CPS11E is a digital pH sensor with many advantages and features that make it perform well in a variety of applications. The following is detailed information about the supporting use, advantageous features, description of external dimensions, measurement application scope, selection and application scenarios, precautions for use and maintenance methods of CPS11E:

supporting use:

CPS11E adopts Memosens 2.0 digital technology, which has good moisture resistance, supports laboratory calibration, improves process safety, and is more convenient to operate.
The calibration parameters and process parameters are stored in the CPS11E expansion storage unit, which is a strong support for the implementation of the pre-maintenance strategy.


advantage features:

CPS11E has the advantages of long service life, low maintenance workload, and very high cost performance.
CPS11E supports IIoT Industrial Internet of Things, supports the expansion of storage units, saves calibration parameters and process parameters, and better identifies trends, providing a basis for future implementation of pre-maintenance and improvement of IIoT Industrial Internet of Things services.
The CPS11E uses non-contact inductive signal transmission with high process signal integrity.
The electrode design of CPS11E has good moisture resistance, supports laboratory calibration, and improves process safety.
CPS11E has good maintenance ability and is simple and convenient to use.


description of dimensions:

CPS11E is 0-14 pH, the temperature range is 0-80°C, and the insertion depth is 12mm.
The sensor lengths of the CPS11E are available in 120, 225, 360 and 425mm. The sensor rod lengths are 120, 225, 360 and 425mm.
The sensor diameter is 12 mm (0.46 inches)

measurement application range:

CPS11E is suitable for water treatment fields, such as drinking water, sewage treatment, swimming pool water, etc., and can be used to monitor and adjust acid-base balance.
CPS11E can also be used in chemical, biological, pharmaceutical and other fields in the laboratory to monitor the pH value of the solution in real time.
CPS11E is also suitable for the food and beverage industry, such as monitoring pH during manufacturing to ensure product quality and safety.


selection and application scenarios:

In the food and beverage industry, CPS11E can be used to monitor pH during food and beverage manufacturing to ensure product quality and safety.
In the field of water treatment, CPS11E can be used to monitor and adjust the acid-base balance in the water treatment process, such as drinking water, sewage treatment, swimming pool water, etc.
In the laboratory, CPS10E can be used in chemistry, biology, medicine and other fields to monitor the pH value of the solution in real time.
In specific applications such as etching tanks in semiconductor production, CPS11E models with special specifications can be selected for use, such as models with F-type glass electrodes.
For low conductivity applications, the optional salt bridge function of the CPS11E ensures reliable measurement, such as in boiler feed water applications.
CPS11E large area anti-fouling type PTFE diaphragm can avoid contamination by the media. In some applications that require special properties, such as measurement in media containing hydrofluoric acid, models with F-type glass electrodes can be selected.
The CPS11E's rugged, low-maintenance electrode design avoids toxic diffusion problems with reference electrodes. In addition, its long toxic diffusion path or optimized ion trap design can avoid contamination by media.
CPS11E can be widely used in standard applications in the process and environmental fields. Long-term monitoring and small fluctuation processes are its main application areas. For example in the chemical industry, pulp and paper industry, power plants (e. g. scrubber towers, boiler feed water), waste treatment plants, etc. These application scenarios require long-term stable processes or low maintenance requirements.


use note:

the following points should be noted when using CPS11E:

Regularly check whether the cable is in good condition, whether there is any damage or aging phenomenon, and replace the damaged or aging cable in time to ensure the accuracy and reliability of the measurement data.
The sensor is calibrated regularly to maintain its measurement accuracy and stability. The manufacturer's calibration procedures and specifications shall be followed during calibration.
During use, the sensor should be protected from strong mechanical shock or vibration, so as not to damage the sensor or affect the measurement results.
During the measurement process, the sensor should be kept in full contact with the measured solution to ensure the accuracy and reliability of the measurement results. At the same time, the sensor should be prevented from being affected by overheating or overcooling during the measurement process, so as not to damage the sensor or affect the measurement results.
During use, the surface of the sensor should be cleaned regularly to remove the influence of dirt and impurities and maintain the cleanliness of the sensor. Cleaning should follow the manufacturer's cleaning guidelines and specifications.


maintenance methods:

In order to maintain the performance and service life of the CPS11E, the following maintenance operations are recommended:

Regularly check whether the appearance and structure of the sensor are intact, and repair or replace it in time if it is damaged.
Regularly clean and maintain the sensor to remove the influence of dirt and impurities and maintain the cleanliness of the sensor. It can be cleaned with an appropriate cleaning agent or degreaser and follow the manufacturer's cleaning guidelines and specifications. Attention should be paid during the cleaning process