FIELDVUE DLC3020f Fieldbus Digital Level Controller

FIELDVUE DLC3020f Fieldbus Digital Level Controller

Fisher™ FIELDVUE™ DLC3020f digital level controller is a FOUNDATION™ fieldbus communicating instrument used to measure liquid level or the level of interface between two liquids using displacement sensor technology. In addition to the normal function of reporting process level PV, the DLC3020f, using FOUNDATION fieldbus protocol, gives easy access to information critical to process operation and will readily integrate into a new or existing control system. 

Any questions?

Frank Beckius
Education Manager
Phone. +46 54-57 92 36

Frank.Beckius@askalon.se

Niklas Pettersson
Account Manager
Phone. +46 54-57 92 09

Niklas.Pettersson@askalon.se

Laila Myrhdal Madsen
Inside Sales Engineer
Phone. +45 2112 3345

Laila.Madsen@askalon.dk

Morten Noppenau
Area Account Manager East
Mob. +45 2121 3491

Morten.Noppenau@askalon.dk

Satu Mäkelä
Key Account Manager
Phone. +358 207 416 207

Satu.Makela@askalon.fi

Taneli Luhanko
Inside Sales Engineer
Phone. +358 207 416 202
Mob. +358 407 574 208

Taneli.Luhanko@askalon.fi

Area Classification Intrinsically Safe, Explosion Proof, Dust Ignition Proof, Flame Proof, Non-incendive, Type N
Certifications CSA, FM, ATEX, IECEx, INMETRO, CUTR, NEPSI, PED
Communication Protocol FOUNDATION Fieldbus
Data Interface Wired
Diagnostics Yes
Mounting Type 249 Series Torque Tube Arm Mounted
Operating Temperature Standard Temperature
Position Control Monitoring
Power Source Loop Powered (2-Wire)ed (2-Wire)
Process Control Level
  • Features the latest in user interface technology. In addition to reporting the PV, the DLC3020f can act as a PID controller or level switch.
  • Guided set-up and calibration leads you through instrument set-up, process fluid selection, and calibration in an easy-to-use format.
  • Dynamic temperature compensation integration of process fluid temperature, when needed, enables density compensation to maintain PV accuracy.
  • Easily select/define process fluids allowing for fluid changes without requiring re-calibration.
  • Logs, including calibration, instrument set-up, and process fluid data, can be saved for future reference or re-used in batch or continuous applications.
  • State-of-the-art Emerson advanced electronics provide increased performance and reliability.

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