Home > What is the Difference Between the On-load Voltage Regulating Transformer and the General Transformer?

What is the Difference Between the On-load Voltage Regulating Transformer and the General Transformer?

 

What is the Difference Between the On-load Voltage Regulating Transformer and the General Transformer?
1. The biggest advantage of the on-load voltage regulating transformer is that it can adjust the voltage with load without power failure. However, the general no-load voltage regulating transformer needs to adjust the voltage manually after the power failure.
2. From the price point of view, the on-load voltage regulating transformer is more expensive and the installation cost is also high. If something goes wrong, the cost of repairs will be higher.
3. From the selection, if you are in the area of the power supply voltage is not stable, the load is not stable, the quality of the voltage itself is still relatively high, the need to often adjust the voltage, you should choose a load voltage regulating transformer.
4. From the reliability point of view, if your production process is continuous production, and the voltage deviation, the selection of on-load voltage transformer will improve the reliability of power supply.
5. From the perspective of management, there is no blackout when the load regulating voltage is used, and there is no test. In the past, the no-load regulating transformer, after manually adjusting the "split", also needs to carry out the "transformer DC resistance test" to check whether the split is really reversed, so it needs professionals and professional instruments, which is relatively troublesome.
6. Large transformers are used for on-load voltage regulation, while most small distribution transformers are used for on-load voltage regulation. The general transformer adopts no-load voltage regulator tap. When the voltage on the low-voltage side of the transformer needs to be adjusted, the tap can only be adjusted after the transformer is shut down. The voltage regulating joint part of the on-load voltage regulating transformer uses a circuit breaker, which can break the current and arc generated by each tap in the voltage regulating, so the on-load voltage regulating transformer can be regulated with load. The difference between the on-load voltage regulating transformer and the no-load voltage regulating transformer is that the former is equipped with an on-load voltage regulating switch.

What is the Difference Between the On-load Voltage Regulating Transformer and the General Transformer?

1. The biggest advantage of the on-load voltage regulating transformer is that it can adjust the voltage with load without power failure. However, the general no-load voltage regulating transformer needs to adjust the voltage manually after the power failure.


2. From the price point of view, the on-load voltage regulating transformer is more expensive and the installation cost is also high. If something goes wrong, the cost of repairs will be higher.


3. From the selection, if you are in the area of the power supply voltage is not stable, the load is not stable, the quality of the voltage itself is still relatively high, the need to often adjust the voltage, you should choose a load voltage regulating transformer.


4. From the reliability point of view, if your production process is continuous production, and the voltage deviation, the selection of on-load voltage transformer will improve the reliability of power supply.


5. From the perspective of management, there is no blackout when the load regulating voltage is used, and there is no test. In the past, the no-load regulating transformer, after manually adjusting the "split", also needs to carry out the "transformer DC resistance test" to check whether the split is really reversed, so it needs professionals and professional instruments, which is relatively troublesome.


6. Large transformers are used for on-load voltage regulation, while most small distribution transformers are used for on-load voltage regulation. The general transformer adopts no-load voltage regulator tap. When the voltage on the low-voltage side of the transformer needs to be adjusted, the tap can only be adjusted after the transformer is shut down. The voltage regulating joint part of the on-load voltage regulating transformer uses a circuit breaker, which can break the current and arc generated by each tap in the voltage regulating, so the on-load voltage regulating transformer can be regulated with load. The difference between the on-load voltage regulating transformer and the no-load voltage regulating transformer is that the former is equipped with an on-load voltage regulating switch.