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Dry type power transformers 500kVA 1000kVA,35kV dry type distribution transformer,800 kVA dry transformer 3 phase

  • Dry type power transformers 500kVA 1000kVA,35kV dry type distribution transformer,800 kVA dry transformer 3 phase

Key attributes

Brand Vziman
Model NO. Dry type power transformers 500kVA 1000kVA,35kV dry type distribution transformer,800 kVA dry transformer 3 phase
Rated capacity 35KVA
Voltage grade 35KV
Series SCB
Description

Parameter:

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What are the characteristics of dry-type distribution transformers?

Definitions and Characteristics:

  • Dry-type: It means that the transformer does not use liquid cooling media. Usually, it adopts natural air cooling or forced air cooling.

  • Distribution Transformer: It is used to convert high-voltage electrical energy into low-voltage electrical energy for users' consumption.

Structural Characteristics:

  • Iron Core: It is usually made by laminating high-quality silicon steel sheets, featuring low loss and low noise.

  • Windings: The primary winding and the secondary winding are usually wound with copper wires, possessing excellent electrical conductivity and mechanical strength.

  • Insulation Materials: High-quality insulation materials such as epoxy resin and NOMEX paper are used to ensure the safety of the transformer's operation under high voltage.

  • Cooling Methods: Generally, natural air cooling (AN) or forced air cooling (AF) is adopted. The appropriate cooling method is selected according to specific application requirements.


Documentation Resource Library distribution transformers

Restricted
Vziman IEC/ ANSI Dry-Type Power transformer selection catalog
Catalogue
English
Consulting

FAQ for distribution transformers

Q: Can the 500kVA and 1000kVA dry-type distribution transformers be customized for specific needs?
A:

Yes as a professional manufacturer we provide custom solutions. You can request specific voltage ratios enclosure types and specialized cooling systems to ensure the Dry-type distribution transformers  fits your industrial or commercial power requirements.

What is the typical lifespan and durability of these dry type units?

These Dry-type distribution transformers are built with high quality insulation materials such as cast resin or vacuum pressure impregnation. They are designed for high thermal resistance and mechanical strength ensuring a service life of over 20 years under normal operating conditions.

Are these Dry-type distribution transformers suitable for harsh environmental conditions?

Our dry-type distribution transformers are designed to handle moisture and dust. For extreme conditions we offer specialized enclosures and protective coatings that ensure reliable performance in industrial zones and areas with high humidity.

Q: What makes these dry-type distribution transformers more durable than standard models?
A:

Our dry-type distribution transformers use high grade cast resin insulation and silicon steel cores to enhance thermal stability. This design resists moisture and dust while providing superior mechanical strength against short circuits ensuring a long service life in demanding environments.

Are the 500kVA and 1000kVA units suitable for indoor commercial installations?

Yes these units are ideal for indoor use. Since they contain no oil they eliminate fire and leakage risks. They are compact and operate with low noise levels making them perfect for hospitals high rise buildings and shopping centers.

How do these dry-type distribution transformers contribute to energy efficiency and cost savings?

The use of premium silicon steel significantly reduces no load losses. With high efficiency and low maintenance requirements these transformers lower operational costs and help facilities meet modern energy saving standards over their entire lifespan.

Know your supplier

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On-time delivery rate
Response time
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Company overview
Workplace: 10000m² Total staff: 300 Highest Annual Export(usD): 150000000
Services
Business Type: Design/Manufacture/Sales
Main Categories: High Voltage Electrical Apparatus/Electric transformer
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