Level Transmitter Eliminates Impulse Lines And Capillaries

Level Transmitter Eliminates Impulse Lines And Capillaries
Endress+Hauser Inc.

Eliminating issues associated with traditional differential pressure measurements by doing away with impulse lines or capillaries, the Deltabar FMD71 level transmitter uses two pressure sensor modules, each connected to a single transmitter. Using a Ceraphire ceramic sensor in the pressure sensor modules, the transmitter calculates the differential pressure from both sensors and transmits the level, volume, or mass via 4 to 20 mA with HART as a standard two-wire loop-powered device. One sensor module measures the hydrostatic pressure and the other the head pressure. Each sensor sends a digital signal corresponding to temperature compensated measured pressure to the transmitter. Additionally, each sensor in the FMD71 system has 0.075% reference accuracy, maximum nominal pressure measurement of -15 to 600 psig, and a -40°F to 302°F process temperature capability. For more details, visit http://www.us.endress.com/en/products/pressure/deltabar-FMD72?highlight=Deltabar%20FMD71%20  

Endress+Hauser Inc.
Greenwood, IN
[email protected]

Contact Info

Company: Endress+Hauser Inc.
Country: United States (USA)
Phone number: 888-363-7377
Fax: 317-535-8498

Suggested Articles

AMD and Nvidia saw 6% drop, joining long list of losers

Interconnections supplier Amphenol Corp. has downgraded its Q1 2020 fiscal guidance due to coronavirus effects on its business.

New Ethos-U55 with Cortex-M is designed for industry and IoT edge