Hi I am Azarudeen from India and have a Bachelor Degree in Mechanical Engineering. Currently working in HVAC field and I love teaching. So I started this channel to teach about HVAC and Electrical with Animation to understand easily. Please subscribe and keep support the channel. Thank You!!!
No, the 24 is not hours. I already explained the meaning of 24 in a separate video. Please click the link below to watch that video. ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-FSt7A4vYUWw.htmlsi=R38aCN1a70AtUVp_
The specific heat capacity of liquid water is approximately 4.186 J/g°C. Are you asking about the value of the specific heat capacity of water or details about this? And there is no special heat capacity for water.
Sir Excellent explained 🙏👏👍 Sir doubt if humidity 80% in the room can we do it a/c temperature set point 15c celcius will it be gone humidity please tell me sir 🙏
Yes, we can. If we reduce the setpoint to 15°C, we can reduce the humidity level more. But the energy consumption will be higher and the 15°C temperature is uncomfortable.
Many technicians blame the TXV valve for a priblem in the refrigerant cycle because they never understand that if the condenser does not put out the fire of the heat of compression and condensation this heat will circulate in the system from one component to the other. The condenser is key, has to be kept clean (fins) and insure that the fans RPM are adecuate. How do you insure this? by keeping up and monitor both SUBCOOLING AND EVAPORATOR SUPERHEAT & COMPRESSOR SUPERHEAT.😊
Listen you clearly don't know the refrigerant cycle. From the compressor the refrigerant is discharged as superheated gas, frim hete tje first stage of cooling is called desuperheating this occurs at the top of the condenser, and it takes up 5% of the condenser. After this the 2nd stage of cooling is called condensation that takes up 85% of the condenser leaving only 10% fro the 3rd stage of cooling called subcooling. If for any reason these three stages of cooling do not take place the refrigerant will not be 100% liquid gas and the TXV valve will not be able to feed the evaporator because the gas will be in both liquid and gas. Remember the TXV creates the pressure drop only olif the refrigerant comes to the valve at 100% liquid. Many technician blame the TXV for their poir knowledge of the refrigeration cycle. If the condenser does not adequately cool the refrigerant there will existt a high (Liquid line pressure drop) in the Liquid line and this high presdure drop, (resistance to flow) will effect the refrigerant bringing it to the TXV in two forms gas and liquid. The Achilles tendon of the refrigerant cycle is in the liquid line its been this way since inception, I REPEAT!! THE KIQUID LINE IS THE WEAKEST POINT IF THE REFRIGERANT CYCLE. MANY MECHANICAL ENGINEERS STILL DON'T UNDERSTAND THIS 😢
Agr ye video kuch din phle aata to mai interview me pass ho jata😢😢😢 Muje pucha kii nitrogen hii kyu use krte hai, koi dusra gas kyu nhi use krte hai leak test ke liye or mai kuch bol nhi paya
