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EMF / Magmeters
OPTIFLUX Overview
OPTIFLUX sets standards
Inbuilt diagnostics
Operating concept
One for all applications
OPTIFLUX Sensors
Signal converters
Special Purpose Flowmeters
Variable Area Flowmeters
Ultrasonic Flowmeters
Mass Flowmeters
Vortex Flowmeters
Flow Controllers
Level Measurement
Temperature & Pressure
Analysis
Batching Controller
Complete Batching Systems
Exi Controller
Exi Indicator
Communications
Loading Software

The unique inbuilt diagnostics

The inbuilt diagnostics not only fulfil the NAMUR guidelines, they exceed them by far. The new converter can check and detect whether it is still within its specifications or has been correctly installed.
The 3 x 100% diagnostics consist of:

100% Applications Diagnostics

A working group led by NAMUR - consisting of representatives and users - analysed all measuring technologies. They defined for each one the application problems that an optimum meter would be able to detect.

The indications given by OPTIFLUX together with a possible exclusion diagnosis by the user will certainly help you to conclude what the problem is in the application.

100% Out-of-spec Diagnostics

The OPTIFLUX checks periodically whether it is still working to within its specifications.
The following is checked:
the accuracy by internally feeding in a test signal
the linearity of the meter
the accuracy of the field current used to
generate the magnetic field

The test results can be viewed at any time using HART and KROHNE?s new PACTware tool, and the diagnostic results can be printed out. There is no longer any need for time-consuming test measurements.


100% Meter Diagnostics

Diagnostics normally refers to the meters diagnostics, which in the case of OPTIFLUX covers all these items:
Microprocessor test
Software test
Memory test
Electronics? temperature test
Output tests for interruption, and the correct load

The OPTIFLUX vitality check
Fulfils and even exeeds the VDI/VDE/NAMUR - Guideline 2650
Accuracy check
Gas bubbles
Electrode corrosion
Conductivity too low
Liner damage
Electrode fouling
External magnetic fields
Short-circuited electrodes
Partial filling
Change in flow profile
Change in conductivity

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