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ElectricalEngineeringPlanet
Приєднався 30 жов 2019
Electrical Engineering Planet is your way to learn basics, intermediate and advanced stuff related to electrical engineering, also EEP open the door for subscribers to know about tons of topics that they didn't even know that is already exists.
Mastering Induction Heaters: Safe and Efficient Heating for Motor Bearings and Mechanical Equipment
in this video, we dive into the world of induction heaters and explore their critical role in safely and efficiently heating motor bearings and other mechanical components. Learn how induction heating works, its benefits over traditional methods, and why it's the go-to solution in industrial applications. Perfect for engineers, technicians, and anyone interested in advanced electrical engineering tools. Don't forget to like, share, and subscribe for more insightful content!
Join our Website for more in-depth cutting edge topics: www.electricalengineeringplanet.com/
#InductionHeater #MotorBearings #MechanicalEquipment #ElectricalEngineering #EfficientHeating
Join our Website for more in-depth cutting edge topics: www.electricalengineeringplanet.com/
#InductionHeater #MotorBearings #MechanicalEquipment #ElectricalEngineering #EfficientHeating
Переглядів: 191
Відео
Lecture 6: Exploring Electrical Relays | Master Industrial Automation & Classic Control
Переглядів 178День тому
In this video, we explore the fundamentals of electrical relays, focusing on how electromagnetic relays function in Classic Control circuits. We start with an overview of relay operation, including a practical example where a Single Pole Single Throw (SPST) relay controls a motor. We then dive into the rated voltage of the relay coil, specifically terminals A1 and A2, and how these affect relay...
Measuring devices that are used during Maintenance? |Part 2
Переглядів 22528 днів тому
In this video we will hit the most important electrical devices that are used in electrical engineering work and during maintenance Watch part 1: ua-cam.com/video/HU7KcZY1hWw/v-deo.html join our blog electricalengineeringplanet.blogspot.com
Lecture 5: Understanding NO and NC Contacts | Master Industrial Automation & Classic Control
Переглядів 371Місяць тому
Explore the fundamental concepts of normally open (NO) and normally closed (NC) contacts in industrial control systems. In this video, we'll demonstrate how these contacts function, with practical examples including start and stop switches. You'll also learn about different switch types like SPST, SPDT, and DPDT, and their roles in control circuits. Perfect for anyone looking to deepen their un...
What is SPD (Surge Protection Device) and how to install it? |EXPLAINED
Переглядів 1,1 тис.Місяць тому
In this video we will dive deeply on the world of SPD or Surge Protection Devices, also we will hit types of SPD and at last we will learn how to wire a single phase SPD in electrical panels and a four pole SPD Feel free to check the resources in the description down below: new.abb.com/low-voltage/products/surge-protective-devices www.electrical-installation.org/enwiki/The_Surge_Protection_Devi...
Lecture 4: Circuit Breakers and Fuses Explained | Master Industrial Automation & Classic Control
Переглядів 455Місяць тому
Discover the essential role of circuit breakers and fuses in electrical circuits. In this video, we'll break down the different types of low voltage circuit breakers-MCB, MCCB, and Air Circuit Breaker-and explain how they protect your circuits from overcurrent and short circuits. Learn how to use circuit breakers and fuses effectively in power and control circuits, and understand the importance...
Lecture 3: Power and Control Circuits Explained | Master Industrial Automation & Classic Control
Переглядів 3802 місяці тому
"In this video, we delve into the essential components of Classic Control circuits, focusing on the role of power and control circuits in industrial applications. Learn how different power sources-AC and DC-are utilized, with AC being either single-phase (220 V) or three-phase (380 V) according to IAC standards, and DC offering various voltage levels. Discover how the power circuit supplies ene...
Lecture 2: Understanding Input, Control, and Output | Master Industrial Automation & Classic Control
Переглядів 2752 місяці тому
"In this video, we continue our exploration of Classic Controls, focusing on the critical components: Input, Control, and Output. We explain how the control part is responsible for delivering power from the input source to the load, using devices such as circuit breakers, contactors, relays, switches, push buttons, and more. Whether dealing with single-phase (220 V) or three-phase (380 V) syste...
Lecture 1: Course Introduction | Master Industrial Automation & Classic Control
Переглядів 5992 місяці тому
Introduction to Industrial Classic Control Circuits: A Comprehensive Course "Welcome to our in-depth course on Industrial Classic Control Circuits, a cornerstone of industrial automation and electrical engineering. Whether you're a beginner or looking to refresh your knowledge, this course is designed to guide you through everything you need to know about classic control systems. What You'll Le...
Measuring devices that are used during Maintenance? |Part 1
Переглядів 3782 місяці тому
In this video we will hit the most important electrical devices that are used in electrical engineering work and during maintenance join our blog electricalengineeringplanet.blogspot.com
What is Polarization Index (PI) Test and How to Perform It? |EXPLAINED
Переглядів 1,4 тис.2 місяці тому
In this video we will dive deeply on Polarization (PI) Index Test and we will learn how to perform it Feel free to check the resources in the description down below: ua-cam.com/video/W4LZv64o2N0/v-deo.html www.electrical4u.com/polarization-index-test/ Insulation tester video: ua-cam.com/video/ip5aUcOk4qU/v-deo.htmlsi=3H-Nc8bwMuD-QqW_
How to control the direction of an induction motor? |Explained
Переглядів 2873 місяці тому
In this video we will learn how to use industrial classic control to control the direction of a 3 phase induction motor,, by controlling the motor direction we can use in an important applications like elevator, garage door and a villa outdoor door Follow our blogger for more information: electricalengineeringplanet.blogspot.com also like our page on Facebook: ElectricalEngineering...
Which type of PT100 is better 2 wires vs 3 wires? |EXPLAINED
Переглядів 3316 місяців тому
Which type of PT100 is better 2 wires vs 3 wires? |EXPLAINED
How to read a Single Line Diagram of an Electric Substation? |Practical Example
Переглядів 7687 місяців тому
How to read a Single Line Diagram of an Electric Substation? |Practical Example
What is a Single Line Diagram (SLD)? | EXPLAINED
Переглядів 2,4 тис.7 місяців тому
What is a Single Line Diagram (SLD)? | EXPLAINED
Molded Case Circuit Breaker (MCCB) Nameplate | Part 2 | EXPLAINED
Переглядів 7469 місяців тому
Molded Case Circuit Breaker (MCCB) Nameplate | Part 2 | EXPLAINED
Molded Case Circuit Breaker (MCCB) (Ics, Icu, Ue, Uimp, Ui) | Part 2 | EXPLAINED
Переглядів 1,3 тис.10 місяців тому
Molded Case Circuit Breaker (MCCB) (Ics, Icu, Ue, Uimp, Ui) | Part 2 | EXPLAINED
Molded Case Circuit Breaker (MCCB) | Part 1 | EXPLAINED
Переглядів 3,2 тис.11 місяців тому
Molded Case Circuit Breaker (MCCB) | Part 1 | EXPLAINED
How to connect 3 phase circuit to one voltmeter? |Explained
Переглядів 68811 місяців тому
How to connect 3 phase circuit to one voltmeter? |Explained
How to connect 3 current transformers to one ammeter? |Explained
Переглядів 89111 місяців тому
How to connect 3 current transformers to one ammeter? |Explained
Create Automatic Night Light Circuit | Tutorial #5 for beginners
Переглядів 2,7 тис.Рік тому
Create Automatic Night Light Circuit | Tutorial #5 for beginners
Create Full Wave Rectifier Circuit | Tutorial #4 for beginners
Переглядів 2,3 тис.Рік тому
Create Full Wave Rectifier Circuit | Tutorial #4 for beginners
Create Half Wave Rectifier Circuit | Tutorial #3 for beginners
Переглядів 3,1 тис.Рік тому
Create Half Wave Rectifier Circuit | Tutorial #3 for beginners
Resistors, potentiometers, logic states and dip switches in Proteus | Tutorial #2 for beginners
Переглядів 8 тис.Рік тому
Resistors, potentiometers, logic states and dip switches in Proteus | Tutorial #2 for beginners
Introduction to Proteus | Tutorial #1 for beginners
Переглядів 34 тис.Рік тому
Introduction to Proteus | Tutorial #1 for beginners
Capacitor Bank Sizing (KVAR) for Power Factor Improvement
Переглядів 47 тис.2 роки тому
Capacitor Bank Sizing (KVAR) for Power Factor Improvement
How to wire one or two Fluorescent tube lamps? How to Connect it to Electronic Ballasts?
Переглядів 41 тис.2 роки тому
How to wire one or two Fluorescent tube lamps? How to Connect it to Electronic Ballasts?
What are Silica gel, Conservator Tank and Breathing Process in Oil Power Transformer? |Explained
Переглядів 10 тис.2 роки тому
What are Silica gel, Conservator Tank and Breathing Process in Oil Power Transformer? |Explained
Buchholz Relay in Power Oil Transformer |Explained
Переглядів 13 тис.2 роки тому
Buchholz Relay in Power Oil Transformer |Explained
How to know if the MCB is reversible or not?
To determine if a Miniature Circuit Breaker (MCB) is reversible or not, you can check the following aspects: 1. Manufacturer Specifications: The easiest way is to refer to the MCB's datasheet or user manual, where manufacturers often indicate whether the MCB is reversible (i.e., whether it can be installed in either direction). 2. Markings on the MCB: Look for any directional arrows or labels near the terminals that indicate "Line" (input) and "Load" (output) connections. If such markings are present, the MCB is not reversible, meaning it must be installed in a specific direction. 3. Pole Design and Contacts: For some MCBs, especially older models, the internal contacts are designed to only safely operate in one direction, based on how the arc is extinguished during a trip. If the MCB is marked as unidirectional, it's likely not reversible. 4. Visual Inspection: If the MCB has distinctive inlet and outlet terminals that differ in size or shape, this indicates that the MCB is not reversible. If both terminals look the same and have no directional markings, it may be reversible. 5. Testing the Reversibility: If you are unsure after reviewing the manual and inspecting the MCB, you can test it by wiring the input and output in reverse and observing if the breaker still functions normally, though this should only be done by a qualified electrician for safety reasons.
nice
Thanks for your support😍
In my opinion: In direct current what kills is the voltage in combination with the resistance, since voltage by itself does not exist and the power of the source (how many amperes can the source tolerate before the voltage sinks) In alternating current, all the above apply to direct current, but also the frequency that determines the impedance
Today, with exception of the voltage regulator , all alternators are from Tesla designs and creations from the 1880's. He invented the electric motor, and generator/alternator. He didn't just invent them he perfected them. Every picture you see Tesla with lightning bolts all around him, that is the free electricity from the earth no generator, alternator, or turbine, or nuclear waste or pollution needed. Tesla offered his knowledge and inventions for free, yet no one truly studies the man. Writing him off to histopry when he did more than 10 scientists combined in his lifetime. Today only a select few have his total knowledge. The rest is kept from the public.
@@johannjohann6523 thanks for sharing this with us
Sound and Frequency are the source of all energy in the Universe. Study Tesla, and forget about everyone else. He is the most brilliant man to walk the earth since Jesus. He offered the world "free electricity" to everyone. It's possible because the earth provides the electricity. Every day the earth is struck with 8 million lightning strikes. What do you think happens to that energy - it disappears? And each lightning bolt is enough energy to power a small city for a month. Tesla offered the world free electricity and corporations like Westinghouse silenced the guy and swept him under the rug.
How can I daisy chain multiple lights with electronic ballasts?
so much learning
Thank you really for your support
Most occuring faults and how to troubleshoot them
@@stalinsubbiah3238 we will try to cover it in the future, stay tuned
👏
Great job 👍
@@mahmoudabbas7320 ❤️❤️❤️
Good explanation
@@afiqkhairani thank you for your support ❤️🙏
The rona has gotten so bad even our power lines have it. It's over for us guys...
Well understood sir
I'm here again. Thanks for sharing this with us...
@@danielteyehuago1633 thank you for your support ❤️🙏
👍
@@hosammohamed7528 ❤️🙏
👍
@@adilakbar3053 🙏
❤
Thanks Sir for a lovely video on circuit breakers
Thank you for your support ❤
Awesome
@@segunfolorunso5255 thank you for your support ❤️🙏
Please, who knows how or where to get the starting current of such a motor. It is very important to size a diesel generator to run this motor.
thank alots
@@shalyarjumaa23 thank you for your support 🙏♥️
Thanks alot
@@MustafaKhalid-g1z you're welcome ❤️🙏
❤
Looks interesting. The videos are so short for such a course. If you can remove the background music; this will make it better to understand the concepts.
We will take that into consideration,, thank you for your support 🙏♥️
Very good!!!
thank you for your support
Hi I'm from the Philippines, I wanna know the difference between ampere trip and ampere frame of the circuit breaker ...thanks and more power.
@@lanzrilpangilinan8272 welcome to my channel and thanks for support ❤️❤️,, you can watch this video and you will understand completely frame current and rated current ua-cam.com/video/GgfmwWFZ43A/v-deo.htmlsi=X1WYN50hOWPsb9Y2
❤
Thank you for the accurate and educational video
Thank you for your support 🙏❤️
Brilliant video, thanks a lot.
You're welcome,, thank you for your support ♥️🙏
👌
🙏🙏
Great 👍 ❤
❤️🙏
Hi, in the example, the TV is rated 150 watts so consumes 150 watts of instantaneous energy, does this mean 150 watts is consumed every second that the TV is on for?
Yes that is true، but it's better to multiply it with hours, to have watthour, because any bill you will calculate will be in watthour times the tariff
Excellent 👏🏾
Thank you for your support ❤️🙏
It has its advantages too where the ash particles from the boiler are ionized and use the hammer to lower them to the ash tray where they can be removed from the boiler. In power generation
Thank you for your great information ❤️🙏
Excellent pro ❤❤👏💪
❤️🙏
Could you add a dimmer?
It's not a good idea because it lower the efficiency but in case you need that you have to buy a special ballast
Thank you!
Hello i have a high pressure sodium lamp. i can't use it anymore because if i put a new bulb it blow the bulb. can u tell me what is the reason of burning out the bulb?
you have mention lamp and bulb which are the same?? do you mean with lamp the complete fixture?!
Nice explanation
Thank you for your support ❤️🙏
clear and simple explanation, thanks a lot
Thank you for your support ❤️
我的擅长
faults in the oil ? the bucholz relay senses gas accumulation caused by a fault in transformer windings between windings or a dead short circuit the gas produced by this faults are accumulated inside the bucholz relay and this gases actuating floats the floats ativating a alarm aswwell turning off the faulty transformer through safety devies explain it right thank you
excellent thank you for your information ❤️🙏
@@electricalengineeringplane6620 you are very welcome as a small hint you can look the function from a bucholz relay up in wikipedia smiles
how do I know what capacitor size to use?
For 400watt HPS lamp you will buy cap/hps400 ,, for 1000watt HPS lamp you will buy cap/hps1000
Size of capacitance for cap/hps400 is 55 microfarad
Can I use it for low voltage wires and devices like 12VDC and 48VDC?
You can use it in only on condition!! First be sure that the cables isn't connected to any devices,, second the cable insulation rating must be 300v for example to megger it with 250v test
Just for the files: Face masks won't protect you from Corona discharge! 🤣
True 🤣🤣
You assume P is constant for before and after situation but actually is the S constant - P is changing with the Power factor changing