What is the maximum foam concentrate supply capacity for the Foam Pro System 2002?

What is the maximum foam concentrate supply capacity for the Foam Pro System 2002?

• A. 10 GPM at 400 PSI operating pressure
• B. 12 GPM at 500 PSI operating pressure
• C. 5 GPM at 400 PSI operating pressure
• D. 15 GPM at 300 PSI operating pressure

Answer: (C)

The maximum foam concentrate supply capacity for the Foam Pro System 2002 is accurately identified by the choice that states it as 5 GPM at 400 PSI operating pressure. This system is designed to effectively deliver foam concentrate at this specific rate and pressure, ensuring equipped fire apparatus can efficiently apply foam to combat flammable liquid fires, enhance fire suppression efforts, and improve overall firefighting strategies. Understanding the operational parameters, such as the 5 gallons per minute flow rate and the 400 PSI pressure, is crucial for firefighters and driver engineers when planning foam application tactics. This allows them to calculate the appropriate amount of foam needed based on the firefighting strategy and the nature of the incident, ensuring proper resource allocation and effectiveness in the field. Additionally, knowledge of the system's limits is essential to prevent potential malfunctions or inefficiencies during firefighting operations.

The maximum foam concentrate supply capacity for the Foam Pro System 2002 is accurately identified by the choice that states it as 5 GPM at 400 PSI operating pressure. This system is designed to effectively deliver foam concentrate at this specific rate and pressure, ensuring equipped fire apparatus can efficiently apply foam to combat flammable liquid fires, enhance fire suppression efforts, and improve overall firefighting strategies.

Understanding the operational parameters, such as the 5 gallons per minute flow rate and the 400 PSI pressure, is crucial for firefighters and driver engineers when planning foam application tactics. This allows them to calculate the appropriate amount of foam needed based on the firefighting strategy and the nature of the incident, ensuring proper resource allocation and effectiveness in the field. Additionally, knowledge of the system's limits is essential to prevent potential malfunctions or inefficiencies during firefighting operations.