Capacitive Fluid Level Sensor for 12-26 mm Pipeline Level Detection

Capacitive Fluid Level Sensor for 12-26 mm Pipeline Level Detection

Capacitive fluid level sensor with IP67 protection rating. The sheating material of capacitance probe level sensor is PBT. Capacitive level sensor can detect the non-metallic media in the container directly through the non-metallic tube wall. The switching frequency of this level sensor is 60 Hz. The ambient temperature range of this capacitive level sensor is -10℃ to 55℃, and the ambient humidity range is 35% to 95%RH.

SKU: CCHN-LEVS-CE15

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Delivery date: 6-25 days

Overview

The level sensor has high adjustment accuracy and can easily detect liquids and colloids. Its output indicator is a yellow LED and is suitable for 12-26mm pipes. Capacitive level sensor is widely used in industrial, agricultural, and residential setting.

Features

The liquid level sensor adopts a curved appearance design, which makes installation and inspection more flexible and reliable.
It can directly detect non-metallic media in the container through the non-metallic pipe wall.
Capacitance level sensors are widely used in liquid level detection and alarm of various containers.

Specification

Model	CCHN-CE15
Mounting	non-flush
Adjustable Pipeline	12-26 mm; wall thickness ≤1.0 mm
Output	PNP NO, PNP NC, NPN NO, NPN NC
Detection Distance	PNP (2mm), NPN (4mm)
Switching Frequency	60 Hz
Switch-point Drift	≤±20%
Load Current	≤200 mA
Residual Voltage	≤2.5V
Current Consumption	≤15 mA
Output Indicator	yellow LED
Circuit Protection	short circuit, overload and reverse polarity
Ambient Temperature	-10℃~55℃
Ambient Humidity	35-95%RH
Degree of Protection	IP67
Connection Type	2m PVC cable
Housing Material	PBT

Dimension (Unit: mm)

CE15 capacitive level sensor dimension

Wiring Diagram

CE15 capacitive level sensor wiring diagram

Tips: What are the Advantages of Capacitive Level Sensor?

Contactless Operation. Capacitive sensors can detect the water level without direct contact with the liquid. This non-contact feature reduces the risk of sensor contamination or corrosion.
High Sensitivity. Capacitive sensors are highly sensitive to changes in the dielectric constant of the surrounding medium, such as water. This allows for precise and accurate detection of water levels.
Low Maintenance. Since there is no direct contact with the liquid, capacitive sensors typically have lower maintenance requirements. This makes them suitable for long-term and continuous monitoring without frequent calibrations or replacements.
Fast Response Time. Capacitive sensors can provide quick responses to changes in water levels. This is beneficial in applications where rapid detection and response are crucial.