How to convert Single Phase into Three Phase? | सिंगल फेज को थ्री फेज में कैसे बदलें? | Electrical

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[@mansukhpatel7612]

Capacitors are used to split the phase You can also split with the help of Inductive coil. But where inductive coil Lag the power factor... So thats why Capacitors are used to lead/increase the power factor...

[@NiketShahPlus]

Good .. do share this video with others

[@remediusfernandes1570]

Thanku pluspoint training🙏

[@NiketShahPlus]

Welcome.. do share this video with others also

[@milanvekariya3481]

For sufficient voltage and different wave form 120 degree of phase.

[@hedayatullakhan5958]

Thank you sir Very useful video

[@NiketShahPlus]

So nice of you do share this video with others also

[@samisiddique5000]

sir 50 hp digital phase convert per 3 phase 16 kw three phase welding machine can run

[@niazbadar]

Nicely explained .

[@NiketShahPlus]

thanks .. do share this video with others..

[@bharatjadhav6043]

Capacitor use frequency develop karne ke liye kiya hai na..jo 3phase me 120degrre phase angle hona padata hai...

[@NiketShahPlus]

will try to make video on this

[@pardeepkumarchhipa7544]

Very Easy... 🤷‍♂️ Yaha Capciator ka use Phase shifting k liye use kiya jata h

[@NiketShahPlus]

Still many work is done

[@ganeshgowlikar9171]

Very nice topic normal person also anderstan youar topics

[@NiketShahPlus]

Thank you.. do share this video with others also

[@kishorkumar731]

Hi Mr.Niket, Single phase input means one phase and along with it a neutral (ie. pair). But the drawing shown at 9:00 0f the video (against the Rotary phase converter) depicts two separate phases at the input side of the 3-phased disconnector switch. Is this drawing correct?

[@NiketShahPlus]

The term "single-phase input" generally refers to an electrical supply consisting of one phase and a neutral. This means you have a pair of wires: one carrying the live current and the other being the neutral return path. In a typical household electrical system, this is the standard configuration. Regarding the drawing shown at 9:00 in the video, which depicts two separate phases at the input side of the 3-phase disconnector switch, this can be a bit confusing. Let's break it down: Single-Phase Input: One phase (live) wire. One neutral wire. Two Separate Phases: This implies using two live wires from different phases, typically seen in a split-phase system or when two phases from a three-phase supply are used. If the intention is to create a 3-phase supply using a rotary phase converter: Rotary Phase Converter Input: Rotary phase converters can sometimes use two phases from a split-phase system (commonly found in North America with 240V systems) as an input. This is different from a single-phase input and typically involves: Two live wires (each from a different phase). No neutral wire is used as part of the input. For a typical 3-phase disconnector switch: 3-phase disconnectors: These are designed to handle three live wires (phases) without neutral. They are meant to be used in systems where a three-phase power supply is present. If your rotary phase converter setup shows two phases at the input: This setup would be correct if it is designed to take in two live wires from a split-phase system to generate a third phase, thus producing a balanced 3-phase output. To summarize: Yes, the drawing could be correct if the rotary phase converter is designed to work with a split-phase system (240V with two live wires). This is different from the standard single-phase input but is still a common practice in some setups to generate three-phase power.

[@sumitnarkhede.3105]

sir capacitor phase shift karsakta hai.

[@jitinvedi868]

Motor-generator setup bhi use kr skte h single phase ko 3 phase m convert krne k lie

[@NiketShahPlus]

हाँ, आप एक मोटर-जेनरेटर सेटअप का उपयोग करके सिंगल फेज पावर को थ्री फेज पावर में बदल सकते हैं। इसे मोटर-जेनरेटर यूनिट (MGU) या रोटरी फेज कनवर्टर भी कहा जाता है। यह तरीका एक विश्वसनीय और सामान्य रूप से उपयोग किया जाने वाला समाधान है, विशेषकर उन स्थानों पर जहां केवल सिंगल फेज पावर उपलब्ध होती है और थ्री फेज पावर की आवश्यकता होती है। मोटर-जेनरेटर सेटअप की कार्यप्रणाली: मोटर: सिंगल फेज एसी सप्लाई से चलने वाली एक इलेक्ट्रिक मोटर। जेनरेटर: एक थ्री फेज एसी जेनरेटर जो मोटर से मैकेनिकली कनेक्टेड होता है। प्रक्रिया: सिंगल फेज मोटर: सिंगल फेज पावर सप्लाई से मोटर को चलाया जाता है। जेनरेटर का संचालन: मोटर, जेनरेटर को घुमाती है, जिससे जेनरेटर तीन फेज एसी पावर उत्पन्न करता है। लाभ: विश्वसनीयता: यह सेटअप बहुत विश्वसनीय होता है और लंबे समय तक चल सकता है। लचीलेपन: विभिन्न प्रकार के थ्री फेज उपकरणों को सिंगल फेज पावर से संचालित किया जा सकता है। स्थिर वोल्टेज और फ्रीक्वेंसी: यह एक स्थिर थ्री फेज वोल्टेज और फ्रीक्वेंसी प्रदान करता है। नुकसान: प्रारंभिक लागत: सेटअप की प्रारंभिक लागत अधिक हो सकती है। ऊर्जा दक्षता: कुछ ऊर्जा का नुकसान होता है क्योंकि मोटर और जेनरेटर दोनों में ऊर्जा की खपत होती है। रखरखाव: मोटर और जेनरेटर की नियमित देखभाल और रखरखाव की आवश्यकता होती है। वैकल्पिक विकल्प: स्टेटिक फेज कनवर्टर: यह उपकरण इलेक्ट्रॉनिक घटकों का उपयोग करके सिंगल फेज पावर को थ्री फेज पावर में बदलते हैं। वैरिएबल फ्रीक्वेंसी ड्राइव (VFD): यह डिवाइस सिंगल फेज इनपुट पावर को थ्री फेज आउटपुट पावर में कन्वर्ट करता है और मोटर की स्पीड को भी कंट्रोल करता है।

[@susantamahata08]

​@@NiketShahPlushindi language nahi ata hain ..hindi ko English mein lekheyega sir

[@ranjeetgond9617]

Capacitor ka use phase shift karne ke liye hota hoga yedi ans wrong ho to is par video banayiye sir please

[@jollyscaria1922]

1horse power hp =33.000 foot.pounfs ft-ibpermin=550fb per sec =746 watts =2545 british thermsl units btu per hour (h

[@jollyscaria1922]

1horse power hp =33.000 foot.pounfs ft-ibpermin=550fb per sec =746 watts =2545 british thermsl units btu per hour (h

[@jollyscaria1922]

1horse power hp =33.000 foot.pounfs ft-ibpermin=550fb per sec =746 watts =2545 british thermsl units btu per hour (h

[@jollyscaria1922]

Hr.. one horse power -hour hp -hr =1hp for 1hr.

[@jollyscaria1922]

=746 watthours (whr)=2545btu1kilowattkw)=1.000watts =1.000watts==1.34hp. 1kilowatt-hour kwhr.=1kwfor 1hr...=1.000whr.=1.34hp-hr.=3415btu1british ther unit btu =778ft-lbok thix allpoint baicsl ok ac

[@pallabgolui1304]

Thanks...

[@NiketShahPlus]

Welcome do share this video with others also

[@ShubhSanyal]

Capacitor is used for phase converted energy in one form to another form with capacitive load. Please explain another reason. Thank you for this information pluspoint team.

[@NiketShahPlus]

Yes, you are right do share this video with others

[@SurinderSingh-vn2fg]

ਬਹੁਤ ਸਿਆਣਿਆਂ ਨਾਮ ਤੇ ਸਹੀ ਲੈ

[@NiketShahPlus]

kya?

[@ElectricExplain97620]

Baffring, sumthing voltage karne ke liye capacitor ko lagayajata he

[@pramodpandit1592]

Dear sir Please make video & explain on inverter ac pcb.

[@NiketShahPlus]

We will try but do share this videos with others also

[@panditlight267]

Sir bldc me bhi to single phase ko three phase me convert karte to wo vfd type mana jayega ya DPS type?

[@NiketShahPlus]

It’s different technique.. will try to make video on this also

[@panditlight267]

@@NiketShahPlus ok

[@gangadharjat3956]

All of best vfd I fixed allready 45kw vfd

[@NiketShahPlus]

Good .. do share this video with others also

[@sharmaalfred4113]

We can split through an inductor but an inductor is heavy and lagging and lagging has some disadvantage but if we used a capacitor , it lead the voltage by 90degree this is the advantage and capacitor is not heavy.

[@NiketShahPlus]

Yes, capacitors and inductors have different properties and are used in various applications based on these properties. Here’s a brief overview of the advantages and disadvantages of using capacitors versus inductors: Inductors: Advantages: Energy Storage: Inductors store energy in the form of a magnetic field, which can be useful in applications like transformers and inductive power transfer. Filtering: Inductors can be used in filters to block high-frequency signals and allow low-frequency signals to pass (low-pass filters). Current Smoothing: Inductors smooth out fluctuations in current, which is beneficial in power supplies. Disadvantages: Size and Weight: Inductors can be bulky and heavy, especially for high-power applications. Magnetic Interference: Inductors can generate magnetic fields that may interfere with other nearby electronic components. Lagging Power Factor: Inductors cause a lagging power factor, which can be a disadvantage in AC power systems because it reduces the efficiency of power transmission. Capacitors: Advantages: Size and Weight: Capacitors are generally lighter and more compact compared to inductors. Leading Power Factor: Capacitors cause a leading power factor, which can help to correct a lagging power factor in AC power systems, improving the overall efficiency. Energy Storage: Capacitors store energy in the form of an electric field, which is useful in applications like power conditioning, signal coupling, and decoupling. Disadvantages: Voltage Lead: While the leading power factor can be an advantage, it can also be a disadvantage in certain applications where precise phase alignment is required. Limited Energy Storage: Capacitors typically store less energy than inductors of comparable size. Frequency Sensitivity: Capacitors can block DC signals while allowing AC signals to pass, which might not be desirable in all applications.

[@homemadegheebehalakolkata]

Capacitor for Stable power/ Noise free power

[@kmenlangmarshillongchannel7109]

For house wiring what will be the best sir

[@NiketShahPlus]

Yes.. do share this video with others also

[@musicnation8d794]

single phase for home use..3 phase according to your motor HP

[@rajeshkhatri]

Capacitor use in 3 phase because reactive load in induction current lagging behind voltage so manage power factor

[@NiketShahPlus]

Good .. there are also more reasons .. do share this video with others also

[@kailushkarkumar1988]

Capacitor is current store used

[@harithapa763]

Thankyou

[@NiketShahPlus]

Welcome do share this video with others also

[@user-be3qj1ic3t]

220/ 3 phase...3 phase voltage kitna hoga? 400v Or others

[@NiketShahPlus]

Same as in normal mode.. do share this video with others also

[@user-md1sw7yr8l]

Harmonic Kam karne ke liye capacitor ka use Kiya hua hai

[@bhausahebpathade1051]

Nice

[@NiketShahPlus]

Thanks do share this videos with others also

[@ganeshgowlikar9171]

Home bldc fan bhi use this kind of technology

[@NiketShahPlus]

It’s bit different.. we have already made video on this topic.. check karo

[@user-dx1sd7em5v]

Wow sir

[@NiketShahPlus]

Do share this video with others also

[@narendrakawchhe2590]

Inductive

[@NiketShahPlus]

more more things capacitor can do check my comments

[@sandeepgoyat4261]

Sir 40 hp ki motor h us ke liye kon sa best h or costing kya rhe ga 65 Amp ka load h

[@NiketShahPlus]

Ji, 40 HP ki motor ke liye aapko ek appropriate automatic transfer switch (ATS) chahiye hoga jo 65 Amp load ko handle kar sake. Yeh kuch steps aur considerations hain jo aapko ATS select karte waqt dhyan mein rakhni chahiye: ATS Selection: Current Rating: Aapko 65 Amp load handle karne ke liye ATS ki current rating minimum 65 Amp honi chahiye. General recommendation yeh hota hai ki thoda higher rating (safety margin ke liye) ka ATS select karein, jaise 70-80 Amp. Voltage Rating: Aapko ATS ki voltage rating apni motor ke voltage rating ke according select karni hogi (e.g., 230V single-phase ya 415V three-phase). Type of ATS: Manual Transfer Switch (MTS): Agar aap manual switching prefer karte hain. Automatic Transfer Switch (ATS): Agar aap automatic switching prefer karte hain. ATS aapke requirement ke according zyada convenient hota hai. Cost Estimation: ATS ka cost brand, specifications aur features ke upar depend karta hai. Estimated cost range aapko ek idea dene ke liye provide kiya ja raha hai: Basic Manual Transfer Switch (MTS): Cost: ₹10,000 - ₹20,000 (approx.) Automatic Transfer Switch (ATS): Basic Models: ₹20,000 - ₹50,000 (approx.) Advanced Models with More Features: ₹50,000 - ₹1,00,000 (approx.)

[@sandeepgoyat4261]

Thank uu sir ​@@NiketShahPlus

[@rajusolarfencing4969]

जी हमारे 3फेस लाइट में एक फेस में 70 v लाइट रहती हैं तो 7.5hp की ट्यू वेल की मोटर इससे चल जायेगी क्या लोड 6-7 amp का होता है

[@anshukumar2022]

05:05 CNC ke Turret motor me ye DPS power supply ke liye use hota hai

[@NiketShahPlus]

CNC machines ke turret motor me DPS (Direct Power Supply) power supply ka istemal ho sakta hai, lekin iske specifics depend karte hain machine ke design aur manufacturer pe. Turret motor ko accurately control karne ke liye stable aur precise power supply ki zarurat hoti hai, aur DPS power supply ek aisa option ho sakta hai.

[@navingajra5440]

AC to DC to AC electric se chalne wali train me ishi tarah ka concept hay.

[@NiketShahPlus]

Yes correct.. do share this video with others also

[@jollyscaria1922]

Ac dcenergy ower tables loredv whatis energy s in the simplest terms energy isthe ability to perform work it may exist in several froms such as heat energy ., maechanical energy ehemicsl energy or electricsl chemical energy in a storge battery become electrical energy flowing through a circuit that lights a lamp .light energy and heat energy .or from to anther .dnergy can not be creeated or de stroyed . So the same relation shipes of energy transformation slways apply

[@jollyscaria1922]

Table energy relation ships .

[@user-dx1sd7em5v]

Sir digital phase ki priess Bata da ga plz reply me

[@NiketShahPlus]

matlab?

[@anoopsingh46195]

Many Use of capacitor

[@NiketShahPlus]

yes.. check karo mera pin wala comment.. also do share this video with others also

[@altech2590]

Capacitor is used for Phase Shifting

[@NiketShahPlus]

yes one of the work

[@luckygaming3578]

7:37 2 fuse to 3 fuse generate

[@Bruisader]

Bhai meri Water pump three phase ki hai. Kya main aese single phase se three phase bana sakta hu??

[@NiketShahPlus]

Not recommended

[@mangalnyk]

Why are we using Capacitor ?

[@NiketShahPlus]

will try to make video on this

[@satyawanprajapat4362]

Sir please capacitor ke upar video banao

[@NiketShahPlus]

Ok will try.. do share this video with others also

[@aayuvalvi542]

Sir class join kar ne ka praise key he

[@NiketShahPlus]

whatsapp me on 9768871110

[@Motivationalshorts549]

Capacitor me voltage ko legs korna ka kosis korta hay isliye

[@mdanwar6367]

Sir capiciter ka v vedeo bana dijye sir plz

[@NiketShahPlus]

will try to make video on this topic

[@khimsinhgahlod9956]

Capacitor se power factor control Kiya jata hai.....

[@NiketShahPlus]

many more things it can do check the comments

[@home.workshop]

Capasiter singal phase electric energy ko store kar ke 3 phase me convert kar ke output deta h ⚡⚡⚡

[@NiketShahPlus]

will try to make video on this topic

[@veeratelectronics]

Juni motor 😂 like it❤ Marathi .. 👍

[@NiketShahPlus]

Do share this video with others

[@sanjupali2023]

Capacitor ka use Phase shift karne liye Kate hai

[@NiketShahPlus]

yes.. also other use as well

[@user-kw5xv3wm2y]

Ok But Nutral kese use kare

[@NiketShahPlus]

common hoto he

[@mohdtaslim6769]

Sir iska circuit diagram banakar explain karai aur capacitor ka use hi q hota hain explain karai

[@NiketShahPlus]

ok will try.. do share this video with others

[@ikishwarkokande4074]

Reactive power generation l liye

[@NiketShahPlus]

little bir correct .. do share this video with others

[@puskarkumarghosh1418]

VFD sirf chota motor me aur fan pump esob me kam karte he kisne bola. 500 kw tak VFD Normal milte he. Schneider kam APM 800+ kw ka vi milta he.

[@Prince-uv8sx]

You are wrong understand yes I know Vfd are working 800+ kw but it's 3 phase Vfd. He says single phase Vfd. Single phase Vfd only small motors running or small machines load motors running limit only not heavy motors run. I think you understand.

[@thomaschuzhukunnil7561]

why not use transformar ?

[@NiketShahPlus]

Using a transformer alone to convert single-phase power to three-phase power is not feasible due to the fundamental differences in the nature of single-phase and three-phase electrical power. Here are the key reasons why a transformer alone cannot achieve this conversion: Nature of Single-Phase and Three-Phase Power: Single-Phase Power: Consists of a single alternating voltage wave, with current flowing in one phase wire and returning through a neutral wire. Three-Phase Power: Consists of three alternating voltage waves, each 120 degrees out of phase with the others, providing a more balanced and continuous power supply. Phase Relationship: A transformer cannot create the necessary 120-degree phase shift between the three phases needed for three-phase power from a single-phase input. Transformers only change voltage levels; they do not create additional phases or alter the phase relationship between input and output. Balanced Load Distribution: Three-phase power systems distribute the electrical load more evenly across the phases, reducing the load on any single phase and improving efficiency. Single-phase power cannot provide this balanced distribution.

[@blackdevil1097]

Sir capacitor ac byaas kar tha hai

[@NiketShahPlus]

do many work will try to make video on this topic

[@nazimali1632]

Electrical auto cad ki kya fees h

[@NiketShahPlus]

course he hamare pass. do whatsapp us on 9768871110

[@girishvasani8307]

Voltage milega parang Amps nahi milega yeh 45 Sal parle Mera farmer dost karta usko bol ye deta our Datta our koi capacitor bola Ansar capacitor power storage karta he is like Kam Naya karte vakt dikhna patda he ki capacitor charge nahi he usko upyog me leneke like capacitor dis charge karna padta nahi elect spoke lagega

[@NiketShahPlus]

आपके सवाल से यह समझ आता है कि आप एक पुराने तरीके के बारे में पूछ रहे हैं जिसमें आपका दोस्त एक फेज से तीन फेज में वोल्टेज प्राप्त करता था लेकिन एम्पियर नहीं मिलते थे, और इसमें कैपेसिटर का उपयोग भी शामिल था। ट्रांसफार्मर और कैपेसिटर का उपयोग ट्रांसफार्मर और कैपेसिटर का उपयोग करके कुछ हद तक सिंगल फेज को तीन फेज में बदलना संभव है, लेकिन इसमें सीमित क्षमताएं होती हैं और यह पूरी तरह से प्रभावी नहीं होता है। आइए देखते हैं कैसे: 1. कैपेसिटर फेज कनवर्ज़न कैपेसिटर का उपयोग: कैपेसिटर का उपयोग करके सिंगल फेज से तीन फेज मोटर को चालू किया जा सकता है। यह विधि मुख्य रूप से मोटर्स को चलाने के लिए होती है, जिसमें कैपेसिटर को सिंगल फेज सप्लाई में जोड़ा जाता है ताकि तीसरे फेज का सिमुलेशन किया जा सके। सीमाएँ: यह तरीका लंबे समय तक भारी लोड पर काम नहीं कर पाता और यह केवल अस्थायी समाधान के रूप में उपयुक्त है। वोल्टेज मिल सकता है लेकिन करंट (एम्पियर) की सीमाएँ होती हैं। 2. फेज कन्वर्टर रोटरी फेज कन्वर्टर: यह एक प्रकार का मोटर जनरेटर है जो सिंगल फेज को तीन फेज में बदलता है। इसमें एक सिंगल फेज मोटर और तीन फेज जनरेटर शामिल होते हैं। यह तरीका अधिक प्रभावी और भरोसेमंद है। स्टेटिक फेज कन्वर्टर: इसमें कैपेसिटर और इलेक्ट्रॉनिक सर्किट का उपयोग होता है ताकि सिंगल फेज सप्लाई को तीन फेज में बदलने के लिए उपयोग किया जा सके। 3. वैरिएबल फ्रिक्वेंसी ड्राइव (VFD) VFD का उपयोग: VFD सिंगल फेज इनपुट को तीन फेज आउटपुट में बदलता है। यह इलेक्ट्रॉनिक उपकरण है जो AC वोल्टेज को DC में कन्वर्ट करता है और फिर इसे तीन फेज AC वोल्टेज में इन्वर्ट करता है। यह तरीका सबसे अधिक प्रभावी और आधुनिक है। कैपेसिटर का सही उपयोग कैपेसिटर ऊर्जा को अस्थायी रूप से स्टोर करते हैं और इसे रिलीज करते हैं। जब कैपेसिटर का उपयोग किसी फेज कन्वर्ज़न सर्किट में होता है, तो यह महत्वपूर्ण होता है कि: चार्जिंग और डिस्चार्जिंग: कैपेसिटर को उपयोग में लेने से पहले चार्ज और डिस्चार्ज करना आवश्यक होता है। अगर कैपेसिटर पूरी तरह चार्ज नहीं होता, तो इसका उपयोग प्रभावी नहीं होगा। सुरक्षा: अगर कैपेसिटर में स्टोर ऊर्जा का ध्यान नहीं रखा गया, तो इलेक्ट्रिक शॉक का खतरा हो सकता है। निष्कर्ष सिंगल फेज से तीन फेज में कन्वर्ज़न के लिए केवल ट्रांसफार्मर का उपयोग पर्याप्त नहीं है। इसके लिए रोटरी या स्टेटिक फेज कन्वर्टर, या VFD जैसे उपकरण का उपयोग करना चाहिए। कैपेसिटर का उपयोग भी एक सीमा तक ही किया जा सकता है और सही तरीके से चार्ज और डिस्चार्ज करना जरूरी है ताकि सुरक्षा और प्रभावशीलता बनी रहे।

[@manishtiwari668]

❤️❤️❤️👌👌good Information ❤️❤️

[@NiketShahPlus]

So nice of you do share this video with others alao

[@AsadKhan-qw8jo]

3 phase ke liye zyada voltage chahiye isi liye capacitor ka use hota hai . Capacitor stores high amount of energy and gives high voltage

[@ranjeetgond9617]

❤

[@NiketShahPlus]

Thank.. do share this video with others also

[@piyushrvyas]

VFD - 1 phase to 3 phase I believe, railways would be using this for converting 1 phase into 3 phase The pantograph gets single phase power but the motor uses 3 phase Please confirm

[@NiketShahPlus]

Yes, your understanding is correct. Railways often use Variable Frequency Drives (VFDs) to convert single-phase power into three-phase power. Here's how it works: Railway Power System Overview: Single-Phase Power Supply: The overhead lines (via the pantograph) in electric trains typically provide single-phase AC power. This is because transmitting high-voltage single-phase power is more efficient over long distances. Three-Phase Motors: The traction motors that drive the train are typically three-phase AC motors. Three-phase motors are preferred due to their efficiency, smooth operation, and better power distribution. Conversion Process: Rectification: The single-phase AC power collected from the overhead lines is first converted to DC power using a rectifier. This step is necessary because a VFD typically operates by first converting incoming AC power to DC. Inversion: The DC power is then converted back to three-phase AC power using an inverter. The inverter generates three-phase power at the required frequency and voltage to drive the traction motors. Control: The VFD controls the frequency and voltage of the output power, allowing for smooth acceleration and deceleration of the train, as well as precise control over speed and torque. Benefits: Efficiency: Converting single-phase power to three-phase allows for the use of more efficient three-phase motors. Control: VFDs provide precise control over motor speed and torque, which is crucial for railway applications. Flexibility: The system can adapt to different power supply conditions and still provide the necessary power to the traction motors.

[@panditbansode7192]

Capasiter vidio banavo

[@NiketShahPlus]

Ok sure will try

[@rajasthanashwini4711]

Capacitors power bout karta he jis se ficwensc me cheng aata he es liy 3pahes banan me kamliya ja rha he

[@NiketShahPlus]

more other use as well

[@maheshkumarmahto9168]

अगर सिंगल फेज को थ्री फेज बनाकर हम निकलते हैं तो बिल कितना आएगा

[@NiketShahPlus]

Depends upon our use

[@sunildahiya6572]

Singal se कुछ ज्यादा,(with losses)

[@Greenindianplant]

Good question bhai

[@amitbhau]

दबाके आयेगा

[@op29godara]

चार गुना

[@panchampanwar152]

Kitna load chal sakta

[@NiketShahPlus]

Depends upon you purchase

[@subhasisjana1211]

Bara bahi muja ak 100to500watt ka single to three phase ka converter cahia

[@NiketShahPlus]

Aapko ek 100 se 500 watt ka single-phase to three-phase converter chahiye? Aise converters ke liye aapko Variable Frequency Drive (VFD) use karna hoga. VFD ek aisa device hai jo single-phase input le kar usko three-phase output mein convert kar deta hai. Aap apni specific requirements aur budget ke hisaab se market mein available VFD models ko check kar sakte hain. Popular brands jaise Delta, Siemens, aur Schneider Electric ki VFDs aapke liye achha option ho sakti hain. Agar aapko koi specific model ya recommendation chahiye, toh aap mujhse pooch sakte hain!

[@kendrenrkendrenr3030]

Videos bana sir

[@ahirshailesh7906]

Capacitor se voltage milta hai isliye

[@ajadraj740]

Fase difference ke liye

[@NiketShahPlus]

many more things

[@omjakharelectronics3583]

Invt (MFD) आता है जो सिंगल से 3फेस बन jata hai

[@NiketShahPlus]

Yes, an inverter (often abbreviated as "Invt") that converts single-phase power to three-phase power is commonly used in various applications. These devices are especially useful for operating three-phase motors and equipment in environments where only single-phase power is available.

[@AsadKhan-qw8jo]

Sir apne yeh to bata diya ki three phase kaise generate karenge leaking yeh nahi bataya ki three phase ka use kaha hota hai

[@Mandeepsinghsirg]

3 फेस इंडक्शन मोटर जैसे 3 फेस से चलने वाले उपकरणों को चलाने में यूज होता है अब वो उपकरण आपके एसी सिस्टम में हो सकता है लिफ्ट में एचवीएसी सिस्टम आदि में

[@mylifemyhacks4283]

Tesla की गाड़ियों में जो मोटर है वो एक 3 फेस इंडक्शन मोटर है, उसमे इस्तेमाल होता है

[@akhileshsingh3004]

Hamari tubewell 3 phase h

[@NiketShahPlus]

good

[@anupamsadhukhan5620]

Bare atta chakki me 3 phase motor ki use hote hay

[@sandeepuikey2294]

3d video me our achha samj me aata yese batne se kuchh nhi hain ye hum seye hi pad sakte hain market me yese hajar video hain bhai kuchh alag

[@NiketShahPlus]

will try

[@thespeaksofgames4492]

Please answer sir

[@NiketShahPlus]

Konsa?

[@sanjaygatne1424]

3फेजमे न्युट्रल कहा होता है. डायग्राम मे नही दिखाया.

[@vikramsinghrathore9197]

Nutel common ho jayega

[@NiketShahPlus]

common he

[@avinashsinghyadav2405]

Vfd k madad se

[@NiketShahPlus]

There are other 4 options.. check full video

[@littleworld555]

देखा रहेगा। नहीं। देखा होगा। देखे रहेंगे। नहीं। देखे होंगे। पावर मिलता हैं। नहीं। पावर मिलती है। आवाज बहुत आता है। नहीं। आवाज बहुत आती है। कम से कम हिंदी तो सही बोलो।

[@NiketShahPlus]

Ham Hindi classes nahi le rahe

[@SALEEMKHAN46]

Third phase ko generate kerne ke liye energy requirements capacitor se poori ki jati hai.

[@hrhorrorgamer078]

Vfd laga dunga

[@NiketShahPlus]

Good.. check full video for more details

[@akbanchhor1499]

Capacitor Filter ka kaam Karta hai.... capacitor ek high pass filter hai jo AC ko allow aur DC component ko block karega output supply mein.

[@NiketShahPlus]

Capacitor Basics: Charge and Discharge: Capacitors electric charge store karte hain aur usko discharge bhi karte hain jab unhe circuit mein connect kiya jata hai. Voltage and Current: Capacitors ka voltage rating hota hai jo uske maximum operating voltage ko define karta hai. Jab capacitor charged hota hai, usmein stored energy high voltage create kar sakti hai. Discharging a Capacitor: Safety First: Capacitor ko handle karne se pehle hamesha discharge karein taaki stored energy se koi shock na lage. Discharge Method: Capacitor ko safely discharge karne ke liye ek resistor (high wattage) ko capacitor ke terminals ke across connect karein. Yeh stored energy ko slow aur safe way mein release karega. Shorting the Terminals: Ek aur method capacitor ko discharge karne ka hai ki uske terminals ko ek insulated screwdriver ya wire se short karein, par yeh method kam safe hota hai aur sparking cause kar sakta hai. Checking if a Capacitor is Discharged: Multimeter Use: Ek multimeter ka upyog karein capacitor ke voltage ko measure karne ke liye. Agar voltage zero ke kareeb hai, to capacitor discharge hai. Visual Inspection: Kabhi kabhi, capacitors ke terminals par sparking ya arcs visible hote hain jab charge hota hai. Discharge hone ke baad yeh sparking nahi hoti. Using a Capacitor: Right Rating: Hamesha us application ke liye suitable capacitor rating ka use karein. Polarity: Polarized capacitors (jaise electrolytic capacitors) ko sahi polarity ke saath connect karein. Galat polarity se capacitor damage ho sakta hai. Safe Installation: Capacitor ko securely aur properly install karein taaki woh vibration ya mechanical stress se free rahe. Practical Steps for Safe Handling and Usage: Identify the Capacitor: Determine karein ki kis type ka capacitor aap use kar rahe hain (electrolytic, ceramic, film, etc.). Discharge the Capacitor: Turn off Power: Pehle system ka power off karein. Connect Resistor: Ek resistor (10kΩ, 1 watt) ko capacitor ke terminals ke across connect karein aur kuch seconds ke liye hold karein. Check with Multimeter: Discharge hone ke baad, multimeter se check karein ki capacitor par koi voltage baaki na ho. Install or Replace Capacitor: Capacitor ko circuit mein install ya replace karein ensuring correct orientation and connection.

[@akbanchhor1499]

@@NiketShahPlus ok sir thank you