What Are The Important Parts Of SCB10 Dry-Type Transformer


Release Time:

2021-05-08

The SCB10 dry-type transformer is a relatively important power equipment. For the SCB10 dry-type transformer, it is necessary to increase the use of dry-type transformers and improve the use skills of dry-type transformers. The structure of dry-type transformers is also relatively complicated.

The SCB10 dry-type transformer is a relatively important power equipment. For the SCB10 dry-type transformer, it is necessary to increase the use of dry-type transformers and improve the use skills of dry-type transformers. The structure of dry-type transformers is also relatively complicated. The structure and function are also more important for the application. The basic structure of the SCB10 dry-type transformer is more complicated. Let the various structures of the dry-type transformer perform their duties, so as to achieve the comprehensive performance and performance of the dry-type transformer. effectiveness. The following is the main structure of SCB10 dry-type transformer for your reference:

1. an iron core

The iron core is the main magnetic circuit part of the dry-type transformer. The core is usually made of hot-rolled or cold-rolled silicon steel sheets with a high silicon content and a thickness of 0.35 \0.3\0.27 mm and coated with insulating paint. The iron core is divided into two parts: an iron core column and a horizontal plate. There are windings; the cross piece is the core structure for closed magnetic circuit. The basic form of the core structure has two types: the core type and the shell type.

2. Winding

The winding is the circuit part of the dry-type transformer,

It is wound with double wire wrapped (paper wrapped) insulated flat wire or enameled round wire

The basic principle of dry-type transformers is the principle of electromagnetic induction. Now take a single-phase dual-winding dry-type transformer as an example to illustrate its basic working principle: When a voltage & is applied to the primary winding, a current flows, and an alternating current is generated in the iron core. Variable magnetic flux. These magnetic fluxes are called main magnetic flux. Under its action, the windings on both sides induce electric potentials É1 and É2 respectively. The induced electric potential formula is: E=4.44fNØm where: E--effective value of induced electric potential

F--frequency

N--number of turns

Regarding the structure of SCB10 dry-type transformers, we briefly introduce these two aspects. For dry-type transformers, we must pay attention to these two structures to achieve continuous improvement of the performance of dry-type transformers. Comparison of the uses of SCB10 dry-type transformers Big, it is inseparable from daily life and production

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