Study for the BICSI OSP Design Test. Prepare using multiple choice questions, with hints and explanations to enhance understanding. Succeed in your exam journey!

Multiple Choice

What is the transverse load per meter for an unbalanced drop under medium/heavy storm loading?

Transverse load per meter is the lateral force along the length of an aerial drop used to size supports and attachments under storm conditions. For an unbalanced drop under medium to heavy storm loading, the standard practice specifies about 20 pounds-force per meter. This value is chosen to reflect a practical, conservative lateral load that the hardware and anchors must resist without excessive sway, while still being economical for the installation. In metric terms, it can be represented as roughly 0.09 kg per meter in the corresponding tables. Higher values would overdesign the system and add unnecessary hardware, while lower values could underpredict the forces and risk inadequate support. Therefore, 20 lbf per meter is the figure that matches the design tables and safety margins used in these guidelines.

Transverse load per meter is the lateral force along the length of an aerial drop used to size supports and attachments under storm conditions. For an unbalanced drop under medium to heavy storm loading, the standard practice specifies about 20 pounds-force per meter. This value is chosen to reflect a practical, conservative lateral load that the hardware and anchors must resist without excessive sway, while still being economical for the installation. In metric terms, it can be represented as roughly 0.09 kg per meter in the corresponding tables. Higher values would overdesign the system and add unnecessary hardware, while lower values could underpredict the forces and risk inadequate support. Therefore, 20 lbf per meter is the figure that matches the design tables and safety margins used in these guidelines.