E+H Endershause electrode CPS12E

E+H Endershause electrode CPS12E

It is an ORP (oxidation-reduction potential) digital electrode with advanced technology and excellent performance1The following is a detailed introduction to it:

Technical Specifications

• measurement range: -1500mV to 1500mV.

• Process temperatureUsually between -10 and 110 ℃, it can adapt to a wide temperature range.

• Process pressureIt can withstand a certain level of pressure and meet the pressure requirements of general industrial processes.

• precisionHas high measurement accuracy and can provide accurate and reliable measurement results.

Design features

• digital technologyAdopting Memosens 2.0 digital technology and supporting IIoT industrial IoT, it can achieve digital signal transmission and pre maintenance strategies. Its extended data storage unit can save calibration parameters and process parameters, which helps to better identify trends and optimize production processes.

• Non contact transmissionAdopting non-contact induction signal transmission method avoids contact corrosion and salt bridge problems, ensuring the stability and reliability of signal transmission, while also improving process safety.

• Anti pollution and durableElectrode design has a certain anti pollution ability, which can effectively reduce the pollution and erosion of the medium on the electrode, prolong the service life of the electrode, and reduce maintenance costs.

E+H Endershause electrode CPS12E

Material and Structure

• Electrode rodMade of glass material, it has good chemical stability and mechanical strength.

• reference electrodeThe reference electrode is Ag/AgCl with a stable potential reference.

• shellThe shell is made of PPS material, which has good corrosion resistance and mechanical strength.

• diaphragmPTFE membranes are usually used, which have good chemical stability and anti pollution ability.

application field

• chemical industryIn the chemical production process, it is used for monitoring various oxidation-reduction reactions, such as chemical reaction vessels, storage tanks, etc., to help control the reaction process and product quality.

• pharmaceutical industryCan be used for monitoring oxidation-reduction potential in drug production processes, such as raw material synthesis, formulation production, etc., to ensure drug quality and stability.

• Food and beverage industrySuitable for detecting oxidation-reduction potential in food processing and beverage production, such as wine making, juice processing, etc., to ensure product taste and quality.

• water treatment industryIn the fields of drinking water treatment, sewage treatment, industrial circulating water, etc., the oxidation-reduction potential is used to monitor water quality and provide key parameters for water treatment processes.

Certification Qualifications