Plating power supply technology:
Plating power supply is to converter line frequency AC current into different voltage & frequency & waveform direct current equipment. In the thyristor plating power supply main apply “rectification” technology, while in high frequency rectifier switching power supply both use “rectification” and “inverter” technology. Plating power supply main formed by circuit and control circuit.
Plating power supply
Plating power supply evolution:
Electro plating power supply provide power supply to a variety of plating bath. Plating can be divided into direct current plating, cycle pole reverse plating, and pulse electroplating etc.. Early plating power supply used by AC motors – DC generator units, since the 1980s has gradually been replaced of power electronic devices composed plating power supply.
Plating power supply voltage and ampere:
Direct Current plating power supply: low-voltage, high-current DC power supply voltage is generally not more than 48V, requiring continuous adjustable; output current can be up to thousands of ampere. Electroplating power supply powered directly by the city power. In order to improve the plating power supply machine’s power factor, DC electroplating power supply rectification current mostly adopting non-controlled rectifier circuit, but the voltage regulator is completed on the front side of main transformer AC voltage regulator. Considering the low voltage and high current of plating power supply, the rectifier circuit is often used with dual star balancing reactor circuit. Voltage regulator most stepless auto-transformers, motors can be used by remote control, the disadvantage is easy to wear brushes, regulators response slow by time. The disadvantage with stable reactor as a regulator is low power factor. With thyristor three-phase AC voltage regulator voltage regulator, there are also disadvantages of low power factor, but response speed and control results better than above type.
Plating power supply Specification and parameter: | |
| Plating power supply Input voltage | Single phase 220V AC, 3 phase 380V/415V/440V 50-60Hz, suggest to use 3 phase |
| Output voltage | 6V/12V/15V/18V/24V/36V/48V optional or according to customers’ request |
| Output current | 0-500A (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 |
Plating power supply Packing details:
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could you send me brochure and prize of the equipment??
Plating power supply 500A, 50VDc output, and variable
input 220VAC 3 phase/60hz
thanks
good day
i have an electroplating plant and i would like to enquiry on 500 a rectifier.
also if possible send me a basic price list for rectifiers,
best regards
jason
jd plating solutions
May I request you send me brochure and prize of the equipment?
Plating power supply 300A, 500A, 12VDc output, and variable
input 220 ,4800VAC 3 phase/60hz.
Thank you
Request for quotation
Please give a best quote for it
Please provide me the price of 24v 500 A regulated DC power supply for plating.