Processensorer med två och fyra elektroder - Översikt - METTLER TOLEDO
Processensorer med två och fyra elektroder

Processensorer med två och fyra elektroder

Mångsidiga prober för exakt kontroll av kemisk koncentration

Processensorer med två och fyra elektroder
Processensorer med två och fyra elektroder

METTLER TOLEDOs 2- och 4-elektrodssensorer i premium-serien, för mätning av konduktivitet i industriell miljö, tillhandahåller den högsta säkerhetsnivån under CIP- och SIP- processer. Sensorerna har en särskilt robust konstruktion och klarar påfrestande rengöringsprocedurer.

De är även mycket väl lämpade för applikationer i kemiindustrin samt för hantering av industriavloppsvatten

Produkter & detaljer

 
Produkter & detaljer
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Design
Segment / Applikation
Mätn. område
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DesignTitan
Segment / ApplikationRent och ultrarent vatten
Mätn. område0.02-10000 µS/cm
Cellfaktor0,1 1/cm (nominellt)
Temperaturområde-10...100 °C (14...212 °F)
Max.tryck (bar)34 bar (25 °C), 7 bar (95 °C)
Max.tryck (psi)500 psi (77 °F), 100 psi (203 °F)
Sensor materialPVDF
O-ringar, isoleringViton® (FDA), PEEK (FDA)
Temperature accuracy±0.25 °C vid 25 °C
TemperatursensorPt1000
Se detaljer
DesignSS316L
Segment / ApplikationRent och ultrarent vatten
Mätn. område0.02-10000 µS/cm
Cellfaktor0,1 1/cm (nominellt)
Temperaturområde-10...100 °C (14...212 °F)
Max.tryck (bar)17 bar (25°C), 7 bar (95°C)
Max.tryck (psi)250 psi (77 °F), 100 psi (203 °F)
Sensor materialSS 316L/1.4435
O-ringar, isoleringViton® (FDA), PEEK (FDA)
Temperature accuracy±0,25 °C vid 25 °C
TemperatursensorPt1000
Se detaljer
DesignSS316L
Segment / ApplikationFarmaceutisk hygienisk utformning
Mätn. område0.02-2000 µS/cm
Cellfaktor0,1 1/cm (nominellt)
Temperaturområde-10...120 °C (14...248 °F)
Max.tryck (bar)17 bar (25°C), 7 bar (95°C)
Max.tryck (psi)250 psi (77 °F), 100 psi (203 °F)
Sensor materialSS 316L/1.4435
O-ringar, isoleringPEEK (FDA)
Temperature accuracy±0.25 °C vid 25 °C
TemperatursensorPt1000
Se detaljer
DesignTi
Segment / ApplikationVattenrening
Mätn. område0.02-10000 µS/cm
Cellfaktor0.1 1/cm
Temperaturområde-10...100 °C (14...212 °F)
Max.tryck (bar)17 bar (25 °C), 7 bar (95 °C)
Max.tryck (psi)250 psi (77 °F), 100 psi (203 °F)
Sensor materialPTFE SS 316/1.4401
O-ringar, isoleringViton® (FDA), PEEK (FDA)
Temperature accuracy+/- 0.25 °C
TemperatursensorPt1000
Se detaljer
Design316L (elektroder)
Segment / ApplikationKemiska, läkemedels- och livsmedelsprocesser
Mätn. område1 – 500 mS/cm
Temperaturområde-20...150 °C (-4...302 °F)
Max.tryck (bar)0 ...20 bar at 135 °C0 ...10 bar at 150 °C
Max.tryck (psi)0 ... 290 psi at 275 °F0 ... 145 psi at 302 °F
Se detaljer
Design316L
Segment / ApplikationLäkemedels- och livsmedelsprocesser
Mätn. område0.02-650 mS/cm
Cellfaktor0,25 1/cm (nominellt)
Temperaturområde-10...140 °C (14...284 °F)
Max.tryck (bar)17 bar (25 °C), 7 bar (95 °C)
Max.tryck (psi)250 psi (77 °F), 100 psi (203 °F)
Sensor materialPEEK (FDA)
O-ringar, isoleringPEEK (FDA)
Temperature accuracy±0.25 °C (25 °C)
TemperatursensorPt1000
Se detaljer
DesignSS316L
Segment / ApplikationCIP/SIP-kontroll och fasseparation
Mätn. område0.02-650 mS/cm
Cellfaktor0,25 1/cm (nominellt)
Temperaturområde-10...140 °C (14...284 °F)
Max.tryck (bar)17 bar (25 °C), 7 bar (95 °C)
Max.tryck (psi)250 psi (77 °F), 100 psi (203 °F)
Sensor materialPEEK (FDA)
O-ringar, isoleringPEEK (FDA)
Temperature accuracy±0.25 °C (25 °C)
TemperatursensorPt1000
Se detaljer
DesignSS316L
Segment / ApplikationIndustriellt avloppsvatten
Mätn. område0.02-650 mS/cm
Cellfaktor0,25 1/cm (nominellt)
Temperaturområde-10...80 °C (14...176 °F)
Max.tryck (bar)7 bar at 25°C
Max.tryck (psi)100 psi (77 °F)
Sensor materialCPVC
O-ringar, isoleringCPVC
Temperature accuracy±0.25 °C (25 °C)
TemperatursensorPt1000
Se detaljer
DesignSS316L
Segment / ApplikationMätningar av kemisk koncentration
Mätn. område0.02-650 mS/cm
Cellfaktor0,25 1/cm (nominellt)
Temperaturområde-10...140 °C (14...284 °F)
Max.tryck (bar)17 bar (25 °C), 7 bar (95 °C)
Max.tryck (psi)250 psi (77 °F), 100 psi (203 °F)
Sensor materialPEEK (FDA)
O-ringar, isoleringPEEK (FDA)
Temperature accuracy±0.25 °C (25 °C)
TemperatursensorPt1000
Comparison

Dokumentation

Broschyrer

Pure Water Analytics A Step Ahead for Pharmaceutical Compliance
Topics covered in this brochure are: Pharmaceutical Water conductivity and Total Organic Carbon Requirements, instruments that meet USP Purified Water...
Brewing Industry Brochure
This industry brochure highlights the availability of quality solutions for quality brewing.

Fallstudier

Success Story: INGOLD Products Reduce Waste and Increase Productivity
The InPro3300 ISFET electrode has proven to be the best solution. Since its initial installation, Glanbia Foods has not had to scrap a single batch du...
MCE Technology
This case study explains the benefits of microfluidic capillary electrophoresis (MCE) technology and it's benefits for monitoring power plant cycle ch...
Pure water fabricator
This case study explains how an Indian pure water fabricator was faced with challenges during a power plant expansion project to meet the plant's qual...
Corrosion in power plants
This case study explains how the National Thermal Power Corporation (NTPC), India's largest power plant company, needed to reduce corrosion while at t...
No More Tears: Durable Chlor-Alkali pH Electrode
This white paper explains: Membrane cell chlorine production, problems with conventional pH electrodes, pNa/pH technology, measurement challenges, plu...

Program

pH Measurement In Low Conductivity Samples
Power plant cycle chemistry guidelines and standards specify narrow ranges of pH to minimize corrosion of highly valuable components. In addition, mak...
UniCond® ISM Sensor Calibrator Meets Pharmacopeia Calibration Requirements
The United States Pharmacopeia (USP), European Pharmacopeia (EP) and all other Pharmacopoeias set strict guidelines for water quality and test equipme...
Power Plant Conductivity Measurement In Water Treatment and Cycle Chemistry
Conductivity measurement throughout a power plant treatment system from raw water to ultrapure water has typically required a variety of sensors to sp...
Application Note: Optimized Control of Sour Water in Petrochemical Applications
Application Note - Control of sour water without damaging the pH electrode
Key In-line Analytical Measurements in Chemical Manufacturing of APIs
The application notes provide an overview of the in-line analyses of conductivity and turbidity, which are vital parameters in improving and tracking...

Datablad

Data Sheet: Thornton ISM Sensors for M800 and M300 ISM
Digital liquid analysis sensors optimized for pure water treatment.

Service

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