Distribution transformers are the unsung heroes of the power grid, seamlessly converting high voltage electricity into usable power for homes and businesses. These essential components, available in pole-mounted, pad-mounted, and underground vault configurations, are designed for optimal efficiency and reliability. With a focus on minimizing energy loss and maximizing performance, distribution transformers are engineered to deliver consistent power supply, even under varying load conditions. Experience the difference that efficient and dependable power distribution can make for your home or business.
Core is made from best grade imported cold rolled grain oriented silicon steel lamination. Laminations are cut at an angle of 45°C. Interleaved & mitered joints reduce the core losses & magnetizing current. Core is clamped with steel channel rigidly to reduce the cartile sound level.
Windings are designed to optimize dynamic, thermal Mechanical & Electrical strives depending upon the current & voltage requirement. The coils are wound with electrolytic grade high conductivity annealed wire & stripe covered with high quality insulation. Colling ducts are provided between windings & oil to minimize hot spot temperature & temp gradient.
Interior & Exterior surface are cleaned by chemical & coated with red oxide & 2 final coat of paint outside of tank body is coated for better & long life.
Core is made from best grade imported cold rolled grain oriented silicon steel lamination. Laminations are cut at an angle of 45°C. Interleaved & mitered joints reduce the core losses & magnetizing current. Core is clamped with steel channel rigidly to reduce the cartile sound level.
Windings are designed to optimize dynamic, thermal Mechanical & Electrical strives depending upon the current & voltage requirement. The coils are wound with electrolytic grade high conductivity annealed wire & stripe covered with high quality insulation. Colling ducts are provided between windings & oil to minimize hot spot temperature & temp gradient.
Interior & Exterior surface are cleaned by chemical & coated with red oxide & 2 final coat of paint outside of tank body is coated for better & long life.
Insulation material like pre compressed board, Bakelite, tube, insulating top, varnish, epoxy/porcelains bushing etc. are used of best quality to ensure long life of transformers. Oil is used as a coolant conforms IS 335 is centrifuged & filtered before filling into the transformer to ensure free from dust & moisture.
All tanks are assembled by cold/hot rolled steel plates through welding. They are equipped with radiator corrugated steel sheets in accordance with capacity.
Designed for maximum temp rise at full rated load, 40-50°C for Aluminum wound & 45-55°C for copper wound transform.
Insulation material like pre compressed board, Bakelite, tube, insulating top, varnish, epoxy/porcelains bushing etc. are used of best quality to ensure long life of transformers. Oil is used as a coolant conforms IS 335 is centrifuged & filtered before filling into the transformer to ensure free from dust & moisture.
All tanks are assembled by cold/hot rolled steel plates through welding. They are equipped with radiator corrugated steel sheets in accordance with capacity.
Designed for maximum temp rise at full rated load, 40-50°C for Aluminum wound & 45-55°C for copper wound transform.
Distribution transformers play a crucial role in optimizing power efficiency. They are designed to minimize energy losses by reducing iron core losses and maximizing efficiency at lower load levels. Additionally, these transformers feature small leakage reactance to maintain optimal voltage regulation, further enhancing overall system efficiency.
Distribution transformers are essential components of the power distribution system. They are commonly found at service drops connecting utility lines to residential, commercial, and industrial properties. They are also used in rural areas, wind farms, and railway electrification systems to efficiently step down voltage for various applications.
Distribution transformers operate at high voltages and can pose significant safety risks if not handled properly. It is essential to follow strict safety protocols, including using appropriate personal protective equipment (PPE), grounding procedures, and lockout/tagout practices. Only qualified personnel should handle and install distribution transformers to prevent accidents and injuries.