A 62 m by 80 m room in a warehouse will be protected by individual fire sprinklers spaced throughout the ceiling. Each sprinkler head covers a 4 m by 4 m area and will discharge approximately 180 liters/minute (L/min). Sprinkler heads are located in straight rows spaced at 4 m on center. For preliminary design, approximate the following:a. The minimum number of sprinkler heads requiredb. The minimum number of rows of sprinkler heads, if rows run transversely (widthwise) through the buildingc. The minimum number of rows of sprinkler heads, if rows run longitudinally (lengthwise) through the buildingd. The flow rate of the system, in L/min, based on the number of sprinkler heads 3. A 62 m by 80 m room in a warehouse will be protected by individual fire sprinklersspaced throughout the ceiling. Each sprinkler head covers a 4 m by 4 m area and willdischarge approximately 180 liters/minute (L/min). Sprinkler heads are located in straightrows spaced at 4 m on center. For preliminary design, approximate the following:a. The minimum number of sprinkler heads requiredb. The minimum number of rows of sprinkler heads, if rows run transversely(widthwise) through the buildingc. The minimum number of rows of sprinkler heads, if rows run longitudinally(lengthwise) through the buildingd. The flow rate of the system, in L/min, based on the number of sprinkler heads

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Answered: A 62 m by 80 m room in a warehouse will…

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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A 62 m by 80 m room in a warehouse will be protected by individual fire sprinklers
spaced throughout the ceiling. Each sprinkler head covers a 4 m by 4 m area and will
discharge approximately 180 liters/minute (L/min). Sprinkler heads are located in straight
rows spaced at 4 m on center. For preliminary design, approximate the following:

a. The minimum number of sprinkler heads required
b. The minimum number of rows of sprinkler heads, if rows run transversely
(widthwise) through the building
c. The minimum number of rows of sprinkler heads, if rows run longitudinally
(lengthwise) through the building
d. The flow rate of the system, in L/min, based on the number of sprinkler heads

3. A 62 m by 80 m room in a warehouse will be protected by individual fire sprinklers
spaced throughout the ceiling. Each sprinkler head covers a 4 m by 4 m area and will
discharge approximately 180 liters/minute (L/min). Sprinkler heads are located in straight
rows spaced at 4 m on center. For preliminary design, approximate the following:
a. The minimum number of sprinkler heads required
b. The minimum number of rows of sprinkler heads, if rows run transversely
(widthwise) through the building
c. The minimum number of rows of sprinkler heads, if rows run longitudinally
(lengthwise) through the building
d. The flow rate of the system, in L/min, based on the number of sprinkler heads

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