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WinderMan
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request for water level sensors circuit!
anyone got the water level sensors circuit?
can share with me?
really appreciate !
anyone got the water level sensors circuit?
can share with me?
really appreciate !
WinderMan said:anyone got the water level sensors circuit?
can share with me?
really appreciate !
berkeman said:There are lots of ways to sense a water level. You need to be much more specific about the application in order for us to help you. Is this for work, or a school project, or a school paper?
jstippey said:We used two conductors that were separated and then machined to fit in a piece that was water tight on the back-end. Applied 5V across the terminal in series with a resistor and measured the Voltage across the resistor. When the resistor had voltage, water is there completing the circuit and when the resistor has no voltage, there is no water and open circuit.
jstippey said:We used two conductors that were separated and then machined to fit in a piece that was water tight on the back-end. Applied 5V across the terminal in series with a resistor and measured the Voltage across the resistor. When the resistor had voltage, water is there completing the circuit and when the resistor has no voltage, there is no water and open circuit.
WinderMan said:Hi sir!thanks for helping me to solve the problem of water level sensors..But I am not very understand how the float works..is it the switch will detect the float??
A water level sensor circuit is a type of electronic circuit that is designed to detect and measure the level of water in a given container or body of water. It typically consists of sensors, wires, and a control unit that work together to detect changes in the water level and provide accurate readings.
A water level sensor circuit works by using sensors that are placed at different points along the container or body of water to detect changes in the water level. These sensors send signals to a control unit, which then processes the data and provides readings of the water level. These readings can be displayed on a screen or used to trigger certain actions, such as turning on a pump to refill the water.
There are several benefits of using a water level sensor circuit. Firstly, it provides accurate and real-time readings of the water level, allowing for better monitoring and control. It also helps to prevent overfilling or underfilling of water containers, which can save water and prevent damage. Additionally, a water level sensor circuit can be integrated with other systems, such as alarms or automatic pumps, for added convenience and efficiency.
Yes, a water level sensor circuit can be used for various types of water containers, including tanks, reservoirs, and wells. It can also be used for bodies of water, such as ponds and lakes. However, the type of sensors and their placement may vary depending on the specific application.
Like any electronic system, a water level sensor circuit may require some maintenance to ensure its proper functioning. This may include regular cleaning of the sensors and wires, calibration of the control unit, and replacement of any damaged components. It is important to follow the manufacturer's instructions for maintenance to ensure the longevity and accuracy of the circuit.