Feature
●The intelligent non-contact liquid level sensor uses advanced signal processing technology and high-speed signal processing chip to break through the influence of the wall thickness of the container and realize the true non-contact detection of the liquid level in the closed container.
●The liquid level sensor (probe) is installed above and below the outer wall of the container to be tested (the high and low positions of the liquid level). The non-metallic container does not need to be opened, and the installation is simple and does not affect the production.
●The liquid level of various toxic substances, strong acids, strong alkalis and various liquids in the high-pressure closed container can be detected.
●The liquid to be tested is required to be electrically conductive, the contact surface is non-metal, and the pipe is easy to install and can be widely used.
●High and low level output: If there is induction, the output is high level; no induction, the output is low level. Specially designed for non-metallic pipe liquid level detection
Description
Parameter
Product model: XKC-Y26-V
Supply voltage（Vin）：DC 5-24V
Output mode：High and low level
electric current： 5mA
The output voltage（high level）： Vin; The output voltage（low level）： 0V; The output current： ≤100mA
Response time： 500mS
Working temperature： -20~85℃
Sensor sensitivity
Pipe outer diameter D(mm) D≥100，Sense container wall or tube wall thickness L(mm) 20±2； Pipe outer diameter D(mm) 100>D≥80 ，Sense container wall or tube wall thickness L(mm) 15 ± 2； Pipe outer diameter D(mm) 80>D≥60，Sense container wall or tube wall thickness L(mm) 12 ±1.5；Pipe outer diameter D(mm) 60>D≥40，Sense container wall or tube wall thickness L(mm) 7 ±1.0；Pipe outer diameter 40>D≥30，Sense container wall or tube wall thickness L(mm) 5 ±1.0； Outer diameter of pipe D(mm) 30>D≥20，Sense container wall or tube wall thickness L(mm) 3 ±1.0； pipe outer diameter D(mm) 20>D≥10，Sense container wall or tube wall thickness L(mm) 1.5 ±0.5
Applicable pipe diameter range: ≥10mm
Liquid level accuracy: ±1.5mm
humidity: 5%~100%
Material: PC V0 Fireproof material
Waterproof performance: IP65
Install into a flat cistern as shown in the figure above
The height of the sensed liquid level is related to the sensitivity of the sensor. The higher the sensitivity, the lower the sensed liquid level
Note: The liquid level is sensed in the upper and lower edges of the sensor, which is normal.
The induction sheet can be tightly attached to the pipe with strong glue, or it can be tightened with the pipe with a nylon cable tie. Try to avoid metal and other parts where the probe is installed, so as not to affect the detection. Pipes made of non-metallic materials with a smooth surface, uniform thickness, tight material, and good insulation performance; such as glass pipes, plastic pipes, PC/PVC/PPR pipes, non-absorbent ceramic pipes, acrylic pipes, rubber pipes, etc. or their composites Pipes made of materials.
How to install to the water pipe
Install to the non-metal water pipe type as shown
Sensitivity adjustment
If the non-contact liquid level sensor cannot detect or the detected liquid level is too high from the Y26 sensor. The sensitivity knob can be adjusted with a small screwdriver, and there are two setting methods:
1. Low sensitivity adjustment: turn counterclockwise to increase sensitivity.
2. High sensitivity adjustment: turn clockwise to lower the sensitivity
Product size and physical map
Y26 wiring diagram of various models
High and low level output drive small electric relay (coil current ≤100mA) working principle
1.When the black line is suspended, it is positive output:
When liquid is sensed, the transistor cuts off and outputs a high level, and the relay does not pull in when it is powered off,
When no liquid is sensed, the transistor turns on and outputs a low level, and the relay is energized and closed;
2.When the black wire is grounded (connected to the negative pole of the power supply 0V), it is a reverse output:
When liquid is sensed, the transistor turns on and outputs a low level, and the relay is energized and closed;
When no liquid is sensed, the transistor cuts off and outputs a high level, and the relay does not pull in when it is powered off;