Oil-Cooled Distribution Transformer
An oil-cooled distribution transformer is an essential device used to step down high voltage electricity for safe, efficient distribution to homes and businesses. Utilizing oil for cooling, these transformers ensure optimal performance and longevity by dissipating heat effectively. Ideal for urban and rural electrical networks, oil-cooled distribution transformers provide reliable, stable power, enhancing the efficiency of electrical systems. Designed to meet stringent safety standards, these transformers are crucial for maintaining the integrity and continuity of electrical supply.
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₹ 1318000.00
₹ 1615000.00
₹ 9000000.00
₹ 1056000.00
₹ 150000.00
₹ 200000.00
₹ 900000.00
₹ 200000.00
₹ 2900000.00
₹ 400000.00
Spec: 3-Phase Kirloskar Distribution Transformer, Oil Cooled
₹ 650000.00
₹ 850000.00
₹ 210000.00
₹ 100000.00
₹ 100000.00
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₹ 100000.00
₹ 900000.00
₹ 400000.00
Spec: 3-Phase Kirloskar Distribution Transformer, Oil Cooled
₹ 650000.00
₹ 150000.00
₹ 1318000.00
₹ 200000.00
₹ 1615000.00
₹ 850000.00
₹ 200000.00
₹ 100000.00
₹ 2900000.00
₹ 9000000.00
₹ 1056000.00
₹ 210000.00
₹ 100000.00
₹ 900000.00
₹ 400000.00
Spec: 3-Phase Kirloskar Distribution Transformer, Oil Cooled
₹ 650000.00
₹ 150000.00
₹ 1318000.00
₹ 200000.00
₹ 1615000.00
₹ 850000.00
₹ 200000.00
₹ 100000.00
₹ 2900000.00
₹ 9000000.00
₹ 1056000.00
₹ 210000.00
₹ 100000.00
₹ 900000.00
₹ 400000.00
Spec: 3-Phase Kirloskar Distribution Transformer, Oil Cooled
₹ 650000.00
₹ 150000.00
₹ 1318000.00
₹ 200000.00
₹ 1615000.00
₹ 850000.00
₹ 200000.00
₹ 100000.00
₹ 2900000.00
₹ 9000000.00
₹ 1056000.00
₹ 210000.00
₹ 100000.00
₹ 900000.00
₹ 400000.00
Spec: 3-Phase Kirloskar Distribution Transformer, Oil Cooled
₹ 650000.00
₹ 150000.00
₹ 1318000.00
₹ 200000.00
₹ 1615000.00
₹ 850000.00
₹ 200000.00
₹ 100000.00
₹ 2900000.00
₹ 9000000.00
₹ 1056000.00
₹ 210000.00
₹ 100000.00
₹ 900000.00
₹ 400000.00
Spec: 3-Phase Kirloskar Distribution Transformer, Oil Cooled
₹ 650000.00
₹ 150000.00
₹ 1318000.00
₹ 200000.00
₹ 1615000.00
₹ 850000.00
₹ 200000.00
₹ 100000.00
₹ 2900000.00
₹ 9000000.00
₹ 1056000.00
₹ 210000.00
₹ 100000.00
₹ 900000.00
₹ 400000.00
Spec: 3-Phase Kirloskar Distribution Transformer, Oil Cooled
₹ 650000.00
₹ 150000.00
₹ 1318000.00
₹ 200000.00
₹ 1615000.00
₹ 850000.00
₹ 200000.00
₹ 100000.00
₹ 2900000.00
₹ 9000000.00
₹ 1056000.00
₹ 210000.00
₹ 100000.00
₹ 900000.00
₹ 400000.00
Spec: 3-Phase Kirloskar Distribution Transformer, Oil Cooled
₹ 650000.00
₹ 150000.00
₹ 1318000.00
₹ 200000.00
₹ 1615000.00
₹ 850000.00
₹ 200000.00
₹ 100000.00
₹ 2900000.00
₹ 9000000.00
₹ 1056000.00
₹ 210000.00
₹ 100000.00
₹ 900000.00
₹ 400000.00
Spec: 3-Phase Kirloskar Distribution Transformer, Oil Cooled
₹ 650000.00
₹ 150000.00
₹ 1318000.00
₹ 200000.00
₹ 1615000.00
₹ 850000.00
₹ 200000.00
₹ 100000.00
₹ 2900000.00
₹ 9000000.00
₹ 1056000.00
₹ 210000.00
₹ 100000.00
₹ 900000.00
₹ 400000.00
Spec: 3-Phase Kirloskar Distribution Transformer, Oil Cooled
₹ 650000.00
₹ 150000.00
₹ 1318000.00
₹ 200000.00
₹ 1615000.00
₹ 850000.00
₹ 200000.00
₹ 100000.00
₹ 2900000.00
₹ 9000000.00
₹ 1056000.00
₹ 210000.00
₹ 100000.00
₹ 900000.00
₹ 400000.00
Spec: 3-Phase Kirloskar Distribution Transformer, Oil Cooled
₹ 650000.00
₹ 150000.00
₹ 1318000.00
₹ 200000.00
₹ 1615000.00
₹ 850000.00
₹ 200000.00
₹ 100000.00
₹ 2900000.00
₹ 9000000.00
₹ 1056000.00
₹ 210000.00
₹ 100000.00
₹ 900000.00
₹ 400000.00
Spec: 3-Phase Kirloskar Distribution Transformer, Oil Cooled
₹ 650000.00
₹ 150000.00
₹ 1318000.00
₹ 200000.00
₹ 1615000.00
₹ 850000.00
₹ 200000.00
₹ 100000.00
₹ 2900000.00
₹ 9000000.00
₹ 1056000.00
₹ 210000.00
₹ 100000.00
₹ 900000.00
₹ 400000.00
Spec: 3-Phase Kirloskar Distribution Transformer, Oil Cooled
₹ 650000.00
₹ 150000.00
₹ 1318000.00
₹ 200000.00
₹ 1615000.00
₹ 850000.00
₹ 200000.00
₹ 100000.00
₹ 2900000.00
₹ 9000000.00
₹ 1056000.00
₹ 210000.00
Oil-Cooled Distribution Transformer Prices, Manufacturers & Sellers in India
What are the related categories of Oil-Cooled Distribution Transformer?
AAJJO offers various categories related to Oil-Cooled Distribution Transformer, including
What types of products are included in the Oil-Cooled Distribution Transformer category?
The Oil-Cooled Distribution 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 Oil-Cooled Distribution Transformer?
Answer: Yes, AAJJO is a great place to buy Oil-Cooled Distribution Transformer in Columbus. We connect you with top manufacturers, sellers, and suppliers, offering high-quality products.
How can I get the detailed specifications of Oil-Cooled Distribution Transformer?
To view Oil-Cooled Distribution 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 Oil-Cooled Distribution Transformer?
Select the product you want to buy, click "Request callback," fill in your details, and submit the form. The Oil-Cooled Distribution Transformer seller will contact you to complete your order.
Top Oil-Cooled Distribution Transformer Brands in India?
There are several brands for Oil-Cooled Distribution Transformer in India. Some top brands include:
Top Oil-Cooled Distribution Transformer Manufacturer, Seller, Suppliers, and wholesaler in India
Top Manufacturer, Seller, Suppliers, and wholesaler of the Oil-Cooled Distribution Transformer are available in India. Some of the leading ones are mentioned below:
Price Range of Oil-Cooled Distribution Transformer in India
The cost of Oil-Cooled Distribution Transformer varies by brand, features, and design. Below are price examples from top companies:
| 250KVA 3-Phase Oil Cooled ON Load(OLTC) Distribution Transformer | ₹1056000.00 |
| Oil-Cooled Distribution Transformer | ₹235000.00 |
| 3-Phase 25kVA Oil Cooled Distribution Transformer | ₹100000.00 |
| 100 kva Three Phase Power Distribution Transformer, Capacity: 100kva | ₹150000.00 |
| 200Kva 3-Phase Oil Cooled Distribution Transformer | ₹200000.00 |
| 3-Phase Kirloskar Distribution Transformer | ₹400000.00 |
| 500kVA 3-Phase Oil Cooled Distribution Transformer | ₹650000.00 |
| 25 Kva Distribution Transformer 11/.433 Kv Manufacturers | ₹100000.00 |
| Oltc Distribution Transformer | ₹625000.00 |
| 63kVA 3-Phase Oil Cooled Distribution Transformer | ₹100000.00 |
| 25kVA 3-Phase Oil Cooled Distribution Transformer | ₹100000.00 |
| 3-Phase Distribution Transformer | ₹400000.00 |
Discussing Oil-Cooled Distribution Transformer & Its Aspects
Finding answers to questions before buying a product is human behavior. But sometimes it can easily wander you, and hence we’ve designed this section consisting of all the information about Oil-Cooled Distribution Transformer that will ease your purchase and offer you brilliant results.
An Overview of Oil-Cooled Distribution Transformer
Oil-cooled distribution transformers play a crucial role in electrical power distribution systems by ensuring efficient voltage regulation and seamless energy transfer. These transformers are specifically designed to use oil both as a coolant and an insulator, effectively managing the heat generated during operation. By absorbing and dissipating this heat through radiators or cooling fins, they enhance overall efficiency, durability, and reliability.
In practical terms, oil-cooled transformers are indispensable across residential, commercial, and industrial sectors. They excel in handling high load capacities while maintaining stable performance over extended periods. Unlike their air-cooled counterparts, they boast superior overload capabilities and are less susceptible to overheating. These factors collectively make them a preferred choice for numerous power distribution applications.
Beyond technical superiority, the appeal of oil-cooled transformers lies in their ability to ensure uninterrupted power supply without compromising on performance. This reliability is particularly crucial in critical infrastructure and high-demand environments where downtime can translate into significant losses.
Types & Uses of Oil-Cooled Distribution Transformer
These transformers utilize oil for both cooling and insulation, leveraging their high dielectric strength and excellent heat dissipation properties.
Types and Uses of Oil-Cooled Distribution Transformers:
- Pad-Mounted Transformers: Positioned outdoors in utility networks, often in residential areas, these transformers are compact and designed for easy maintenance. The oil serves dual purposes as a coolant and insulator.
- Substation Transformers: Located in electrical substations, these transformers manage higher capacities and voltages, stepping down electricity from transmission lines to distribution levels. They are critical for maintaining voltage stability throughout the grid.
- Pole-Mounted Transformers: Commonly found in rural and remote areas, these transformers are mounted on utility poles. While smaller in size and capacity compared to substation transformers, they perform the vital function of voltage reduction.
Let’s check out a few uses of Oil-Cooled Distribution Transformers:
- Voltage Regulation: Ensures that electricity reaching consumers is at safe and usable levels.
- Grid Reliability: Facilitates efficient distribution, contributing to a stable power supply.
- Load Management: Balances electricity distribution to manage grid load effectively.
How to monitor the quality of the Oil-Cooled Distribution Transformer?
Monitoring the quality of an Oil-Cooled Distribution Transformer is crucial for ensuring it remains reliable and durable over its operational lifespan. Here are essential steps to effectively monitor its quality:
- Regular Inspections: Conduct frequent visual inspections to examine for leaks, corrosion, and the overall condition of the transformer. Check cooling fans, oil levels, and bushings for any signs of wear or damage.
- Oil Sampling and Analysis: Regularly extract samples of transformer oil for detailed chemical analysis. This process helps detect contaminants, moisture levels, and degradation byproducts that could potentially compromise transformer performance.
- Temperature Monitoring: Install temperature sensors at critical points to monitor the transformer's operational heat levels. Sudden temperature spikes can indicate underlying faults or excessive load conditions.
- Dissolved Gas Analysis (DGA): Utilize DGA techniques to assess the presence of abnormal gases in the transformer oil. Elevated levels of gases like methane or ethylene may signify developing faults such as overheating or insulation deterioration.
- Condition Monitoring Systems: Implement sophisticated monitoring systems equipped with various sensors (temperature, pressure, vibration) to provide real-time data. These systems enable early detection of potential issues before they escalate into major problems.
- Load and Performance Testing: Conduct periodic load and performance tests to evaluate the transformer's operational capacity and efficiency under typical operating conditions. This ensures that the transformer can handle its designated load without issues.
- Documentation and Records: Maintain detailed records of all inspections, tests, and maintenance activities performed on the transformer. Keeping comprehensive documentation helps in tracking the transformer's maintenance history and identifying any recurring issues or trends over time.
What is the origin of the name Oil-Cooled Distribution Transformer?
The term "Oil-Cooled Distribution Transformer" derives from the primary cooling method used in these electrical transformers. These transformers are immersed in oil, typically mineral oil, which serves a dual purpose as both an electrical insulator and a coolant. During operation, the heat generated by the transformer is absorbed by the oil, effectively dissipating it from the windings and core. This oil-cooling system plays a crucial role in maintaining safe operating temperatures, thereby boosting efficiency and ensuring longevity.
Oil cooling proves especially effective in distribution transformers, commonly employed to step down high-voltage electricity from power grids to lower, safer voltages for consumer use. Unlike dry-type transformers that rely on air or gas for cooling, oil-cooled transformers utilize mineral oil's exceptional thermal properties to manage heat effectively while providing electrical insulation.
The use of oil as a coolant has stood the test of time in transformer technology, striking a balance between efficient heat dissipation and reliable electrical insulation. This combination not only enhances the transformer's performance but also extends its operational lifespan, making oil-cooled distribution transformers a preferred choice in various electrical applications.
What is the importance of Oil-Cooled Distribution Transformer?
Oil-cooled distribution transformers play a pivotal role in electrical power distribution, ensuring that the electricity reaching homes and businesses is at a safe, usable voltage. These transformers use oil for dual purposes: it acts as an insulator and a coolant. This oil cooling system efficiently dissipates the heat generated during operation, which prevents the transformer from overheating and ensures reliable performance.
One of the main benefits of oil-cooled transformers is their ability to enhance the lifespan and efficiency of the transformer. By keeping the internal temperature stable, they reduce energy loss and the need for frequent maintenance. This makes them a cost-effective and long-lasting solution for power distribution.
Moreover, oil-cooled transformers are designed to handle various load conditions. This adaptability means they can perform well in different environments and under varying usage patterns, making them highly versatile. Their robust construction ensures durability, offering a high level of safety and protecting the electrical network from disruptions and potential hazards.
Generally Asked Questions About Oil-Cooled Distribution Transformer
What are the functions of these Transformers?
It takes high-voltage electricity from transmission lines and steps it down to safer, usable voltages for local distribution.
What do Distribution transformers look like from the inside?
Coils of wire wrapped around a steel core, all submerged in insulating and cooling transformer oil within a sealed tank.
What is the cooling procedure of these transformers?
Oil absorbs heat generated during transformation, then transfers it to the tank walls for dissipation through air or radiators (depending on size).
What are the drawbacks of Oil-Cooled Distribution Transformer?
Environmental hazard if oil leaks, requires regular maintenance to check for leaks and oil quality, fire risk due to flammable oil.
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