ESP External Static Pressure Calculation by ASHRAE Duct Fitting Database Software in Urdu

In this video, we will explore the ASHRAE Duct Fitting Database Software and how it can be used to calculate external static pressure for HVAC systems. We'll start by discussing the basics of ESP external static pressure calculation with the help of Drawing, an Excel sheet, and Technical data. Then, we'll dive into the ASHRAE Duct Fitting Database Software and show you how to use it to calculate external static pressure for your specific duct system. You'll learn about the different types of duct fittings and how they affect external static pressure, as well as how to input your duct system's dimensions and airflow rate into the software. By the end of this video, you'll have a clear understanding of how to use the ASHRAE Duct Fitting Database Software to calculate external static pressure ESP and optimize your HVAC system for maximum efficiency. This is the option-1 video for External Static Pressure Calculation and in the next video is the option-2 video with another method for External Static Pressure Calculation.
1. Free download Excel Sheet working along with Technical Data: docs.google.co...
2. Free download ASHRAE Duct Fitting Database Software: drive.google.c...
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[@TanweerAhmed]

ESP Calculation by McQuay Duct Sizer Software: kzbin.info/www/bejne/aYu1aId4pr6CrtEsi=4mpYJw1HIQLjwnnj

[@krishnakumarmaurya9835]

Sir, my name is Krishna. I am from India. Your way of teaching is mind-blowing.thanku sir 4o

[@TanweerAhmed]

Welcome

[@mohiuddin7718]

Thank you sir JAZAKALLAH KHAIR

[@TanweerAhmed]

Welcome

[@mdshahidhussain5698]

Very helpful video sir love from India

[@TanweerAhmed]

Thanks a lot

[@IamFaizalmech]

Very informative all vdo

[@TanweerAhmed]

Thanks a lot

[@ahteshamarshi1328]

Very informative

[@TanweerAhmed]

Thanks

[@sameerasomarathna6755]

I don't know Urdu ,but understood very nice ,Also nice explanation ,respect you sir from Sri Lanka

[@TanweerAhmed]

Thank you so much

[@heilleocoopter8114]

Thank you for this sir, I hope you'll provide English version soon

[@TanweerAhmed]

Jazaka'Allah and Insha'Allah

[@MrAli-by1js]

Completing engineering is a difficult task now, I understand what we stand for further movement.

[@TanweerAhmed]

Right

[@mdshamsuljoha1171]

Masaallah, Thanks sir jee

[@TanweerAhmed]

Jazaka'Allah

[@lendssadiasa4814]

I am greatful for some of your vidz, and spcially the subtitle ones.

[@TanweerAhmed]

Thanks a lot

[@akheelpasha818]

Eng. very informative video. Thank you. Just to update, Version v5.0.10 for database will not show the error for reducer with less than 6" difference also. For example, pressure loss in reducer for cfm 8000, 6000 & 4000 are 0.02, 0.04 & 0.05 respectively.

[@TanweerAhmed]

Thank you

[@Ahamad2001]

Sir, your videos are very informative. I am from India and i am a MEP engineer . I request to you please make a playlist about designing of plumbing drawing. Like your playlist designing of sprinkler system. Thank you 🎉

[@TanweerAhmed]

Plumbing drawing playlist is available

[@Ahamad2001]

@@TanweerAhmed yes, sir but how to culculate pressure of our flat and how to decide which diameter of pipe we should use , how much pressure we need our building, how much capacity tank need in my building and others according to nation plumbing code.... I watch you all videos and all of very informative . ❤️❤️❤️

[@faridkhan-mf5xg]

❤ Mashallah sir g

[@TanweerAhmed]

Alhamdullah

[@judemjoseph4142]

Good video sir, My doubt is we should size duct with 0.08 head loss and then find AHU static pressure. Or we should take AHU with certain static pressure and size duct with head loss which get by this static pressure( FR= ASP* 100/TEL) FR : friction rate. ASP : avilable static pressure TEL : total effective length Which is correct procedure sir?

[@TanweerAhmed]

In equal friction method 0.08 head loss is for straight duct only. Other fittings and Accessories are not included. Therefore remote location or longest duct with fittings and accessories head loss to be calculated for ESP and AHU total static pressure finalized accordingly. TSP= ISP+ESP

[@banyatniyomvas]

Thank you

[@TanweerAhmed]

Welcome

[@Mohd_Danish_Siddiqui]

THANKS

[@TanweerAhmed]

Welcome

[@riyazuddin877]

Sir i listen your videos whenever i have time. I am hvac engineer and want to learn full design and drafting. I do have softwares and excel sheets but i don't have ashrae smacna and all other reauired data books for material selection, size selection etc. Can you please tell me how can i get all of it in free or if purchased then which website? It will help me a lot. Kindly reply.. thank you Sir

[@TanweerAhmed]

Join my telegram group "HVAC/MEP Engineering" its link is given my KZbin profile. Or iny all videos' description Telegram group link is given in the end. There is file for download free documents or ask for required documents or ask questions about your field. Hope that it will be helpful for you

[@gramathara4907]

Does we need to consider the return air duct pressure loss for the supply fan esp calculation Or separate calculation for supply air fan and return air fan

[@TanweerAhmed]

Yes both supply air and return air duct and fittings pressure losses wi be calculated

[@johnphilip7084]

hi dear for the shoe neck part in ashare data base which one to select

[@TanweerAhmed]

Check data sheet and select accordingly

[@johnphilip7084]

@@TanweerAhmed in the data base I did not find that shoe neck fitting can I have ur number to contact

[@vijaybajaj401]

You mean to say fan ka static pressure decide karane ke liye I should give him ESP and ISP will be calculated by supplier so total static pret will be sum of both

[@TanweerAhmed]

Fan of AHU or FCU to be finalized after calculation ISP+ESP. You will give only ESP to supplier fo AHU of FCU

[@3099saaz1]

Sir G aap ne first transition piece ki value ulti kadi Flow direction k hisab se H1, w1 pahle honi chahiye thi app ne Ho, Wo, pahle daldi is se calculation me farq padega ????

[@TanweerAhmed]

Okay

[@faridkhan-mf5xg]

Sir ap ne ik branch aur ik diffuser ko select Kia. Kia hm be ik select kare ya phr sary branch aur sary diffuser ko select krna hoga?

[@TanweerAhmed]

You have select remote area item means away point item select like in this video's drawing is round ceiling diffuser. From last diffuser to AHU and no branches and their items will not be added.

[@salmankhansarguroh5113]

Is the calculation same for Pressurisation and Ventilation fans????

[@TanweerAhmed]

ESP calculation method is the same for all types fans finalization

[@vijaybajaj401]

Un case if riund ir spiral duct shall i put height abd width same that us dia of duct

[@TanweerAhmed]

⁉️

[@vijaybajaj401]

Tanveer bro fabric duct hai to only roughness factor hi change hoga na?

[@TanweerAhmed]

Right

[@mdshahidhussain5698]

Hello sir please make video on Vrv BOQ

[@TanweerAhmed]

Insha'Allah, Ok noted

[@mdshahidhussain5698]

@@TanweerAhmed sir for practice chilled water ka project ka dwg chahia send kr skte hai kiya aap

[@TanweerAhmed]

@@mdshahidhussain5698 In my videos playlist, there is an HVAC drawing course, in each video's description drawing link is attached for download

[@MajidKhan-kh6my]

Hi Tanveer sir can you guide how we can get this software? please guide and help in this regard if you can.

[@TanweerAhmed]

This software link is attached in this video's description. You can download free

[@MajidKhan-kh6my]

@@TanweerAhmed are you sure it will work or it need crack because I tried alot it is not helping.

[@TanweerAhmed]

I have installed same software in my computer and it is working

[@alijahyusuf6827]

why whole 8 round dffusers and T in the index branch are not considered

[@TanweerAhmed]

Sorry I don't know

[@rockdscorpion]

Aslamualikum, You only took the last Branch, what about all other branches

[@TanweerAhmed]

W.Salam, I have explained in video that we have to take remote branch including accessories because we have to deliver air till end point. If we deliver air to end point then nearer points air will be automatically delivered.

[@ahamedafsal2128]

Could you make a video about selection of booster pump by using head and flow

[@TanweerAhmed]

Insha'Allah I will prepare video on this topic

[@faridkhan-mf5xg]

Sir ye sowftare hamy kaha se melegee

[@TanweerAhmed]

Links 🔗 are given in this video's description of software and excel sheet for everyone download

[@sameerasomarathna6755]

please provide the English version

[@TanweerAhmed]

Sorry, not available

[@surajbagh3432]

tanweer sir thankyou so much , i do really appreciate you highly informative video. can i contact you ?

[@TanweerAhmed]

Thank you

[@9891559286]

Sir, Assalamu’alaikum, please tell me how to calculate the kitchen scrubber static pressure at 20,000CFM

[@TanweerAhmed]

W.Salam, Sorry I don't know