General Information APG MPI-E Chemically Resistant Magnetostrictive provides highly accurate and repeatable level readings in a wide variety of liquid level measurement applications. The MPI-R’s large, buoyant, and robust float allows for use in harsh applications where fouling or buildup might otherwise be of concern. The MPI-E’s lighter weight design allows it to be used […]
Description APG MPX-E/R Explosion Proof Magnetostrictive provides highly accurate and repeatable level readings in a wide variety of liquid level measurement applications. The MPX-R’s large, buoyant, and robust float allows it to be used in harsh applications where fouling or buildup might otherwise be of concern. The MPX-E’s lighter weight design allows it to be […]
Description Transmitter features a 316L SS flexible tubing braided stem that uncoils easily for simple installation in tall tanks. The MPX-F does almost everything you expect from an MPX, but with more flexibility. Its 316L SS flexible tubing with braided stem simplifies installation in tall tanks. The MPX Series Magnetostrictive Level sensor provides highly accurate […]
Overview APG MPI-T Titanium Stem Magnetostrictive Float Level Transmitter provides highly accurate and repeatable level readings in a wide variety of liquid level measurement applications. The MPI-R’s large, buoyant, and robust float allows for use in harsh applications where fouling or buildup might otherwise be of concern. The MPI-E’s lighter-weight design allows it to be […]
General Information APG MPI-F Flexible Magnetostrictive Float Level Transmitter features a 316L SS flexible tubing braided stem that uncoils easily for simple installation in tall tanks. The MPI Series Intrinsically Safe Magnetostrictive Level sensor provides highly accurate and repeatable level readings in a wide variety of liquid level measurement applications. The MPI-R’s large, buoyant, and […]
General Information APG True Echo Pulse Radar Level Transmitter For Liquids PRL with radar sensors emit low-energy, high-frequency electromagnetic impulses, generated by the sensor’s circuitry. For Guided Wave Radar sensors, these electromagnetic waves are propagated along a probe, which is semi-submerged in the substance to be measured. For Free Air Radar sensors, the waves travel […]