Generally speaking, a 1" (25 cm) booster hose can flow __________.

A 1" (25 cm) booster hose typically flows between 40 to 50 gallons per minute (GPM). This flow rate is established based on the diameter of the hose and the pressure applied to it. The booster hose is specifically designed for quick, effective use in firefighting scenarios, especially for smaller fires or when maneuverability is essential.

The flow range of 40 to 50 GPM allows for a balance between sufficient water delivery for effective fire suppression and manageable handling for firefighters. The pressure and friction loss through the hose are also significant factors that maintain this flow range, making the 1" booster hose a reliable choice for various operational needs.

This flow rate distinguishes it from larger hoses, which can carry higher GPM but may be less practical for certain situations, such as structural fires or in environments where quick movements and rapid deployment are necessary.