Transformer
A transformer is an essential electrical device that transfers electrical energy between circuits through electromagnetic induction. It efficiently steps up or steps down voltage levels, making it crucial for power distribution in homes, businesses, and industries. Transformers ensure safe and reliable electricity flow, reducing energy losses and improving system stability. Ideal for various applications, they support efficient energy management and seamless operation of electrical systems, making them indispensable in modern electrical infrastructure.
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₹ 10000.00
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₹ 125000.00
₹ 900000.00
₹ 150000.00
₹ 50000.00
M/S ELECTROMEC ENGINEERING ENTERPRISES, Rampur, Uttar Pradesh
₹ 12000.00
₹ 12350.00
₹ 225000.00
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₹ 10000.00
₹ 12000.00
₹ 125000.00
₹ 50000.00
M/S ELECTROMEC ENGINEERING ENTERPRISES, Rampur, Uttar Pradesh
₹ 150000.00
₹ 900000.00
₹ 12350.00
₹ 10000.00
₹ 10000.00
₹ 225000.00
₹ 10000.00
₹ 12000.00
₹ 125000.00
₹ 50000.00
M/S ELECTROMEC ENGINEERING ENTERPRISES, Rampur, Uttar Pradesh
₹ 150000.00
₹ 900000.00
₹ 12350.00
₹ 10000.00
₹ 10000.00
₹ 225000.00
₹ 10000.00
₹ 12000.00
₹ 125000.00
₹ 50000.00
M/S ELECTROMEC ENGINEERING ENTERPRISES, Rampur, Uttar Pradesh
₹ 150000.00
₹ 900000.00
₹ 12350.00
₹ 10000.00
₹ 10000.00
₹ 225000.00
₹ 10000.00
₹ 12000.00
₹ 125000.00
₹ 50000.00
M/S ELECTROMEC ENGINEERING ENTERPRISES, Rampur, Uttar Pradesh
₹ 150000.00
₹ 900000.00
₹ 12350.00
₹ 10000.00
₹ 10000.00
₹ 225000.00
₹ 10000.00
₹ 12000.00
₹ 125000.00
₹ 50000.00
M/S ELECTROMEC ENGINEERING ENTERPRISES, Rampur, Uttar Pradesh
₹ 150000.00
₹ 900000.00
₹ 12350.00
₹ 10000.00
₹ 10000.00
₹ 225000.00
₹ 10000.00
₹ 12000.00
₹ 125000.00
₹ 50000.00
M/S ELECTROMEC ENGINEERING ENTERPRISES, Rampur, Uttar Pradesh
₹ 150000.00
₹ 900000.00
₹ 12350.00
₹ 10000.00
₹ 10000.00
₹ 225000.00
₹ 10000.00
₹ 12000.00
₹ 125000.00
₹ 50000.00
M/S ELECTROMEC ENGINEERING ENTERPRISES, Rampur, Uttar Pradesh
₹ 150000.00
₹ 900000.00
₹ 12350.00
₹ 10000.00
₹ 10000.00
₹ 225000.00
₹ 10000.00
₹ 12000.00
₹ 125000.00
₹ 50000.00
M/S ELECTROMEC ENGINEERING ENTERPRISES, Rampur, Uttar Pradesh
₹ 150000.00
₹ 900000.00
₹ 12350.00
₹ 10000.00
₹ 10000.00
₹ 225000.00
₹ 10000.00
₹ 12000.00
₹ 125000.00
₹ 50000.00
M/S ELECTROMEC ENGINEERING ENTERPRISES, Rampur, Uttar Pradesh
₹ 150000.00
₹ 900000.00
₹ 12350.00
₹ 10000.00
₹ 10000.00
₹ 225000.00
₹ 10000.00
₹ 12000.00
₹ 125000.00
₹ 50000.00
M/S ELECTROMEC ENGINEERING ENTERPRISES, Rampur, Uttar Pradesh
₹ 150000.00
₹ 900000.00
₹ 12350.00
₹ 10000.00
₹ 10000.00
₹ 225000.00
₹ 10000.00
₹ 12000.00
₹ 125000.00
₹ 50000.00
M/S ELECTROMEC ENGINEERING ENTERPRISES, Rampur, Uttar Pradesh
₹ 150000.00
₹ 900000.00
₹ 12350.00
₹ 10000.00
₹ 10000.00
₹ 225000.00
₹ 10000.00
₹ 12000.00
₹ 125000.00
₹ 50000.00
M/S ELECTROMEC ENGINEERING ENTERPRISES, Rampur, Uttar Pradesh
₹ 150000.00
₹ 900000.00
₹ 12350.00
₹ 10000.00
₹ 10000.00
₹ 225000.00
Transformer Prices, Manufacturers & Sellers in India
What are the related categories of Transformer?
AAJJO offers various categories related to Transformer, including
What types of products are included in the Transformer category?
The Transformer category offers high-quality, functional products. Here’s a list of some of the products in this category:
Is AAJJO the best platform to buy Transformer?
Answer: Yes, AAJJO is a great place to buy Transformer in Columbus. We connect you with top manufacturers, sellers, and suppliers, offering high-quality products.
How can I get the detailed specifications of Transformer?
To view Transformer specifications, click on the product listings on the AAJJO site. You can also request a callback and sellers will contact you to answer your queries.
How do I order Transformer?
Select the product you want to buy, click "Request callback," fill in your details, and submit the form. The Transformer seller will contact you to complete your order.
Top Transformer Brands in India?
There are several brands for Transformer in India. Some top brands include:
Top Transformer Manufacturer, Seller, Suppliers, and wholesaler in India
Top Manufacturer, Seller, Suppliers, and wholesaler of the Transformer are available in India. Some of the leading ones are mentioned below:
Price Range of Transformer in India
The cost of Transformer varies by brand, features, and design. Below are price examples from top companies:
| Transformers Exporters | ₹215000.00 |
| 100 Kva Transformer | ₹135000.00 |
| Electrical Power Transformer, Up To 1 Mva | ₹10000.00 |
| 315 Mva And 230 Kv Transformer | ₹800000.00 |
| 3-Phase 160 Kva Transformer | ₹180000.00 |
| Ac Three Phase Auto Transformer, For Industrial | ₹100000.00 |
| Furnace Transformer | ₹80000.00 |
| BNP Three Phase HT Transformer, 0.5, Capacity: 5-10 Kva | ₹150000.00 |
| Mild Steel Conventional Transformer For Industrial | ₹50000.00 |
| Single Phase Multi Tapping Auto Transformer, For Industrial, 240V | ₹12000.00 |
| Mild Steel Servo Transformer, 330V-470V | ₹95000.00 |
| Oil Type Transformer | ₹800000.00 |
Understanding Transformers, Its Types, Uses, & Various Considerations
As you’re going to buy these transformers, you’ll certainly surf as much information as you can from the internet. In such a situation, there are possibilities that you might get wandered from information. Not to worry anymore, because in this section, we’ll discuss and answer, all your doubts, that will help you get the promising deal.
An Overview of Transformers
A Transformer is a really important part of electrical systems. It helps move electrical energy efficiently. Transformers work because of something called electromagnetic induction. They're made up of two coils of wire wrapped around a magnetic core. One coil is called the primary coil, and the other is the secondary coil.
When electricity flows through the primary coil, it creates a changing magnetic field in the core. This changing magnetic field then makes an electric force in the secondary coil. This is how electrical energy gets transferred from one circuit to another at a different voltage level.
Transformers are super useful because they can increase the voltage for sending electricity over long distances without losing too much energy. Or they can decrease the voltage to a safer level before it gets to homes and businesses. That's why you find them in power lines, factories, and even in the devices we use every day.
In simpler terms, transformers help make sure that the right amount of electricity goes where it's needed, whether it's far away or close by. They're like the traffic controllers of electricity, making sure everything runs smoothly and safely in our electrical systems.
Types & Uses of Transformers
These transformers work using something called electromagnetic induction, which is a way to transfer energy without direct contact. Let’s have a look at the various types of these equipment:
- Power Transformers: These are used in making electricity, sending it over long distances, and changing how strong the electricity is.
- Distribution Transformers: These are found in places where electricity gets closer to where people use it, making sure it's safe for homes and businesses.
- Instrument Transformers: These help measure and protect electrical systems by changing high currents and voltages into smaller ones.
- Isolation Transformers: These keep circuits separate from the main power supply, which keeps sensitive electronic stuff safe and quiet.
- Auto Transformers: They have one coil that can change how strong the electricity is, which helps with things that need different levels of power.
Let’s also check out a few of the uses of this equipment.
- In Factories: They make sure machines get the right amount of power to work well.
- In Buildings: They keep things like lights and computers running smoothly.
- At Homes: They make sure the electricity we use is safe and not too strong.
- With Green Energy: They help solar panels and wind turbines connect to the big power lines.
- In Electronics: They're in chargers and other gadgets to make sure they get the right power.
- For Phones and the Internet: They help make signals stronger and clearer.
In short, transformers are super important because they help manage electricity so it's safe, reliable, and works the way we need it to, everywhere from homes to huge power plants.
How to monitor the quality of Transformers?
Keeping transformers working well is important to make sure they last a long time and do their job reliably. Here are some important ways to make sure transformers stay in good shape:
- Look Closely: Check transformers regularly to see if there are any leaks, rust, or damage on the outside. These signs can show if something might be wrong.
- Oil Check: Take samples of the transformer oil and test it. This helps find out if there are any bad things in the oil, like water or dirt, which could mean the inside of the transformer isn't working right.
- Gas Check: Watch the gases in the oil to see if there are any strange ones. This can tell if the transformer might be getting too hot or having problems that need fixing.
- Temperature Watch: Use special cameras or sensors to see if parts of the transformer are getting too hot. This can show if there's a problem before it gets worse.
- Electric Tests: Sometimes, check how well the transformer is insulated or how the electricity flows through it. This helps to know if everything inside is working as it should.
- Vibration Check: Listen for any unusual vibrations in the transformer. This can tell if something inside is loose or not working right.
- Performance Watch: Keep an eye on how much power the transformer is using and how well it's working. This helps see if it's doing its job properly over time.
By doing these checks often, people can find problems early, stop them from getting worse, and make sure transformers last a long time and keep things running smoothly.
What is the origin of the name Transformers?
The term 'transformers' comes from their main job in electrical engineering: changing voltage levels. This ability is super important for sending electrical power efficiently over long distances. The name 'transformer' shows how they change electrical energy from one voltage level to another. This helps electricity travel across power grids easily.
Engineers and scientists in the late 1800s and early 1900s, like Michael Faraday and Nikola Tesla, first explored electrical transformation. They figured out how transformers could change voltage using something called electromagnetic induction. This discovery led to the name 'transformer' because it transforms electricity by changing its voltage.
Since then, transformers have become crucial in making electricity. They're used in power plants, electrical networks, and lots of other places where electricity is needed. They're a big deal in electrical engineering because they make it possible to move electricity around efficiently.
Generally Asked Questions About Transformers
Why are transformers rated in kVA and not kW?
Because transformers have both iron losses (from voltage) and copper losses (from current), kVA considers both for a more accurate representation.
What happens if I overload a transformer?
Overloading can cause overheating, reduced efficiency, and permanent damage.
Can a transformer convert DC to AC?
No, transformers rely on changing magnetic fields from AC current. Use a rectifier for DC to AC conversion.
How can I tell if a transformer is bad?
Signs include unusual humming, overheating, burning smell, or a significant voltage drop at the output.
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