button cancel
Try searching by key words, order- or product code or serial number e.g. “CM442” or “Technical information”
Enter at least 2 characters to start the search.
Proservo NMS83 - Tank gauging instrument

Servo tank gauging instrument
Proservo NMS83

High precision servo measurement for liquid level, interface and density for hygienic applications

NMS83
Loading price
Prices temporarily unavailable
Price on request
activating price
price: provide information
from CHF ??.-
Filter Measuring / Application task
Filter Measuring / Application task
Measuring / Application task

Configure to download the CAD drawings of this product

Close Show results

  • Measuring principle

    Servo / Float Tank Gauging

  • Characteristic / Application

    Servo Tank Gauging: High precision measurement for liquid level,
    interface, spot density and density profile for hygienic applications

  • Specialities

    Custody transfer level measurement
    Interface measurement
    Spot density, density profile measurement

  • Supply / Communication

    85-264VAC
    52-74VAC
    19-64VDC

  • Accuracy

    up to 0.4 mm

  • Ambient temperature

    Standard:
    -40°C…60°C
    (-40°F...140°F)
    For calibration to regulatory
    standards:
    -25°C…55°C
    (-13°F...131°F)

  • Process temperature

    -200°C...200°C
    (-328°F...392°F)

  • Process pressure / max. overpressure limit

    6 bar abs

  • Main wetted parts

    316L, AlloyC276, PTFE

  • Process connection

    Flange:
    DN80/3" / DN150/6"

  • Max. measurement distance

    22 m (72 ft)

  • Communication

    Outputs:
    Fieldbus: Modbus RS485, V1, WM550
    HART, BPM and TRL/2 (via GE option)
    Analog 4-20mA output (Exi/ Exd)
    Relay output (Exd)
    Inputs:
    Analog 4-20mA input (Exi/ Exd)
    2-, 3-, 4-wire RTD input
    Discrete input (Exd, passive/ active)

  • Certificates / Approvals

    ATEX, FM, IEC Ex, EAC, JPN Ex, KC Ex,
    INMETRO, NEPSI, UK Ex

  • Safety approvals

    Overfill protection WHG
    SIL

  • Design approvals

    EN 10204-3.1
    NACE MR0175, MR0103

  • Metrological approvals and certificates

    OIML, NMi, PTB

  • Options

    Redundant fieldbus
    Weather protection cover
    CIP (Cleaning in Place)
    Relief valve
    Gas purging nozzle connection
    Pressure gauge
    Cleaning nozzle connection

  • Application limits

    Stilling well or guide wires for turbulent
    application
    Recommend PTFE displacer for high
    viscosity application
    Interface measurement requires min. difference of 0.100 g/ml
    between layers

  • Measuring principle

    Servo / Float Tank Gauging

  • Characteristic / Application

    Servo Tank Gauging: High precision measurement for liquid level,
    interface, spot density and density profile for hygienic applications

  • Supply / Communication

    85-264VAC

  • Ambient temperature

    Standard:
    -40°C…60°C
    (-40°F...140°F)
    For calibration to regulatory
    standards:
    -25°C…55°C
    (-13°F...131°F)

  • Process temperature

    -200°C...200°C
    (-328°F...392°F)

  • Process pressure

    6 bar abs

  • Wetted parts

    316L, AlloyC276, PTFE

  • Output

    Outputs:
    Fieldbus: Modbus RS485, V1, HART
    Analog 4-20mA output (Exi/ Exd)
    Relay output (Exd)
    Inputs:
    Analog 4-20mA input (Exi/ Exd)
    2-, 3-, 4-wire RTD input
    Discrete input (Exd, passive/ active)

  • Certificates / Approvals

    ATEX, FM, IEC Ex, NEPSI, EAC

  • Options

    Redundant fieldbus
    Weather protection cover
    CIP (Cleaning in Place)
    Relief valve
    Gas purging nozzle connection
    Pressure gauge
    Cleaning nozzle connection

  • Specialities

    Custody transfer level measurement
    Interface measurement
    Spot density, density profile measurement

  • Measuring range

    22 m (72 ft)

  • Other approvals and certificates

    EN 10204-3.1
    NACE MR0175, MR0103
    OIML, NMi, PTB

Compare products

We value your privacy

We use cookies to enhance your browsing experience, collect statistics to optimize site functionality, and deliver tailored advertisements or content.

By selecting "Accept all", you consent to our use of cookies.
For further details please review our cookie policy .