AMETEK Drexelbrook loop-powered level transmitters

Level range: 244 m
Process pressure: 10,000 psi
Process temperature: -40 °C - 75 °C

... applications: conductive, insulating, and heavy or light coating. Lite Model The Universal V™ Lite model is the entry level RF Capacitance measurement system without Cote-Shield™ capabilities. Lite models can be ...

Drexelbrook Universal II is a two wire RF admittance level transmitter, hat eliminates the need for line power in the field and saves costs for additional hardware. Universal II provides an output ...

Level range: max 12.2 m
Process temperature: max 100.0 °C

The DM330 is a magnetistrictive, two-wire loop powered intrinsically safe level sensor with configurable signal output of 4 to 20 mA. The flexible, patented PVDF model provides a ...

Level range: max 12.2 m

... magnetostrictive level transmitter is manufactured by Drexelbrook, and It uses proven machine tool positioning accuracy combined with a process compatible float to offer a liquid level, ...

Level range: 50 m

... performs level measurement up to 50m / 164 feet. The level measurement is performed continuous, non-contact which makes the transmitter is ideal for measurements in high and narrow, small ...

Level range: max 100.0 m
Process pressure: max 40.0 bar
Process temperature: max 150.0 °C

... DR6500 is a 2-wire 80 GHz radar (FMCW) level transmitter for demanding applications with powders and dusty atmospheres. The small angle of the beam, makes the radar very suited for continuous, non-contact ...

Level range: 0 m - 100 m
Process pressure: 0 bar - 40 bar
Process temperature: 200 °C

... negligible dead zone, this FMCW radar is ideal for continuous, non-contact level measurement in both extremely small and very high tanks up to 100m / 328 ft. DR7500 FMCW Radar level transmitter ...

Level range: 0 m - 100 m
Process pressure: 0 bar - 16 bar
Process temperature: 130 °C

... market entry level transmitter for liquids in basic process applications. This model has proven PP Drop antenna design which is insensitive to condensation. To ensure sharper resolution and higher ...