Moving from lab to shop floor Graham Naisbitt, Gen3 Systems, Farnborough, UK

To remove surface oxides from PCBs and components to promote correct alloy formation
To act as a heat transfer medium to ensure correct soldering temperatures

Insert test piece. This causes a volume of test solution to overflow into a calibrated overflow tank for measurement (corrected to compensate for components if necessary).
As the solution is pumped across the test piece via the measuring cell the rise in conductivity is monitored. The test ends either when a pre-set time limit (between 3 and 15 minutes) is reached or when the conductivity level rises less than 1 percent of the absolute value over a period of 48 seconds.
On completion of the test, the results are processed and analysed by the computer and may be viewed on-screen. The results are stored on the hard disk for future use and for comparison purposes.
The overflow chamber empties and the tank is replenished and regenerated for further tests.

To remove surface oxides from PCBs and components to promote correct alloy formation
To act as a heat transfer medium to ensure correct soldering temperatures

Insert test piece. This causes a volume of test solution to overflow into a calibrated overflow tank for measurement (corrected to compensate for components if necessary).
As the solution is pumped across the test piece via the measuring cell the rise in conductivity is monitored. The test ends either when a pre-set time limit (between 3 and 15 minutes) is reached or when the conductivity level rises less than 1 percent of the absolute value over a period of 48 seconds.
On completion of the test, the results are processed and analysed by the computer and may be viewed on-screen. The results are stored on the hard disk for future use and for comparison purposes.
The overflow chamber empties and the tank is replenished and regenerated for further tests.

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