Can Htg (hydrostatic Tank Gauging) Be Achieved Using A Single Fieldbu

1.	Can Htg (hydrostatic Tank Gauging) Be Achieved Using A Single Fieldbus Instrument? If So, How?
Answer» It should be POSSIBLE. Multivariable transmitters are well-supported by the IEC and FF PROTOCOLS. A fieldbus HTG instrument might connect directly to multiple sensors (pressure, temperature) or might PERHAPS USE a local MULTIDROP HART bus to connect to standard HART transmitters. (These could also be powered from the fieldbus, through an embedded dc-to-dc converter in the HTG device.) It should be possible. Multivariable transmitters are well-supported by the IEC and FF protocols. A fieldbus HTG instrument might connect directly to multiple sensors (pressure, temperature) or might perhaps use a local multidrop HART bus to connect to standard HART transmitters. (These could also be powered from the fieldbus, through an embedded dc-to-dc converter in the HTG device.)

Can Htg (hydrostatic Tank Gauging) Be Achieved Using A Single Fieldbus Instrument? If So, How?

Answer»

It should be POSSIBLE. Multivariable transmitters are well-supported by the IEC and FF PROTOCOLS. A fieldbus HTG instrument might connect directly to multiple sensors (pressure, temperature) or might PERHAPS USE a local MULTIDROP HART bus to connect to standard HART transmitters. (These could also be powered from the fieldbus, through an embedded dc-to-dc converter in the HTG device.)

It should be possible. Multivariable transmitters are well-supported by the IEC and FF protocols. A fieldbus HTG instrument might connect directly to multiple sensors (pressure, temperature) or might perhaps use a local multidrop HART bus to connect to standard HART transmitters. (These could also be powered from the fieldbus, through an embedded dc-to-dc converter in the HTG device.)

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