Fire Stairwell Pressurization Systems Project using Arduino
The stairs typically represent the sole means of egress during a fire in a high-rise building. The exit stairs must be free of smoke and incorporate design features that improve the speed of occupant egress. Most building codes require the fire stairwells in a high-rise building to be pressurized to keep smoke out. We have tried to do an Arduino microcontroller to demonstrate the Fire Stairwell Pressurization Systems.
For more details and the Arduino code of the Fire Stairwell Pressurization Systems Project, please visit:
https://www.programmingboss.com/2022/...
The primary purpose of the fire stair pressurization system is to inhibit the migration of smoke to stairwells, areas of refuge, elevator shafts, or similar sites. It maintains a secure environment in places of refuge during the time required for evacuation. It facilitates the fire and rescue operation by improving visibility in the building for the firefighting crew. Due to the cost of the associated mechanical systems, and architectural space issues related to providing exterior balconies and stair vestibules, the stair pressurization system is the most widely selected design option. This course discusses the smoke control systems and examines the design considerations associated with stairwell pressurization systems.
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