Fisher FIELDVUE DVC6200f

FIELDVUE™ DVC6200f digital valve controllers are communicating, microprocessor-based current-to-pneumatic instruments with linkage-less, non-contact travel feedback. Three important functions are performed by the DVC6200f instrument:

  • Controlling the movement of a valve stem or shaft by converting the digital input signal from the process controller to a pneumatic output signal to the actuator.
  • Automatic calibration and configuration using the power of microprocessor technology.
  • Communication capability via the FOUNDATION™ fieldbus protocol to provide instrument and valve diagnostic information.

Registered by the Fieldbus Foundation, the DVC6200f uses the patented linkage-less, non-contact travel feedback technology. It offers an all digital Foundation fliedbus open communication protocol.

When installed in an Emerson Process Management PlantWeb™ system, the instrument will continually run valve diagnostics on-board. If and when problems are detected, the information can be directed to the appropriate personnel, automatically.

Quick Response (QR) Codes:

FIELDVUE™ instruments are being shipped with Quick Response (QR) codes. What does this mean for you?

Now you can access field support webpages for FIELDVUE instruments that include installation vidoes and user guides related to:

  • Mounting
  • Instruction Manuals
  • Quick Start Guides
  • Software files
  • Link to Local Business Partners (LBPs) for live support

QR codes currently on FIELDVUE instruments are shown below:

*QR codes can be accessed from any smart device including phones and tablets if they have a camera and a QR code scanning application. There are a number of free QR code scanning applications available on Google Play for Android devices and on the Apple store. Once the application is downloaded, the QR code can be scanned to give the user instant access to the field support webpage. Loading the webpage after scanning may take a moment.

 

 

Learn more about the DVC6200f – Reliable. Easy to use. Safe.