METTLER TOLEDO InFit 761e &764e Static Housings
For a Wide Range of Industrial Processes
The InFit® 761e / 764e allows quick and easy installation (vertically or laterally into vessels, bioreactors and pipes) of electrodes and sensors with Pg 13.5 thread
and a diameter of 12 mm. This allows the use of a large range of pH / redox electrodes with solid or gel-type reference electrolyte as well as sensors for measuring conductivity, turbidity, dissolved oxygen and dissolved CO2. The InFit 761e housing is designed for use in the chemical and pharmaceutical industries (including
hazardous areas) as well as in biotechnological and food & beverage applications.
The InFit 764e housing provides quick and easy integration of pressurized pH / redox electrodes with liquid reference electrolyte into applications in the chemical and pharmaceutical industries, as well as those in biotechnological, food & beverage and industrial wastewater areas.
Available: Canada Wide
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Description
Reliable Design for Hygienic Processes
With its stainless steel finish, the InFit 761e / 764e housing can stand up to harsh industrial environments and meet the most extreme hygienic requirements.
Option for Enhanced Sensor Protection
In order to protect the sensor against abrasive solids in the process medium, the InFit 761e / 764e housing offers a surrounding protective cage.
Extensive Range of Process Applications
The InFit 761e permits the use of 12 mm pH, ORP, DO, CO2, turbidity and conductivity sensors into a wide range of in-line process applications.
Versatile for Static Installations
Due to the wide availability of materials, O-rings, process connections and insertion lengths, the InFit 761e / 764e family is a truly versatile stationary housing.
Manufacturer info
Mettler Toledo’s precision instruments are the foundation of research and quality control labs all over the world. High-performance weighing solutions offer a basis for solid R&D results. Pipettes are an essential tool for life science research. Thermal analysis instruments help to improve materials and their thermal behavior. Automated chemistry solutions accelerate the development of new chemicals.
