5-24V XKC-Y26-NPN Contactless Liquid Level Sensing Probe with Buzzer for Liquid Level Alarming скачать в хорошем качестве

5-24V XKC-Y26-NPN Contactless Liquid Level Sensing Probe with Buzzer for Liquid Level Alarming

Buy it here: https://www.aliexpress.com/item/10050... E-mail: eric@chinasmartsensor.com whats app / we chat： 008613891846516 Product Features 1: Non-contact liquid level sensors for non-metallic wall of the container without direct contact with the liquid, are not subject to corrosion acid and alkali and other corrosive liquids, or other debris from the scale effect. 2: Intelligent level adjustment and level memory function, level status display, multi-point serial connection; supports NPN Output, high-low level output, PNP output,RS485 signal output 3: Detection is accurate and stable, can detect boiling water level 4: Pure electronic circuit structure, non-mechanical work, life durability and stable performance. 5: High stability, high sensitivity, strong interference ability, free from external electromagnetic interference, there are special treatment for frequency interference and common mode interference, compatible with all 5 ~ 24V Power Adapter in the market. 6: Strong compatibility, penetrate various non-metallic containers, such as plastic, glass, ceramics and other containers, sensing distance up to over 10mm; liquid, powder, particulate matter can be detected. 7: Open collector output, wide voltage range (5V ~ 12V Or 12V ~ 24V), Suitable for connecting various circuits and product applications. Working principle Intelligent non-contact level detector is using water detection capacitance to detect whether the liquid is present, when there’s no liquid access to the detector, there’s static capacitance due to distributed capacitance exist in the detector, when the level rise and close to detector, the stray capacitance of the liquid will couple to this static capacitance, make the final capacitance value of the detector become bigger, this changing capacitance signal input into IC to convert the signal, making the changing capacitance convert to some changing signal, and then by a certain algorithm to detect and determine the extent of the amount of change, when the change exceeds a certain threshold level reaches the sensor point.