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EnglishUnderstanding the Different Power Ratings of Electroplating Transformers
2024-04-23
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Guangzhou Yongxiang (Yongheng )Electrical Appliance Factory
Guangzhou Yongxiang (Yongheng )Electrical Appliance Factory
What is the capacity of the transformer related to?
- Categories:FAQ
- Author:
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- Time of issue:2022-03-14
- Views:0
(Summary description)The selection of the iron core is related to the voltage, while the selection of the wire is related to the current, that is, the thickness of the wire is directly related to the calorific value. That is to say, the capacity of the transformer is only related to the calorific value. For a designed transformer, if it works in an environment with poor heat dissipation, if it is 1000KVA, if the heat dissipation capacity is enhanced, it may work at 1250KVA. In addition, the nominal capacity of the transformer is also related to the allowable temperature rise. For example, if a 1000KVA transformer is allowed to have a temperature rise of 100K, if it is allowed to work up to 120K under special circumstances, its capacity will be more than 1000KVA . It can also be seen that if the heat dissipation conditions of the transformer are improved, its nominal capacity can be increased. Conversely, for the same capacity inverter, the volume of the transformer cabinet can be reduced.
What is the capacity of the transformer related to?
(Summary description)The selection of the iron core is related to the voltage, while the selection of the wire is related to the current, that is, the thickness of the wire is directly related to the calorific value. That is to say, the capacity of the transformer is only related to the calorific value. For a designed transformer, if it works in an environment with poor heat dissipation, if it is 1000KVA, if the heat dissipation capacity is enhanced, it may work at 1250KVA. In addition, the nominal capacity of the transformer is also related to the allowable temperature rise. For example, if a 1000KVA transformer is allowed to have a temperature rise of 100K, if it is allowed to work up to 120K under special circumstances, its capacity will be more than 1000KVA . It can also be seen that if the heat dissipation conditions of the transformer are improved, its nominal capacity can be increased. Conversely, for the same capacity inverter, the volume of the transformer cabinet can be reduced.
- Categories:FAQ
- Author:
- Origin:
- Time of issue:2022-03-14
- Views:0
Information
The selection of the iron core is related to the voltage, while the selection of the wire is related to the current, that is, the thickness of the wire is directly related to the calorific value. That is to say, the capacity of the transformer is only related to the calorific value. For a designed transformer, if it works in an environment with poor heat dissipation, if it is 1000KVA, if the heat dissipation capacity is enhanced, it may work at 1250KVA. In addition, the nominal capacity of the transformer is also related to the allowable temperature rise. For example, if a 1000KVA transformer is allowed to have a temperature rise of 100K, if it is allowed to work up to 120K under special circumstances, its capacity will be more than 1000KVA . It can also be seen that if the heat dissipation conditions of the transformer are improved, its nominal capacity can be increased. Conversely, for the same capacity inverter, the volume of the transformer cabinet can be reduced.
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