3kva auto cut stabilizer saman

Khempur Repair
Khempur Repair
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title
3kva auto cut stabilizer saman

About
doston khempur repair channel Mein aapka swagat hai aaj main aapke liye stabilizer ka video Lekar Aaya hun aur doston is video mein aapko 3kva stabilizer ki jankari Dunga ke agar aap stabilizer ko banate hain to total Ek stabilizer ko Banane Mein Kitna Saman lagta hai use Saman ka naam kya hota hai aur uski power kya hoti hai Kahane ka matlab yah hai ki Saman Jo lagega vah kitne mpr kitne voltage ka lagega yah sab maine aapko is video mein bataya hai isliye video ko pura Dekhen video Pasand Aaye To like Karen share Karen aur comment Karke bataiye aapko video kaisa laga thank u !

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Transcript
00:00Hello Friends, Welcome to Khempur Repair Youtube Channel.
00:04Here I have a 3 KW Stabilizer Body.
00:09In this video, I will tell you the components required to make a 3 KW Stabilizer.
00:16I will also tell you the total amount of material required for making a 3 KW Stabilizer.
00:20This video is very useful for you.
00:22Watch the full video.
00:24Friends, whenever we make a Stabilizer,
00:27First of all, we need a body as you can see.
00:31In this body, there is a rotary, indicator, voltmeter and the option to install a ruder.
00:38Whenever you make a Stabilizer, always buy a good body.
00:42And I am using this leg. These are very good legs, they do not get damaged.
00:47Total 4 legs are required.
00:49This one step will be required for input and output.
00:52And this step is 30 Ampere.
00:55This load is also correct. You can run 3 KW load on this.
01:00These are two indicators.
01:02I will install a green one for the man and a red one for the cut.
01:06You can see the indicators are of very good quality.
01:09There is a voltmeter. This voltmeter is of 300 volts.
01:13If you are making for a single phase, then use a meter of 300 volts.
01:17The meter is also of good quality.
01:19There is no such meter.
01:21This is a rotary of 8 poles and 15 Ampere.
01:26A rotary of 15 Ampere on 3 KW works very well.
01:29You can use this type of rotary.
01:32This is a ruder of 2 plus 4.
01:36This is also of 15 Ampere.
01:40This is a ruder of 15 Ampere.
01:42When you install this, it will take a load even if there is a double phase.
01:47This is a relay.
01:49I am using a relay of 25 Ampere.
01:52You can use a smaller one.
01:54But I will use a 25 Ampere relay.
01:56This will ensure that the relay will not burn during the trip.
01:59If you use a smaller one, then it will get damaged.
02:03After the relay, we need a circuit that will make this relay work.
02:08I will show you that circuit.
02:11This is 909 to run this relay.
02:15This is the circuit of this relay.
02:18This circuit works well with 909.
02:22This circuit is of good quality.
02:26I have shown all the items except the transformer.
02:32Now I will show you the transformer.
02:34I am making this transformer according to my requirement.
02:40This transformer will take a load of 4 Kgs instead of 3 Kgs.
02:45I have made this transformer in number 8.
02:47No one makes a transformer of 3 Kgs in number 8.
02:53I have made this transformer.
02:55The core thickness of this transformer is 2 inches.
02:58If you make this transformer in number 8, it will take a load of 4 Kgs.
03:05It will take a load of 1 Kg more.
03:08I am going to install this transformer in this transformer.
03:11If you make this transformer, it will take a load of 3 Kgs.
03:15It will take a load of 3 Kgs.
03:17If you want to know the connection of this transformer,
03:20I will tell you the connection in detail.
03:22I will tell you the price of this transformer in detail.
03:28If you like this video, please like and share this video.
03:31Comment and tell me how you like this video.
03:34See you in the next video.
03:36Thanks for watching.