Description
| Product model | VE3008, CE3008, KJ2005X1-MQ1, 12P6381X032 |
| Manufacturer | EMERSON Automation Solutions |
| Product category | Process Controller / Control Engine |
| System platform | DeltaV™ M-Series (M200e) |
| Module type | Primary Control Engine (PCE) or Secondary Control Engine (SCE) |
| Processor | Dual-core ARM-based SoC (High-performance embedded processor) |
| Memory | 512 MB RAM, 1 GB Flash Storage (for OS, firmware, and application data) |
| Operating system | DeltaV Embedded OS (based on real-time Linux) |
| Communication interfaces | Dual 10/100 Mbps Ethernet ports (redundant), RS-232 console port |
| Redundancy support | Controller Redundancy (Hot Standby) – CE3008 pairs for failover |
| I/O connectivity | Connects to DeltaV I/O modules via DeltaV I/O Bus or FOUNDATION Fieldbus H1 |
| Control execution speed | Up to 10 ms control loop update time (typical) |
| Firmware version | Varies; supports DeltaV v15 to v16+ (dependent on OS & software) |
| Power supply | 24 VDC (supplied via DeltaV chassis backplane) |
| Form factor | Modular card for DeltaV M-Series chassis (1-slot width) |
| Environmental rating | Operating temp: 0°C to 55°C, Humidity: 5% to 95% RH, non-condensing |
| Certifications | UL, CE, CSA, ATEX/IECEx (system-level) |
| Application | Process automation in oil & gas, chemical, pharmaceutical, power, water |
Product Introduction
The EMERSON VE3008 / CE3008 (also known as KJ2005X1-MQ1 or 12P6381X032) is a high-performance control engine designed for EMERSON’s DeltaV™ M-Series process automation system. As a core component of the DeltaV M200e controller, the VE3008 serves as the Primary or Secondary Control Engine (PCE/SCE), responsible for executing control strategies, managing I/O communication, and ensuring real-time process reliability in industrial environments.
Part of the DeltaV distributed control system (DCS), the CE3008 is engineered for mission-critical applications in oil & gas refineries, chemical plants, pharmaceutical manufacturing, power generation, and water treatment facilities. It replaces older DeltaV S-Series controllers, offering enhanced processing power, improved cybersecurity, and seamless integration with modern FOUNDATION Fieldbus, HART, and Ethernet-based I/O networks.
The VE3008 operates within a redundant controller pair, where one unit runs as the Primary and the other as the Secondary (hot standby). In the event of a failure, the secondary unit takes over within milliseconds, ensuring zero process interruption—a critical feature for continuous and batch processes.
This controller supports DeltaV’s embedded operating system and is compatible with DeltaV v15, v16, and later software versions, enabling advanced control strategies, predictive analytics, and integration with enterprise-level systems via OPC UA and MES/ERP interfaces.
EMERSON VE3008 CE3008 KJ2005X1-MQ1 12P6381X032
Core Advantages and Technical Highlights
High-performance embedded processing for real-time control
Equipped with a dual-core ARM-based processor, the CE3008 delivers faster scan times and supports complex control algorithms, including advanced regulatory control (ARC), batch sequencing, and safety logic. Its 512 MB RAM and 1 GB flash storage ensure smooth operation of large control configurations.
Controller redundancy for maximum uptime
The VE3008 supports hot standby redundancy, allowing seamless failover between primary and secondary units. This ensures continuous process operation even during hardware faults or firmware updates, meeting the high availability demands of critical industries.
Dual Ethernet ports for robust network connectivity
The dual 10/100 Mbps Ethernet interfaces support redundant network configurations (RSTP, PRP, or HSR), ensuring reliable communication with DeltaV Workstations, I/O modules, and enterprise systems. The RS-232 console port enables local diagnostics and configuration.
Seamless integration with DeltaV ecosystem
As a native DeltaV M-Series component, the CE3008 integrates effortlessly with DeltaV Operate, DeltaV Configurator, and DeltaV Diagnostics tools. It supports electronic marshalling, reducing wiring complexity and engineering time.
Enhanced cybersecurity and system integrity
The DeltaV Embedded OS includes secure boot, role-based access control, and audit logging to protect against unauthorized access. Firmware updates are digitally signed to ensure authenticity.
Scalable and future-ready architecture
The M-Series platform supports modular expansion, allowing users to scale from small skid-based systems to large enterprise-wide DCS deployments. It is designed for long-term support, with EMERSON providing lifecycle management and obsolescence planning.
Typical Application Scenarios
The EMERSON VE3008 is widely used in upstream and downstream oil & gas for wellhead control, pipeline monitoring, and refinery process units. In chemical plants, it manages reactor control, distillation columns, and safety interlocks.
In the pharmaceutical industry, the CE3008 ensures precise batch control and regulatory compliance (FDA 21 CFR Part 11). It is also deployed in power plant balance-of-plant (BOP) systems, desalination plants, and wastewater treatment facilities.
For modular and skid-based systems, the VE3008 provides a compact, high-performance control solution with minimal footprint and easy integration.
Related Model Recommendations
VE3006 / CE3006 – Lower-end M-Series controller for smaller applications.
VE3010 / CE3010 – Higher-end M400e controller with increased memory and processing power.
DeltaV MIO Modules – I/O modules (e.g., M-series analog, digital, RTD) for field connectivity.
DeltaV PK Controller – For S-Series legacy systems (non-M-Series).
DeltaV Workstation (e.g., WS2000) – Operator interface for monitoring and control.
DeltaV Diagnostics – Asset management and health monitoring tool.
Emerson ROC800 – Remote operations controller for SCADA applications.
EMERSON VE3008 CE3008 KJ2005X1-MQ1 12P6381X032
Installation, commissioning and maintenance instructions
Installation preparation: Power off the DeltaV chassis. Insert the VE3008 into the designated slot (PCE or SCE) in the M-Series controller chassis. Secure with screws. Connect Ethernet cables to both primary and secondary networks. Ensure 24 VDC power is stable and within tolerance.
Commissioning steps: Power on the system. Use DeltaV Explorer to detect the controller. Download the control strategy and configuration from the workstation. Synchronize the secondary controller. Verify redundancy status (Primary/Secondary/Disagree). Test I/O communication and control logic using simulation or field signals.
Maintenance suggestions: Monitor controller health via DeltaV Diagnostics. Check firmware and OS versions for updates. Perform regular backup of configuration files. Inspect network traffic and error logs. Replace batteries in redundant power supplies as needed.
