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Something is wrong here It should be 4psi/100ft to 6psi/100ft In the excel it is 4ft/100ft!! So 13.8 psi not ft therefore 5.97 psi is wrong Am I right?

Very well explained sir. Thank you 🙏

Background noise very irritating.

Hi sir, im your subscriber. Do you have a video with revit family making of gate valve sir thank you in advance

Super

Great video Excellent axplanation Sir , pleases i want a link to download this project file

can you send me E20 sheet

Hello Sir , How can I get that Excel? thank you

impossivel de entender

Electrical and plumbing

hi can u send me this hap example

Are the spreadsheets downloadable and editable?

This is amazing explanation sir, waiting for 2nd part. Thank you

Great video❤️‍🔥

Sir can u please share the file for practice

Is it cost effective than nor AC and does we Run this system on solar energy

thanks for the informative video, i have a question about the head loss and velocity. Is there's a standard for each depending in the duct size/unit type ?

shold we add flow coefficient value of 0.6 ?

how about return air quntity. is same as fresh air quntity?

Voice not clear lot of disturbing

How do we estimate the amount of Louvres required?

I need Excel sheets;, thanks

can you please provide the drawing and excel sheet included in the vedio

Really great explanation. But is there an SI unit version of the excel file?

How to get excel sheet

Nice video!!! Where can I downoad this xls file?? Thanks and keep up with this great videos!!!

great work!

how can i get this excel calculation for fire protection?

❤

Nice video.. It would have been better if demonstrate the closed loop system of chilled water

can you send excel file

Hello … we tried using the software but couldn’t get same solution as manual calculation. Please update your contact details.

Hello, I have the following question: Using this formula for 1GPM conveyed, the pipe sizes increase with the rainfall rate decrease - Is this expected? For example, when I set 1 inch per hour, then 1 GPM per sf is 96. Then, sf/FU is equal 15.46 compared to 3.51. So, the equivalent drained area per constant number of fixture units increases, and consequently, the pipe size increases as well.

You make good videos but pls take care of the noise. that buzzing sound makes us irritate and it's hard to understand your voice.

Pls gave store temperature details of each vegetables

Hi why there is no fittings considered during calculation on branchlines sprinkler heads? Thanks for the answer.

Required this sheat

Sir,i saw your return only air terminals it has no ducting going to ac unit,is it possible also to makr return duct connectig thise return diffuser and tap to ac unit?

Sir what if the project is hospital and every floors have numbers of rooms,we need to get every room's heat load?

I am surprised to see the equal results in E20 and Hap both ! E20 sums peak of all the loads while Hap considers Hourly analysis of the load therefore HAP is always on the lower side and ranges from 10-20%. I will run your calculation to the Hap and will explore the results.

The plunger is leaking heavily but there was no activation. How do I stop it?

Thank you so much for this tutorial. Is there any way to set up on hap that there is going to be an exhaust fan or system taking out air in some specefic areas?

Mumbai me location batado mujhe mep revit course karna hai koin acchi institute batado

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How can I get these tables

Sir is it necessary to have Expansion tank and make up water tank in chilled water system?

hello sir,can i have the pdf file of the chilled water drawing?thank you

Hi thanks, Multiple Ducts sizes are in a project. Guage size used 20 could not fisible for all sizes of ducts. In this Duct Weight schedule all sizes are with the same sheet Guage, Please Eleborate method for applying Rendom sizes of guages in the duct weight schedule.

Hello sir thank you so much for the informative video. I wanted to ask you about the first step which was the mechanical levels. I didnt understand what's a mechanical level and why did we have to create 2 levels. I am still a beginner in revit so sorry if it is a stupid question haha