III. Become PLC Network Technician

1.
PLC NETWORKING

• 1.1 Industrial Network Protocols
• 1.2 Process Automation Protocols
• 1.3 Industrial control system protocols
• 1.4 Building automation protocols
• 1.5 Power system automation protocols
• 1.6 Automatic meter reading protocols
• 1.7 Automobile / Vehicle protocol, buses
• 1.8 Most Popular Industrial Network Protocols
• 1.9 List of Communication Protocol Articles
• 1.10 Industrial Ethernet

2. Wi-Fi

• 2.1 Introduction to Wi-Fi
• 2.2 IEEE 802.11 Standard
• 2.3 Wi-Fi ad hoc versus Wi-Fi direct
• 2.4 Standard Wi-Fi Devices

3.
PROGRAMMING METHODS

• 1.1 Programming Languages

2.0 Gate Logic (BL) – Boolean Logic

• 2.1 Benefits of using Gate Logic
• 2.2 Practical Exercise

3.0 Sequential Function Chart

• 3.1 Machine Control Terminology

4.0 Ladder Logic (LD)

• 4.1 Ladder Logic Representation
• 4.2 Basic Ladder Symbols & Rungs
• 4.3 Logic Functions
• 4.4 Entering Programs

5.0 Structured Text (ST)

6.0 Instruction List (IL)

• 6.1 Beckhoff TwinCat

7.0 Function Block Diagram (FBD)

• 7.1 FBD Terminology
• 7.2 FBD Components

8.0 Statement List (STL)

2.
OPC AND REMOTE ACCESS

2. Matrikon OPC

• 2.1 Introduction to Matrikon
• 2.2 Overview of Matrikon OPC Tools
• 2.3 Downloading and Installing         Matrikon Tools
• 2.4 Tutorial Overview
•     Step 1: Creating Sample Data in Excel
•     Step 2: Configuring the DDE Server
• 2.5 Configuring OPC Explorer
• 2.6 Adding and Validating Tags
• 2.7 Configuring OPC Data Manager
• 2.8 Troubleshooting
• 2.9 Problems and Solutions
• 2.10 Remote Program ID

3. Remote Access

• 3.1 Introduction to TeamViewer
• 3.2 LogMeIn
• 3.3 TeamViewer vs LogMeIn

4. OPC to Web

4.
FAULTS AND ALARMS

• 1.1 General Observation
• 1.2 Faults detection and alarms display
• 1.3 Fault handler program

2.  Major Faults

• 2.1 Clear a major fault during prescan
• 2.2 Test a fault routine
• 2.3 Jump to the fault routine
• 2.4 Create a user-defined major fault
• 2.5 Major fault codes

3.  Minor Faults

• 3.1 Identify minor faults
• 3.2 Minor Fault Examples
• 3.3 Minor fault codes

4.  I/O Fault Codes

• 4.1 Indications of I/O Faults
• 4.2 I/O Fault Code

5.  Alarms

• 5.1 Alarms Classification
• 5.2 Alarm Engineering
• 5.3 Siemens PLS7 Control System
• 5.4 Signaling Systems
• 5.5 Alarms and Indications
• 5.6 Alarms Processing by the Operator
• 5.7 Representation
• 5.8 Step by Step instruction on Sample Programming

5.
FIBER OPTICS

• 1.1 Introduction to fiber optics

2.  Fiber Optics Sensor

• 2.1 Intrinsic Type Fiber Optic Sensors
• 2.2 Extrinsic Type Fiber optic Sensors
• 2.3 Intensity based Fiber Optic Sensor
• 2.4 Polarization-based Fiber-Optic Sensors
• 2.5 Phase based Fiber Optic Sensor
• 2.6 Chemical Sensor
• 2.7 Physical Sensor
• 2.8 Bio Medical Sensor
• 2.9 Applications of Fiber Optic Sensors

3. Fiber Optics Splitter

• 3.1 Fiber Optics Splitter Type
• 3.2 Balanced splitters
• 3.3 Splitting ratio principle
• 4. Fiber-Optic Communication
• 4.1 Fiber-Optic

5. Communication Applications

• 5. 1 Fiber Optics Industrial

6.
PLANT AUTOMATION

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