Introduction to Wiring Terminals

The wiring terminals are mainly made of copper as the raw material. Copper is a common conductive material with good conductivity and mechanical properties, but its corrosion resistance is weaker compared to materials such as bronze and stainless steel. In some environments where corrosion requirements are not high, copper terminal blocks are a more economical and practical choice.

The function of transformer terminal blocks

1. Connect the power supply

Transformer terminal blocks are mainly used to connect power sources, in order to transmit electrical energy from the power supply end to the load end, achieving the conversion and transmission of electrical energy.

2. Adjust voltage

The different connection methods of transformer terminals can achieve different voltage ratios, thereby achieving voltage regulation.

3. Transmission of electrical energy

One of the functions of transformer terminals is to transmit electrical energy. Transformers can convert electrical energy from the high-voltage side of transmission lines to the low-voltage side, in order to provide energy for industrial, agricultural, residential and other fields.

4. Protecting equipment

The different connection methods of transformer terminals can also protect equipment from the impact of power faults such as overvoltage and short circuits.

In summary, transformer terminal blocks are an important component of transformers, mainly used for connecting power sources, regulating voltage, transmitting electrical energy, and protecting equipment. In practical applications, it is crucial to choose the appropriate wiring method based on the requirements of the system and the load requirements.

1. Same as the main material

The transformer wiring terminals should be made of the same material as the main body, with similar thermal conductivity and coefficient of thermal expansion. This can avoid temperature deformation and other issues caused by different material expansion coefficients.

2. High temperature resistance

Transformer wiring terminals must have certain high-temperature resistance to prevent problems such as burning during operation. Therefore, when selecting wiring terminal materials, their high-temperature resistance should be taken into consideration.

3. Corrosion resistance

Transformer terminals should have a certain degree of corrosion resistance to avoid damage to the main material. In some high-temperature and humid environments, materials with good corrosion resistance should be selected.

4. Matching with wiring coils

The transformer wiring terminals should match the wiring coils, and the electrical contact between the wiring terminals and the coil interface should be good and tight to prevent problems such as temperature rise and excessive current caused by poor contact.

5. Tighten firmly

The transformer wiring terminals should be fixed firmly and reliably to avoid problems such as loose or poor contact of the wiring terminals.