Single Phase Distribution Transformer
Key Features:
- ANSI C57.12.00 & C57.12.2 Design Standard
- Wound Core, CRGO Silicon Steel
- Nominal Voltage: HT = 6350 V, LT = 240 V
- Class- ONAN Cooling Method
- Sealed Type Complete with Cover and Gasket Design Tank
- Facilities for Lifting the Core and Coil
- Light Gray, ANSI Color # 70 Painting
Loss and Impedance
KVA
NLL
FTT at 85 degree C
% Impedance
5
19
120
2.5+ 10%
10
25
190
2.5+ 10%
15
35
250
2.5+ 10%
25
46
380
2.5+ 10%
37.5
65
480
2.5+ 10%
50
75
600
3.0+ 10%
75
115
860
3.0+ 10%
100
140
1120
3.0+ 10%
167
240
1900
3.0+ 10%
Key Features:
- ANSI C57.12.00 & C57.12.2 Design Standard
- Wound Core, CRGO Silicon Steel
- Nominal Voltage: HT = 6350 V, LT = 240 V
- Class- ONAN Cooling Method
- Sealed Type Complete with Cover and Gasket Design Tank
- Facilities for Lifting the Core and Coil
- Light Gray, ANSI Color # 70 Painting
Loss and Impedance
|
KVA |
NLL |
FTT at 85 degree C |
% Impedance |
|
5 |
19 |
120 |
2.5+ 10% |
|
10 |
25 |
190 |
2.5+ 10% |
|
15 |
35 |
250 |
2.5+ 10% |
|
25 |
46 |
380 |
2.5+ 10% |
|
37.5 |
65 |
480 |
2.5+ 10% |
|
50 |
75 |
600 |
3.0+ 10% |
|
75 |
115 |
860 |
3.0+ 10% |
|
100 |
140 |
1120 |
3.0+ 10% |
|
167 |
240 |
1900 |
3.0+ 10% |
What's a Single-Phase Electrical Transformer?
Think of a single-phase electrical transformer as a magical device that helps electricity travel and change its power. It's like having a superhero for your electrical power – it takes the energy from one place and changes it, so it's just right for another place.
How Does an Electrical Transformer Work?
Single-phase transformers work their magic through a phenomenon called electromagnetic induction. When an electric current flows through the primary coil, it creates a magnetic field that, in turn, induces a voltage in the secondary coil. This process enables efficient energy transfer between different voltage levels, ensuring that power reaches your devices at just the right strength.
Components and Construction of Single-Phase Transformer
Inside the single-phase electrical transformer's sturdy casing, you'll find essential components such as the core, primary and secondary coils, and insulating materials. The core, often made of high-quality magnetic steel, concentrates the magnetic field, enhancing energy transfer efficiency. The primary and secondary coils, wound around the core, facilitate the transformation process, while insulating materials ensure safe operation.