Product Description

Fire sprinklers are proven lifesavers. Studies show that properties with both fire alarms and sprinkler systems in place see an 82% reduction in fire-related deaths. In a fire, sprinklers can control or extinguish the blaze before it engulfs the entire structure, giving occupants precious time to escape.

Sprinkler System

The fire sprinkler system follows the NFPA 13 Standard.

Types of Fire Suppression Systems:

• For kitchens: A wet chemical fire suppression system is a type of fire protection system commonly used in commercial kitchens and other areas where cooking equipment is present. It’s specifically designed to handle fires that involve cooking oils and fats, which are common in restaurant settings. For more information on wet chemical, click here.
• For Electricity rooms: CO2 fire suppression systems are commonly used to protect areas containing sensitive electrical equipment, such as data centers, server rooms, and electrical rooms. CO2 is a colorless, odorless, and non-conductive gas. For more information on wet chemical, click here.
• Critical Facilities: FM200 systems are commonly installed in areas where water-based fire suppression systems may cause damage to sensitive equipment or materials, such as data centers, telecommunications facilities, museums, archives, and control rooms. For more information on wet chemical, click here.

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Sprinkler Specifications:

• The fire sprinkler system size is calculated from the area/volume of the hazard and the duration of the discharge upon NFPA13 and 20 tables
• Flow calculation to be provided with each system to ensure correct pipe sizing and discharge time

 

Wet/ Dry Riser Network

A wet riser system is a network of pipes permanently charged with water. It’s designed to provide a readily available water supply to any part of a building for firefighting purposes. Typically, these systems are installed in buildings where the risk of fire is high or where access for firefighting vehicles might be limited, such as high-rise buildings, warehouses, or industrial complexes.

A dry riser system, on the other hand, is similar to a wet riser system but differs in that the pipes are not kept charged with water at all times. Instead, the system remains dry until it’s activated by firefighters during a fire emergency. Dry riser systems are often used in buildings where the risk of vandalism or freezing of water in the pipes is a concern.

Both wet and dry riser systems are crucial for high-rise buildings as they provide a reliable means for firefighters to access water and extinguish fires quickly, potentially saving lives and minimizing property damage. Regular maintenance and testing of these systems are essential to ensure they function properly when needed.

 

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