Oil Transformer
Model：Oil Transformer
Add in inquiryType:
Oil Immersed Cooling
Capacity:
10~10,000KVA
Made in
Taiwan, ROC
Add in inquiryType:
Oil Immersed Cooling
Capacity:
10~10,000KVA
Made in
Taiwan, ROC
• Power Transmission and Distribution
• Voltage Step UP or Step Down
• Generator Transformer
• Isolation Transformer
• ⇒ Electrical Isolation
• ⇒ Safety in electronics testing and servicing
• ⇒ Medical Equipment
• ⇒ Power supply of devices not at ground potential
• ⇒ To prevent current flow of electrical systems
• ⇒ Shore Power
• ⇒ Laboratory instruments
Energy, Space, Cost Savings!
► Capacity: 10KVA to 10,000KVA
• 1 Phase: 100V, 120V, 200V, 220V, 230V, 240V, 3.3KV, 11KV, 22KV, other voltages are available on order
• 3 Phase: 220V, 380V, 440V, 460V, 575V, 3.3KV, 11KV, 22KV, other voltages are available on order
► Based on CNS 598, CNS 599 or the National Standards of each country
► Manufactured of brand new silicon steel sheet of Shin Nippon steel Standard 50H 400 (H14). Effectively reduces iron loss, reduces field inrush current and increase efficiency
► Heat-resistant Enameled Cooper Wire, minimize its own loss, greatly improve efficiency
► Adopt DOPONT Nomex insulating paper as the main insulating materials, strengthen
ventilation design to increase the high voltage resisting strength, insulation levels, and therefore prolong its service life
► Energy Saving
The iron core is made of high permeability original silicon steel sheets to greatly reduce Iron loss (no-load loss). Copper loss (load loss). Improvements have been made on coil structure to reduce Copper loss (load loss) sharply By reducing copper and iron losses, the purpose
of "energy saving" can be realized
► Space Saving
The losses incurred during operation have been lessened, the size of radiator in the
transformer can be relatively cut down.
Consequently the space required for installation of this special transformer can be reduced
► Electricity Cost Saving
Due to sharp decrease in full losses (by as much as 40% ~ 55%), a huge cut down effect on annual electricity cost can be observed.
► Short investment return period can be expected (2 ~ 5 years approximately)
► Powder Coated Enclosure
► Connection Symbol : Dyn1 or Dyn11
(Other Connection are available to meet requirements)
► Insulation Resistance : 100 MΩ
► Layer Short Test : 400Hz / 20Seconds / 800V
► Withstand Voltage Insulation : AC 2000V
► Customization Welcome
| Type | Oil Immersed Cooling Type Power Transformer (Isolation Transformer or Auto Transformer or others) |
|
| Phase | Single Phase | Three Phase |
| Capacity (KVA) | 10 ~ 2500KVA | 10 ~ 10,000KVA |
| Wire Configuration | 1Ø2W or 1Ø3W | 3Ø3W (Δ Delta) or 3Ø3W+N (Y Wye) |
| Voltage |
100V, 120V, 200V, 220V, 230V, 240V, 3.3KV, 11KV, 22KV, other voltages are available on order |
220V, 380V, 440V, 460V, 575V, 3.3KV, 11KV, 22KV, other voltages are available on order |
| Tapping Range | ±2.5%, ±5％ | |
| Safety Standards | CNS 598、CNS 599 or the National Standards of each country | |
| Insulation Degree | A Class Dry Type Transformer (Heat-resistance: 105℃) B Class Dry Type Transformer (Heat-resistance: 130℃) F Class Dry Type Transformer (Heat-resistance: 155℃) H Class Dry Type Transformer (Heat-resistance: 180℃) |
|
| Efficiency | ≧98 % at Full Load | |
| Cooling Type | Oil Immersed Cooling type, Indoor Application | |
| Dielectric Strength | Primary Coil, Secondary Coil – Earth: AC 60Hz 2000V x 1minute | |
| Insulation Resistance | Primary Coil, Secondary Coil – Earth: ＞100MΩ (1000V High Resistance Meter) |
|
| Operating Circuit | Earth:＞10MΩ (1000V High Resistance Meter) | |
| Connection | DELTA or WYE Connection | |
| Audible Noise | < 65dBA at 1meter | |
| Working Temperature | 0℃ ~ 40℃ | |
| Relative Humidity | 0 ~ 90% (non-condensing, 25℃) | |
| Altitude | ＜3,000 meter Above sea level | |
• The specifications are subject to change without prior notice.
CUSTOMIZATION WELCOME !
Please contact us, we will welcome the opportunity to review your problems and provide you with necessary solutions.
BASIC PRINCIPLES
A transformer is an electrical equipment that transfers energy by Inductive Coupling between its winding circuits. A varying current in the primary winding creates a varying magnetic flux in the transformer's core and thus a varying magnetic flux through the secondary winding. This varying magnetic flux induces a varying electromotive force (emf) or voltage in the secondary winding. Transformers can be used to vary the relative voltage of circuits or isolate them, or both.
PRINCIPLE FEATURES COMPARISON
BETWEEN AUTO TRANSFORMER AND
ISOLATION TRANSFORMER