Psychrometrics Part 2: SHR, Calculating CFM & Tons of Refrigeration

[@anthonyrodriguez243]

This is a great channel thank you for the video

[@charleslewis2335]

This has been so helpful. Thanks, Tony!

[@matthewnewton9096]

Your content is incredibly helpful!

[@spidyrider243]

It's not boring at all, it's necessary stuff to know and to learn, I forgot all these after working so many years and interviewer asked me these questions like what if we are getting 80% RH in space, how can u solve this problem. what is ERSHF, what if ADP increase or decrease does it affect CFM? etc. and I was not able to answer

[@ronniepdagayday]

watching from philippines. the video helps a lot. thank you. more power.

[@ahmedahmed-tv3nw]

wonderful bro its very useful

[@marcoferreira226]

Man what awesome content

[@abhyankaratharv]

Thank you very much

[@joseacobo4302]

Hi tony i really appreciate your discussion here very helpful to us as aspiring to become a HVAC designer. But i have a comment correct me if i'm wrong in your presentation the 49 DB is after the fan supposedly at the cooling coil temp dew point. Usually there's an increase in temp after the fan. Thank you.

[@gianmagz]

36:06 hey Tony @HVAC TV, u got 0.075 x 0.24 x 60 = 1.085 Btu-min/ft3-F-hr to be specific but sadly some folks get used to in using the 1.1 as it is easy to remember. Just my 2 cents, anyways great video!

[@tjh5787]

This may be a little premature (haven't watched the 3rd installation yet) On your OAT, Did you get that information from the ASHRAE Climatic design condition site or is it a value for training purpose? If you did use the ASHRAE site. For your WB are you using the .4% in the Evaporation column or is the WB bulb a product of another value which revels the WB(when plotted)? Also, amazing explanation for us wanna be engineers.

[@myatthu3173]

i want to download thus video sir!

[@dalvindersinghmanku8243]

sir can we convert in other language...hindi panjabi

[@ashwine4638]

What happens if I take 100% of OA and 100% of RA

[@olivernesh1706]

Not possible. The percentage of each part of air, is calculated relative to supplied air. 100% OA and 100% RA means 50% of both.

[@purelybiblical6154]

You can set your bypass factor to 0. It will increase your supply air.