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The Endress+Hauser CYR52 is an automated ultrasonic cleaning system for the Turbimax CUS52D turbidity sensor. Its non-contact ultrasonic cleaning method uses cavitation to remove deposits and air bubbles from the sensor surface, helping maintain reliable turbidity measurement without interrupting the process.
The system can be installed on pipes or Flowfit flow assemblies and connected to a Liquiline transmitter for automated cleaning cycles, making it suitable for unattended turbidity measurement in water and wastewater applications.
The CYR52 ultrasonic cleaning system is designed to keep Turbimax CUS52D turbidity sensors clean during continuous inline measurement.
The cleaning effect is generated by an ultrasonic transducer mounted face-to-face with the sensor. Ultrasonic energy creates cavitation in the liquid medium, which helps dissolve and remove adhesive contamination from the sensor surface. The system also removes air bubbles that can affect turbidity measurement.
Unlike mechanical cleaning methods, CYR52 provides non-contact cleaning and does not require the sensor surface to be physically wiped. Endress+Hauser specifies the system for automated and unattended turbidity measurement, including hygienic applications.
The ultrasonic actuator can be installed directly on a compatible pipe or on a Flowfit flow assembly. The official product page shows integration with Flowfit CUA252 and CUA262 assemblies.
CYR52 is suitable for turbidity measurement points throughout drinking-water plants, including raw-water abstraction, inlet-to-outlet monitoring and water-quality control points.
For industrial process-water systems, ultrasonic cleaning helps keep the CUS52D sensor surface free from deposits that could interfere with continuous turbidity measurement.
The official application information includes wastewater treatment plants, particularly monitoring and reuse of outlet water.
CYR52 can be used at turbidity measurement points in industrial water production and distribution networks.
Because cleaning is non-contact and does not interfere with the process, the system is also suitable for hygienic measurement applications.
The most important selection point is that CYR52 is specifically designed for the Turbimax CUS52D turbidity sensor. It should therefore be selected as part of a compatible CUS52D measurement system rather than as a universal ultrasonic cleaner for any turbidity sensor.
Confirm the complete installation arrangement before ordering, including:
The official accessory list includes CYR52 ultrasonic transducers with 3 m, 7 m and 15 m cables, as well as assembly sets for CUS252, CUS262, Flow cell E/S and variable mounting arrangements.
For pipe-mounted installations, the appropriate mounting kit should also be confirmed according to the installation configuration.
The CYR52 is an ultrasonic cleaning system for turbidity sensors, designed to automatically clean Turbimax CUS52D sensors during continuous measurement.
The official Endress+Hauser application information specifically identifies the Turbimax CUS52D turbidity sensor.
An ultrasonic transducer generates cavitation in the liquid medium. The resulting cleaning effect helps remove adhesive contamination and air bubbles from the sensor surface.
No. It uses non-contact ultrasonic cleaning, with the ultrasonic transducer positioned face-to-face with the sensor.
Yes. Endress+Hauser specifically describes CYR52 as supporting automated and unattended turbidity measurement.
The system is suitable for pipes and Flowfit flow assemblies. The official page shows installations with Flowfit CUA252 and CUA262 assemblies.
Yes. The CYR52 can be connected with a generator and a Liquiline transmitter, and the cleaning loop can be programmed for automatic operation.
Official applications include drinking water, process water, wastewater treatment and industrial utility water systems.
The current Endress+Hauser accessory listing includes 3 m, 7 m and 15 m ultrasonic transducer cable versions.
| Technical specifications | |
|---|---|
| Measuring principle | Single beam scattered light |