Integrating high-speed computing, reliable communication and intelligent diagnostics, it ensures continuous and stable operation even in the event of hardware failures or process fluctuations. The module meets SIL 3 safety certification requirements, serving as a key component to safeguard industrial process safety and continuity.It is equipped with a dedicated I/O processor and communication processor, balancing processing efficiency and response speed. It also supports hot-swapping and online maintenance, allowing module replacement without system shutdown, which significantly reduces the risk of unplanned downtime.

Core Specifications

Key Features

• TMR Redundant Architecture: Three independent channels operate in parallel with automatic voting. Single-channel failure does not affect overall output, eliminating single points of failure and ensuring high system availability.
• Hierarchical Processing Architecture: Dedicated communication processor (Intel 80C152, 16 MHz) and I/O processor (Intel 80C31, 12 MHz) share tasks, reducing main CPU load and improving real-time response.
• Comprehensive Diagnostics & Maintenance: Built-in full online diagnostics for real-time system monitoring, fault pre-alarm and quick localization. Hot-swappable design allows maintenance without interrupting field wiring or control processes.
• Multi-Protocol Compatibility: Supports TriBus, RS-485, Modbus and TCP/IP, enabling seamless integration with DCS (e.g. Honeywell UCN, Foxboro), SCADA systems and remote I/O up to 12 km.

• Security & Compliance: SIL 3 certified, with firmware lock, AES-256 encryption and strict access control to defend against cyber threats and ensure system and data security.

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Typical Applications

• Oil & Gas: Wellhead pressure monitoring, pipeline leak protection, emergency shutdown (ESD), gas turbine control.
• Power: Boiler safety control, power grid fault isolation, generator protection, nuclear plant critical process monitoring.
• Chemical: Reactor temperature and pressure interlock, toxic media leak protection, distillation system safety shutdown.
• Others: Metallurgical blast furnace control, water treatment safety interlocks, rail transit signal redundancy control.

FAQ

• Relationship between 7300120-100 and 3007?7300120-100 is the part number of TRICONEX EMP II 3007. Both refer to the same product with identical core specifications and functions.
• Key difference from Model 3006?Both belong to the EMP II series. Model 3007 has 1 MB SRAM while 3006 has 2 MB. Other core configurations including CPU, coprocessor and communication interfaces are the same. Selection can be based on project memory requirements.
• Supported system versions and hot-swap capability?Compatible with Tricon v9.0–v9.5. Supports module-level hot-swapping; replacement can be done without disconnecting field wiring or disrupting system operation.
• Operating voltage and power consumption?Standard operating voltage 24 VDC, logic power consumption only 15 W, balancing low power use and high performance for industrial power environments.
• Supported I/O scale and remote distance?Supports up to 118 I/O modules (analog, digital and communication). Remote I/O transmission distance up to 12 km, suitable for large plant layouts.

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