IDM341 Differential Pressure Transmitter


The IDM 341 is a differential pressure transmitter for non-aggressive gases and compressed air. Because of its compact and robust aluminium housing it is particularly suited for machine and plant engineering.

Datasheet
Mounting instruction
User Manual
Add to your Quote List

Silicon sensor
Plant and mechanical engineering

The IDM 341 is a differential pressure transmitter for non-aggressive gases and compressed air. Because of its compact and robust aluminium housing it is particularly suited for machine and plant engineering.

Basic element of the IDM 341 is a piezoresistive silicon sensor, which features high accuracy and excellent long term stability. In combination with our display and switching unit ASM 430 the user has a 4-digit LED-display for representing the differential pressure as well as up to 2 freely configurable contacts.

Features

  • differential pressure 0 … 6 mbar up to 0 … 1000 mbar
  • accuracy: 0.35 % / 1% / 2% FSO
  • piezoresistive silicon sensor
  • compact and robust aluminium housing
  • relative and differential pressure measurement
  • suited for non-aggressive gases and compressed air
  • current and voltage output signals in 2- and 3-wire systems
  • excellent long term stability

Optional Features

  • display and switching module with up to 2 contacts
  • customer specific versions

 

Input

3 3 0: Differential pressure, 3 3 1: Relative pressure
Pressure

0 0 6 0: 6 mbar, 0 1 0 0: 10 mbar, 0 2 0 0: 20 mbar, 0 4 0 0: 40 mbar, 0 6 0 0: 60 mbar, 1 0 0 0: 100 mbar, 1 6 0 0: 160 mbar, 2 5 0 0: 250 mbar, 4 0 0 0: 400 mbar, 6 0 0 0: 600 mbar, 1 0 0 1: 1000 mbar, S 0 6 6: -6 … 6 mbar on request, S 0 1 0: -10 … 10 mbar on request, S 0 2 0: -20 … 20 mbar on request, S 0 4 0: -40 … 40 mbar on request, S 0 6 0: -60 … 60 mbar on request, S 1 0 0: -100 … 100 mbar on request, S 1 6 0: -160 … 160 mbar on request, S 2 5 0: -250 … 250 mbar on request, S 4 0 0: -400 … 400 mbar on request, S 6 0 0: -600 … 600 mbar on request, S 1 0 0 2: -1000 … 1000 mbar on request, 9 9 9 9: Special measuring ranges on request
Output

1: 4 … 20 mA / 2-wire, 2: 0 … 20 mA / 3-wire, 3: 0 … 10 V / 3-wire, 9: others on request
Accuracy

3: Standard for pₙ > 160 mbar: 0.35 % FSO, 8: Standard for 40 mbar ≤ pₙ ≤ 160 mbar: 1.0 % FSO, G: Standard for pₙ < 40 mbar: 2.0 % FSO, 9: others on request
Electrical connection

1 0 0: Plug and socket ISO 4400, M 1 0: Connector M12x1 (4-pin), metal, T A 0: Cable outlet with PVC cable (IP67), 9 9 9: others on request
Mechanical connection

Q 0 0: G1/8" female thread, Y 0 0: Ø6.6 × 11 (for flexible hoses Ø6), 9 9 9: others on request
Seal

6: PUR, glued
Special version

0 0 0: Standard, 9 9 9: others on request








IDM341 Differential Pressure Transmitter
Technical advice: 03303 / 50 40 66

Technical advice for this product


    In accordance with the General Data Protection Regulation (GDPR), we are obliged to inform you about the collection of data. We meet this obligation by referring to our privacy notice.



    IDM341 Differential Pressure Transmitter

    IDM341 Differential Pressure Transmitter

    The IDM 341 is a differential pressure transmitter for non-aggressive gases and compressed air. Because of its compact and robust aluminium housing it is particularly suited for machine and plant engineering.

    Datasheet
    Mounting instruction
    User Manual
    Add to your Quote List

    Silicon sensor
    Plant and mechanical engineering

    The IDM 341 is a differential pressure transmitter for non-aggressive gases and compressed air. Because of its compact and robust aluminium housing it is particularly suited for machine and plant engineering.

    Basic element of the IDM 341 is a piezoresistive silicon sensor, which features high accuracy and excellent long term stability. In combination with our display and switching unit ASM 430 the user has a 4-digit LED-display for representing the differential pressure as well as up to 2 freely configurable contacts.

    Features

    • differential pressure 0 … 6 mbar up to 0 … 1000 mbar
    • accuracy: 0.35 % / 1% / 2% FSO
    • piezoresistive silicon sensor
    • compact and robust aluminium housing
    • relative and differential pressure measurement
    • suited for non-aggressive gases and compressed air
    • current and voltage output signals in 2- and 3-wire systems
    • excellent long term stability

    Optional Features

    • display and switching module with up to 2 contacts
    • customer specific versions

     

    Input

    3 3 0: Differential pressure, 3 3 1: Relative pressure
    Pressure

    0 0 6 0: 6 mbar, 0 1 0 0: 10 mbar, 0 2 0 0: 20 mbar, 0 4 0 0: 40 mbar, 0 6 0 0: 60 mbar, 1 0 0 0: 100 mbar, 1 6 0 0: 160 mbar, 2 5 0 0: 250 mbar, 4 0 0 0: 400 mbar, 6 0 0 0: 600 mbar, 1 0 0 1: 1000 mbar, S 0 6 6: -6 … 6 mbar on request, S 0 1 0: -10 … 10 mbar on request, S 0 2 0: -20 … 20 mbar on request, S 0 4 0: -40 … 40 mbar on request, S 0 6 0: -60 … 60 mbar on request, S 1 0 0: -100 … 100 mbar on request, S 1 6 0: -160 … 160 mbar on request, S 2 5 0: -250 … 250 mbar on request, S 4 0 0: -400 … 400 mbar on request, S 6 0 0: -600 … 600 mbar on request, S 1 0 0 2: -1000 … 1000 mbar on request, 9 9 9 9: Special measuring ranges on request
    Output

    1: 4 … 20 mA / 2-wire, 2: 0 … 20 mA / 3-wire, 3: 0 … 10 V / 3-wire, 9: others on request
    Accuracy

    3: Standard for pₙ > 160 mbar: 0.35 % FSO, 8: Standard for 40 mbar ≤ pₙ ≤ 160 mbar: 1.0 % FSO, G: Standard for pₙ < 40 mbar: 2.0 % FSO, 9: others on request
    Electrical connection

    1 0 0: Plug and socket ISO 4400, M 1 0: Connector M12x1 (4-pin), metal, T A 0: Cable outlet with PVC cable (IP67), 9 9 9: others on request
    Mechanical connection

    Q 0 0: G1/8" female thread, Y 0 0: Ø6.6 × 11 (for flexible hoses Ø6), 9 9 9: others on request
    Seal

    6: PUR, glued
    Special version

    0 0 0: Standard, 9 9 9: others on request








    Technical advice: 03303 / 50 40 66

    Technical advice for this product


      In accordance with the General Data Protection Regulation (GDPR), we are obliged to inform you about the collection of data. We meet this obligation by referring to our privacy notice.



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