What are the advantages of vertical transformers and horizontal transformers?

Horizontal transformer is an important part of the power system, the following will detail the advantages of horizontal transformer.

First, the manufacturing process is simple.
In the manufacturing process of horizontal high-frequency transformer, coil and magnetic core winding, assembly and other operations are carried out on the plane, the process is relatively simple, high manufacturing efficiency.
Second, low height, small size.
Because the horizontal design is not like the vertical high-frequency transformer, the gravity action of the coil and magnetic core needs to be considered. Therefore, the height of the entire transformer can be reduced, its volume can be reduced, and space saving design can be achieved. And the horizontal transformer design is compact, can be easily installed in a small space.
Third, easy to mass production
The manufacturing process of horizontal high-frequency transformer is relatively simple, so it is easy to automate production, facilitate mass production, and reduce its production cost.
Fourth, easy product maintenance.
Because of the shape of the horizontal high-frequency transformer, technicians can easily insert and remove it horizontally when installing and maintaining it. This improves the convenience of maintenance and repair and makes it easier for technicians to perform routine inspections, repairs and replacements. This convenience not only reduces downtime, but also helps improve the overall efficiency and service life of the transformer.
Fifth, produce less noise.
Because the coil and magnetic core of the horizontal high-frequency transformer are arranged in the horizontal direction, the noise of the transformer can be reduced during operation.

High-frequency transformers can be divided into two categories according to the structure, one is vertical, and the other is horizontal.
It can be distinguished by the direction of the window when the pin is down. The window parallel to the desktop is horizontal, vertical is vertical. So what are the advantages of vertical?

First, save space.
The vertical design makes the transformer higher in height, which can make full use of space and reduce the floor space.
Second, convenient installation and maintenance.
The vertical design makes the installation and maintenance of the transformer more convenient, and can be conveniently placed vertically or suspended, reducing the time and cost of installation and maintenance.
Third, good heat dissipation performance.
The vertical design makes the internal components of the transformer vertically arranged, which is conducive to air circulation and heat dissipation, thereby reducing the temperature rise of the high-frequency transformer and improving the stability and service life of the transformer.
Fourth, easy to transport products.
Vertical high-frequency transformers are more convenient in the transportation process and can save transportation costs.