Product Description
Distribution Transformer
We are actively affianced in manufacturing and supplying high performance Distribution Transformer with the aim to meet the diverse requirements of various industries. These transformers are manufactured in adherence to the IS & IEC quality standards by utilizing best quality of components and sophisticated technology at our premises. Available in various technical specifications, this Distribution Transformer is widely used by housing complexes, industrial sector and in state electricity boards for the purpose of supplying power.
Specification
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Power Rating
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200kVA
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Number of Phase
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3-Phase
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Cooling Type
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Oil Cooled
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Winding Material
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Copper
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Insulation Class
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A
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Winding Turns
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Variable
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Transformer Type
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Sealed
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Country of Origin
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Made in India
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High Efficiency for Reliable Industrial OperationsOperating at frequencies of 50 Hz and delivering efficiencies greater than 98%, this transformer ensures minimal energy loss during industrial power distribution. Its robust design and advanced coil structure enable consistent performance, reducing downtime and optimizing productivity in manufacturing plants.
Customizable Power Output to Suit Your NeedsWith a power scope reaching up to 2500 KVA and both high (11,000 V) and low (415 V) voltage ratings, the transformer can be tailored to match specific industrial requirements. Manufacturers offer flexible output customization for seamless integration into existing infrastructure.
Built with Premium Materials and StandardsConstructed using electrolytic grade copper and rigorously designed per IS 1180 load loss specifications, this transformer promises durability and efficiency. The toroidal double winding coil structure further ensures stable power delivery while complying with national safety and performance standards.
FAQs of Industrial Distribution Transformer:
Q: How is the Industrial Distribution Transformer used in industrial power distribution?
A: The transformer steps down high voltage (11 kV) to usable low voltage (0.415 kV) for industrial machinery and facilities. It is installed at power entry points, distributing electricity efficiently across the plant while maintaining voltage stability and safety.
Q: What efficiency does the transformer offer and why is it beneficial for industrial operations?
A: With greater than 98% efficiency, the transformer minimizes energy loss during operation. This high efficiency reduces operational costs and ensures an uninterrupted power supply, critical for maintaining productivity in industrial environments.
Q: When should you consider customizing the transformers output?
A: Customization is recommended when your application requires specific voltage, capacity, or output settings not covered by standard ratings. It allows seamless adaptation to specialized industrial processes, improving both compatibility and performance.
Q: Where are these transformers typically manufactured and supplied?
A: These transformers are manufactured and supplied across India by experienced industrial equipment providers. They cater to industries nationwide, with adherence to IS 1180 standards and the use of high-quality copper materials.
Q: What is the process of installation and commissioning for this transformer?
A: Installation involves positioning the transformer according to its dimensions, ensuring proper electrical connections, and grounding for safety. Commissioning includes performance testing against rated parameters (voltage, capacity, load loss) before integration into main power supply systems.
Q: How does the toroidal coil structure benefit industrial applications?
A: The toroidal coil structure provides enhanced magnetic efficiency, resulting in lower electromagnetic interference and heat generation. This design ensures stable power delivery, higher reliability, and longer operational life for heavy-duty applications.
Q: What standards and materials are used in coil construction and how do they impact performance?
A: The coils are crafted from electrolytic grade copper and designed as double winding per IS 1180 standards for load loss. These materials and standards ensure high conductivity, durability, and optimal performance under varying industrial loads.