2023-07-11-Stress Testing Controllers: Difference between revisions
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A recent interaction with a customer led me to consider how we might test our controllers for multi-pad – up to five – simultaneous launches. I decided the best way to test this would be five 1 Amp thermal circuit breakers. | A recent interaction with a customer led me to consider how we might test our controllers for multi-pad – up to five – simultaneous launches. I decided the best way to test this would be five 1 Amp thermal circuit breakers. | ||
[[File:StressTestBreakers.png]] I'm queer for jigs and test equipment, so I purchased five breakers. I still need to make up the tester, but the concept tested out great today. We shipped an HPR-III with a 300ft cable and tested all three pads at once. The test breakers tripped and the master breaker did not. | [[File:StressTestBreakers.png|left]] I'm queer for jigs and test equipment, so I purchased five breakers. I still need to make up the tester, but the concept tested out great today. We shipped an HPR-III with a 300ft cable and tested all three pads at once. The test breakers tripped and the master breaker did not. | ||
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Latest revision as of 01:44, 12 July 2023
A recent interaction with a customer led me to consider how we might test our controllers for multi-pad – up to five – simultaneous launches. I decided the best way to test this would be five 1 Amp thermal circuit breakers.
