SKU: KJ3002X1-BB1 12P0683X092 VE3006

Emerson DeltaV™ M-series KJ3002X1-BB1 12P0683X092 VE3006 Thermocouple / Mixed I/O Module

The Emerson DeltaV™ 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.

Product Overview

The Emerson KJ3002X1-BB1 (Order Codes: 12P0683X092 / VE3006) is a high-performance, multi-variable I/O card engineered specifically for the legacy DeltaV™ M-series DCS Subsystem. While predominantly functioning as a precision thermocouple input card for direct temperature measurement, its internal software-configurable architecture allows it to process a flexible mix of high-density analog and discrete signal types.

By integrating field inputs directly into the DeltaV MD-PLUS or adjacent controller backplanes, this module continuously collects multi-variable metrics—including temperature, pressure, level, and flow. It acts as an essential diagnostic and interface bridge, translating delicate microvolt field signals into clean, deterministic data packets for plant-wide Distributed Control System (DCS) architectures.

Advanced Capabilities and Functional Benefits

Mixed-Signal Dynamic Processing: Supports a flexible combination of continuous analog tracking loops alongside discrete on/off monitoring states, minimizing total hardware footprint in mixed-signal Marshalling cabinets.
Galvanic Noise & Cross-Talk Isolation: Incorporates robust point-to-point electrical isolation arrays to suppress severe plant-floor electromagnetic noise, radio frequency interference (RFI), and localized ground loops.
Advanced Early-Warning Diagnostics: Continuously evaluates sensor loop integrity, rapidly flagging open-thermocouple burnout states, cold-junction compensation errors, and out-of-bandwidth signal drift.
M-Series Subsystem Scalability: Plugs directly into standard M-series carriers, supporting online runtime additions, removal and insertion under power (RIUP), and automated controller configuration downloads.
Redundancy and High Availability: Designed to interface seamlessly with redundant I/O carrier networks, ensuring that critical safety or environmental monitoring loops remain active if a primary hardware fault occurs.

Technical Specifications

Signal & Processing Performance

Module Core Classification: Thermocouple / Mixed-Signal I/O Card
System Family Line Alignment: DeltaV™ M-series I/O Subsystem
Supported Signal Array: Analog Input/Output, Discrete Input/Output
Cold-Junction Tracking: Integrated onboard high-accuracy thermistor compensation
Control System Architecture: DCS (Distributed Control System) Integration

Physical & Environmental Properties

Enclosure Footprint Dimensions: 8.1 cm (W) x 7.9 cm (H) x 8.8 cm (D)
Net Hardware Weight: 0.20 kg (approx. 200 grams)
Physical Enclosure Protection: Ruggedized industrial housing against particulate settlement
Country of Origin: United States (USA)
Product Lifecycle Classification: Legacy Core Component (Discontinued by manufacturer Dec 31, 2018)

Industrial Applications

Chemical Plant Reactor Thermal Profiles: Monitoring multi-point high-temperature thermocouple arrays inside exothermic chemical reactors to prevent thermal runaway conditions.
Oil & Gas Pipeline Pressure and Flow Loops: Gathering mixed analog pressure transmitter values and discrete emergency isolation valve statuses along transport manifolds.
Power Generation Steam Temperature Automation: Tracking superheated steam header temperatures on gas and steam turbine supply lines to safeguard mechanical turbine blades.
Harsh Industrial Mixed Data Acquisition: Serving as a compact marshalling solution in environmental treatment facilities where localized inputs consist of a diverse mix of sensors and switches.