What are the advantages of dry transformers?

The dry transformer is a fast-growing substator, but despite the high utilization, many people are not too familiar with their characteristics, dry transformers have short-circuit faults often see faults, maintain small maintenance, high operation efficiency, small operating efficiency , The sound is inferior, and it is more available in the room. Let's take a look at Xiaobian!

Dry transformers are examples of the power distribution transformer that you need to know. The dry transformer is easy to use, high efficiency, and the attention of people, and has developed rapidly in recent years. The use of many dry transformers has also been treated and trend.

Quiet, fire safety, no purification processing, can be connected and transmitted in the load. Select China's professionalism, high fracture toughness, and frequent failure of short-circuit faults, and the situation is reduced. High temperature resistance, high reliability, long use period. Low consumption, low noise, energy-saving environmental expectation is high, it is not easy to be maintained. High heat value, strong load level, can force the wind and strong cold air to increase capacity operation, moisture-proof efficacy running under extreme conditions such as high temperature.

The dry transformer has a very good temperature accurate detection and protection system. Intelligent system signal temperature automatic automatic automatic automatic automatic automatic automatic control system and the temperature of three-phase loosening. Automatically start the centrifugal fan can set the alert, the tool gate. Small body, low net weight, small area, low installation cost.

The dry transformer transformer core is selected from the silicon steel sheet in the direction of the finely fritted crystal, and the transformer coil silicon steel plate selects a 45 degree full inclined joint, and the target is connected according to the magnetic flux of the silicon steel sheet. Wound condition; quartz sand add epoxy resin, introducing glass fibers to increase epoxy resin (ie, a reasonable layout of thin cable sheath), penetrate many glass fibers to epoxy resin and wound (generally 3, but should effectively avoid introduction Cracking of epoxy resins and further mounted reliability.