Iron core: made of stacked silicon steel sheets, tightly pressed on the edge cylinder, used for flow and heat dissipation, and also part of the magnetic circuit. Coil: wound into a circular shape, embedded in the iron core slot, divided into primary coil and secondary coil, used for current flow. Cooling device: composed of water, fan blades, etc., used to reduce the temperature of the coil and maintain the normal operation of the transformer. Oil tank: A container for storing transformer oil, which serves as a seal and prevents oil leakage. Sleeve: Protect the iron core and coil to prevent short circuits between them. Shell: Fixing and protecting internal components, while also serving as a support to prevent vibration during operation.
On load regulating transformers and no-load regulating transformers.
Classified by
Purpose
Power transformers, instrument transformers (such as voltage transformers, current transformers), test transformers, special transformers, etc.
Application of Transformers
Power System
Used for power transmission, distribution, and conversion to improve the efficiency and safety of power transmission.
Industrial Field
Widely used in the distribution system of industrial electrical equipment.
Transportation
The power supply system for transportation vehicles such as electric vehicles and electric locomotives.
Family Life
Various electrical devices such as televisions, hair dryers, chargers, etc. may use transformers for voltage conversion.
The Unique Performance of Transformers
Efficiency: Transformers can efficiently convert voltage and current, reducing energy loss. Stability: Under normal operating conditions, the transformer can maintain stable output voltage and current. Safety: Transformers have multiple safety protection devices that can cut off power in a timely manner in the event of a malfunction, protecting the safety of equipment and personnel. Adaptability: Transformers can adapt to changes in different environments and load conditions, maintaining stable operational performance.
How to Maintain Transformers?
Regularly check the oil level, oil temperature, oil quality and other parameters of the transformer to ensure that they are within the normal range. Clean the dust and dirt on the surface of the transformer to maintain its good heat dissipation performance. Check whether the fasteners of the transformer are loose or damaged, and tighten or replace them in a timely manner. Regularly conduct insulation resistance tests, withstand voltage tests, and other testing items on transformers to ensure their good insulation performance. Timely handle faults and abnormal situations that occur during the operation of transformers to prevent the expansion of faults or accidents.
You can provide us with the drawings, and we can customize the product for you. The delivery time depends on the product.
