
3 Phase Distribution Transformer
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A Three-Phase Distribution Transformer is an important tool that transforms the voltage degree while keeping the very same power level. It's extensively made use of in power distribution systems.Three-Phase Distribution Transformers are utilized in bigger installations, while solitary phase circulation transformers are used for smaller tons. The former supplies a more well balanced power supply, which is crucial for heavy machinery and commercial applications.
Technical Specifications
Ratings | CRGO - Upto 2500 kVA Amorphous Core Transformers - Upto 1000 kVA |
Applicable Standards | IS, IEC, ANSI, JIS, BS etc. |
Cooling | ONAN, OA |
Insulating Fluid | Mineral Oil to specification |
Frequency | 50 Hz, 60 Hz |
Polarity | As specified |
Primary Voltage | Upto 33 kV |
Secondary Voltage | 415, 433 V (Other Voltages as required) |
Winding Material | Copper / Aluminium |
Taping range | ± 5% in steps of 2.5% (Other tapings as required) |
Impedance | In line with applicable standards. |
main purpose of a distribution transformer
The main purpose of a distribution transformer is to facilitate safe and efficient power transmission.
The following is a detailed description of the functions and functions of distribution transformers:
1. Voltage conversion
The main function of a distribution transformer is to step down the voltage received by a transmission line to a level suitable for distribution to homes, businesses, and other consumer facilities.
Typically, distribution transformers step down high voltages (such as 11 kV or 33 kV) to lower voltage levels (such as 400 V or 230 V) typically used in domestic and industrial applications.
2. Minimized power loss
Distribution transformers play an important role in minimizing power loss during power transmission.
By reducing the voltage, the current increases, which helps minimize resistive losses that occur in the power transmission cables.
3. Isolation
Distribution transformers provide electrical isolation between the high-voltage transmission system and the low-voltage distribution system.
This isolation ensures safety by protecting personnel and equipment from potentially dangerous high voltages.
4. Failsafe
Distribution transformers employ protection mechanisms to protect against power distribution system failures. These mechanisms include devices such as fuses and circuit breakers that disconnect transformers from the distribution network in the event of an electrical fault.
5. Distribution Network Flexibility
Distribution transformers enable distribution networks to be divided into smaller segments, increasing grid flexibility and reliability. They allow the efficient distribution of power among various loads and geographic locations.
6. Load balancing
Distribution transformers help balance electrical loads across the distribution system. By supplying power to different users, they ensure an even distribution of power demand and prevent system overload.
Packaging&Shipping
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