



RLX COMPONENTS s.r.o. , Electronic Components Distributor.
RLX COMPONENTS s.r.o. , Electronic Components Distributor.
Crowtail- G1" Water Flow Sensor 2.0 (ER-CT008211W)
The water flow sensor outputs pulse proportional to the water flow with: Pulse Frequency = Flow *4.8.That is, if the output frequency is 48, then the water flow: 48/4.8= 10(L/min):
Connect the water flow sensor to microcontroller as belows: