Salta il contenuto

Lingua

SKU SEN0368

Non-contact Capacitive Liquid Level Sensor for Container OD>11mm

Prezzo originale €15,96 - Prezzo originale €15,96
Prezzo originale
€15,96
€15,96 - €15,96
Prezzo attuale €15,96

Tutti i prezzi sono IVA inclusa

Disponibilità:
Esaurito
Disponibilità:
Esaurito
Disponibilità:
Da Ordinare
Spedizione : 2-4 Settimane
Richiesta Sconto per Quantita' e Informazioni

This is a non-contact liquid level sensor with status indicator and adjustable sensitivity. It can be used in liquid detection of non-metallic container or pipe(outer diameter>11mm), suitable for all types of detection of curved or flat surfaces, arcs, cylindrical containers, or piping fluids. The status feedback of the sensor can be given in real-time. Besides that, the sensor comes with a 4pin sensor adaptor that can directly collect digital signal, convenient for connecting with Arduino or other main-controllers. This liquid level sensor can be widely used in liquid detection of a tank, water dispenser, etc.

This non-contact liquid level sensor is developed on advanced signal process technology by high-speed signal processing chip. It can measure the liquid level of a closed container without the influence of corrosive liquids like strong acid and alkali, or other impurities.

Sensitivity Adjustment

Status Indicator

Working Principle

A Non-contact liquid level sensor is used for detecting whether there is liquid by water induction capacitor. When there is no liquid approaching the sensor, there will be some certain static capacitance to ground on the sensor due to the presence of distributed capacitance. When the liquid level rises slowly to approach the sensor, the liquid parasitic capacitor will be coupled to the static capacitance so that the final capacitance value will increase. The changed capacitance signal will be input to the control IC for signal conversion, by which to transform the changed capacitance value into the variation of certain electric signal. Then the degree of the variation can be detected and determined through specific algorithms. When the variation exceeds a threshold value, it means the liquid level reaches the sensing point.

Connection Diagram

Non-contact Capacitive Liquid Level Sensor