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KJ3224X1-BA2 13P0137X022

DeltaV M-series eight-channel thermocouple and millivolt input card
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Product Describe:

Emerson KJ3224X1-BA2 is a DeltaV M-series eight-channel thermocouple and millivolt input card. It converts eight thermocouple or low-level millivolt signals into temperature and process measurements for a DeltaV controller.
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  • 2

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Technical specifications for KJ3224X1-BA2 13P0137X022

  • Manufacturer:
    Emerson
  • Product Category:
    DCS Systems
  • Spare Part Number:
    13P0137X022
  • Estimated shipping dimensions:
    4.1x13x13cm
  • Weight:
    0.25 kg
  • Tariff Code:
    8537101190
  • Counliy of origin:
    USA
  • Input channels:
    8
  • Input types:
    Thermocouple and low-level millivolt
  • Thermocouple types:
    B, E, J, K, N, R, S, T
  • Uncharacterized input range:
    -100 to +100 mV
  • A/D resolution:
    16 bit
  • Repeatability:
    0.05% of span
  • Common-mode rejection:
    120 dB at DC, 50 Hz and 60 Hz
  • Common-mode impedance:
    >10 Mohm
  • Normal-mode rejection:
    60 dB at 60 Hz
  • Open-sensor detection:
    Yes; less than 70 nA; 10 s
  • Local bus power:
    12 V DC nominal, 210 mA
  • Factory isolation test:
    1500 V DC
  • Isolation groups:
    Channels 1-4 and channels 5-8
  • Temperature units:
    degC or degF
  • Card key:
    C1

Information

Overview Manuals Common Applications Product Precautions
Emerson KJ3224X1-BA2 is deltav m-series eight-channel thermocouple and millivolt input card. It converts eight thermocouple or low-level millivolt signals into temperature and process measurements for a DeltaV controller.
  • Accepts eight thermocouple or millivolt inputs
  • Supports eight characterized thermocouple types
  • Provides two isolated four-channel groups
  • Detects open sensors for channel diagnostics

KJ3224X1-BA2 operates with DeltaV M-series I/O carrier, CJC-compatible terminal block, field thermocouples or millivolt sources, DeltaV control database.

Engineered applications include Furnace temperature acquisition, Reactor multi-point temperature monitoring, Millivolt transmitter integration, M-series I/O replacement.

Important Notice: Verify KJ3224X1-BA2 and part number 13P0137X022, card key C1, CJC method, thermocouple type, polarity and isolated channel grouping before removal; after installation, prove open-sensor diagnostics and every configured temperature point.

Apter Power Emerson KJ3224X1-BA2 Manuals and Guides

Apter Power Emerson KJ3224X1-BA2 Product and System Technical Reference PDFApter Power Emerson KJ3224X1-BA2 Installation and Commissioning Workbook PDF

The first document presents model-specific engineering data. The second provides a separate installation, connection, commissioning and acceptance workflow.

Furnace temperature acquisition

Collects multiple thermocouple measurements for thermal-process control.

Reactor multi-point temperature monitoring

Monitors distributed vessel or reactor temperature points.

Millivolt transmitter integration

Acquires documented low-level voltage sources without an external converter.

M-series I/O replacement

Restores the exact card position while preserving channel and CJC assignments.

Read the applicable Emerson instructions before work. Verify KJ3224X1-BA2 and the installed Emerson DeltaV M-series traditional I/O configuration.
1

Verify the complete KJ3224X1-BA2 marking and its assigned Emerson DeltaV M-series traditional I/O position before work.

2

Place the connected furnace temperature acquisition process in the approved maintenance state.

3

Isolate applicable power and eight thermocouple or low-level millivolt input signals field energy before disconnecting conductors.

4

Record connector, conductor, address, firmware and software identities before removal.

5

Use ESD controls and protect keyed interfaces, exposed contacts and electronic assemblies.

6

Confirm the installed DeltaV M-series I/O carrier and CJC-compatible terminal block against the approved project.

7

Restore power in a controlled sequence and review device, network and host diagnostics.

8

Prove the intended reactor multi-point temperature monitoring function and retain the final test result.

Technical notes

Verify KJ3224X1-BA2 and part number 13P0137X022, card key C1, CJC method, thermocouple type, polarity and isolated channel grouping before removal; after installation, prove open-sensor diagnostics and every configured temperature point.

FAQ View All FAQ

  • Which installed system position is intended for KJ3224X1-BA2?
    Install KJ3224X1-BA2 only in the documented Emerson DeltaV M-series traditional I/O position and compare the complete catalog marking with the approved hardware list.
  • What field signals or controlled function does KJ3224X1-BA2 handle?
    Its documented role is eight thermocouple or low-level millivolt input signals; preserve the assigned channel, network or controller function during service.
  • Which companion hardware must be matched to KJ3224X1-BA2?
    Match KJ3224X1-BA2 with DeltaV M-series I/O carrier and CJC-compatible terminal block, including the documented rack, cable and project identity.
  • Which electrical rating must be checked before wiring KJ3224X1-BA2?
    Verify input channels: 8. Do not transfer limits from another catalog number.
  • What configuration should be recorded before replacing KJ3224X1-BA2?
    Record the as-found position, conductors, addressing, firmware and software revision, then restore only the approved Emerson DeltaV M-series traditional I/O configuration.
  • Which isolation and handling controls apply to KJ3224X1-BA2?
    Isolate all documented supply and field energy, use ESD controls and protect keyed connectors before handling KJ3224X1-BA2.
  • How should an engineer commission KJ3224X1-BA2?
    Power up in a controlled sequence, review device and host diagnostics, then prove the intended furnace temperature acquisition function.
  • Can KJ3224X1-BA2 replace a visually similar module without an engineering review?
    No automatic substitution is assumed; compare the complete catalog number, interfaces, ratings and approved system revision.
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