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This document provides a detailed exploration of the GE Fanuc Genius Architecture, emphasizing its robust and flexible design tailored for critical control applications. It covers essential aspects such as enhanced diagnostics, modularity, redundancy, fault tolerance, and safety features. Additionally, it outlines various input, CPU, and output configurations, as well as safety applications including Fire & Gas (F&G), Emergency Shutdown (ESD), and Boiler Management Systems (BMS). Certification and approval details are also highlighted, showcasing the architecture's proven effectiveness in diverse industrial settings.
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1. Critical Control GMR
2. October 2001 2 GMR GMR
Genius
The architecture is based on the strong Genius Concept
Enhanced Diagnostics
Rigid
Proven
Modular
Scalable
Flexible
Redundancy
Safety
Fail Safe
Fault Tolerant
Availability
3. October 2001 3 Architectures
Input-group
CPU-group
Output-group
4. October 2001 4
5. October 2001 5
6. October 2001 6 GE Fanuc Model
7. October 2001 7 PFD for GE Fanuc Safety System
8. October 2001 8 PFD for GE Fanuc Safety Configurations
9. October 2001 9 Approvals
10. October 2001 10 Certification
11. October 2001 11 Applications
F&G (Fire and Gas)
ESD (Emergency Shutdown
BMS (Burner Management System)
BMS (Boiler Management System)
BOP (Blow Out Preventor)
Transport
Tunnel
Crane
Turbine
HSRG (Heat Steam Recovery Generator)
FPSO (Flow Production & Offloading Unit)
SBM (Single Boy Mooring)
Semi Submersibles
Submarine Control
Pipeline
Wellhead control
Furnace
Oven / Autoclave
High Pressure tanks
Bridge / Sluice / Gate
Jail / Guarding
Aeroplane / Ship Fuelling
12. October 2001 12 Why GE Fanuc ?
Best Practises
13. October 2001 13 CGR References
Our Customers
Our Experience (Click on Details)
14. October 2001 14