00:00दोस्तो आज मेरे पास में एक long card में inverter repair के लिए आया है और मैं आपको बता दूँ
00:06दोस्तो के इस inverter में problem जो है वो ये है कि inverter जो है वो high volt निकाल रहा
00:12है output में तो मैं आपको दिखा देता हूँ देखिए दोस्तो ये inverter का card है और मैंने इसको निकाल
00:18लिया है अब दोस्तो पहली ची
00:29preset आपने देख लिया इससे volt set नहीं हो रहे है या फिर अगर इसको आप adjust करते हैं तो
00:36ये काम नहीं करता है और आपका preset जो है वो बिल्कुल ठीक है तो दोस्तो इस condition में आप
00:41इसको कैसे जो है वो ठीक करेंगे दोस्तो आज मैं इस पर जो इसका section है इस पर ये complete
00:46video बनाने वाला
00:47आपको जो इसका section है इतना इसके बारे में पूरी knowledge देने वाला हूँ तो चलिए दोस्तो वीडियो को start
00:53करते हैं दोस्तो मैं सबसे पहले आपको दिखा देता हूँ ये testing वाला invator दोस्तो ये जो invator है और
01:00इसका transformer है इसका मैं use सिरफ जो kitे हैं उनको repair करने के लिए करता हूँ �
01:06पाकी इसका कोई use नहीं है आप देख सकते हैं यहाँ पर मैंने इस तरीके से चिम्टी ये जो हैं
01:11वो लगा रखी हैं ये हमारा जो एंपियर मीटर है ये load चेक करने के और charging चेक करने के
01:18काम में आता है दोस्तो ये अलग-अलग kitो के लिए इस तरह के socket हैं तो दोस्तो ये इस
01:35वाली supply जो है heat sink पर मैं इस तरह से चिम्टिया को लगा देता हूं और ऐसे ही मैं
01:40ये दूसरी वाली चिम्टी भी लगा लेता हूं ठीक है दोस्तो आप देख सकते हैं मैंने यहाँ पर जो बेटरे
01:44के connection है वो कर दिये हैं यहाँ पर minus लगा दिया है ठीक है आप देख सकते हैं
01:50वोल्ट मीटर और frequency मीटर को ले लेता हूं इस तरह से मैंने यहाँ पर वोल्ट मीटर को रख लिया
01:55है जिससे कि आपको इसकी वोल्ट वगेरा जो है वो अच्छी तरह से दिख जाएं अब मैं आपको on करके
02:00दिखाता हूं inverter को दोस्तो जब हम inverter को on करते हैं तो आप देख सकत
02:04हैं यहाँ पर 260-70 वोल्ट जो हैं वो आ रहे हैं लेकिन दोस्तो मुझे लगता है कि यह मीटर
02:11जो है यह वोल्ट कम बता रहा है मैं आपको AC वोल्ट पर इसके वोल्ट जो हैं आउट के वो
02:15चेक करके बताता हूं कि यहाँ पर यह कितने वोल्ट जो हैं वो आउट कर रहा है
02:34If the inverter's output is more than 30-400V, then you need to check the inverter's output of this inverter.
02:46The drive will adjust for you. Drive should be 3V to 5V.
02:53If you have 5V to 5V, then you need to check the inverter's output.
03:00This will be four-volt.
03:12If the inverter's output is less than 30-0V, then you need to check the inverter's output.
03:19The meter will be 20V DC.
03:22The drive will show how many drives are out.
03:25I will show you the drive check.
03:27I will show you the inverter.
03:29If we check the drive check,
03:31you can see how many volts we can get here.
03:345 volts.
03:35This channel is not how many volts we can get here.
03:395 volts we can get here.
03:40So, our drive doesn't matter.
03:44If you drive is correct,
03:46it means that this is your IC.
03:49This is your IC.
03:50This is your IC.
03:50This is your drive.
03:52The drive is correct.
03:54This is your voltage section.
03:58In the voltage section,
03:59you can see the preset
04:00for the frequency.
04:03You can set it.
04:05It is not a problem.
04:07The other one is the preset.
04:09This is the voltage preset.
04:11You can see the inverter on.
04:13When we adjust the volts,
04:16you can see the volt meter.
04:17There is no volt.
04:19You can see it.
04:20Now, if you have the inverter,
04:22you can see it.
04:26You can see it.
04:27You can see it.
04:36You can see it.
04:38You can see it.
04:52I can see it.
04:59Now, we can see it.
05:01We can see it.
05:04We can see it.
05:11We can see it.
05:16You can see it.
05:17It's not a difference.
05:20It's not a fault.
05:22It's a shift.
05:24Now, it's a switch.
05:25You can see it.
05:28You can see it.
05:29The voltage that you have done,
05:29here is a voltage Emot.
05:34This is 4060.
05:36If you have a change in the induction,
05:40here, it is a power put into it.
05:41and when the power of IC comes to the power, then it will pass the current here, so that the
05:46preset will work.
05:48The preset will work, but the voltage will adjust.
05:52The other diode will get power, where is it?
05:54Here is a resistance, here is a resistance.
05:57This is 200K resistance.
05:59The inverter is on.
06:00The inverter is on.
06:01The inverter is on.
06:04Now, what is the fault in this condition?
06:07The first fault is the IC.
06:09The temperature is on.
06:11This is just the 4 and 35 coin,
06:12and it will be 얼�ete.
06:17And Об., This mistake just seems...
06:26Now, you can see that it can be a Collection Volt
06:29Where I dropped that
06:32You can see Poly Yah led
06:34So, here quit not going through
06:35The solution was fixed
06:37You can see it
06:37Then-
06:37You can see it
06:39You can see here
06:40If you don't see it
06:40You will just pay it
06:49So, here you can see it
06:53Thisě is Missy
07:02।
07:03।
07:43।
07:45So, we will change this week.
07:48I will see you.
07:48I will see you later.
07:50That's the first time we have to check it out.
07:52That's right or wrong.
07:55So, you can check it out.
07:57If you can check it out.
07:57You can check it out.
07:58You can check it out.
07:59You can check it out.
08:02I have done a video.
08:06If you have any who is wrong with it,
08:08then you will need to be beep.
08:11If you don't hear beep,
08:12If you don't hear it, you can understand that it's okay.
08:15Now you can see here 350 volts.
08:20What do you want to do here?
08:22Registence DV is 200K.
08:24You can check here volts.
08:26If you want to check here volts,
08:28you can understand that your IC is the power.
08:32It means that your bridge is the power.
08:34You can see here,
08:36there is no volts.
08:38What do you want to do here?
08:39You can see here volts.
08:40Now you can check here.
08:42You can see here DC volts.
08:49You can see here DC volts.
08:50This bridge is the output.
08:51I will check here.
08:53When I check here,
08:55I will check here.
08:56You can see here DC volts.
09:00Now you can see here.
09:01Here,
09:02this voltage is the voltage.
09:03This voltage is the voltage.
09:12You can see here volts.
09:30Now,
09:31we have a leg to take a foot here.
09:33We will not have one foot.
09:34We will not have one foot.
09:39We will not have one foot.
09:40This is a foot resistance.
09:41I will put this resistance to the other.
09:44This resistance is the one.
09:45I will use this one.
09:47This is 200K
09:49and 2W resistance.
09:51So, let's put this resistance on the floor.
09:55We will put this resistance to the floor.
09:57Now, this is the preset to change for the floor.
10:00because we have no error of this
10:02if you have 10K preset
10:04it will be here on work
10:07so in case there can be
10:09this is on
10:09and you will be able to watch
10:13if you let it go
10:17we will hardly wait
10:17so in case you have
10:20this one will be
10:24we will have
10:24it is here
10:25you will be able to watch
10:28is
10:28that you will do it
10:32similar to the
10:34word
10:34odd
10:34odd
10:35odd
10:35odd
10:39odd
10:39odd
10:39odd
10:40odd
10:42odd
10:42if you have a volt then you can check this 4 bridge
10:45you can check that bridge
10:47if you have all the components
10:52then if you have a volt
10:54not to do this
10:56then you can do this
10:58supply to minus
11:00and here plus
11:02this is plus inverter
11:04light
11:04so you have to do this
11:08current
11:08current
11:08current
11:09current
11:09current
11:09current
11:18problem
11:18if you have a question
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