3 Phase Dry Type Power Distribution Transformer

Name: Dry-type electric transformer 1600
Uploaded: 2024-12-23T05:41:07+08:00
Description: Jiangsu Xiongfeng Electrical Equipment Co., LTD. mainly produces oil-immersed power transformers, amorphous alloy

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Payment Type: L/C,T/T,D/A
Incoterm: FOB,CIF,EXW
Min. Order: 1 Set/Sets
Transportation: Ocean,Land
Port: SHANGHAI,QINGDAO,LIANYUNGANG

Description

Product Attributes

Model No.: SGB10 H-Class

Brand: XiongFeng

Packaging & Delivery

Selling Units:	Set/Sets
Package Type:	Wooden box packaging, container packaging, soft bag and pallet combination
Picture Example:

Supply Ability & Additional Information

Packaging: Wooden box packaging, container packaging, soft bag and pallet combination

Productivity: 10000 units/year

Transportation: Ocean,Land

Place of Origin: CHINA

Supply Ability: Annual output of more than 10,000 transformers

Certificate: ISO9001

Port: SHANGHAI,QINGDAO,LIANYUNGANG

Payment Type: L/C,T/T,D/A

Incoterm: FOB,CIF,EXW

Company Video

Dry-type electric transformer 1600

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Product Description

Jiangsu Xiongfeng Electrical Equipment Co., LTD. mainly produces oil-immersed power transformers, amorphous alloy transformers, epoxy resin cast dry transformers, combined substation and so on.

Structural characteristics

Insulation material and heat resistance grade

- This series of transformers uses high quality insulation materials and meets the Class H insulation standard. Class H insulation means that it has higher heat resistance, can withstand up to 180 ° C operating temperature (in the case of short-term overload can withstand higher temperatures), which makes the transformer can operate stably in harsh environments, and compared to low-grade insulation transformers, can continue to work under higher temperature rise conditions, reducing the capacity waste caused by temperature limits.

Coil structure

- The coil is usually made of copper wire. This kind of wire has good conductivity, can effectively reduce the resistance loss and improve the efficiency of the transformer. Moreover, the coil design is reasonable and the insulation between turns is reliable, which not only ensures the electrical performance, but also improves the mechanical strength and can withstand the huge electromagnetic force impact generated by the short circuit current.