Inverter output main 400 volt aate hain | 500w inverter repair

Title
Inverter output main 400 volt aate hain | 500w inverter repair | inverter repairing

About
doston khempur repair channel Mein aapka swagat Hai Doston Aaj mere pass mein ek inverter repair ke liye aaya hai aur yah inverter long card mein hai is inverter mein problem yah hai ki iski output Mein 400 volt a rahe hain bahut hi jyada volt Hai yah itne volt per koi bhi chij kharab ho jayegi Agar Ham chalate hain to inverter se ab doston is card ko repair karne ka Sahi Tarika Maine is video mein bataya hai aur is card ko aap Chutki Mein theek kar sakte hain is video Ko Dekhkar isliye video ko pura Dekhen aur video Pasand Aaye To like Karen aur share Karen thank u

Instagram
https://www.instagram.com/khempurrepair/

playlist
Long Card Inverter https://dailymotion.com/playlist/xaw282

#khempurrepair
#inverterbord
#inverter
#inverterrepair

Transcript

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

10:35odd

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

11:09current

11:18problem

11:18if you have a question

11:21comment

11:24comment

11:25comment

11:26comment

11:27comment

11:28comment

11:31comment

11:32comment

Inverter output main 400 volt aate hain | 500w inverter repair | inverter repairing

Category

Transcript

Comments

Recommended