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GIGA ELECTRICAL
Registrace 27. 10. 2022
Panel Testing Demonstration - Sample VID#04
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Sample Video of Panel Testing Demonstration ⚡Electrical Panel ⚡.
An electrical panel, also known as a distribution board or breaker box, is a critical component of any electrical system in a building or facility. It serves as the central point for electrical distribution, control, and safety. Here are some key points to consider when discussing electrical panels:
Purpose: Electrical panels are designed to receive power from the utility company or a generator and distribute it to various circuits and devices within a building. They act as a control center for managing electrical power distribution.
Components: An electrical panel typically consists of several key components, including circuit breakers, fuses, main switches, bus bars, and, in some cases, relays. Circuit breakers and fuses protect circuits from overloads and short circuits, while main switches control power to the entire panel.
Circuit Breakers vs. Fuses: Modern electrical panels often use circuit breakers, which can be reset after tripping, unlike fuses that need replacement. Circuit breakers are more convenient and cost-effective in the long run.
Distribution of Power: Electrical panels have multiple circuit breakers or fuses, each connected to different circuits within the building. These circuits can include lighting, outlets, appliances, HVAC systems, and more. The panel's design ensures that power is evenly distributed and can be isolated in case of a fault.
Main Disconnect: Every electrical panel should have a main disconnect switch, which allows for the complete disconnection of power to the entire building. This is essential for safety during maintenance or emergencies.
Safety: Electrical panels are a vital part of electrical safety. They help prevent electrical fires and protect against electric shock by disconnecting power in case of a fault. Proper labeling of circuits is crucial to ensure that circuits can be easily identified and safely managed.
Upgrades: Over time, electrical panels may need upgrades to accommodate increased electrical loads due to renovations or the addition of new appliances. It's important to hire a qualified electrician to assess and perform any necessary upgrades.
Regulations and Codes: Electrical panels must comply with local electrical codes and regulations. These standards ensure that panels are designed, installed, and maintained to meet safety and performance requirements.
Maintenance: Regular maintenance is crucial to ensure the reliability and safety of an electrical panel. Loose connections, corroded components, and damaged breakers should be addressed promptly.
Emergency Response: In case of an electrical emergency, such as a fire or electrical fault, it's important to know the location of the electrical panel and how to shut off power using the main disconnect switch.
⚡SAFETY TIPS FOR THE WORKPLACE⚡
👉PREVENT ALL POTENTIAL CONTACT WITH LIVE ELECTRICAL CURRENT.
👉 DE-ENERGIZE EQUIPMENT AND USE LOCKOUT/TAGOUT.
👉 ENSURE SAFE USE OF ELECTRICAL EQUIPMENT.
👉 INSTALL PROPER PHYSICAL BARRIERS AROUND ELECTRICAL HAZARDS.
👉 BEWARE OF CONDUCTIVE TOOLS AND CLEANING MATERIALS.
👉 WHEN WORKING OVERHEAD, LOOK ABOVE FOR ELECTRICAL LINES.
👉 ONLY QUALIFIED PERSONNEL SHOULD WORK ON LIVE ELECTRICAL WIRES.
*****
🙏🙏PLEASE SUPPORT ME 🙏🙏
THANK YOU
👉Video is for educational purpose only.
🔥🔥🔥 NEW VIDEO🔥🔥🔥
Sample Video of Panel Testing Demonstration ⚡Electrical Panel ⚡.
An electrical panel, also known as a distribution board or breaker box, is a critical component of any electrical system in a building or facility. It serves as the central point for electrical distribution, control, and safety. Here are some key points to consider when discussing electrical panels:
Purpose: Electrical panels are designed to receive power from the utility company or a generator and distribute it to various circuits and devices within a building. They act as a control center for managing electrical power distribution.
Components: An electrical panel typically consists of several key components, including circuit breakers, fuses, main switches, bus bars, and, in some cases, relays. Circuit breakers and fuses protect circuits from overloads and short circuits, while main switches control power to the entire panel.
Circuit Breakers vs. Fuses: Modern electrical panels often use circuit breakers, which can be reset after tripping, unlike fuses that need replacement. Circuit breakers are more convenient and cost-effective in the long run.
Distribution of Power: Electrical panels have multiple circuit breakers or fuses, each connected to different circuits within the building. These circuits can include lighting, outlets, appliances, HVAC systems, and more. The panel's design ensures that power is evenly distributed and can be isolated in case of a fault.
Main Disconnect: Every electrical panel should have a main disconnect switch, which allows for the complete disconnection of power to the entire building. This is essential for safety during maintenance or emergencies.
Safety: Electrical panels are a vital part of electrical safety. They help prevent electrical fires and protect against electric shock by disconnecting power in case of a fault. Proper labeling of circuits is crucial to ensure that circuits can be easily identified and safely managed.
Upgrades: Over time, electrical panels may need upgrades to accommodate increased electrical loads due to renovations or the addition of new appliances. It's important to hire a qualified electrician to assess and perform any necessary upgrades.
Regulations and Codes: Electrical panels must comply with local electrical codes and regulations. These standards ensure that panels are designed, installed, and maintained to meet safety and performance requirements.
Maintenance: Regular maintenance is crucial to ensure the reliability and safety of an electrical panel. Loose connections, corroded components, and damaged breakers should be addressed promptly.
Emergency Response: In case of an electrical emergency, such as a fire or electrical fault, it's important to know the location of the electrical panel and how to shut off power using the main disconnect switch.
⚡SAFETY TIPS FOR THE WORKPLACE⚡
👉PREVENT ALL POTENTIAL CONTACT WITH LIVE ELECTRICAL CURRENT.
👉 DE-ENERGIZE EQUIPMENT AND USE LOCKOUT/TAGOUT.
👉 ENSURE SAFE USE OF ELECTRICAL EQUIPMENT.
👉 INSTALL PROPER PHYSICAL BARRIERS AROUND ELECTRICAL HAZARDS.
👉 BEWARE OF CONDUCTIVE TOOLS AND CLEANING MATERIALS.
👉 WHEN WORKING OVERHEAD, LOOK ABOVE FOR ELECTRICAL LINES.
👉 ONLY QUALIFIED PERSONNEL SHOULD WORK ON LIVE ELECTRICAL WIRES.
*****
🙏🙏PLEASE SUPPORT ME 🙏🙏
THANK YOU
👉Video is for educational purpose only.
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2.5 sq mm copper wire me(multicore) lead ka gauge kitna hota hi
Can l use 1.5 mm wire for 1HP agricultural motor purpose
1hp eqauls to 746 watt , 1.5 x 4.5 factor equals 6.75A which is its current carrying capacity , 0.746kw x 1.73factor equals to 1.29 A so 1.5mm cable can be easily used because it can carry current 6.75A > 1.29A
@@ahtishamali6529 thank u sir 🙏 g
AC socket me 0.5 mm ka wire se earthing connection de sakte kya.. Konsa size standard hota hai for phase neutral or earth?
no it's not enough, minimum it should be 2.5mm
Alluminium wire and cable current carrying capacity
Thanks for the data. Also Can you please share where it is highlighted in the datasheet..
Nice 👍
Thanks ✌
Good video 👍
💥💯💥💥💥🤓🚫🚫🚫
Looking interesting....👍
Thank you 🙂
Namaskar coronavirus se kaise
good explanation 👍
❤
Nice
Good and informative video 👍👍
Interesting video sir
Nice...very informative
Informative video 👍
👍🏻👍🏻
Good video
Interesting Video 👍👍👍
Good video👌👌👌
Good video👌👌👌
Good video👌👌👌
✨ P r o m o S M
1 टन की 5 ac चलाने के लिए कौन सा वायर डाले? Please
Thanks for your support 🙏 . . . 1 ton ki ac agar 3 ⭐⭐⭐ hai to 747 watts consume karti hai. Theoretically And 5 ⭐⭐⭐⭐⭐ 554 watts consume karti hai. Jis ka current 5 amp se kam hota hai practically 1 ton ki Ac ka current 5amp pakda jata hai. To 5 ac ka current 25 amp hota hai to aap 1 ton ki 5 ac ke liye 4 sqmm ka wire use kar sakte ho....👍
250 amp इनवर्टर वेल्डिंग मशीन मे होल्डर केबल कितने mm का लगा सकते है।
Thanks for your support 🙏 . . 250 amp inverter welding machine main holder cable 35 sqmm ka laga sakte ho Par us ke kuch specific points ko dhyan mai rakha padta hai jaise 1- duty cycle 30% 2- cable length 0-50mtr As per duty cycle or cable length sqmm change hoga....!!!
Apke question ka answer he 3PDT
Thanks 👍
👍🏻
Thanks
Awesome video 👌🏻
Thanks 😁
👍👍👍 nice
Thanks
Super
So nice
Nice
Thanks
thank you sir
Most welcome
Very good explanation 👍
Glad you liked it
Howmuch ampere of 1sqmm
Thank you Nowshad 1 sq mm = 9A
easily understandable 😎
👍👍👍👍👍👍👍👍👍👍
Mashaallaha
Good work
Thank you so much 😀
Good explain 👍 Good work 👍
Thanks 🙂
awesome work
Thanks a lot!
What will be current carrying capacity of two 4 sqmm wire. It will be equalant to 8sqmm wire. Which one will burn first due to over current. Single wire of 8sqmm Or 2 x 4sqmm wire = 8sqmm.
First thanks Shankar vaigankar for your support 🙏🙏🙏 1-Yes 97% equivalent to 8sqmm wire and 3% losses due to resistance. 2-Any connection joints are directly proportional to resistance. 3- 2 x 4sqmm wire burn first because of number of joint if 1 joint loose resistance of wire change and current imbalance if current imbalance temperature increases and after some time wire burn 🔥🔥🔥
multiply 4 with 4.5 equals to 18A which is current carrying capacity of 4mm cable. For < 16mm , multiply cable size with 4.5 16mm-35mm , multiply cable size with 3.5 35mm-50mm , multiply cable size with 2.5 > 100mm , multiply cable size with 1.5
Thanks for sharing our work 👍🏼
Our pleasure!
Great work ✌
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Nice work😎
Amazing 🤩
Thanks 🤗
YOUR EXPLANATION IS GOOD