Earthing Transformers Manufacturer, Supplier

Urja Techniques (India) Pvt Ltd is a leading light in the Indian transformer manufacturing sector. Spearheaded by a team of tech savvy professionals, we specialize in the design, development, production, quality control and servicing of transformers. Our inventive approach escalates futuristic manufacturing techniques and rigorous testing facilities. These capabilities are in compliance with IS, IEC, and ANSI standards, cementing our commitment to excellence. As an ISO-9001:2008, 14001:2004, 18001:2007 certified enterprise by Moody International, Urja Techniques embodies the pursuit of impeccable quality and value in its products. We take pride in our extensive marketing network, determined customer relationships and an unwavering commitment to superior service and excellence. Our ambition pushes us to broaden our horizons, extending our customer base to global markets.

Introduction to Earthing Transformers

ONAN / ONAF cooling with conventional pressed steel radiators. The range includes up to 33 KV systems and as per the site requirements.

Earthing transformers are a pivotal element in the secure and efficient operation of power systems. These specialized transformers are designed to provide a neutral grounding path for systems that do not have one. This vital functionality facilitates the protection of power systems from damaging over voltages and faults, enhancing the overall safety and reliability of the grid.

In a three phase system, the earthing transformer allows a path for the flow of current when there is a line to ground fault which is a fault that happens when a line comes into contact with the ground. Earthing transformers limit the buildup of static charges and help stabilize the voltage during temporary conditions.

There are various types of grounding transformers including Zig-Zag, Wye-Delta and Wye-Wye, each serving specific applications. Earthing transformers are typically made using high quality, durable materials. The core is often fabricated from grain oriented silicon steel, known for its excellent magnetic properties. Copper or aluminium is used for winding due to their good conductivity, while high grade insulation materials are employed to ensure safety and longevity.

Features:

1.Earthing transformers stand out for their prosperous safety features and dependability.
These are specifically designed to withstand short circuit conditions and to enable the smooth flow of fault current.
3.These transformers exhibit high mechanical strength and thermal resistance, with excellent insulation properties to secure long operational life.
4. They are compact, durable and easily maintainable, ideally suited for multiple power system applications.

Advantages:

1.They provide a secure grounding point, thereby reducing the risk of electrical faults, over voltages and aiding in fault detection.
2.The improved dependability and safety of power systems is a significant advantage. Furthermore, their high thermal capacity and longevity contribute to operational efficiency and cost effectiveness in the long run.

Why Choose us:

We are committed to provide best quality products backed by international certifications which speak about our earnestness. With the assistance of the technical experts, our ultra modern manufacturing facilities and our transparent business approach, we are able to cater to a wide network of our clients. Furthermore, due to the customer centric policies adopted at Urja Techniques, we have been fortunate to serve our overseas clients based over continents like Asia,Europe and Africa. Despite a steep rise in the raw materials used for fabrication of transformers, we have been able to export high quality products with innovative designs and improved operational efficiency.

Application in following industries :

Chemical, Pharmaceuticals, Steel, Textile, Engineering, Plastic, Cement, Refineries, Mining, Captive Power Projects, Hydro Power Projects, Wind Mill Farms, Construction Houses, Pharma, Electrical, Electronics, Renewable Energy, Automobile.

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