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SCADA system concept
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What is SCADA?
Basic SCADA System Concept
Examples of SCADA Systems – AVEVA
Examples of SCADA Systems – IGNITION
Applications of SCADA system
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SCADA systems
SCADA Systems Usage Sectors
SCADA System Core Tasks
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SCADA System Core Tasks
CORE Tasks
SCADA System Architecture Levels
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SCADA Hierarchy
SCADA Hierarchy Level 1 – Field Devices
SCADA Hierarchy Level 2 – RTUs and Marshalling
SCADA Hierarchy Level 3 – Communication Network
SCADA Hierarchy Level 4 – Master Station (or Supervisory Computers/SCADA Servers)
SCADA Hierarchy Level 5 – Enterprise Systems
Types of SCADA Software
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Types of SCADA Software
Open SCADA Software Systems
Advanced SCADA Software Capabilities
Features of Modern SCADA Software
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Modern SCADA Software Features
Data & System Capabilities
Client‑Server SCADA Architecture
Alarm Management in SCADA Systems
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Alarm Management in SCADA Systems
Alarm Management System
Trend Monitoring and Analysis
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Trend Monitoring and Analysis
Fault tolerance and redundancy
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Fault tolerance and Redundancy
SCADA Network Architecture
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SCADA Systems and LAN
Networking Concepts and MAC
SCADA System and Internet
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WEB Services & SCADA Systems
Network Interconnection Components – SCADA Systems
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Network Interconnection Components
Repeaters, Bridges, and Routers
Gateways, Hubs, and Switches
SCADA Operational Benefits
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SCADA Operational Benefits
Advantages of SCADA Systems
Disadvantages of SCADA Systems
DashBoard
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Dashboard
References
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References
SCADA System Design

SCADA Hierarchy Level 3 – Communication Network

SCADA Hierarchy Level 3 – Communication Network

  • Transfers data between field controllers and SCADA servers
  • Can use Ethernet, fiber optics, radio, or cellular networks
  • Ensures reliable and secure transmission of process data
  • Supports large distributed industrial systems
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