AACD (Automatic Average Current Density) |
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Description In an electrocoating process, different size parts require different power levels to ensure proper film thickness. The AACD insures that the proper voltage levels are applied to the paint tank based upon the size of the part. Without the AACD, an operator would have to adjust the DC supply so that the maximum amount of power for the largest part will be applied to the tank at all times. If smaller parts are on the same line then all of the excess power and paint is wasted. The AACD corrects this problem. The AACD automatically adjusts the output voltage based on the output current value (current density) in the tank to ensure that larger parts receive more power and more paint and smaller parts receive less power and less paint. If you would like to see how the AACD works click below to download a free animated demo Animated Demo(25MEG) Quick Time Movie (mp4) If you cannot see the movie, you can click here to download Quick Time for free. The demo movie illustrates a conveyor E-Coat process and simulated power and film thickness results with and without the AACD product energized. The black bar graphs represents the AACD Off and the blue bar graphs represents the AACD On. The film thickness bar graph is based on actual data, but expanded to clarify the results. Features & Benefits Technical Specs Applications FAQ |
General SpecificationsGuide Specifications |
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Features & Benefits
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Technical Specs
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Applications
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FAQ
We have seen savings of up to $50,000 per year and in one case even a $1,000,000 per year. (Note that savings depend upon system configuration and volume of parts.) Yes, the AACD can be programmed by the end user via an optional touch screen display. A technician from the factory is not required. |
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