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Fisher FIELDVUE DLC3100 Digital Level Controller

Fisher FIELDVUE DLC3100 Digital Level Controller


With hart communication protocol
Sensors that can be mounted on fisher249 or without an external buoy
Output signal: 4-20mA, positive and negative action, high and low alarm
It can be used in applications where there is strong vibration, severe corrosion or material entrainment.
Meters with connectionless, contactless feedback technology have been added

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Fisher DLC3010 digital level controller


The Fisher DLC3010 digital level controller is used in conjunction with the level sensor to measure the level between two liquids


The interface level or specific gravity (density) of the liquid. They are communication sensing instruments with microprocessors. In addition to providing 4 to 20 mA


The normal function of the current signal, the Fisher DLC3010 digital level controller can also be easily accessed via the HART communication protocol


Ask for important information about process operations


Features and benefits


Simplified setup and calibration - The meter can be configured to use default sensor data, zero level offset, differential process SG as well


Zero/range only program for quick replacement of analog transmitters (4-20mA output only). To achieve full complement


Compensation and diagnostic function, it is recommended to complete sensor data input and calibration. Digital fluid by using electronic installation wizard


Bit controller startup is very simple and fast. Level and temperature alarms, gravity gauges, calibration valve internals and trends can be accessed at any time


Row Settings. The Fisher DLC3010 series digital level controllers also support range resetting without the need for a liquid reference.


Small process change response - High gain analog to digital conversion is accurate and enables the measurement of small changes in the variable under test. This cost


The Hill DLC3000 series digital level controllers can be used in difficult level, interface or density applications. In addition,


The adjustable input filter and output damping help reduce fluctuations in the output signal due to liquid turbulence resulting from the buoy.



Reduced temperature impact - Does an internal temperature sensor guarantee the performance of a digital level controller regardless of the ambient temperature


Stable. Depending on the temperature input signal via the HART protocol or RTD connected to the meter, the digital level controller also works


Automatically compensates for changes in specific gravity due to temperature differences. User-supplied tables can be implemented by entering up to ten linear segments this function.


Other compensation - Instrumental measurement algorithms correct for small movements of the float as buoyancy changes in order to calculate the true valve cage or volume


The liquid level of the device. This provides additional precision on shorter pontoons.


Robust construction - Mechanical guards in digital level controllers are designed to help the controller withstand stress during installation or transportation


See physical damage without affecting performance. The fully packaged printed circuit board is resistant to vibration, high temperature and corrosion


Gas. When the coupling access port is opened, the connecting rod assembly is fixed in the middle position to ensure stable transport of the separately purchased transmitter.


We have set screws for cover and protective cover handles


Easy maintenance - field wiring connections in the chamber are separated from electronic components. Prevents field wiring from bringing moisture into the shell


Sound electronic components. It also simplifies installation and maintenance. No need to remove the digital level controller for troubleshooting or servicing. module


The chemical structure can be repaired on site. If it is necessary to remove the digital level controller for shop maintenance and calibration, disconnection is not required


Onsite wiring.


Alarm Jumper - Fisher DLC3000 Series digital level controllers are self-diagnostic and can detect the resulting variable under test


Errors with inaccurate quantities. The instrument can also be configured to indicate the variable under test with high and low alarms. An alarm or error has been detected for the variable under test


In case of error, the analog output signal will be higher or lower than the normal range of 4 to 20 mA, depending on the alarm jumper selected by the user


Location. The factory jumper of the device is set to high


Specifications

  • Area Classification

  • Intrinsically Safe, Explosion Proof, Dust Ignition Proof, Flame Proof

  • Certifications

  • CSA

  • Communication Protocol

  • HART® 5-7, 4-20 mA Analog

  • Data Interface

  • Wired

  • Diagnostics

  • Yes, complies to NE107

  • Mounting Type

  • 248 Series Level Sensor Torque Tube Arm Mounted

  • Operating Temperature

  • -40C to 80C

  • Power Source

  • Loop Power

  • Process Control

  • Level, interface, density

  • Local User Interface

  • Yes, four push buttons and LCD

  • Local User Interface

  • Yes, 4 push buttons and LCD

  • Other Configurations

  • Contact your local Emerson business partner or sales office to learn about additional specifications or options for this product.

  • Other Configurations

  • Contact your local Emerson business partner or sales office to learn about additional specifications or options for this product.


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