SGB Series Non-encapsulated Dry-type Transformer
SG(B) series of open non-encapsulated dry-type transformers. The winding of this new product is manufactured by vacuum pressure dipping paint (VPI) process and belongs to non-encapsulated structure (OVDT). The insulation heat resistance grade is usually H (insulation system temperature 180°C, reference temperature 145C, winding temperature rise 125K).
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SGB Series Non-encapsulated Dry-type Transformer
Description
Product Overview:
SG(B) series of open non-encapsulated dry-type transformers. The winding of this new product is manufactured by vacuum pressure dipping paint (VPI) process and belongs to non-encapsulated structure (OVDT). The insulation heat resistance grade is usually H (insulation system temperature 180°C, reference temperature 145C, winding temperature rise 125K).
Product features:
good safety performance
Insulation materials contain only a very small amount of combustible materials, and non-toxic, self-extinguishing, products difficult to alkene, flame retardant, non-toxic, self-extinguishing, fire prevention. Under the high temperature open flame combustion, the transformer hardly produces smoke. It is suitable for key areas with high fire protection requirements and large load, such as high-rise buildings, airports, subways, metallurgical petrochemicals, shopping centers, etc.
high reliability
Well-designed coil structure and vacuum pressure-impregnation process, winding vacuum-pressure impregnation and curing treatment, coil compression using briquette structure. Local discharge is extremely low, there is no cracking phenomenon, no insulation level drop phenomenon.
Energy saving and environmental protection
The performance loss of the product is low, and the energy saving effect is obvious.
After the end of life, the product can be decomposed and recycled. Its insulating material can degrade and does not pollute the environment.
It can effectively protect the ecological environment.
Excellent quality
After repeated vacuum dipping and high temperature curing, its insulation strength is greatly improved, and its local discharge capacity is reduced. At the same time, its own unique open structure is very conducive to heat dissipation. Product overload operation ability is strong.
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