

Dry Type Transformer
Universal Magnetics’ Dry Type Transformer with VPI technology are designed to improve safety and reduce maintenance costs. These transformers are designed to eliminate the need for oil or other liquid cooling agents, and instead use a vacuum pressure impregnation process to protect the transformer’s windings and core from moisture and other environmental factors. This not only improves safety and reduces the risk of fire, but also extends the transformer’s lifespan. In addition to this, the transformer’s utilizes Nomex Aramid paper, made by DuPont, U.S.A as an insulating material on the conductor. This material is known for its excellent thermal stability and high dielectric strength, making it an ideal choice for use in transformer insulation. These transformers are also energy efficient and have a small footprint, making them ideal for use in a variety of applications, including industrial, commercial, and residential settings. With its combination of safety, efficiency, and durability, Universal Magnetics’ Dry Type Transformers with VPI technology are an excellent choice for any organization looking to upgrade its power infrastructure.

Features of Dry Type Transformer
Technical Specifications

| Duty type | Outdoor or indoor, pole or ground mounted |
| Rating | Upto 3000 KVA |
| Voltage class | Upto 11KV |
| No of phases | 3 |
| Winding material | Copper |
| Tap changer | Off-circuit or on-load |
| Insulation class | C |
| Applicable standards | IS 11171 - 1985 |
| Overload Capacity | 10% Continous |

Benefits of Dry Type Transformer
- Comprehensive, Sustainable and Flexible Solution – Low voltage (LV) power distribution from medium voltage (MV) network.
- Prefabricated, Factory-tested and Ready to install – Compartmentalized metallic enclosure, containing state-of-the-art MV switch gear, Dry Type Distribution Transformer, LV switchboards, connections and auxiliary equipment.
- Can Cater- up to 2500 KVA of electrical power to the LV network.
- Customized – Can be customized according to customer specification to match the space availability, power handing volume and aesthetic needs of the surrounding environment