You are here:
- Home
- Product
- Others / Spares
- Emerson KJ3222X1-BA1 12P2532X072 DeltaV VE4003S2B2 Terminal Block
SKU: KJ3222X1-BA1Â 12P2532X072Â Â VE4003S2B2
Emerson KJ3222X1-BA1 12P2532X072 DeltaV VE4003S2B2 Terminal Block
The Emerson KJ3222X1-BA1 (VE4003S2B2) is a 32-channel S-series terminal block designed for the DeltaV DCS. It provides a high-density field wiring interface for 32-channel I/O cards, featuring a hot-swappable design and integrated protection. This module ensures reliable signal termination and simplified maintenance for large-scale industrial automation systems.
Technical Overview
The Emerson KJ3222X1-BA1, also identified by part numbers 12P2532X072 and VE4003S2B2, functions as a high-density 32-channel mass termination block for the DeltaV distributed control system (DCS). This component provides the physical interface between field wiring and the DeltaV I/O environment, specifically designed for use with 32-channel S-series I/O cards. Because it facilitates organized signal routing, the KJ3222X1-BA1 ensures that high-density data remains manageable and electrically isolated. Consequently, this module acts as a critical link in large-scale automation architectures where space efficiency and signal integrity are primary requirements.
Operational Functionality
This termination block mounts directly onto the DeltaV I/O carrier, allowing the corresponding I/O interface to seat firmly against the field wiring terminals. It simplifies complex wiring tasks by providing clearly labeled terminal points for up to 32 discrete or analog signals. Furthermore, the VE4003S2B2 incorporates fused protection for individual channels, which prevents localized field faults from damaging the expensive I/O card or affecting adjacent loops. By utilizing a modular “plug-and-play” design, the terminal block allows maintenance personnel to replace I/O cards under power—a feature known as “hot-swapping”—without disturbing the permanent field wiring.
Key Technical Characteristics
- Channel Density: Supports up to 32 independent channels, maximizing rack space for high-count I/O applications.
- Connection Type: Features secure screw-terminal or tension-clamp connections for robust mechanical stability in high-vibration environments.
- Hot-Swappable Design: Permits the removal and insertion of I/O modules without powering down the carrier or disconnecting field leads.
- Integrated Protection: Includes individual channel fusing or current-limiting circuitry to safeguard the internal system electronics.
- Signal Compatibility: Optimized for S-series 32-channel Discrete Input, Discrete Output, and Analog Input cards.
- Mechanical Keying: Utilizes physical keying mechanisms to ensure that only the correct type of I/O module can be installed on the terminal block.
Primary Industrial Applications
- Chemical Processing: Managing high-density discrete signals for valve status and motor start/stop sequences.
- Oil and Gas Refining: Providing the interface for hundreds of temperature and pressure sensors across vast distillation units.
- Pharmaceutical Manufacturing: Ensuring precise, isolated signal transmission for batch control systems where data accuracy is non-negotiable.
- Water and Wastewater: Consolidating remote telemetry signals into a centralized DeltaV controller for regional pump station management.
Technical Specifications
- Brand: Emerson
- Model Number: KJ3222X1-BA1
- Alternate Part Numbers: 12P2532X072 / VE4003S2B2
- System Series: DeltaV S-series
- Module Type: 32-Channel Terminal Block
- Power Requirements: Nominal 24 VDC Ambient Temperature: -40°C to +70°C
- Weight: 0.55 kg
Tags: Emerson DeltaV SIS, Terminal Block
You may also like
The EMERSON KJ3243X1-BB2 is a DeltaV M-Series Profibus DP interface card engineered for extreme industrial environments. Brand new factory-sealed units are ready for deployment with rapid global shipping. Ensure seamless network communications and update your process automation infrastructure now.
EMERSON KJ2221X1-BA1 DeltaV SISNet Repeater Module
The EMERSON KJ2221X1-BA1 (associated part numbers 12P3232X112 and VS6002) is a dedicated SISNet Repeater Module designed for the DeltaV Safety Instrumented System (SIS). Its primary engineering function is to extend the physical distance and maintain the integrity of the peer-to-peer safety network (SISNet) that links localized logic solvers and safety controllers across expansive industrial complexes.
Hardware Specifications
| Parameter | Specification |
|---|---|
| Model / Catalog No. | KJ2221X1-BA1 |
| Alternative Part Numbers | 12P3232X112 / VS6002 |
| Manufacturer | EMERSON (DeltaV Product Line) |
| Origin | USA |
| Weight | 0.32 kg |
| Dimensions | 4.1 x 12.5 x 19.0 cm |
| Module Type | SISNet Repeater Module / Network Extender |
| System Platform | DeltaV SIS Process Safety System (DCS) |
| Discontinued Date | December 31, 2018 (Legacy status) |
SISNet Architecture & Fail-Safe Redundancy
The SISNet is a dedicated, deterministic control network independent of the standard plant control traffic, built specifically to carry time-critical safety interlock variables. The KJ2221X1-BA1 module functions at the physical layer to reconstruct and retransmit data packets across optical or copper media links without introducing variable propagation delays.To satisfy Safety Integrity Level (SIL) requirements up to SIL 3, these repeaters are deployed in redundant pairs. If a fiber optic link breaks or a companion node experiences a hardware failure, the system instantly switches traffic to the alternative path. This architecture ensures real-time communication between logic solvers, preventing spurious trips or unmanaged process shutdowns.Frequently Asked Questions
Q: Can the KJ2221X1-BA1 module be replaced while the safety system is online?A: Yes, assuming the system is designed with active, redundant SISNet channels. The module supports hot-swapping on a live carrier assembly; however, maintenance procedures must be coordinated carefully to ensure the backup channel remains stable during replacement.Q: How does this repeater handle electromagnetic or radio frequency interference (EMI/RFI)?A: The internal circuitry is shielded inside a metallic housing, and signal paths are isolated to prevent ground loops and high-frequency electrical noise from corrupting the underlying safety bus communication data.Field Installation Guidelines
- Carrier Assembly Seating: Align the module pins carefully with the dedicated slot on the DeltaV terminal block carrier. Press firmly until the top and bottom latching mechanisms snap into place, securing electrical connection to the backplane.
- Fiber Optic Cleaning Protocols: If using fiber optic media converters alongside the repeater, ensure all ST/SC connectors are thoroughly cleaned with lint-free wipes and alcohol before insertion to minimize signal attenuation.
- Environmental Enclosure Upkeep: Maintain proper fan filtration and cabinet ventilation. While ruggedized, keeping ambient temperatures well below the maximum operating thresholds prevents premature electronic component degradation.
EMERSON 1X01046H01L DeltaV Bulk Power Supply Module
Emerson 1X01046H01L Ovation/DeltaV safety platform bulk power supply module. Factory-new hardware optimized for critical process automation infrastructure.
Emerson DeltaVâ„¢ M-series KJ3002X1-BB1 12P0683X092 VE3006 Thermocouple / Mixed I/O Module
The Emerson DeltaVâ„¢ M-series KJ3002X1-BB1 (12P0683X092 / VE3006) is a legacy, high-precision thermocouple and mixed-signal I/O module designed for flexible process control within the DeltaV Distributed Control System (DCS). Capable of reading continuous analog variables alongside discrete status indicators, this modular card features built-in galvanic signal isolation, advanced thermocouple loop-burnout diagnostics, and high-density noise protection. Engineered for direct hot-swappable installation into M-series carriers, it delivers stable, industrial-grade data acquisition for critical temperature, flow, and pressure monitoring loops across harsh, high-interference manufacturing environments.
Emerson KJ3102X1-BB1Â 12P1864X032 DeltaV Power Supply
The Emerson KJ3102X1-BB1 (12P1864X032) is a DeltaV M-series system power supply module. It provides redundant power distribution for DCS I/O carriers, featuring G3 corrosion protection and a compact 24 VDC design.
Emerson KJ3001X1-BB1Â 12P0550X132Â VE4001S2T2 Digital Input Module
The Emerson KJ3001X1-BB1 (12P0550X132) is a DeltaV SIS Digital Input Module. It provides reliable discrete signal monitoring for safety systems in rugged industrial environments.
Emerson KJ3001X1-BB1Â 12P0550X142Â VE4001S2T2 Digital Input Module
The Emerson KJ3001X1-BB1 (12P0550X142) is a DeltaV SIS Digital Input Module. It provides safe, isolated signal monitoring for dry contact devices in high-integrity industrial safety loops.
Emerson 1C31125G02 Digital Output Module
The Emerson 1C31125G02 is a high-performance Digital Output Module for Ovation DCS and DeltaV SIS systems. This 0.6kg unit provides isolated switching for industrial solenoids and relays. It ensures reliable discrete control in power and chemical processing plants.
Emerson 1C31223G01 Analog Input Module
The Emerson 1C31223G01 is an 8-channel analog input module for Ovation DCS. It provides high-precision measurement for 4-20mA and voltage signals. This 0.32kg module features advanced diagnostics and rugged isolation for critical industrial monitoring.
Emerson 1X00024H01 WH1-2FF Power Supply Module
The Emerson 1X00024H01 WH1-2FF is a high-reliability power supply module for DeltaV SIS and Ovation systems. It provides 0.9kg of robust hardware for critical safety process control.
Emerson Ovation 1C31192G01 Analog Output Module
The Emerson 1C31192G01 is a precision analog output module for Ovation and DeltaV SIS systems. It provides 0.32kg of durable hardware for accurate valve and motor control.
Ovation 1C31129G03 Analog Output Module
The Emerson 1C31129G03 is a precision Ovation Analog Output module designed for high-accuracy control of field actuators and valves. Featuring isolated signal paths and advanced loop diagnostics, this 4-20 mA module ensures stable and reliable process regulation within complex Distributed Control System architectures.


























