Flush-mounted pressure and level transmitter
- Type KERAMESS 050 -
Features
- robust and compact for process pressure and filling level measurements, in a field casing of the protection class IP67 and with "FR" protection
- robust, oil-free ceramic measuring cell, overload and load-change resistant
- absolute and relative pressure measurement
- optionally with PSI 050 display module or FAM
Description
The design of the flush-mounted KERAMESS 050
pressure and level transducers, with their O-ring seals and welded
adaptations for pressure and level measurements without dead spaces,
renders them suitable for use under strict hygiene-controlled
conditions, as well as for crystallising or viscous media. The robust
stainless steel casing of the IP 67 protector design means that it is
suitable for all extreme and remnant-free cleaning processes, such as
those required for the food and pharmaceutical industries.
The design of the measuring transducers in the field housing protects them against water splashes, internal humidity and other adverse atmospheric influences.
The measuring element takes the form of a robust and corrosion-resistant ceramic membrane made from 96% or 99,9% aluminium oxide (depending on the application conditions). The imminent process pressure of the medium to be measured results in a slight mechanical displacement of the ceramic sensor membrane via the pressure connection. The resulting capacity change is in proportion to the pressure and is measured directly on the electrodes of the measuring membrane and the ceramic carrier. The devices require no maintenance.
The design of the measuring transducers in the field housing protects them against water splashes, internal humidity and other adverse atmospheric influences.
The measuring element takes the form of a robust and corrosion-resistant ceramic membrane made from 96% or 99,9% aluminium oxide (depending on the application conditions). The imminent process pressure of the medium to be measured results in a slight mechanical displacement of the ceramic sensor membrane via the pressure connection. The resulting capacity change is in proportion to the pressure and is measured directly on the electrodes of the measuring membrane and the ceramic carrier. The devices require no maintenance.
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