Control analytical measuring points with 100% integrity
March 2016Analytical Instrumentation & Environmental Monitoring
Endress+Hauser’s new Liquiline To Go CYM290/CYM291 multiparameter handhelds for pH, conductivity and oxygen measurement, bring reliability and safety directly to the sample point. These portable instruments guarantee stable measuring values and easy control of measuring points in all environmental conditions.
Reliable control of the running process
Wherever a pH, conductivity or oxygen value needs to be controlled, Endress+Hauser’s Liquiline To Go meters provide correct values with 100% signal integrity. They are equipped with Memosens technology that converts the sensor values into a digital signal for interference-free transmission. The result is a set of reliable measurement values with which the user can take corrective appropriate action fast, to keep the process running under optimal conditions.
Data consistency between laboratory and process
Grab sample analysis, with different technologies to those installed in the process, often leads to inconsistencies and measurement discrepancies. Liquiline To Go handhelds allow the use of the same robust Memosens sensors as in the process. This guarantees a full data consistency between laboratory and process measurements and maximises the reliability of the grab-sample results.
Suitable for all environmental conditions
Both Liquiline To Go versions can be used in the most challenging environments. The robust housing with ingress protection to IP66/67 brings a large improvement to safety in many process industries. A fast control of measurement values directly at the sample point is now possible, with a minimised risk of sample contamination. In addition to the CYM290 version, the CYM291 with ATEX/IECEx certification allows use in hazardous areas.
Easy handling
Designed for easy handling, the Liquiline To Go meters have direct menu-guidance on the display and function keys for parameter setting. This facilitates the exchange between different sensors and parameters – directly at the sample point with hot plug and play exchange of pre-calibrated sensors.
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