Step-by-Step Guide to Building a Transformer Winding, core and frame.

Step-by-Step Guide to Building a Transformer Winding
Expert Techniques for Optimal Results
The procedure for building a high voltage transformer winding can be summarized into the following steps:
Gather materials: You will need insulated wire, a winding form, insulation paper, electrical tape, and other materials specific to your design.
Design the winding: Determine the number of turns, wire gauge, and layer arrangement required for your desired voltage output.
Prepare the winding form: Clean and wrap the form with insulation paper to prevent short circuits.
Wind the primary coil: Start winding the primary coil around the form, making sure to maintain consistent spacing and layering. Secure the end of the wire with electrical tape.
Add insulation: Place a layer of insulation paper between each layer of wire to prevent short circuits.
Wind the secondary coil: Repeat the process of winding and insulating the secondary coil, making sure to keep the coils separate and properly spaced.
Finish winding: Secure the end of the secondary coil with electrical tape and place additional layers of insulation paper over the entire winding.
Test the winding: Test the winding for continuity and correct voltage output to ensure that it is functioning properly.
Install in transformer: Install the winding in the transformer body, connecting it to the appropriate terminals and insulating all connections.
It's important to follow proper safety precautions while constructing a high voltage transformer winding, such as wearing protective gear and avoiding contact with live wires.
उच्च वोल्टेज वाइंडिंग का विन्यास करने की कदम के कदम प्रक्रिया:
सामग्री एकत्र करें: आपको इंसुलेटेड वायर, वाइंडिंग फॉर्म, इंसुलेशन पेपर, इलेक्ट्रिकल टेप और अन्य सामग्रीयों की जरूरत होगी।
वाइंडिंग का विन्यास करें: आपके इच्छित वोल्टेज आउटपुट के लिए टर्न्स, वायर गेज और लेयर व्यवस्था की आवश्यकता निर्धारित करें।
वाइंडिंग फॉर्म तैयार करें: फॉर्म को साफ़ करें और शॉर्ट सर्किट्स को रोकने के लिए इंसुलेशन पेपर से ढकें।
प्राथमिक कॉयल वाइंड करें: फॉर्म पर प्राथमिक कॉयल वाइंडिंग
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[@electricala2zhindi]

Thanks

[@aamirbassali2696]

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[@electricala2zhindi]

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[@Bhargavrj18]

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[@AsifBaloch-wv6ks]

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Hy

[@anuragtiwari4181]

Sir hum jo electrical engineering mein transformer design calculations study karte hai kya woh actually mein wohi calculation use hote real design ke waqt? Theoretical calculation = actual calculations?

[@electricala2zhindi]

Theory concepts ke liye sahi hai Actually me thoda different hota hai. Nai technology ke chalte thoda fark padta hai.

[@ranaabhishek8163]

Trafarmer में kitne parkar ke wending hote hea

[@electricala2zhindi]

HV and LV Some Transformers HV, IV and LV As per design.

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[@foryoutubeg1219]

👍

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[@madhumadasu3303]

It is hv or lv winding

[@electricala2zhindi]

Both HV and LV THANKS FOR COMMENT

[@sehajpalsingh2624]

Sir yah kitna kv ka transformer hota ha

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Ye distribution tr hai Power tr bada hota hai.

[@foryoutubeg1219]

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HV side delta connection to dikhaya hi nahi

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[@saoudiyoussef4839]

What causes the temperature of the electrical transformer to rise?

[@electricala2zhindi]

Addicurrent and histerisisloss

[@saoudiyoussef4839]

it has a rigid impedance which does not allow strong short circuit currents to pass without reducing the kW power

[@saoudiyoussef4839]

part of the solution you can find in the manufacture of single-phase transformers such as coated foil magnetic circuits

[@Rohit3969]

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Any transformer technician looking for job kindly contact me.

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You are making electrical transformers the wrong way

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What is wrong

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you have too much magnetic leakage

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