In the 2nd series of H2knOw videos, we will explore many topics surrounding Nozzle Pressure on the fireground. Following Video #1, Why Even Use a Nozzle, in Video #2, Velocity Of A Fire Stream, we will define what nozzle pressure is and how it affects the velocity flow of a fire stream exiting a nozzle to help you achieve a usable stream on the fire ground. Stay tuned to TFT.com to view the next video that proves if flow rate is constant, whether it’s from a smooth bore, fixed, selectable, or automatic, the highest nozzle pressure will have the furthest reach!
Task Force Tips,H2knOw,Firefighting,Nozzle,Nozzle Pressure,
In the 2nd series of H2knOw videos, we will explore many topics surrounding Nozzle Pressure on the fireground. Following Video #1, Why Even Use a Nozzle, in Video #2, Velocity Of A Fire Stream, we will define what nozzle pressure is and how it affects the velocity flow of a fire stream exiting a nozzle to help you achieve a usable stream on the fire ground. Stay tuned to TFT.com to view the next video that proves if flow rate is constant, whether it’s from a smooth bore, fixed, selectable, or automatic, the highest nozzle pressure will have the furthest reach!
![What 6 woodlands and 6 mages look like [Teamfight Tactics]](https://lh3.googleusercontent.com/blogger_img_proxy/AEn0k_uSJQZ0M3FZGmkNo3SenVnLxnORL45p-PQRTN_2FIAcwPvkETmkt8SBAmBuvFPvnqt_rymg3AhTT1LrSKr0hlyJgmieXVJOf_x16_JX4FNjjre8Xw=w680)
0 Comments