The discussion revolves around the effects of water on the inductance of a coil, specifically a coil with an inductance of 0.1 mH. Participants explore the mechanisms that might cause changes in inductance when water enters the coil, as well as related applications in level sensing systems.
Participants express varying viewpoints on the relationship between water and inductance, with some focusing on inductance and others suggesting capacitance as a more relevant factor. The discussion does not reach a consensus on the primary mechanism at play.
The discussion includes assumptions about the properties of water and its effect on electromagnetic fields, but these assumptions are not fully explored or defined. There is also ambiguity regarding the relevance of inductance versus capacitance in the context of level sensing.
Individuals interested in electromagnetic theory, sensor design, and practical applications of inductance and capacitance in fluid systems may find this discussion relevant.
Yuri B. said:How much a coil inductance of 0.1 mH (3 cm long, some 50 turns wound around 5 cm diameter empty plastic pipe) may change when water enters the pipe ?
Yuri B. said:I need to empty an actually water glycol-system but I do not want to remove all but to a certain level. It would be an improvised level sensor.