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In order to attach a pH sensor or ORP sensor in-line to an industrial process for continuous process control measurements, a pH sensor housing is a piece of hardware.
Additionally, it can make it possible for a sensor to enter the desired level for pH measurement in an open basin, pipe, closed tank, chemical reactor, bioreactor, or fermentation vessel.
An analytical sensor can be put in-line into a process using a pH sensor housing to ensure that it is safe and penetrates to the proper depths for optimum analysis results.
The process conditions and company needs will influence the pH sensor housing one select.
Each connection type may have particular specifications for strength, safety, cleanliness, optimum performance, corrosion resistance, insertion depth, or physical area depending on the application.
Process connection hardware comes in a variety of forms, from straightforward drop-in immersion fittings to sophisticated automatic systems that can clean the measuring apparatus.
The Global pH Sensor Market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
For applications where glass pH sensors offer a breakage risk in difficult process conditions, Endress+Hauser introduces Memosens CPS47D, CPS77D, and CPS97D ISFET pH sensors housing.
ISFET sensors are available with three different reference systems and are constructed of unbreakable PEEK, offering a glass-free pH sensor housing to meet every need.
The CPS47D and CPS77D ISFET Memosens sensors are designed to withstand the rigors of hygienic uses. These sensors are simple to clean because of their updated design and larger chip area.
They are TSE/BSE-free and provide stable and repeatable measured values even after being autoclaved and sterilized up to 275 °F (135 °C) in temperature.
They also have the standard hygienic certifications for the food and life sciences sectors, including USP, EHEDG, and 3A.
pH measurement is particularly difficult in chemical processes that occur at low temps or in which a significant amount of organic solvents or solids are present.
The Memosens CPS97D has a quick reaction time even at low temperatures and is chemically stable because of its PEEK stem.
Additionally, even in situations with large solids concentrations, its open diaphragm remains unobstructed. The referenced firm gel is very chemically proof as well.
A flexible and dependable option for pH measurement and control in numerous industrial and laboratory applications is the SC200 Universal Controller with pH Sensor.
It is a product made available by Hach, a renowned provider of tools and services for water analysis.
With cutting-edge functionality and simplicity of use, the SC200 Universal Controller is made to provide precise and reliable pH measurements.
It is made up of a control unit and a pH sensor that collaborate to track and manage the pH of liquids.The SC200’s control unit is a simple-to-use gadget that makes configuration and use simple.
With a backlit display that shows crucial data including pH readings, calibration status, and warning notifications, it has a simple and easy interface.
It is usable by users from various locations because the controller supports multiple languages.
The adaptability of the SC200 is one of its standout qualities. It allows customers to select the pH sensor that is best suited for their particular application from a variety of options, including glass electrodes and solid-state sensors.
The controller is a flexible option for thorough water quality monitoring because it is also compatible with other sensors and parameters including temperature, conductivity, and dissolved oxygen.
The pH sensor that is included with the SC200 is a premium part that guarantees precise and dependable pH measurements. It is made to be stable over an extended period of time and to survive extreme environmental conditions.
The sensor has a robust housing and a pH electrode that can be changed, making maintenance simple and operating affordable. For seamless integration, it can be quickly and simply connected by wire to the control unit.
Advanced capability is provided by the SC200 Universal Controller to enhance pH control procedures.
It offers automated temperature adjustment, which modifies pH measurements in accordance with the sample’s temperature to produce reliable findings.
In order to maintain the accuracy of the pH measurements over time, the controller also offers calibration reminders and makes it simple to perform one- or two-point calibrations.
The SC200 provides cutting-edge tools for data logging and analysis in addition to monitoring and adjusting pH levels.
For storing measurement data, it features built-in memory, enabling users to review and examine pH changes over time.
In order to improve process visibility and control, the controller can also be connected to a computer or network for real-time data transfer and remote monitoring.
The SC200 Universal Controller was also made with durability and dependability in mind. It is resistant to exposure to chemicals, water, and dust in tough industrial conditions.
The controller has a durable design and dependable circuitry, ensuring long-term performance with little upkeep.
In many different fields and applications where pH control is crucial, the SC200 is widely employed.
It has uses in research labs, chemical and petrochemical industries, food and beverage production, wastewater treatment facilities, chemical and petrochemical industries, and chemical and petrochemical industries.
Because of its versatility and cutting-edge capabilities, the controller may be used for both straightforward and intricate pH control procedures while still producing results that can be trusted.
Hach’s SC200 Universal Controller with pH Sensor offers a flexible and dependable pH measuring and control option.
It is the perfect option for a wide variety of industrial and laboratory applications because to its user-friendly interface, compatibility with different pH sensors, superior functionality, and durable construction.
The SC200 adds to enhanced process since it can deliver precise and consistent pH values.
