![]() ![]() The result is true level-measurement redundancy in a single-chamber design. Since the signal from the ECLIPSE transmitter is carried within a waveguide, process conditions that hamper other measurement technologies have virtually no effect on the ECLIPSE unit's accuracy and reliability. ![]() The AURORA magnetic level indicator combines the operating system of a conventional float-based magnetic level indicator (ATLAS) with the leading edge Eclipse® Guided Wave Radar transmitter. Level is indicated or "read" by the corresponding point on the measuring scale. The position of the follower, or point at which the flags change color, represents true level. ![]() Float movement rotates the flags and changes their color, or in the case of the follower moves the follower to the point of level. The individual flags or the follower contain an alignment magnet that couples with the float magnets as the float moves up or down within the piping column. It contains the choice of indicator, either a series of flags or a follower (also known as a shuttle). In response to the level movement the float moves up or down accordingly.Ĭlamped to the piping column in total isolation from the process liquid is a visual indictor housing. A rise or fall of the fluid in the process tank corresponds to a similar change within the piping column. Within the ATLAS chamber is a float containing an internal group of magnets. ![]()
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