SCB14-1250KVA dry-type transformer is an important power transformer with high efficiency, low loss and good insulation performance. Here’s a closer look at this transformer:

First, the main technical parameters

Rated capacity: SCB14-1250KVA dry-type transformer has a rated capacity of 1250KVA, that is, the maximum output power of this transformer is 1250 kVA. This capacity can meet the electricity needs of most industrial, commercial and residential sectors.

Voltage level: The voltage level of this transformer is 10KV/0.4KV, which means that it is suitable for 10 kV high voltage input and 0.4 kV low voltage output. This voltage conversion capability makes the SCB14-1250KVA dry-type transformer have a wide range of application value in the transmission system.

Cooling method: As a dry-type transformer, it does not require oil as the cooling medium, but dissipates heat through natural convection of air. This cooling method makes the transformer small in size, light in weight, easy to install, and reduces the environmental pollution and safety hazards that may be caused by oil-immersed transformers.

2. Structural characteristics and performance advantages

High efficiency and energy saving: SCB14-1250KVA dry-type transformer adopts advanced design and manufacturing process, which has the characteristics of high efficiency and low loss. Compared to conventional oil-immersed transformers, it has lower losses in both no-load and load-load conditions, resulting in energy savings and lower operating costs.

Good insulation performance: The transformer has good insulation performance, which can ensure the electrical isolation between high voltage and low voltage and ensure the safe operation of electrical equipment. In addition, its insulation grade meets the relevant standards and has high electrical and mechanical strength.

Environmental protection and safety: Due to the dry-type cooling method, the SCB14-1250KVA dry-type transformer avoids the oil leakage and pollution problems that may exist in the oil-immersed transformer. At the same time, it also reduces the risk of safety hazards such as fire.

Strong adaptability: This transformer is suitable for the ambient temperature range of -40°C~+90°C, and can be installed outdoors, indoor and other places. This allows it to maintain stable performance in a variety of harsh environments.

3. Application field and value

SCB14-1250KVA dry-type transformer is widely used in industrial, commercial and civil fields. In the industrial field, it can be used to provide stable and safe power supply for various production equipment; In the commercial field, it can be used in the power system of shopping malls, office buildings, etc.; In the civil field, it can provide power support for residential communities, schools, etc. The wide application of this transformer provides an important power guarantee for social economic development and people’s daily life.

4. Precautions for maintenance and use

Although the SCB14-1250KVA dry-type transformer has high reliability and stability, it still needs regular maintenance to ensure its long-term stable operation. Specifically, it is necessary to regularly check the insulators for oil leakage and the radiators for dust blockages. At the same time, in order to maintain the good electrical properties of the windings, it is also necessary to carry out regular drying treatment.

In addition, the following points need to be paid attention to during use: first, ensure that the input and output voltages of the transformer match the rated voltage of the electrical equipment; Secondly, it is necessary to avoid overload operation to prevent the transformer from overheating and damage; Finally, during the installation and maintenance process, the relevant safety regulations and operating procedures should be strictly adhered to ensure the safety of personnel and equipment.

To sum up, SCB14-1250KVA dry-type transformer plays an important role in industrial, commercial and civil fields with its high efficiency, low loss, good insulation performance and wide adaptability. Through reasonable use and maintenance, its service life can be extended and the stability and safety of the power system can be improved.