dry type transformers

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  • Inventory! 7 types of fault judgment methods and solutions for dry-type transformer noise, worth collecting!
    Inventory! 7 types of fault judgment methods and solutions for dry-type transformer noise, worth collecting!
    This article mainly counts 7 types of fault judgment methods and solution analysis of dry-type transformer noise. If there is any error or omission, please point it out in the comment area.Analysis of 7 types of fault judgment methods and solutions for dry-type transformer noise➢Resonance problems of fans, casings and other components➢Installation problems➢Influence of installation environment➢The problem of vibration of busbar bridge➢Transformer core resonates by itself.➢Transformer coil self-resonance➢The problem of the nature of the load
  • A paper to explain the modeling and characteristic analysis of transformers
    A paper to explain the modeling and characteristic analysis of transformers
    IntroductiontransformerA device that changes voltage, current, or phase by coupling a magnetic circuitWhy learn Transformers?Transformers are also known as stationary AC motors
  • Transformer No-load/Load  Test Introduction
    Transformer No-load/Load Test Introduction
    No-load test: Apply the rated voltage of the sine wave rated frequency from a certain winding of the transformer (generally from the secondary low-voltage side), and open the other windings to measure the no-load current and no-load loss. If the test conditions are limited and the power supply voltage cannot reach the rated voltage, the test can be performed under non-rated voltage conditions. This test method has a large error and is generally only used to check whether the transformer is faulty. Only the test voltage reaches more than 80% of the rated voltage. can be used to test the no-load loss.
  • How to judge and deal with these abnormal phenomena in transformers?
    How to judge and deal with these abnormal phenomena in transformers?
    1. Analysis of abnormal operation of transformers(1) The sound of the transformer is abnormalAs soon as the transformer is connected to the power supply, there will be a buzzing sound, which is mainly due to the effect of high-voltage magnetic flux. During normal operation, the sound of the transformer is uniform. When there are other noises, you should carefully find the cause and deal with it.
  • 55 Transformer Knowledge You Have to Know
    55 Transformer Knowledge You Have to Know
    1. What does △/Y0-11 mean on the transformer nameplate?Answer: According to the different connection methods of the primary coil and the secondary coil of the transformer, the phase angle of the line voltage on the primary side and the secondary side of the transformer is different. Transformer △/ Y0-11 means that the phase angle difference between the two line voltages of the transformer is 330°. It is customary to use the clock notation, that is, 11 o'clock.
  • What is the main power transformer factory look like
    What is the main power transformer factory look like
    This video showed you what a main power transformer look like. 
  • How to configure transformer capacity, ten years old electrician tell you these rules!
    How to configure transformer capacity, ten years old electrician tell you these rules!
    In AC circuit, there are three concepts of electric power: active power, reactive power and apparent power. KVA stands for apparent power, which includes reactive power and active power. KW stands for active power, and kVar stands for reactive power. The relation between kW and kVar and conversion there is a concept - power factor cos ф, active power kW=UIcos ф, reactive power kVar=UIsin ф, and apparent power kVA=UI(U is voltage, I is current).
  • About Canwin Do you want to know how the transformers structure combined? user manual | Canwin
    About Canwin Do you want to know how the transformers structure combined? user manual | Canwin
    Transformer body structureThis paper mainly introduces the structure of transformer body from three aspects: core, winding and lead.I.Transformer core structure01 The role of silicon steel(Iron) coreTransformers are based on the principle of electromagnetic induction, the magnetic circuit is the medium of electrical energy conversion. Iron core is the main magnetic circuit of the transformer, the main role is magnetic. It converts the electrical energy of the primary circuit into magnetic energy, and from magnetic energy into electrical energy of the secondary circuit.At the same time, the iron core is the mechanical skeleton of the transformer, and the clamping device of the iron core not only makes the magnetic conductor into a mechanical complete structure, but also has an insulated coil on it, supporting the lead, and almost all the components inside the transformer. The weight of the iron core is the largest in the transformer components, accounting for about 60% of the total weight in the dry transformer, and about 40% in the oil-immersed transformer.
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