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BMXART0814 Product picture Schneider Electric

Range: Modicon X80 I/Os

Standard environment

BMXART0814

BMXART0814 Product picture Schneider Electric
Range: Modicon X80 I/Os

Standard environment

BMXART0814

analog input module M340 - 8 inputs - temperature

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  • Main
    range of product
    Modicon X80
    product or component type
    Analog input module
    electrical connection
    2 connectors 40 ways
    Isolation between channels
    Isolated
    input level
    Low level
    analogue input number
    8
    analogue input type
    Voltage +/- 1.28 V
    Voltage +/- 160 mV
    Voltage +/- 320 mV
    Voltage +/- 40 mV
    Voltage +/- 640 mV
    Voltage +/- 80 mV
    Resistor 400 Ohm 2 wires
    Resistor 400 Ohm 3 wires
    Resistor 400 Ohm 4 wires
    Resistor 4000 Ohm 2 wires
    Resistor 4000 Ohm 3 wires
    Resistor 4000 Ohm 4 wires
    Temperature probe -100...+260 °C Cu 10
    Temperature probe -100...+450 °C Pt 100 UL/JIS
    Temperature probe -100...+450 °C Pt 1000 UL/JIS
    Temperature probe -200...+850 °C Pt 100 IEC
    Temperature probe -200...+850 °C Pt 1000 IEC
    Temperature probe -60...+180 °C Ni 100
    Temperature probe -60...+180 °C Ni 1000
    Thermocouple +130...+1820 °C thermocouple B
    Thermocouple +270...+1300 °C thermocouple N
    Thermocouple -200...+600 °C thermocouple U
    Thermocouple -200...+760 °C thermocouple J
    Thermocouple -200...+900 °C thermocouple L
    Thermocouple -270...+1000 °C thermocouple E
    Thermocouple -270...+1370 °C thermocouple K
    Thermocouple -270...+400 °C thermocouple T
    Thermocouple -50...+1769 °C thermocouple R
    Thermocouple -50...+1769 °C thermocouple S
    Complementary
    analog/digital conversion
    Sigma delta 16 bits
    analogue input resolution
    15 bits + sign
    input impedance
    10 MOhm
    permitted overload on inputs
    +/- 7.5 V +/- 1.28 V
    +/- 7.5 V +/- 160 mV
    +/- 7.5 V +/- 320 mV
    +/- 7.5 V +/- 40 mV
    +/- 7.5 V +/- 640 mV
    +/- 7.5 V +/- 80 mV
    common mode rejection
    120 dB 50/60 Hz
    differential mode rejection
    60 dB 50/60 Hz
    cold junction compensation
    External by Pt100 probe
    type of filter
    First order digital filtering
    nominal read cycle time
    200 ms with thermocouple
    400 ms with temperature probe
    measurement error
    +/- 0.7 °C Ni 1000 25 °C
    +/- 2 °C Pt 100 0...60 °C
    +/- 2 °C Pt 1000 0...60 °C
    +/- 2.1 °C Ni 100 25 °C
    +/- 2.1 °C Pt 100 25 °C
    +/- 2.1 °C Pt 1000 25 °C
    +/- 2.7 °C thermocouple U 25 °C
    +/- 2.8 °C thermocouple J 25 °C
    +/- 3 °C Ni 100 0...60 °C
    +/- 3 °C thermocouple L 25 °C
    +/- 3.2 °C thermocouple R 25 °C
    +/- 3.2 °C thermocouple S 25 °C
    +/- 3.5 °C thermocouple B 25 °C
    +/- 3.7 °C thermocouple E 25 °C
    +/- 3.7 °C thermocouple K 25 °C
    +/- 3.7 °C thermocouple N 25 °C
    +/- 3.7 °C thermocouple T 25 °C
    +/- 4 °C Cu 10 0...60 °C
    +/- 4 °C Cu 10 25 °C
    +/- 4.5 °C thermocouple J 0...60 °C
    +/- 4.5 °C thermocouple L 0...60 °C
    +/- 4.5 °C thermocouple R 0...60 °C
    +/- 4.5 °C thermocouple S 0...60 °C
    +/- 4.5 °C thermocouple U 0...60 °C
    +/- 5 °C thermocouple B 0...60 °C
    +/- 5 °C thermocouple E 0...60 °C
    +/- 5 °C thermocouple K 0...60 °C
    +/- 5 °C thermocouple N 0...60 °C
    +/- 5 °C thermocouple T 0...60 °C
    <= 0.15 % of full scale +/- 1.28 V 0...60 °C
    <= 0.15 % of full scale +/- 160 mV 0...60 °C
    <= 0.15 % of full scale +/- 320 mV 0...60 °C
    <= 0.15 % of full scale +/- 640 mV 0...60 °C
    <= 0.15 % of full scale +/- 80 mV 0...60 °C
    <= 0.2 % of full scale +/- 40 mV 0...60 °C
    <= 0.2 % of full scale 4000 Ohm 0...60 °C
    <= 0.3 % of full scale 400 Ohm 0...60 °C
    0.05 % of full scale +/- 1.28 V 25 °C
    0.05 % of full scale +/- 160 mV 25 °C
    0.05 % of full scale +/- 320 mV 25 °C
    0.05 % of full scale +/- 40 mV 25 °C
    0.05 % of full scale +/- 640 mV 25 °C
    0.05 % of full scale +/- 80 mV 25 °C
    0.12 % of full scale 400 Ohm 25 °C
    0.12 % of full scale 4000 Ohm 25 °C
    1.3 °C Ni 1000 0...60 °C
    temperature drift
    25 ppm/°C 400 Ohm
    25 ppm/°C 4000 Ohm
    25 ppm/°C Ni 1000
    25 ppm/°C thermocouple B
    25 ppm/°C thermocouple E
    25 ppm/°C thermocouple J
    25 ppm/°C thermocouple K
    25 ppm/°C thermocouple L
    25 ppm/°C thermocouple N
    25 ppm/°C thermocouple R
    25 ppm/°C thermocouple S
    25 ppm/°C thermocouple T
    25 ppm/°C thermocouple U
    30 ppm/°C +/- 1.28 V
    30 ppm/°C +/- 160 mV
    30 ppm/°C +/- 320 mV
    30 ppm/°C +/- 40 mV
    30 ppm/°C +/- 640 mV
    30 ppm/°C +/- 80 mV
    30 ppm/°C Cu 10
    30 ppm/°C Ni 100
    30 ppm/°C Pt 100
    30 ppm/°C Pt 1000
    recalibration
    Internal
    detection type
    Open circuit Cu 10
    Open circuit Ni 100
    Open circuit Ni 1000
    Open circuit Pt 100
    Open circuit Pt 1000
    Open circuit thermocouple B
    Open circuit thermocouple E
    Open circuit thermocouple J
    Open circuit thermocouple K
    Open circuit thermocouple L
    Open circuit thermocouple N
    Open circuit thermocouple R
    Open circuit thermocouple S
    Open circuit thermocouple T
    Open circuit thermocouple U
    maximum wiring resistance
    20 Ohm 2 wires Cu 10
    20 Ohm 2 wires Ni 100
    20 Ohm 2 wires Pt 100
    20 Ohm 3 wires Cu 10
    20 Ohm 3 wires Ni 100
    20 Ohm 3 wires Pt 100
    200 Ohm 2 wires Ni 1000
    200 Ohm 2 wires Pt 1000
    200 Ohm 3 wires Ni 1000
    200 Ohm 3 wires Pt 1000
    50 Ohm 4 wires Cu 10
    50 Ohm 4 wires Ni 100
    50 Ohm 4 wires Pt 100
    500 Ohm 4 wires Ni 1000
    500 Ohm 4 wires Pt 1000
    measurement resolution
    0.1 °C Cu 10
    0.1 °C Ni 100
    0.1 °C Ni 1000
    0.1 °C Pt 100
    0.1 °C Pt 1000
    0.1 °C thermocouple B
    0.1 °C thermocouple E
    0.1 °C thermocouple J
    0.1 °C thermocouple K
    0.1 °C thermocouple L
    0.1 °C thermocouple N
    0.1 °C thermocouple R
    0.1 °C thermocouple S
    0.1 °C thermocouple T
    0.1 °C thermocouple U
    1280/2exp14 mV +/- 1.28 V
    160/2exp14 mV +/- 160 mV
    320/2exp14 mV +/- 320 mV
    40/2exp14 mV +/- 40 mV
    40/2exp14 mV 400 Ohm
    4000/2exp14 mV 4000 Ohm
    640/2exp14 mV +/- 640 mV
    80/2exp14 mV +/- 80 mV
    maximum conversion value
    +/- 100 % 400 Ohm
    +/- 100 % 4000 Ohm
    +/- 102.5 % +/- 1.28 V
    +/- 102.5 % +/- 160 mV
    +/- 102.5 % +/- 320 mV
    +/- 102.5 % +/- 40 mV
    +/- 102.5 % +/- 640 mV
    +/- 102.5 % +/- 80 mV
    status LED
    1 LED green RUN
    1 LED per channel green channel diagnostic
    1 LED red ERR
    1 LED red I/O
    product weight
    0.165 kg
    current consumption
    150 mA at 3.3 V DC
    Environment
    vibration resistance
    3 gn
    shock resistance
    30 gn
    ambient air temperature for storage
    -40...85 °C
    ambient air temperature for operation
    0...60 °C
    relative humidity
    5...95 % 55 °C without condensation
    IP degree of protection
    IP20
    product certifications
    CE
    CSA
    UL
    RCM
    Merchant Navy
    EAC
    standards
    EN/IEC 61131-2
    EN/IEC 61010-2-201
    UL 61010-2-201
    CSA C22.2 No 61010-2-201
    protective treatment
    TC
    environmental characteristic
    3C3 conforming to EN/IEC 60721-3-3
    3C4 conforming to EN/IEC 60721-3-3
    operating altitude
    0...2000 m
    2000...5000 m (with derating factor)
    Offer Sustainability
    Sustainable offer status
    Green Premium product
    RoHS (date code: YYWW)
    REACh
    Product environmental profile
    Product end of life instructions
    Contractual warranty
    Warranty period
    18 months
  • Documents and Downloads

    Language
    • English
    Catalogue
    Date
    Size
    Add to My Documents
    User guide
    Date
    Size
    Add to My Documents
    Date 2018/02/27
    Size 8.3 MB
    Date 2018/01/29
    Size 1.7 MB
    Date 2018/01/29
    Size 1.6 MB
    Date 2018/09/06
    Size 3.5 MB
    Date 2018/09/06
    Size 2.2 MB
    Brochure
    Date
    Size
    Add to My Documents
    Innovative energy-efficient solutions to power containerships owned by Hamburg Sud
    Certificate
    Date
    Size
    Add to My Documents
    Date 2018/05/23
    Size 90.7 KB
    Date 2018/05/23
    Size 2.7 MB
    DCC_EAC_M340_M580_X80_PS_SEP2016 DCC_EAC_M340_M580_X80_SEP2016
    Date 2018/06/19
    Size 138.2 KB
    Declaration of conformity
    Date
    Size
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    Date 2018/09/06
    Size 3.2 MB
    Date 2018/05/25
    Size 97.1 KB
    End of life manual
    Date
    Size
    Add to My Documents
    Date 2015/12/01
    Size 926.8 KB
    Marine certificate
    Date
    Size
    Add to My Documents
    Date 2018/05/23
    Size 2.5 MB
    Date 2018/05/23
    Size 78.9 KB
    Date 2018/05/23
    Size 3 MB
    Date 2018/05/23
    Size 4.3 MB
    Date 2018/05/23
    Size 205 KB
    Date 2018/05/23
    Size 896.4 KB
    Date 2018/05/23
    Size 393.9 KB
    Product environmental
    Date
    Size
    Add to My Documents
    Date 2018/03/29
    Size 196 KB
    REACh Declaration
    Date
    Size
    Add to My Documents
    Date 2018/10/22
    Size 0
    RoHs Declaration
    Date
    Size
    Add to My Documents
    Date 2018/10/22
    Size 0
  • Technical FAQs

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    Unfortunately, related FAQs are unavailable due to temporary technical issues. Please try again later.
  • Dimensions Drawings

    Modules Mounted on Racks
    Dimensions


    (1)
    With removable terminal block (cage, screw or spring).
    (2)
    With FCN connector.
    (3)
    On AM1 ED rail: 35 mm wide, 15 mm deep. Only possible with BMXXBP0400/0400H/0600/0600H/0800/0800H rack.

    Rack references

    a in mm

    a in in.

    BMXXBP0400 and BMXXBP0400H

    242.4

    09.54

    BMXXBP0600 and BMXXBP0600H

    307.6

    12.11

    BMXXBP0800 and BMXXBP0800H

    372.8

    14.68

    BMXXBP1200 and BMXXBP1200H

    503.2

    19.81


  • Connections and Schema

    Wiring Diagram

    Below example shows a probe configuration with:

    • Channel 0/4: Thermocouple

    • Channel 1/5: 2-wires RTD

    • Channel 2/6: 3-wires RTD

    • Channel 3/7: 4-wires RTD


    MS+
    Thermocouple + input
    MS-
    Thermocouple - input
    EX+
    RTD probe current generator + output
    EX-
    RTD probe current generator - output
    NC
    Not connected
    DtC
    The CJC sensor detection input is connected to CJ+ if the sensor type is DS600. It is not connected (NC) if the sensor type is LM31.

    NOTE: The CJC sensor is needed for TC only.