#100 Refrigeration cycle introduction and working pell dawlance and Haier

Name: #100 Refrigeration cycle introduction and working pell dawlance and Haier
Uploaded: 2024-09-14T04:46:51+00:00
Duration: 20 min 53 s
Channel: Babar Electronics HVACR

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00:00Assalamualaikum. This video is very important. There are three types of circuits in the refiner.

00:27High, medium, low. High, low, medium are because of this. I have written it on it. This pipe is high.

00:39On this, you have to put a pipe of 2.75 meters. These are all air-cooled. Natural air-cooled.

00:46Air-cooled is the fan-cooled. These are air-cooled. These are natural air-cooled cadenzas.

00:53In these, high, medium and low are the circuits. The difference is that the pipe of this cadenza,

01:02you can see it here, this is 532, that is, 752. The common cadenzas used in the market are of 1.5 meters,

01:12that is, 316. These are of 732 generation. These are in 2.75 meters. Okay. A little more than this.

01:22It is very thick. Generally, I will not mention the name of any company. You are self-explanatory that

01:30these are used. This also comes. The company comes. It has a little thicker cadenza pipe.

01:35One has this and one has this. And the difference in this is that in all of this,

01:44that in this, as an example, I am giving you an example, that this is what they have mentioned on it,

01:52that the gas in it will put, for example, 175 grams. In this too, they have said that in this too,

02:08175 grams of gas will be charged. Plus or minus is written in it, generally written, yes, plus or minus 2.

02:23In this too, 2 grams can be up and down. Okay. In this too, they will charge 175 grams of gas.

02:33R134A. Okay. This has the same gas in it. The same gas will be there. The same gas is recommended in this too.

02:50Okay. R134. In all three. Now, when you put gas in it, then now the size of its compressor,

03:02in this too, I will write 1.5. Okay. In this, its HP. Okay. In this too, 1.5 HP.

03:17Its HP is 1.5. Sorry. Its HP is 1.5. And its HP is 1.5. Okay.

03:34Now, this compressor, its BTU is also of the same class. BTU, it also has 444 BTU. It also has 444 BTU.

03:58And it also has 444 BTU. Now, it is the same, but when you charge gas in it, in it, the high pressure is high,

04:20what is in it, here you put its charging, compound, gauge, put it in it. So, what is in it, your pressure is, when you put gas, then the immediate pressure is 25,

04:36from 20 to 25 PSI, its needle is 25 PSI. And what is this, its needle is, this one, you put about 8 PSI,

05:03this is on PSI. And this is, its, this is from zero to vacuum, 2 mercury, minus 2 mercury is on it, its reading is on it, it came to minus.

05:25Now, this is also a circuit, this is also there, this is also there. And in this, the capillary tube that has been used, in this, 0.26, in this, which is 28, in this, a capillary tube of 31 is installed.

05:44Now, what is in it, why is there a difference in pressure in it? The difference in pressure in it is because its condenser pipe is thin, this is thicker than that, and this is thicker than that.

06:02So, what happens with this, when this is discharged, the wiper raffinate comes in it, the wiper comes in it, so what happens in it is that the wiper, the volume in it, the volume in it is more.

06:19And the second thing is that if it is, its head pressure, if you check from here, I am telling you as an example, to make you understand that what is the difference in it.

06:35If you check this, then at high pressure, it will be about 225 psi, 225 psi, 225 psi will be on it, and this is, which is its, it will be less than it.

07:02It will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less than this, it will be less

07:32than this, it will be less than this.

08:02Now in this, its pressure, its volume, its gap is less, so due to the less volume, and

08:10due to the smaller capacity, here the pressure is less.

08:16Its capacity is a little thick and its volume is more here, due to this, here the back pressure

08:24is more.

08:25This is the reason.

08:26Now let's see the cooling effect, what are the differences in the cooler and what will

08:32happen when the gas is charged later.

08:34When the gas is charged, the pressure of the cooler is more, so the back pressure is more.

08:40Now let's see the cooling effect, what are the differences in the cooler and when the

08:45gas is charged later, what will happen?

08:48When the gas is charged, the pressure of the cooler is more, so the back pressure is more.

08:55Now let's see the cooling effect, what are the differences in the cooler and when the

09:02gas is charged, the pressure of the cooler is more, so the back pressure is more.

09:08Now let's see the cooling effect, what are the differences in the cooler and when the

09:13gas is charged, the pressure of the cooler is more.

09:16Now let's see the cooling effect, what are the differences in the cooler and when the

09:21gas is charged, the pressure of the cooler is more.

09:24Now let's see the cooling effect, what are the differences in the cooler and when the

09:29gas is charged, the pressure of the cooler is more.

09:32Now let's see the cooling effect, what are the differences in the cooler and when the

09:37gas is charged, the pressure of the cooler is more.

09:40Now let's see the cooling effect, what are the differences in the cooler and when the

09:45gas is charged, the pressure of the cooler is more.

09:48Now let's see the cooling effect, what are the differences in the cooler and when the

09:52gas is charged, the pressure of the cooler is more.

09:55Now let's see the cooling effect, what are the differences in the cooler and when the

10:00gas is charged, the pressure of the cooler is more.

10:03Now let's see the cooling effect, what are the differences in the cooler and when the

10:08gas is charged, the pressure of the cooler is more.

10:11Now let's see the cooling effect, what are the differences in the cooler and when the

10:16gas is charged, the pressure of the cooler is more.

10:19Now let's see the cooling effect, what are the differences in the cooler and when the

10:23gas is charged, the pressure of the cooler is more.

10:26Now let's see the cooling effect, what are the differences in the cooler and when the

10:30gas is charged, the pressure of the cooler is more.

10:33Now let's see the cooling effect, what are the differences in the cooler and when the

10:37gas is charged, the pressure of the cooler is more.

10:40Now let's see the cooling effect, what are the differences in the cooler and when the

10:44gas is charged, the pressure of the cooler is more.

10:47Now let's see the cooling effect, what are the differences in the cooler and when the

10:51gas is charged, the pressure of the cooler is more.

10:54Now let's see the cooling effect, what are the differences in the cooler and when the

10:58gas is charged, the pressure of the cooler is more.

11:01Now let's see the cooling effect, what are the differences in the cooler and when the

11:05gas is charged, the pressure of the cooler is more.

11:08Now let's see the cooling effect, what are the differences in the cooler and when the

11:12gas is charged, the pressure of the cooler is more.

11:15Now let's see the cooling effect, what are the differences in the cooler and when the

11:19gas is charged, the pressure of the cooler is more.

11:22Now let's see the cooling effect, what are the differences in the cooler and when the

11:26gas is charged, the pressure of the cooler is more.

11:29Now let's see the cooling effect, what are the differences in the cooler and when the

11:33gas is charged, the pressure of the cooler is more.

11:36Now let's see the cooling effect, what are the differences in the cooler and when the

11:40gas is charged, the pressure of the cooler is more.

11:43Now let's see the cooling effect, what are the differences in the cooler and when the

11:47gas is charged, the pressure of the cooler is more.

11:50Now let's see the cooling effect, what are the differences in the cooler and when the

11:54gas is charged, the pressure of the cooler is more.

11:57Now let's see the cooling effect, what are the differences in the cooler and when the

12:01gas is charged, the pressure of the cooler is more.

12:04Now let's see the cooling effect, what are the differences in the cooler and when the

12:08gas is charged, the pressure of the cooler is more.

12:11Now let's see the cooling effect, what are the differences in the cooler and when the

12:15gas is charged, the pressure of the cooler is more.

12:18Now let's see the cooling effect, what are the differences in the cooler and when the

12:22gas is charged, the pressure of the cooler is more.

12:25Now let's see the cooling effect, what are the differences in the cooler and when the

12:29gas is charged, the pressure of the cooler is more.

12:32Now let's see the cooling effect, what are the differences in the cooler and when the

12:36gas is charged, the pressure of the cooler is more.

12:39Now let's see the cooling effect, what are the differences in the cooler and when the

12:43gas is charged, the pressure of the cooler is more.

12:46Now let's see the cooling effect, what are the differences in the cooler and when the

12:50gas is charged, the pressure of the cooler is more.

12:53Now let's see the cooling effect, what are the differences in the cooler and when the

12:57gas is charged, the pressure of the cooler is more.

13:00Now let's see the cooling effect, what are the differences in the cooler and when the

13:04gas is charged, the pressure of the cooler is more.

13:07Now let's see the cooling effect, what are the differences in the cooler and when the

13:11gas is charged, the pressure of the cooler is more.

13:14Now let's see the cooling effect, what are the differences in the cooler and when the

13:18gas is charged, the pressure of the cooler is more.

13:21Now let's see the cooling effect, what are the differences in the cooler and when the

13:25gas is charged, the pressure of the cooler is more.

13:28Now let's see the cooling effect, what are the differences in the cooler and when the

13:32gas is charged, the pressure of the cooler is more.

13:35Now let's see the cooling effect, what are the differences in the cooler and when the

13:39gas is charged, the pressure of the cooler is more.

13:42Now let's see the cooling effect, what are the differences in the cooler and when the

13:46gas is charged, the pressure of the cooler is more.

13:49Now let's see the cooling effect, what are the differences in the cooler and when the

13:53gas is charged, the pressure of the cooler is more.

13:56Now let's see the cooling effect, what are the differences in the cooler and when the

14:00gas is charged, the pressure of the cooler is more.

14:03Now let's see the cooling effect, what are the differences in the cooler and when the

14:07gas is charged, the pressure of the cooler is more.

14:10Now let's see the cooling effect, what are the differences in the cooler and when the

14:14gas is charged, the pressure of the cooler is more.

14:17Now let's see the cooling effect, what are the differences in the cooler and when the

14:21gas is charged, the pressure of the cooler is more.

14:24Now let's see the cooling effect, what are the differences in the cooler and when the

14:28gas is charged, the pressure of the cooler is more.

14:31Now let's see the cooling effect, what are the differences in the cooler and when the

14:35gas is charged, the pressure of the cooler is more.

14:38Now let's see the cooling effect, what are the differences in the cooler and when the

14:42gas is charged, the pressure of the cooler is more.

14:45Now let's see the cooling effect, what are the differences in the cooler and when the

14:49gas is charged, the pressure of the cooler is more.

14:52Now let's see the cooling effect, what are the differences in the cooler and when the

14:56gas is charged, the pressure of the cooler is more.

14:59Now let's see the cooling effect, what are the differences in the cooler and when the

15:03gas is charged, the pressure of the cooler is more.

15:06Now let's see the cooling effect, what are the differences in the cooler and when the

15:10gas is charged, the pressure of the cooler is more.

15:13Now let's see the cooling effect, what are the differences in the cooler and when the

15:17gas is charged, the pressure of the cooler is more.

15:20Now let's see the cooling effect, what are the differences in the cooler and when the

15:24gas is charged, the pressure of the cooler is more.

15:27Now let's see the cooling effect, what are the differences in the cooler and when the

15:31gas is charged, the pressure of the cooler is more.

15:34Now let's see the cooling effect, what are the differences in the cooler and when the

15:38gas is charged, the pressure of the cooler is more.

15:41Now let's see the cooling effect, what are the differences in the cooler and when the

15:45gas is charged, the pressure of the cooler is more.

15:48Now let's see the cooling effect, what are the differences in the cooler and when the

15:52gas is charged, the pressure of the cooler is more.

15:55Now let's see the cooling effect, what are the differences in the cooler and when the

15:59gas is charged, the pressure of the cooler is more.

16:02Now let's see the cooling effect, what are the differences in the cooler and when the

16:06gas is charged, the pressure of the cooler is more.

16:09Now let's see the cooling effect, what are the differences in the cooler and when the

16:13gas is charged, the pressure of the cooler is more.

16:16Now let's see the cooling effect, what are the differences in the cooler and when the

16:20gas is charged, the pressure of the cooler is more.

16:23Now let's see the cooling effect, what are the differences in the cooler and when the

16:27gas is charged, the pressure of the cooler is more.

16:30Now let's see the cooling effect, what are the differences in the cooler and when the

16:34gas is charged, the pressure of the cooler is more.

16:37Now let's see the cooling effect, what are the differences in the cooler and when the

16:41gas is charged, the pressure of the cooler is more.

16:44Now let's see the cooling effect, what are the differences in the cooler and when the

16:48gas is charged, the pressure of the cooler is more.

16:51Now let's see the cooling effect, what are the differences in the cooler and when the

16:55gas is charged, the pressure of the cooler is more.

16:58Now let's see the cooling effect, what are the differences in the cooler and when the

17:02gas is charged, the pressure of the cooler is more.

17:05Now let's see the cooling effect, what are the differences in the cooler and when the

17:09gas is charged, the pressure of the cooler is more.

17:12Now let's see the cooling effect, what are the differences in the cooler and when the

17:16gas is charged, the pressure of the cooler is more.

17:19Now let's see the cooling effect, what are the differences in the cooler and when the

17:23gas is charged, the pressure of the cooler is more.

17:26Now let's see the cooling effect, what are the differences in the cooler and when the

17:30gas is charged, the pressure of the cooler is more.

17:33Now let's see the cooling effect, what are the differences in the cooler and when the

17:37gas is charged, the pressure of the cooler is more.

17:40Now let's see the cooling effect, what are the differences in the cooler and when the

17:44gas is charged, the pressure of the cooler is more.

17:47Now let's see the cooling effect, what are the differences in the cooler and when the

17:51gas is charged, the pressure of the cooler is more.

17:54Now let's see the cooling effect, what are the differences in the cooler and when the

17:58gas is charged, the pressure of the cooler is more.

18:01Now let's see the cooling effect, what are the differences in the cooler and when the

18:05gas is charged, the pressure of the cooler is more.

18:08Now let's see the cooling effect, what are the differences in the cooler and when the

18:13gas is charged, the pressure of the cooler is more.

18:16Now let's see the cooling effect, what are the differences in the cooler and when the

18:20gas is charged, the pressure of the cooler is more.

18:23Now let's see the cooling effect, what are the differences in the cooler and when the

18:27gas is charged, the pressure of the cooler is more.

18:30Now let's see the cooling effect, what are the differences in the cooler and when the

18:34gas is charged, the pressure of the cooler is more.

18:37Now let's see the cooling effect, what are the differences in the cooler and when the

18:41gas is charged, the pressure of the cooler is more.

18:44Now let's see the cooling effect, what are the differences in the cooler and when the

18:48gas is charged, the pressure of the cooler is more.

18:51Now let's see the cooling effect, what are the differences in the cooler and when the

18:55gas is charged, the pressure of the cooler is more.

18:58Now let's see the cooling effect, what are the differences in the cooler and when the

19:02gas is charged, the pressure of the cooler is more.

19:05Now let's see the cooling effect, what are the differences in the cooler and when the

19:09gas is charged, the pressure of the cooler is more.

19:12Now let's see the cooling effect, what are the differences in the cooler and when the

19:16gas is charged, the pressure of the cooler is more.

19:19Now let's see the cooling effect, what are the differences in the cooler and when the

19:23gas is charged, the pressure of the cooler is more.

19:26Now let's see the cooling effect, what are the differences in the cooler and when the

19:30gas is charged, the pressure of the cooler is more.

19:33Now let's see the cooling effect, what are the differences in the cooler and when the

19:37gas is charged, the pressure of the cooler is more.

19:40Now let's see the cooling effect, what are the differences in the cooler and when the

19:44gas is charged, the pressure of the cooler is more.

19:47Now let's see the cooling effect, what are the differences in the cooler and when the

19:51gas is charged, the pressure of the cooler is more.

19:54Now let's see the cooling effect, what are the differences in the cooler and when the

19:58gas is charged, the pressure of the cooler is more.

20:01Now let's see the cooling effect, what are the differences in the cooler and when the

20:05gas is charged, the pressure of the cooler is more.

20:08Now let's see the cooling effect, what are the differences in the cooler and when the

20:12gas is charged, the pressure of the cooler is more.

20:15Now let's see the cooling effect, what are the differences in the cooler and when the

20:19gas is charged, the pressure of the cooler is more.

20:22Now let's see the cooling effect, what are the differences in the cooler and when the

20:26gas is charged, the pressure of the cooler is more.

20:29Now let's see the cooling effect, what are the differences in the cooler and when the

20:33gas is charged, the pressure of the cooler is more.

20:36Now let's see the cooling effect, what are the differences in the cooler and when the

20:40gas is charged, the pressure of the cooler is more.

20:43Now let's see the cooling effect, what are the differences in the cooler and when the

20:47gas is charged, the pressure of the cooler is more.

20:50Now let's see the cooling effect, what are the differences in the cooler and when the

20:54gas is charged, the pressure of the cooler is more.

#100 Refrigeration cycle introduction and working pell dawlance and Haier

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