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If the product has never been analyzed with a microprocessor-controlled
tester such as a Sprint LC, it may be surprising to learn what is happening
in the product during a pressure or flow test; things that are not apparent
on low-resolution equipment or in bubble tests. It is often surprising, for
example, to see how part expansion and contraction and other variables
affect a test. For this reason, running actual product through the Sprint LC
is important.
To begin, set all timers at fairly long times (10 to 15 seconds). This makes
it possible to monitor what is happening during tests. Extra-long times
allow studying the main digital readout, bar graph, and info box values on
the run display. Having developed an understanding of what is happening
with the product during a test, it becomes possible to begin adjusting the
pressure values and setpoints to catch the rejects. Continue experimenting
and then reduce the timers to get the fastest possible test while still
catching rejects.
Uson encourages the establishment of realistic test parameters.
Realistic
,
means that the parameters used to test the product are nearest to the level
at which the product is used in real applications. Over-testing products is
an easy trap to get caught in when the calculator approach is adopted—
developing parameters strictly on paper. This rarely works because of the
many hidden variables affecting product testing.
Summary of Contents for SPRINT LC
Page 1: ...SPRINT LC Uson MULTI AIR TESTER Owner s Guide ...
Page 2: ......
Page 10: ...Page 10 Back Component Layout FIGURE 4 8c 1 3 5 6 7 8 9 10 8a 8c 4 2 ...
Page 190: ...Appendix 30 ...