides strong mechanical protection and can resist external crushing, trampling and animal gnawing.
Corrosion resistance: The armor layer can prevent the intrusion of corrosive substances such as moisture, oil, and gas, extending the service life of the cable.
Flexibility: Despite the addition of metal armor, armored cables maintain a high degree of flexibility, making them easy to install and route in complex environments.
Safety: The armor layer can be grounded to protect the cable from electromagnetic interference and improve the safety and stability of data transmission.
The internal environment of the data center is complex and the requirements for cables are extremely high. The equipment in the data center is dense, and the cables need to withstand high mechanical pressure, such as stepping on, pulling, etc. Data centers have extremely high requirements on the speed and stability of data transmission. Any slight signal interference may lead to data loss or transmission errors. Data centers are often equipped with sophisticated temperature control and fire suppression systems, and cables need to be able to withstand these extreme environmental conditions.
Applications and advantages of armored cables in data centers
Physical protection:
The metal armor layer of armored cables provides strong physical protection for data centers. It resists vandalism and animal gnawing, and protects cables from mechanical damage. At the same time, the armor layer can also prevent external objects from squeezing and stepping on the cable, ensuring that the cable can still work normally in complex environments.
Environmental adaptability:
The internal environment of the data center is complex and changeable, and conditions such as temperature and humidity vary greatly. Armored cables use high-quality insulation materials and sealed structures, which can effectively prevent the intrusion of corrosive substances such as moisture, oil, and gas, and extend the service life of the cable. In addition, the armor layer provides additional fire protection and reduces the risk of fire.
Data transmission stability:
Data centers have extremely high requirements on the speed and stability of data transmission. Armored cables use high-performance conductors and insulation materials to ensure the accuracy and stability of data transmission. At the same time, the armor layer can be grounded to protect the cable from electromagnetic interference and improve the safety and reliability of data transmission.
Installation and maintenance convenience:
Despite the addition of metal armor, armored cables maintain a high degree of flexibility, making them easier to install and route in complex environments within data centers. In addition, armored cables generally have a longer service life, reducing the frequency of maintenance and replacement, and lowering operating costs.