Bubble Sensors from EBE sensors + motion

Bubble Sensors from EBE

Bubble Detection

Bubble Sensor Based on LCPB Sensor Technology: Cost-Effective Air Bubble Detection

Undesired air bubbles in the liquid flow can disrupt processes or cause damage. With the LCPB standard sensor technology EBE sensors + motion offers an innovative and cost-effective solution for air bubble detection. These capacitive sensors detect air bubbles in liquids highly efficiently and thus solve a central challenge in industry.

The bubble sensor based on EBE’s LCPB sensor reliably detects air bubbles and liquid separation regardless of the liquid or the nature of the hose. Even with mechanical tolerances or varying hose sizes the detection performance remains constant. This makes the sensor a robust and flexible solution for a wide range of industrial applications.

Capacitive Sensor Technology: Reliable Air Bubble Detection

The capacitive bubble sensor measures capacitance changes caused by the different permittivity of air and liquid. This technology is commonly used for level detection, but is also ideal for detecting air bubbles in hoses and non-metallic pipes. When an air bubble passes the sensor, the electrical field changes, and the sensor detects the bubble precisely and reliably. The capacitive sensor is particularly effective when there is mechanical play and variable tubing thicknesses. In addition, the sensor technology does not require a specially adapted housing, which simplifies installation and facilitates use in a variety of applications. The capacitive bubble sensor can also be used independently of the color and transparency of the medium.

Fields of Application for Capacitive Bubble Sensors

In processes where liquids are pumped through hoses, air bubbles can cause malfunctions. Capacitive bubble sensors ensure precise monitoring of the liquid flow, thus ensuring reliability and quality in the application. The sensors are used in a wide range of industries, including food and beverage production, pharmaceutical and chemical processes, and general process automation.

 

Possible Areas of Application