Features of the Electronic Water Level Gauge

      Electronic water level gauge It is a new type of water-level measurement sensor. The electronic water level gauge consists of a PCB circuit board, epoxy resin, a metal housing, and a cable, among other components. It can monitor water levels in real time and transmit data to a monitoring platform, helping flood‑control systems make informed decisions.

　　1. Organize the components of the electronic water level gauge, including the bottom protective sleeve, the filling housing of the electronic water meter, the meter connector, and the main body of the water meter.

　　2. Attach the filling housing to the electronic level gauge, then tighten the screws one by one to secure it.

　　3. Install the bottom protective sleeve of the electronic water level gauge, and tighten the screws one by one.

　　4. Install the electronic water level gauge host and tighten the screws to secure it. Then install the leg brackets.

　　5. Application of the electronic water level gauge’s scale film: Attach the adhesive film to the front of the stainless steel housing. The electronic water level gauge is now fully assembled.

　　Features of the electronic water level gauge

　　1. The electronic water level gauge employs an advanced microprocessor chip as its controller, with built-in communication circuitry and lightning protection.

　　2. The electronic water level gauge employs advanced manufacturing processes and features a stainless steel protective housing, offering high reliability and strong anti-interference performance.

　　3. The electronic water level gauge features a special treatment using high-performance sealing materials, offering corrosion resistance, freeze resistance, heat resistance, and aging resistance.

　　4. The electronic water level gauge is unaffected by contaminants and deposits such as mud, dirty fluids, and corrosive liquids.

　　5. The electronic water level gauge is unaffected by external factors such as ambient temperature, pressure, humidity, sediment content, and freezing conditions.

　　6. Sampling accuracy is independent of length; the measurement accuracy of sensors with different amplitudes remains constant at 25 px. (This ensures equal‑accuracy measurement, maintaining consistent precision across varying water level changes.)

　　7. This type of electronic water level sensor can be used in single‑step or multi‑step cascading configurations. During cascading, each sensor equipped with a transmitter has its own unique ID, which can be reset online for easy identification after the cascade is established.

　　8. Electronic water level gauge It features multiple signal output options.

　　9. The electronic water level gauge applies digital filtering to the water level waveform to ensure the accuracy of the measured water level.