This training module introduces Smar SYTEM302 architecture to Foundation Fieldbus technology, focusing the function blocks configuration details, system communication network environment and operational tools and utilities.
The participant will be able to
- Understand Foundation Fieldbus techonology
- Understand SYSTEM302 architecture to Foundation Fieldbus technology
- Configure and set FF function blocks and parameters
- Understand OPC Communication – supervisory system
- Configure 4-20mA/HART, MODBUS, logic and discrete applications
- Optimize and set FF network communication
- Apply system operational tools
Topics
- Foundation Fieldbus Technology Overview
- Physical layer – H1 and HSE levels
- User layer - Function blocks applications
- Data Link Layer Services
- OPC and HMI – supervision level
- Device Description files (DD)
- Foundation Fieldbus Installation Aspects – IEC61158-2
- Cabling, power supply and conditioners
- Terminators, repeaters and junction boxesFF network topology
- Trunk and spurs length recommendations
- Network protection aspects
- SYSTEM302 Architecture applied to Foundation fieldbus technology
- SYSTEM302 Software Installation
- Database configuration
- License utility
- Network communication settings
- System operational tools
- FF function blocks configuration
- FF standard, enhanced, custom and flexible function blocks
- 4-20mA/HART, logic and discrete configuration
- DF63/62 HSE processors applications
- Status propagation mechanism and safe limits
- Master backup H1 capability
- SYSCON and LOGICVIEW configuration software
- H1 FF macrocycle calculation
- MODBUS and other industrial automation protocols integrationo
- Device Description files and EDDL technologies
- OPC communication – supervisory system
- DF62/63 in redundant architectures
- Media, ports, power supply, I/O cards and master availability
- SimulationView – SYSTEM302 software simulation tool
- Client-server configuration
- Multi-User system application
- System maintenance aspects
- Firmware download
Devices and components replacement
Pre-requisite
Knowledge of industrial automation, programmable controllers and computers (Windows environment)
Program length
32 hours (4 working days)