What is the maximum allowable spacing between cleanouts in a drainage system?

What is the maximum allowable spacing between cleanouts in a drainage system?

• A. 50 feet
• B. 75 feet
• C. 100 feet
• D. 150 feet

Answer: (A)

The maximum allowable spacing between cleanouts in a drainage system is established to ensure that the system can be properly maintained and accessed for cleaning and inspection. A spacing of 50 feet between cleanouts is mandated in the plumbing code to facilitate straightforward access in case of clogs or other drainage issues. This distance strikes a balance between allowing efficient drainage flow and providing manageable access points throughout the system. Cleanouts are vital in plumbing as they allow for the removal of blockages and the maintenance of the drainage system, ensuring the longevity and effectiveness of plumbing installations. By keeping the spacing at a maximum of 50 feet, the code supports proactive maintenance while minimizing disruption to the plumbing infrastructure, which is essential for a functional drainage system. Longer distances between cleanouts could lead to difficulties in accessing the system, potentially increasing the time and cost of maintenance and repairs, and could compromise the overall efficiency of the drainage system.

The maximum allowable spacing between cleanouts in a drainage system is established to ensure that the system can be properly maintained and accessed for cleaning and inspection. A spacing of 50 feet between cleanouts is mandated in the plumbing code to facilitate straightforward access in case of clogs or other drainage issues. This distance strikes a balance between allowing efficient drainage flow and providing manageable access points throughout the system.

Cleanouts are vital in plumbing as they allow for the removal of blockages and the maintenance of the drainage system, ensuring the longevity and effectiveness of plumbing installations. By keeping the spacing at a maximum of 50 feet, the code supports proactive maintenance while minimizing disruption to the plumbing infrastructure, which is essential for a functional drainage system.

Longer distances between cleanouts could lead to difficulties in accessing the system, potentially increasing the time and cost of maintenance and repairs, and could compromise the overall efficiency of the drainage system.