Ultrasonic bubble sensors can be cleaned in place because of their anti-contamination and cleaning properties.
Anti-fouling design: Ultrasonic bubble sensors are often designed to be anti-fouling, and the surface coating or material selection makes the surface less prone to dirt adhesion, thus reducing the impact on sensor performance.
Corrosion-resistant materials: Ultrasonic bubble sensors are often made of corrosion-resistant materials that are resistant to chemicals and will not be damaged during cleaning.
Enclosed design: Sensors are usually designed to be enclosed to prevent water and detergents from penetrating the inside of the sensor and affecting its normal operation.
*Cleaning: Some ultrasonic bubble sensors have a **cleaning function, which can trigger the cleaning procedure through an external control system or an automated system to keep the sensor's performance stable.
Easy to operate: The cleaning process is usually simple and can be done with detergent and water, as well as by foaming or spraying detergent.
Ultrasonic bubble sensors can usually be cleaned in place, but care needs to be taken not to use too strong cleaning agents during the cleaning process, so as not to damage the surface coating or material of the sensor, affecting the performance and life of the sensor.
Model example: AQ bubble sensor CCS1575-50-ex
AQ bubble sensor CCS1575-25-ex
AQ bubble sensor CCS94-25-ex
AQ bubble sensor CCS221-50-ex
AQ Bubble Sensor CCS348-50-ex
AQ bubble sensor CCS475-64-ex
AQ bubble sensor CCS602-77-ex
Swedish AQ bubble sensor CCS1575-50-ex can be cleaned in place