Principles of hydraulic calculation

Principles of Hydraulic for sprinkler head calculation
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In this video, you will know about Hydraulic principles are an essential aspect of designing fire sprinkler systems. Accurately calculating the amount of water and pressure required to protect a building is critical to ensure the safety of its occupants and prevent property damage. One critical component of this calculation is determining the number of sprinkler heads required for each area of the building. Our Experienced trainer will explain in easy technical language which helps you to understand easily and also you will get the idea about its process.
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#hydraulic #calculations #principles

[@TheJimmy144]

I'm a visual learner and this helped me a ton. Thanks for taking the time to make such a detailed yet easy to follow/understand lesson!

[@marcelosalame537]

One of the best lessons I've ever had. Thank you.

[@andisuharto9728]

also listen to learn, thank you very much for the knowledge and ask for permission to copy, hopefully the knowledge will be a blessing and bring happiness to you and your family, amen, andi indonesia

[@avdheshnamdeo1756]

Excellent session, Thanks

[@MartinKryekurti]

This calc demonstration so cool. I was try to refresh my memory . What is balance within .5psi at junction point means .. ? times .5 ? note sure how to apply that , at that point . Thank you

[@haithamsh]

Very nice. I wish you show the Effective Area consideration by NFPA, you just passed so fast as if everybody knows about it.

[@albertcollazo3548]

What a great video ! Thank you

[@SMTECHNO-MEP]

You are so welcome!

[@abhinavkumarsingh6792]

thank you so much..well explaned please make for spray system also

[@haimadiva7190]

Can you please help me how to use Elite Fire program for hydraulic Analysis / calculation ?

[@maheshbkulkarni8880]

I need to study HSE can I get certification.

[@briancadoy8352]

This video was really helpful! But where did 24.13 come from @46:18? Hoping for clarification. Thank you!

[@daisheng92]

After you got the required pressure at node2, which is 18.57psi, then u use equation of Q=k√P to get the Q. In this case, k = 5.6 and P = 18.57 then Q = 24.13.

[@briancadoy8352]

@@daisheng92 Hello Adrian! Thank you for the reply! Would like to get in touch with you in case you have some spare time to share some knowledge in regards with designing a fire protection system. Keep safe!

[@aldringlenn]

hi, anybody could explain what does it mean by point number 2 @47:36 ?

[@mohammedshahbaz8861]

awesomeeeee

[@vishvendraa]

👍

[@sergiosanchezjr.8516]

Why am I getting a different value for Pf/Ft? Help! LOL

[@SMTECHNO-MEP]

Please check units

[@artcad_construction_pvt_ltd]

sir i f i have a pressure of 100psi than what will be flow?

[@maqboolahmadhammad6236]

What does it mean BOR-3 in 48-20

[@ramdasbari1875]

Thank You , this has really helped !!

[@ahmadhammad9412]

What is the aim of 8 hds and 16 hds in two hydraulic areas,is this number of sprinklers or something else, if this is the number of sprinklers in first case why you select 8 and in 2nd case 16.thanks

[@the77th]

You are a LEGEND. Thank You

[@MuhammadIrfan-li1jt]

I am beyond grateful for this. By far the best explaination for fire hydraulic calculation I have ever had. Wishing you more success and loads of happiness.

[@chaibouirom7526]

Very good esplain please can do it in metric and bar

[@mohieldeen9140]

Very useful video, but in 35:36 where this 225 sqf came from??

[@SMTECHNO-MEP]

From nfpa codes

[@evelynjohnston57]

FANTASTIC!!!

[@tahahashimkarrar281]

Well explained!

[@raiannurislam]

27:40