TRICONEX TRICON 3009 CPU Enhanced Main Processor (UMP) Modules

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Essential details：TRICONEX TRICON 3009 CPU Enhanced Main Processor (UMP) Modules

Products Description

Introduce for Triconex Tricon’s control system:

The main features of Tricon’s control system
Tricon is a programmable and process control technology with high fault tolerance.
Its characteristics are as follows:
A. Triple modular redundancy structure (TMR) is provided, with three identical sub-circuits each performing an independent degree of control. There is also a dedicated hardware/software architecture for “voting” on input and output.
Ability to tolerate harsh industrial environment.
C. It can be installed on site and can be installed and repaired at the module level online on site without disturbing the field wiring.
D. Supports up to 118 I/O modules (analog and digital) and optional communication modules. Communication modules can
Connect to Modbus hosts and dependents, or to Foxboro and Honeywell Distributed Control System (DCS), other Tricons in a peer-to-peer network, and external hosts on a TCP/IP network.
E. Can support remote I/O modules located up to 12 km away from the mainframe.
F. Develop and debug the control program by using the programming software based on Windows NT system.
G. Intelligent functions in input and output modules to reduce workload on the main processor. Each I/O module has three microprocessors. The input module’s microprocessor filters and repairs the input and diagnoses hardware failures on the module. The output module microprocessor provides information for the voting of the output data, checks the validity of the output state through the feedback loop voltage at the output end, and can diagnose the field line problems.
H. Provide comprehensive online diagnosis with repair capability.
I. Routine maintenance can be performed while Tricon is up and running without interrupting the control process.
J. Provide “hot standby” support for I/O modules, which can be used in certain critical situations where services cannot be provided in a timely manner.

TRICONEX 30083008

Hardware[edit]

The Triconex system usually consists of the following typical modules:

• Main Processor modules (triple).
• Communication module(s) .
• Input and output modules: can be analog and/or digital and work singularly or in hot-spare (standby).
• Power supply modules (redundant).
• Backplane(s) (chassis) that can hold the previous modules.
• System cabinet(s): can compact one or more chassis in one cabinet.
• Marshalling cabinets to adapt and standardize interface connections between the field instruments and the Triconex system cabinets.
• Human machine interface (HMI) to monitor the events.
• Engineering workstation (EWS) for programming. monitoring, troubleshooting, and updating.

Software[edit]

The Triconex main processors can communicate with the so-called TriStation 1131 application software to download, update and/or monitor programs.^[3] These programs are either written in:

• Function Block Diagram language,
• Ladder diagram language, or
• Structured text (Pascal like) Language.
• Cause and Effect Matrix Programmable Language (CEMPLE).

(Function Block Diagram, Ladder diagram and Structured Text are defined in IEC1131-3)

Besides, a Sequence of Events (SOE) recorder software and Diagnostic monitor software are implemented.

Triton malware[edit]

In December 2017, it was reported that the safety systems of an unidentified power station, believed to be in Saudi Arabia were compromised when the Triconex industrial safety technology made by Schneider Electric SE was targeted in what is believed to have been a state sponsored attack. The computer security company Symantec claimed that the malware, known as “Triton”, exploited a vulnerability in computers running the Microsoft Windows operating system.

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