1.This XKC-Y25-NPN non touch liquid level sensor detects liquid, powder, or granule materials through various non-metallic containers such as plastic, glass, or ceramic-without direct touch, avoiding issues with scale or impurities.
2.Featuring intelligent baseline calibration and level memory function, it supports liquid level display and allows for multi-point series connection for expanded monitoring applications.
3.With an all-electronic circuit design and no mechanical moving parts, it ensures reliable performance, high durability, and a long life.
4.Designed for high stability and sensitivity, it resists electromagnetic, power frequency, and common-mode interference, and operates reliably with most 5-12V power adapters.
5.The sensor accurately detects levels through non-metallic container walls up to 13mm thick, and can stably measure even boiling water temperature conditions. Description:
Intelligent non-touch liquid level sensor adopts advanced signal processing technology and high-speed signal processing chip, and it won't be influenced by container wall thickness when detecting the liquid level in a airtight container. Liquid level sensor is installed under container (high level and low level). No need to bore a non-metallic container, easy to install. It can detect liquid level of various hazardous substances, caustic solutions, alkali and all kinds liquid in high pressure airtight container.
Specifications:
Model:XKC-Y25-NPN
Output:NPN
Input Voltage (InVCC):DC 5-12V
Current:5mA
Output Voltage (high level):Vin
Output Voltage (low level):0V
Output Current:1~100mA
Response Time:500mS
Operating Temperature:0~85℃
Induction Thickness (sensitivity):≤20 mm
Liquid level error:±1.5mm
Humidity:5% ~ 100%
Material:ABS
Ingress Protection:IP67
Package Includes:
1 x Sensor
Note:
1. Due to the difference between different monitors, the picture may not reflect the actual color of the item.
2. Please allow slight dimension difference due to different manual measurements. Thank you for your understanding.
No-delivery refund
