Emerson DeltaV S‑Series SE4003S2B1 (KJ3222X1‑BK1) 8‑Channel 4‑20mA HART Analog Input Module

  1. SE4001S2B1 (4‑20mA AO HART output)
  2. SE4004S2B1 (Thermocouple input)
  3. SE4006S2B1 (Discrete Input 24VDC)
  4. SE4008S2B1 (Discrete Output 24VDC)
  5. SE4050E0C0 (8‑wide I/O carrier backplane)
  6. KJ3222X1‑BK2 (AI‑Plus high‑isolation version)
  7. SE4003S0B1 (RTD CHARM module)

 

Category: SKU: Emerson-READY Brand:

Description

Emerson DeltaV S‑Series SE4003S2B1 (KJ3222X1‑BK1) 8‑Channel 4‑20mA HART Analog Input Module

 

Product Details

The SE4003S2B1, alternate part number KJ3222X1‑BK1, is hot‑swap standard I/O module for Emerson DeltaV S‑Series DCS system, non‑CHARM, fits S‑Series carrier such as SE4050E0C0 backplane baseplate. Origin: USA.

8‑channel 4‑20 mA analog input with native HART pass‑through, channel‑to‑channel isolation 1500 VDC. Typical accuracy ±0.1% of reading. Backplane powered 12VDC, field side 24VDC loop supply. Operating temperature ‑40℃ ~ +70℃; conformal coated PCB, ISA‑S71.04‑1985 Class G3 for corrosive cabinet environment. Hot‑swap support, module replacement without system shutdown. Hardware self‑diagnosis for loop open‑circuit, short‑circuit and module fault. CE / ATEX certified, lifecycle active production, available as original new spare‑parts for petrochemical, power plant DCS projects.

Note: For redundant pair configuration, must use identical part number & hardware revision, mixing standard and AI‑plus module will trigger configuration mismatch alarm and lose redundancy function. Matching terminal block: CE4003S2B1.

 

Applications

‑ Petrochemical & refinery 4‑20mA smart transmitter signal acquisition ‑ Power‑plant boiler/turbine pressure, flow analog signal monitoring ‑ Oil‑gas on‑site and offshore DCS control cabinet ‑ Chemical plant reactor process parameter measurement ‑ Pharmaceutical process automation analog input loop ‑ Retrofit & spare‑part replacement for DeltaV S‑Series DCS system ‑ Harsh corrosive cabinet environment DCS signal collection

SE4003S2B1

Related Series Models (6+)

  1. SE4001S2B1 (4‑20mA AO HART output)
  2. SE4004S2B1 (Thermocouple input)
  3. SE4006S2B1 (Discrete Input 24VDC)
  4. SE4008S2B1 (Discrete Output 24VDC)
  5. SE4050E0C0 (8‑wide I/O carrier backplane)
  6. KJ3222X1‑BK2 (AI‑Plus high‑isolation version)
  7. SE4003S0B1 (RTD CHARM module)

 

Key Features

  1. S‑Series standard 8‑channel 4‑20 mA analog input module with full HART pass‑through for smart field instruments.
  2. 1500 VDC channel‑to‑channel galvanic isolation, suppress field‑side ground loop and EMI interference.
  3. Conformal coated PCB, suitable for G3 corrosive industrial cabinet environment.
  4. Hot‑swappable design, online module maintenance without interrupting running control loops.
  5. Comprehensive channel‑level diagnostics: open‑loop, short‑circuit detection, hardware fault alarm to DeltaV operator station.
  6. Compatible with SE4050E0C0 / SE4050E1C0 / SE4050E2C0 I/O carrier backplane.
  7. Redundancy‑capable; strictly match part‑number and revision for redundant pairing, avoid cross‑mixing AI‑plus variant.
  8. Manufactured in USA, CE, ATEX certified, original new spare‑parts commercially available.

SE4003S2B1

Main Functions

  1. Convert 4‑20 mA analog current signal from field transmitters into digital data and send to DeltaV controller.
  2. HART pass‑through channel supports remote reading, parameter configuration and diagnostic data acquisition for HART smart instruments.
  3. Detect field circuit faults including wire break, short‑circuit, report alarm status to DCS operator workstation.
  4. Hot‑swap capability supports online replacement during plant running, improve system maintainability.
  5. Receive power and system bus communication via S‑Series carrier backplane.
  6. Process pressure, flow, level and other analog measurement signals for closed‑loop control, trending and alarming.
  7. Conformal coating ensures stable long‑term running under high‑humidity, corrosive cabinet atmosphere.
  8. Serve as core analog signal acquisition unit for Emerson DeltaV S‑Series distributed control system.