The discussion revolves around the strange behavior of capacitive level sensors, particularly their failure to detect fluid at certain points and subsequent recovery after a period of inactivity. Participants explore potential causes and seek additional information regarding the sensors' specifications and applications.
Participants express various hypotheses regarding the sensor behavior, but there is no consensus on the underlying causes or solutions. Multiple competing views remain regarding the factors affecting sensor performance.
Limitations in the discussion include unclear definitions of the 'switching distance' and the lack of detailed specifications or context for the sensor's application, which may affect the interpretation of the issues raised.
This discussion may be useful for engineers, technicians, and hobbyists working with capacitive level sensors, particularly in applications involving fluid detection and sensor reliability.
Can you provide a lot more details? Part numbers, datasheets, diagrams of the setups, schematics of the associated electronics, etc.? Thanks.Kaly said:
If "leaving them alone for a few days" means they are left dry, then they are probably leaking. Possibly due to mechanical strain, over-tightening, or manufacturing defect. Or maybe it is surface contamination.Kaly said:
I'm thinking the question @Tom.G posed will be the key to explaining odd sensor behavior.Tom.G said:
