Micropilot MDesigned for continuous non-contact level measurement of liquids, particles, and slurries. Measurement is not affected by changes in medium, temperature, inert gases, and steam.
FMR230Speaker antenna, frequency:6GHzEspecially suitable for measuring buffer tanks and process tanks.
FMR231Rod antenna, frequency:6GHzSuitable for occasions that require strong chemical adaptability.
FMR240Equipped with a small horn antenna(1½')The frequency is26GHz,The accuracy is±3mmEspecially suitable for small containers. The waveguide can be used in horizontal or vertical tanksFMR244Speaker antenna, frequency:26GHzThe accuracy is±3mmStrong corrosion resistance.
FMR245The frequency is26GHzThe accuracy is±3mmStrong corrosion resistance and easy to clean.

Product Performance

·Two wire system technology,Economic type
·Non contact measurement: not affected by the characteristics of the medium
·Easy on-site operation through numerical display menu
·By operating software(ToF Tool)Realize simple configuration, file compilation, and diagnosis
·have2Frequency range-make an appointment6GHz(FMR230/FMR231)reach26GHz(FMR240/244/245): No interference, suitable for any application scenario
·HARTperhapsPROFIBUS-PACommunication Protocol and Foundation Fieldbus Protocol
·High temperature: suitable for up to+200℃（392℉）The process temperature can reach when using a high-temperature antenna+400℃（752℉）
·Rod antenna with shielding tube: can reliably measure in narrow connecting tubes and in tubes with condensation and adhesion

Function and System Design

·Measurement principle:MicropilotMa kind of'Top-down view'Time travel measurement system. Used for measuring from a reference point(Process connection point)The distance to the surface of the material. The antenna emits microwave pulses, which reflect off the surface of the tested material and are received by the radar system.

·Input: The antenna receives the reflected microwave pulse and transmits it to the electronic circuit. The microprocessor processes this signal and identifies the echo generated by the microwave pulse on the surface of the material. Clear signal recognition is achieved throughPulseMasterThe software is completed, which embodies years of experience in measuring time travel. The brick based algorithm of this software can achieve millimeter level accuracy.

·Output:MicropilotBy inputting the height of the empty tankE(=midnight)Full tank heightF(=full scale)And some application parameters are used for setting. The application parameters will automatically adapt the instrument to the measurement environment. For current output type instruments, data points'E'and'F'Corresponding to respectively4mAand20mAOutput, for digital output type and display module, they correspond to the level of the object, respectively0and****Linearization can be done manually or semi automatically on-site or remotely through input tables(*Many more32Points)In order to measure the levels of substances in spherical tanks, horizontal cylindrical tanks, and conical bottom tanks.