Digital pH/ORP combination electrode
Memosens CPS76E

Memosens 2.0 combination electrode, suitable for chemical process and toxic medium measurement

E+H CPS76ES water quality analysis pH/ORP electrode

Liquid analysis in various applications

A complete product line for measuring various parameters in liquid analysis

Environmental protection, stable product quality, process optimization, and safety are just some of the reasons why liquid analysis is becoming increasingly important. Liquid analysis of water, beverages, dairy products, chemicals, and pharmaceuticals has become a daily routine. We provide you with practical application experience and excellent measurement techniques to complete your measurement tasks. Select suitable instruments from a comprehensive product range to meet your process needs.

Memosens CPS76E is an expert in measuring harsh working conditions, capable of simultaneously conducting pH and ORP measurements. Anti pollution reference system, capable of reliably measuring heavily polluted media and low conductivity media. CPS76E adopts Memosens 2.0 digital technology, which has high process integrity and is very easy to operate. Waterproof and moisture-proof design, allowing laboratory sensor calibration, supporting extended data storage, saving calibration parameters and process parameters. It is the foundation for implementing pre maintenance.

advantage
Memosens 2.0 supports expanding storage units to store calibration and process parameters, enabling better trend recognition and providing a foundation for future implementation of pre maintenance and improvement of IIoT industrial IoT services.

Simultaneously measuring pH, ORP, and rH values (in rH mode) can provide rich process information and is a solid foundation for strict process control.

Optional pressurized reference system for reliable measurement of easily clogged media, such as dispersions.

The electrode strip is equipped with a dedicated ion capture trap, which effectively prevents the toxic diffusion of the lead and reference system, ensuring a long service life.

Allow electrode inversion and flexible installation.

Adopting non-contact induction signal transmission method, it has high process safety.

Minimize production downtime as much as possible, extend electrode lifespan, and reduce operating costs.E+H CPS76ES water quality analysis pH/ORP electrode

Supporting IIoT Industrial IoT: Memosens 2.0 supports expanding storage units to store calibration and process parameters for better trend recognition, providing a foundation for future implementation of pre maintenance and improvement of IIoT Industrial IoT services.

Low cost of use: Supports laboratory calibration, on-site online rapid electrode replacement, minimizes production downtime, and extends electrode lifespan.

Durable and low maintenance electrode: Long toxic diffusion path or optimized ion capture trap to avoid toxic diffusion of reference electrodes. Large area anti fouling PTFE diaphragm to avoid contamination by the medium.

Glass electrodes can be used to measure pH throughout the entire measurement range, with a process absolute pressure not exceeding 17 bar (246.5 psi). F-type glass electrodes can be selected for measurement in media containing hydrofluoric acid, such as etching grooves in semiconductor production.

Improved optional salt bridge function ensures reliable measurement in low conductivity applications, such as measuring boiler feedwater.

Adopting non-contact induction signal transmission method, it has high process signal integrity.

Application field
Chemical process and process monitoring:

Rapid fluctuations in pH or ORP values

High concentration toxic media, such as H2S

Certified by ATEX, IECEx, CSA C/US, NEPSI, JPN, INMETRO, it can be used in explosion-proof zones 0, 1, and 2.E+H CPS76ES water quality analysis pH/ORP electrode

Product specifications and parameters

• measurement range

  ORP: –1 500 to 1 500 mV
  Application B
  • pH: 0 to 14
  Application H
  • pH: 0 to 12

• process temperature

  Application B and H:
  0 to 140 ° C (32 to 284 ° F)
  Version TB:
  0 to 140 ° C (32 to 284 ° F)
  Version TU, TP (pressurized reference):
  0 to 140 ° C (32 to 284 ° F) (140 ° C (284 ° F) for sterilization only)
  maximum 100 ° C (212 ° F) in continuous operation due to increasing
  pressure drop at T> 100 ° C (212 ° F)

• process pressure

  Application B: 0.8 to 14 bar (11.6 to 203 psi) absolute
  Application H: 0.8 to 7 bar (11.6 to 101,5 psi) absolute

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