Pad Mounted Transformer Manufacturer
We provide pad mounted transformer that comply with IEEE/ANSI and other standards, which are widely used in residential areas, commercial centres, factories and mines, airports, stations, schools and other places.
Feature Products
Main Pad Mounted Transformers Supply
630Kva Pad Mounted Transformer
100 Kva Pad Mounted Transformer
1600 kVA ~ 5000 kVA 3 Phase Pad Mounted Transformer
600 Kva Pad Mounted Transformer
Our Pad Mounted Transformer Specifications
- Power Rating (Single Phase): 0.25KVA-500KVA
- Power Rating (Three Phase): 5KVA-5000KVA
- Insulation Class:Class F, Class H, Class HC available (Class H is the norm)
- Temperature Rise:≤60℃
- Standard:Comply with VDE0550, IEC439, IEEE, GB226 and other international and national standards
- Frequencies:50/60Hz
- Cooling Type: ONAN
Material Description
Using new high-quality silicon steel sheet, the main material is 0.35 thick H18, H14, H12, Z11 high-quality silicon steel.
PEW, UEW, EIW, SEIW, FEAI enamelled wire and glass wire wrapped wire, temperature class F (155 ℃), H class (180 ℃), HC class (200 ℃), C class (220 ℃).
High-temperature insulating paper is used as insulating material, which has multiple properties of high-temperature insulation, flame retardant and humidity resistance.
The small power adopts the terminal block with beautiful appearance, excellent pressure resistance, temperature resistance and flame retardant property. High power adopts high quality copper row.
The main use of CNC bending cold rolled plate, with colour plating (gold), blue zinc (silver), white zinc (ivory), anodized surface (black) and other environmentally friendly plating can be selected.
How We Help Your Business
Why Choose Our Transformer
Our company adopts advanced manufacturing techniques, including imported Spanish winding machines and a complete vacuum pressure impregnation equipment set. The winding process employs the method of molded winding. Transformers undergo vacuum impregnation to achieve insulation levels of either Class F or Class H. Output and input voltages of the transformers can be designed according to customer requirements, with various specifications available, such as single-phase, three-phase, or multi-input/output configurations.
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FAQs
Frequently Asked Questions
Do distribution transformers trip on overload?
Yes. When distribution transformers are overloaded, it can lead to increased losses, elevated temperatures, and even potential damage to the transformer. To prevent such situations, transformers are typically equipped with protective devices that trigger a tripping mechanism when the transformer is overloaded, preventing damage.
Does a bigger transformer use more electricity or power?
Yes. Larger transformers do use more power. This is because larger transformers are usually used to handle higher currents and energy, which can lead to more losses. Also, when the power consumption is high, and a continuous supply is required, the capacity of the transformer needs to be increased accordingly to meet the demands of the power system.
What is the cost of a transformer?
The cost of a transformer depends on factors such as type, size, brand, and quality. Small residential distribution transformers can cost a few hundred to a few thousand dollars. In contrast, large power transformers used in industry can run hundreds of thousands to millions of dollars.
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