pH Sensor Housing & ORP Sensor Housing
In-Line Process Adaptions for Industrial Environments
pH sensor housings are process connection hardware that enables a sensor to be installed into a process, ensuring optimal measurement results and sensor protection. METTLER TOLEDO pH sensor housings are available in a wide range of designs for strength, safety, cleanliness and optimized performance in common process environments. To best suit your application needs, pH and ORP sensor housings range from simple immersion fittings to automated retractable systems.
V15 Label Inspection 360° System
Questa soluzione salvaspazio rivela i dati delle etichette e i difetti di qualità sui prodotti rotondi. Sei sensori di immagine sono racchiusi in un design compatto che può essere facilmente installato sui nastri trasportatori esistenti. Il V15 può essere ampliato con telecamere superiori e inferior.
V11 Label Inspection System
Questa flessibile soluzione per l'ispezione delle etichette verifica in modo affidabile i prodotti orientati lateralmente o dall'alto alla ricerca di dati sulle etichette e difetti di qualità. Può essere facilmente integrato in linee di produzione preesistenti tramite videocamere smart, dispositivi.
V31 Vision Inspection System
Ispezione avanzata di confezioni ed etichette di prodotti orientati. Il sistema flessibile include un telaio per l'installazione rapida e la tracciabilità dei prodotti per supportare fino a sei telecamere e un'illuminazione personalizzata.
V33 Flat Pack Vision Inspection System
Ispezione avanzata del fondo per un'ampia gamma di confezioni. Il sistema supporta l'illuminazione personalizzata e può essere ampliato con telecamere nella parte superiore per ulteriori applicazioni, come l'ispezione della contaminazione dei sigilli.
V13 Flatpack Label Inspection System
Questa soluzione esegue un'ispezione affidabile delle etichette dal basso verso l'alto per controllare le etichette sul fondo delle confezioni piatte. Questa soluzione indipendente offre opzioni configurabili per la movimentazione dei materiali e può essere estesa con videocamere smart superiori e l.
CMV Combination
Questo potente punto critico di controllo offre rivelazione dei metalli, controllo del peso e ispezione delle etichette in un unico strumento compatto e completamente integrato. Grazie alla massima flessibilità di configurazione, questo sistema può essere progettato per soddisfare le vostre esigenze.
Reliable Measurements Ensuring Sensor Protection
The pH and ORP sensor housings are designed to ensure the sensor is protected and reaches the desired depth for obtaining optimal measurement results in your application.
pH Sensor Housing Solutions for Every Challenge
METTLER TOLEDO offers stationary, retractable, flow-through and immersion sensor housings, each with specific features for strength, safety, cleanliness and optimized performance.
Range of Applications for Common Process Environments
A pH sensor housing can be applied to open basins, pipes, closed tanks, chemical reactors, bioreactors and fermentation vessels to accommodate common process environments.
Gerelateerde informatie
pH Theory Guide
The control and measurement of pH is vital in a wide range of processes across the pharmaceutical, chemical, and food & beverage industries. But what exactly is pH, why is it so important, and how do pH sensors work? Our complimentary guide has all the answers. Lees meer
Sensor Housings for Harsh Conditions
METTLER TOLEDO provides a wide range of complete in-line process analytical solutions that allow you to make your processes more efficient, more productive and safer. Lees meer
Corrosion Prevention Guide
This free guide to refinery corrosion and chemical plant corrosion prevention includes best practice examples from leading chemical companies and refineries. Lees meer
Process Analytics Solutions - Optimizing Pharmaceutical Processes
Production processes and Purified Water quality can be assured through monitoring analytical parameters. For every stage of the manufacture of pharmaceuticals, METTLER TOLEDO in-line measurement systems deliver accurate, real-time evaluation of process conditions. Lees meer
Process Analytics Product Catalog
The METTLER TOLEDO Process Analytics Catalog provides a comprehensive overview of solutions for analytical measurements in liquid process applications, pure water monitoring and gas-phase measurement. Lees meer
Ontgrendel uitmuntende service - maximaliseer uw efficiëntie
Explore our Services - Tailored to Fit your Equipment
Performance. Onderhoud & Optimalisatie
Compliance. Kalibratie & Kwaliteit
Expertise. Training & Consulting
FAQs
What is a pH sensor housing?
A pH sensor housing is a piece of hardware that allows a pH sensor or ORP sensor to be connected in-line to an industrial process for continuous process control measurements. It can also allow a sensor to reach the desired depth in an open basin, pipe, closed tank, chemical reactor, bioreactor or fermentation vessel for pH measurement.
What type of pH sensor housing is best suited to my process?
A pH sensor housing enables an analytical sensor to be installed in-line into a process to ensure the sensor is protected and reaches the desired depths for obtaining optimum analysis results. The pH sensor housing that you choose depends on your process conditions and business requirements. Depending on the application, each connection type can have specific requirements for strength, safety, cleanliness, optimized performance, corrosion resistance, insertion depth or physical space. Process connection hardware ranges from simple drop-in immersion fittings to complex automated systems capable of cleaning your measuring equipment. METTLER TOLEDO can help you select the best hardware for your application.
What are the different types of pH sensor housings?
METTLER TOLEDO has four different pH sensor housing types. Stationary pH housings are installed statically in a vessel. They are used in sterile conditions and are in the InFit housing range. Retractable pH housings allow easy insertion/withdrawal of the measuring sensor without interrupting the ongoing process. They are used in processes which tend to cause sensor contamination or which run over long periods of time and are in the InTrac housing range. Flow-through housings are designed for measuring points in pipes as they allow continuous monitoring and direct insertion of the probe into the sample media. These housings are in the InFlow range. Finally, immersion housings are used in open vessels/channels and are in the InDip housing range. Their design allows sensor mounting and immersion into the media.