XKC-Y25 Non-Contact Water Level NPN Inductive Detection Sensor Switch

Sensor Ketinggian Air (Water Level) sistem Digital Non-Contact/Contacless. Pemasangan pada posisi luar wadah/tabung/akuarium dan bisa mendeteksi level air sudah melewati sensor atau belum. Contoh Aplikasi : Sensor pengisian tandon air/ aquarium/air galon dsb. Ada 2 Jenis Output sensor : -Type NPN (5-12V DC) -Type V.out (5-25V DC) Spesifikasi : *Tegangan kerja Type NPN : 5-12V DC Type V : 5-24V DC *Konsumsi daya : 200uA/0.2mA *Arus Output : 1-100mA *Waktu respon : 500mS *Suhu Operasi : 0~100°C *Ketebalan material yg bisa diinduksi : Max 20mm *Proteksi sensor : IP67 The intelligent non-contact liquid level sensor (hereinafter referred to as the liquid level sensor) adopts advanced signal processing technology and high-speed signal processing chips, breaking through the influence of container wall thickness and realizing true non-contact detection of liquid level height in a closed container. The liquid level sensor (probe) is installed above and below the outer wall of the container to be measured (high and low liquid levels). Non-metallic containers do not need to be opened, and the installation is simple and does not affect production. It can detect the liquid levels of various toxic substances, strong acids, strong alkalis and various liquids in high-pressure closed containers. The liquid level sensor has no special requirements for the material of the liquid medium and the container, and can be widely used. The intelligent non-contact liquid level sensor has four signal output interfaces, namely high and low level output interface, NPN output interface, PNP output interface and RS485 communication interface; corresponding to four models: A. High and low level output interface——Model: XKC-Y25-V B. NPN output interface——Model: XKC-Y25-NPN C. PNP output interface——Model: XKC-Y25-PNP D. RS485 communication interface——Model: XKC-Y25-RS485 Product Features: 1. Non-contact liquid level sensor, suitable for the outer wall of non-metallic containers without direct contact with the liquid, will not be corroded by corrosive liquids such as strong acids and alkalis, and will not be affected by scale or other debris. 2. Intelligent liquid level reference adjustment and liquid level memory function, liquid level status display mode, can realize multi-point series wiring; can support high and low level output, NPN, PNP signal output and RS485 communication interface output (please contact the manufacturer for instructions when selecting). 3. The detection is accurate and stable, and can detect the boiling water level. 4. Pure electronic circuit structure, non-mechanical working mode, stable performance and long life. 5. High stability, high sensitivity, strong interference ability, not affected by external electromagnetic interference, special treatment is done for power frequency interference and common mode interference to be compatible with all 5~24V power adapters on the market. 6. Strong compatibility, penetrating various non-metallic containers, such as plastic, glass, ceramic and other containers, with a sensing distance of up to 20mm; liquids, powders and particles can all be detected. 7. Open collector output mode, wide voltage range (5~24V), suitable for connecting various circuits and product applications Working principle: The intelligent non-contact liquid level sensor uses the inductive capacitance of water to detect whether there is liquid. When there is no liquid approaching the sensor, due to the existence of distributed capacitance on the sensor, there is a certain static capacitance between the sensor and the ground. When the liquid level slowly rises and approaches the sensor, the parasitic capacitance of the liquid will couple to this static capacitance, making the final capacitance value of the sensor larger. The changed capacitance signal is then input into the control IC for signal conversion, converting the changed capacitance into a certain amount of change in an electrical signal, and then a certain algorithm is used to detect and judge the degree of this change. When this change exceeds a certain threshold, it is considered that the liquid level has reached the sensing point.