UPS Battery connection, rated supply voltage

[@pushpendrajaipur]

Due to Hall Effect , clamp meters can measure both ac and dc current. यदि एक भी Battery Reverse polarity में जोड़ दिया तो यह complete battery chain ( battery bank ) को प्रभावित करेगा न कि “ एक बैटरी को एक बैटरी खा गई “

[@kishanpal8115]

Very good Sir

[@electricalveda5984]

Thanks and welcome

[@bilalmir582]

Vᴇʀʏ ɴʏᴄ sɪʀ

[@rijupatra7677]

Nice sir jii ❤❤❤

[@electricalveda5984]

Thanks

[@Electricalslearn]

Namaste sir ji

[@Yadav12400]

Sir winding per aur calculation ka video banayen

[@vishnukushwaha1044]

Sir synchronous moter m vidio banaiye

[@90sworld75]

Great ❤

[@tapasmakur487]

Sir Hysteresis motor video den

[@Degeen]

how to armature winding in dc machine 2 pole 12 slot and 12 segment and coil pitch 1:5 please 😊

[@PracticalVeda]

सर नमस्कार अभी तक मैने ये सिखा था कि AC करंट को CT से मापते हैं DC curant को shunt se सर कल एक इंजीनियर आया कंपनी में जो क्लैम्प मीटर लाया उसमें AC तथा DC curant दोनों को एक ही क्लैम्प से नाप सकते हैं क्या लॉजिक हो सकता है क्लैम्प मीटर तो CT फार्मूले पर काम करता है तो DC curant को कैसे मापता हैं

[@abdulwaheedkhushik7713]

सर यदि 800 वोल्ट डीसी 12 एम्पीयर को 380 वोल्ट एसी में बदल दिया जाए तो 12 एम्पीयर के बढ़ने या घटने में क्या परिवर्तन होगा और कितने प्रतिशत की वृद्धि या कमी होगी

[@SAIFUL_ISLAM.]

1. Power stays the same: On the DC side: Power = Voltage × Current = 800 × 12 = 9600 W This same power is sent to the AC side (assuming no losses). 2. Calculate the AC current: On the AC side: Power = Voltage × Current, so: 9600 W = 380 V × Iac Solving for : Iac Iac = 9600/380 = 25.26 A 3. Compare DC and AC currents: DC current = 12 A AC current = 25.26 A The current increases from to 12 A to 25.25 A 4. Calculate the percentage increase: Increase = 25.26 - 12 = 13.26 A Percentage increase = (13.26/12)×100 = 110.5 A Key Point: When converting from high voltage DC to lower voltage AC, the current increases because the power stays the same. In this example, the current increases by about 110.5 Example: Think of this like filling a bucket: With DC, you’re using a high-pressure (800V) but low-flow (12A) water tap. After conversion to AC, the pressure drops (380V), so you need a higher flow (25.26A) to fill the bucket at the same speed.

[@SkRahinurBhai786]

Very🎯💔🎯💔🎯💔🍅🍄 nice video sir 🏵️🎯💔🎯💔🤔🎯🎯🤔🎯😀🎯🎯💔🎯🍄🎯🏵️🎯🏵️🎯🏵️🍅🦺

[@electricalveda5984]

Keep watching.