AC to DC power supply main working principle:
AC to DC power supply major circuit:
Which the process is from AC current power grid input, and output with DC current output of entire process, including:
1, Input filter device: its role is to filter out power grid existed impurity waveform, at the same time also to prevent impurity generated by AC to DC power supply itself back to the public grid.
2, Rectifier and waveform filter: rectifierying power grid AC current power to smoother DC power supply directly, for the next level of transformation.
3, Inverter: make the rectified DC power supply current into high-frequency alternating current, which this is the core part of high-frequency switching power supply, the higher the frequency, the volume, weight and output power ratio is smaller.
4, Output rectifier and filter: according to the loading needs, providing stable and reliable DC power supply.
AC to DC power supply control circuit:
On the one hand from the output take sampling, compare with the set standards and to control the inverter, change its frequency or pulse width output to achieve output stability, on the other hand, according to information provided by the test circuit, after protection circuit identification, provide control circuit for variety protective measures to whole machine.
Detection circuit of AC to DC power supply:
In addition to providing protection circuit running in a variety of parameters, but also provide a variety of information display instruments.
Auxiliary power:
Providing all the different requirements of a single circuit power supply.
AC to DC power supply Specification and parameter: | |
AC to DC power supply Input voltage | 3 phase 380V/415V/440V 50-60Hz |
Output voltage | 6V/12V/15V/18V/24V/36V/48V optional or according to customers’ request |
Output current | 0-5000A (Random optional) |
Voltage stability | ≤1% |
Current stability | ≤1% |
Ripple factor | 1%-2% |
Efficiency | ≥90% |
Stabilization mode | Current stabilization/Voltage stabilization (Switchable easily) |
Adjustment range | Voltage/Current from 0-100% continuously adjustable within rated range |
Cooling system | Air cooling/Water cooling/Oil cooling |
Control method | Manual/PLC |
Display contents | Voltage meter/Current meter/Working/Over temp/Error, etc.. |
Protection method | Input over voltage/Under voltage/Over current/Output short/Over heating self protection etc.. |
Operating temperature | -20-50℃ |
Ambient temperature | -30-65℃ |
Ambient humidity | ≤90% |
Working loading | Full capacity operation, more than 1,000 meters above sea level, reduced load operation |
AC to DC power supply Packing details:
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Can you please quote me on your 200 amp rectifiers, 1000 amp rectifiers and 5000amp rectifiers 0-12 volt Digital display
Would like to know the possible cause the current failing to rise and how you can mitigate that.
What could be the problem if the rate of chroming just reduces on its own in the 5000A forward/reverse rectifiers?