TIIS Certification Obtained: pH Sensor 'InPro 4260i'
A pH sensor optimal for chemical applications with intrinsically safe explosion-proof construction (Labor Inspection Explosion-Proof). Featuring the new XEROLYT EXTRA comparative polymer.
basic information
Ideal electrodes for prolonging the lifespan of chemical applications 【Features】 ○ Utilizes polymer electrolyte to accurately measure pH even in harsh measurement environments ○ The liquid junction of the electrode is in direct contact with the test liquid Eliminates measurement errors caused by clogging of the liquid junction, commonly seen in viscous liquids and liquids containing many particles ○ Fast response and accurate temperature compensation ○ VP connector (analog type) is waterproof, ensuring a reliable connection, while the digital type is unaffected by humidity. ● For more details, please download the catalog or contact us.
Delivery Time
OTHER
Model number/Brand name
InPro4260
Applications/Examples of results
For more details, please contact us.
Related Videos
catalog（9）
Download All Catalogs
【Process Equipment】 Accurate pH Measurement for Chemical Applications 'InPro4260i' Data Sheet
Utilization of inline analysis measurement in technical data and process measurement/control.
Technical Data / Process Measurement/Control: pH Measurement for Corrosion Prevention in Refineries
Technical Data / Process Measurement/Control: pH Control in Propylene Oxide Production
Technical Documentation: Optimization of pH Workflow
Technical Data - Water Quality Management: pH Control in Ethylene Oxide Production
[Case Study] Sensors Essential for Process Control at Mitsubishi Chemical Corporation
Technical Data / Process Measurement/Control: pH Control in Phosgene Removal during TDI Manufacturing
Technical Data - Water Quality Management: pH Control in the Removal of Sour Water
News about this product（5）
-
[Technical Documentation] Know-how for pH Measurement in Chemical Industry Process Analysis
The application note details that inline analysis of pH and gas is essential to overcome the most complex challenges in processes within the chemical industry. This guide also discusses the reduction of maintenance needs through automation solutions and the minimization of risks to worker safety.
-
【NEW!】pH Measurement Theory Guide for Industrial Process Analysis
The measurement and control of pH play a very important role in a wide range of processes in pharmaceuticals, chemicals, and food and beverages. By the way, what exactly is pH? Why is it so important? Also, how do pH sensors work? For those who want to see all 108 pages, please visit the Mettler Toledo website.
-
Introduction to the pH Theory Guide for Inline Process Analysis
The measurement and control of pH play a very important role in a wide range of processes in pharmaceuticals, chemicals, and food and beverage industries. By the way, what exactly is pH? Why is it so important? And how do pH sensors work? Our guide contains all the answers.
-
Introduction to the sensor calibration estimation site: Displaying the advantages of digital sensors and analog sensors in terms of cost.
The biggest advantage of the ISM sensor equipped with Mettler Toledo's digital technology is that it significantly reduces the burden of sensor calibration and maintenance. You can quantify the number of sensors used in your loop, the number of calibrations per month, and the associated labor costs to estimate the savings. Please give it a try before your next sensor calibration.
-
(Easily find pH sensors!) Introduction to a pH sensor selector site for chemical processes.
Mettler Toledo offers a wide range of pH sensors to suit various applications. Please choose the sensor that best fits your process from our extensive product lineup. By selecting your process conditions in the form below, the pH sensor selector will recommend sensors that meet your needs.
