When installing coaxial cable, the tension applied when pulling cannot exceed how many pounds?

When installing coaxial cable, the tension applied when pulling cannot exceed how many pounds?

• A. 8
• B. 25
• C. 70
• D. 90

Answer: (D)

When installing coaxial cable, the maximum tension that can be applied during pulling is crucial to preventing damage to the cable. The correct limit is 90 pounds. Exceeding this tension can lead to deformation or failure of the cable, affecting its performance and increasing the risk of signal loss or damage. Coaxial cables are designed with specific tensile strength and bending radius requirements, and adhering to these limits ensures the integrity of the cable during installation. Each type of cable has different specifications, but for coaxial cable, maintaining the tension within the 90-pound threshold is generally recommended across various standards and guidelines. This limit is based on engineering standards set by the cable manufacturers and industry best practices, ensuring that the cables can perform optimally without distress that could lead to future issues. Therefore, staying within this limit is essential for ensuring a reliable and functional installation.

When installing coaxial cable, the maximum tension that can be applied during pulling is crucial to preventing damage to the cable. The correct limit is 90 pounds. Exceeding this tension can lead to deformation or failure of the cable, affecting its performance and increasing the risk of signal loss or damage.

Coaxial cables are designed with specific tensile strength and bending radius requirements, and adhering to these limits ensures the integrity of the cable during installation. Each type of cable has different specifications, but for coaxial cable, maintaining the tension within the 90-pound threshold is generally recommended across various standards and guidelines.

This limit is based on engineering standards set by the cable manufacturers and industry best practices, ensuring that the cables can perform optimally without distress that could lead to future issues. Therefore, staying within this limit is essential for ensuring a reliable and functional installation.