TRICONEX | 3009 | Enhanced Main Processor (UMP) Module | 3009

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TRICONEX | 3009 | Enhanced Main Processor (UMP) Module | 3009

¥214.00

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Description


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  Other names for 3009:

Redundant Controller Module 3009

3009 Communication Module

Processor Module 3009

I. Core Technical Features

High-Performance Hardware Configuration: Equipped with dual Intel Xeon E5-2690v3 CPUs (2.6 GHz), 32GB DDR4 memory, and 240GB SSD storage, supporting high-speed data processing and real-time communication. Utilizing a 32-bit processor architecture, it can handle over one million I/O points with a scan time as low as 10 milliseconds, meeting the stringent requirements of continuous production processes in oil refining and chemical industries.

Redundant Architecture and Reliability: Based on a triple modular redundancy (TMR) design, it features three independent processors working in parallel and monitoring each other. Automatic switching occurs in case of single-point failure (switching time ≤10ms), ensuring uninterrupted system operation and complying with SIL-3 safety certification (IEC 61508, ISA S84.01 standards).

Modularity and Scalability: Supports distributed I/O deployment, compatible with communication protocols such as Modbus, Profibus, and Ethernet/IP, facilitating integration with DCS and PLC systems. Modules support online replacement and hot-standby slots, enabling continuous production without downtime.

Multiple Protection Functions: Built-in overvoltage/undervoltage, overcurrent, and overfrequency/underfrequency protection, as well as fault self-diagnosis function, real-time monitoring of power supply and system status to ensure equipment and personnel safety.

II. Application Scenarios

Industrial Critical Control: Widely used in high-risk industries such as oil and gas (Emergency Shutdown Systems, Fire and Gas Detection, Wellhead Control), chemical and pharmaceutical (Reaction Vessels, Separation Tower Control), and power and nuclear energy (Power Plant, Nuclear Power Plant Safety Systems).

Special Environmental Adaptability: Operating temperature range extended to -20~55℃, humidity ≤90% non-condensing, meeting the stringent environmental requirements of coal mines, wind power, and rail transportation.

Other Fields: Covering scenarios requiring high reliability and safety such as wastewater treatment, seawater desalination, and building automation (HVAC/security).

III. Safety Certifications and Standards

International Certification: SIL-3 certified, compliant with international standards such as IEC 61508 and ISA S84.01, suitable for “Fail-Safe” design scenarios. Simultaneously certified by CE, UL, and FCC, ensuring electromagnetic compatibility (EMC) and electrical safety.

Full Lifecycle Management: Supports TriStation 1131 software for programming, configuration, and diagnostics, providing functions such as fault self-diagnosis, redundancy management, and online module replacement, reducing maintenance costs and improving system availability.

IV. Comparison with MP3009X

Performance Focus: The MP3009X emphasizes high performance and flexibility, supporting centralized/distributed deployment, and possesses stronger processing power and scalability; the 3009 UMP module focuses on redundancy and stability, adapting to specific application scenarios (such as compact spaces and high reliability requirements).

Interfaces and Compatibility: Both support Ethernet, serial ports, USB, and other interfaces, but the UMP module has advantages in memory capacity (32GB DDR4), storage (240GB SSD), and communication bandwidth, making it suitable for large-scale data processing scenarios.

Installation and Maintenance: The UMP module supports online module replacement and hot standby slots, while the MP3009X requires offline upgrades via TriStation software to avoid system downtime caused by online operations.

V. Installation and Maintenance Precautions

Environmental Compatibility: Requires operation in an environment with temperatures ranging from -20°C to 55°C and humidity ≤90% (non-condensing). Avoid electromagnetic interference (such as from frequency converters and high-voltage equipment). For rack mounting, ensure grounding resistance ≤1Ω. The power module adopts a dual-redundancy design, with input voltage fluctuation ≤±10%.

Physical Installation: When inserting the module, align it with the slot guide groove to avoid damage to the pins due to forceful insertion or removal. The main processor must be fixed in the dedicated rack slot. Use a torque wrench to tighten the screws diagonally (torque 10 inches-pounds) to ensure good contact on the TriBus communication bus.

Operation and Maintenance: During program compilation, check the variable naming rules (starting with a letter, length ≤31 characters) to avoid unconnected variables remaining. For SOE configuration, ensure the variable record path is correct to avoid data loss. During troubleshooting, if the main processor’s FAULT light is on, the module should be replaced first; if the ACTIVE light is flashing abnormally, the TriBus synchronization status should be checked; if the MAINT1 light is constantly on, it indicates low battery power and the battery should be replaced promptly.

Safety Specifications: User access control should be tiered (operator/engineer/administrator). Critical operations (such as program downloads and parameter adjustments) require secondary confirmation. Regularly perform PFDavg verification (average probability of hazardous failure ≤ 1 × 10⁻⁴) to ensure system safety and integrity.

Summary: The TRICONEX 3009 Enhanced Main Processor (UMP) module, with its high-performance hardware, TMR redundancy architecture, stringent safety certifications, and modular design, has become a benchmark product in the field of industrial safety control, suitable for extreme scenarios requiring “zero-failure” operation.


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