Basic Refrigeration Cycle | Tagalog

[@maskridersupergold2501]

simpleng paliwanag lang pero madaling maintindihan..

[@manodullavin177]

Hello Ka TecBok, good morning! Thank you po sa pag explain nyo at magaling po kayong mag explain! Sana po lagi po kayong magturo ng about RAC and Aircon.. Ingat po...

[@maryonnequillao282]

Hello G9-SSC!

[@MMGRblx]

hello

[@janmarlaunio6873]

Master sana mapansin nyo. After compressor High pressure high temperature vapor refrigerant flow into inlet of condenser then the condenser is to remove the laten heat wil be come a liquid, so pag lumabas na po yung refrigerant sa outlet ng condenser ang pressure po ang lalabas high pressure high temperature liquid ref. Po ba? Or high pressure Low temperature liquid ref. Na po sya? sana po masagot nyo salamat ,dito po kasi ako nagugulohan sa condenser

[@syncradar]

Condenser removes heat by cooling it down, because to turn the vapor into a liquid, it needs to be cooled down, though it still retains the same pressure. Im still new to this, so this is the only explanation I could say.

[@eisenhowervinarao9225]

Ayos!!! 👌👌👌

[@TekBok]

Ginamit ko mic mo a

[@rendezisanan3209]

Sir tanong lang? After ng condenser nakalagay "High pressure liquid" ang relationship ng pressure at temperature e directly proportional diba? So kahit dumaan na sya sa condenser which is nakalagay na condenser rejects heat e still high temperature parin sya?

[@TekBok]

Exactly po. Bababa lang yan pag dumaan na ng expansion valve

[@vitoborromeo1848]

May tanong lang po ako. Bakit po yung evaporator is pinag aabsorn niya po yung heat eh low pressure liquid naman po yung pumapasok sa evaporator? Thank you po.

[@TekBok]

characteristic po ng refrigerant na dumadaloy yun sir. kapag nasa low pressure form po yung refrigerant natin, nag coconvert po ng malamig yung naabsorb niyang init

[@Mgear1217]

Vito para ma absorb ang heat ng refrigerant kailangan ma transform ang refrigerant from liquid to gas dahil pag gas na ang refrigerant duon malakas ma absorb ang heat. By using TXV or capillary tube, it transform the liquid to vapor. To dissipate the heat from the refrigerant it has to be compressed and form it to a liquid and go through the condenser to release more heat. A TXV metering device can be adjusted to what the evaporator need and while capillary tube has no adjustment. TXV is mostly used for supermarket refrigeration while capillary tube is used for small refrigerator.

[@guillermoaquinojr5741]

kompleto rekado po ang paliwanag ni sir