Endress+hauser CPL51E Digital pH sensor Memosens

Description

Endress+hauser CPL51E Digital pH sensor Memosens

The Endress+Hauser Memosens CPL51E is a robust and versatile potentiometric pH sensor, expertly designed for both field and laboratory measurements. Featuring a durable plastic shaft and a contactless inductive Memosens cable connection, it is ideal for taking random samples directly in the field or in a laboratory setting. The sensor comes pre-calibrated and is immediately ready for use, offering unparalleled convenience. For optimal performance, it is ideally used in combination with the mobile handheld Liquiline Mobile CML18 without the need for any additional settings, streamlining your measurement processes.

Ideal For Field and Laboratory Sampling

The CPL51E’s design makes it perfectly suited for grab sample analysis in diverse environments. Whether you are in the field taking direct measurements at a process point or in a laboratory setting, this sensor provides accurate and reliable pH readings. Its robust plastic shaft offers physical protection to the glass membrane, safeguarding it from damage in demanding conditions. The contactless inductive Memosens connection ensures that moisture and corrosion do not interfere with the connection, providing a secure and dependable link for accurate data acquisition wherever you are sampling.

Seamless Integration with Memosens Technology

As a digital Memosens 2.0 pH sensor, the CPL51E offers seamless integration with the Memosens digital data transfer system. This means that sensor information such as the serial number and calibration history is stored directly within the sensor head, ensuring tamper-proof data that supports quality management requirements. The inductive connection eliminates issues related to moisture and corrosion, which are common problems with traditional connectors. This advanced technology ensures reliable data transfer and simplifies the management of sensor calibration and history for your pH measurements.

Key Application: On-Line Measuring Loop Checks

One of the primary applications for the Memosens CPL51E is the effective check of on-line measuring loops. In many industrial processes, particularly in drinking water, wastewater, and process water applications, maintaining the accuracy of continuous online pH measurements is critical. The CPL51E can be used to quickly verify the performance of these installed online loops. By taking a grab sample and measuring it with the CPL51E, operators can compare the results to the online sensor’s output, swiftly identifying any discrepancies and ensuring the accuracy of their continuous process monitoring systems.

Application: Grab Sample Analysis On-Site

The CPL51E is exceptionally well-suited for the analysis of grab samples directly on-site. This capability is vital in situations where continuous online measurement might not be feasible or necessary. For instance, in drinking water distribution networks or wastewater treatment plants, operators often need to take discrete samples to verify water quality at various points. The CPL51E allows for immediate pH analysis at these locations, providing instant data without the need to transport samples back to a central laboratory, thus enabling quicker decision-making and process adjustments.

Application: pH Measurement at Key Process Points

For process points where installing a permanent online measurement system is not practical or cost-effective, the Memosens CPL51E serves as an excellent solution for pH measurement. Whether it’s a specific stage in wastewater treatment, a particular batch in a chemical process, or a spot check in a water distribution system, the CPL51E can be easily deployed for quick and accurate pH readings. Its portability and ease of use make it the ideal tool for routine checks and monitoring at these critical points, ensuring that process parameters remain within desired limits.

Enhanced Performance and Reliability Features

The CPL51E is engineered with several features that enhance its performance and reliability. It offers automatic temperature compensation through an integrated temperature sensor, ensuring accurate pH readings across a range of temperatures. The sensor also boasts a fast response time, even in challenging conditions such as cold or ion-weak water, which is crucial for timely analysis. Furthermore, its reference system with an open aperture is designed to minimize the risk of clogging, a common issue with pH sensors in process water and wastewater applications, thereby ensuring consistent performance and longevity.