ADVANCED DIPLOMA OF INDUSTRIAL AUTOMATION

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Doreen Walters
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1 MODULE DETAILS MODULE PURPOSE PRE-REQUISITES MODULE, UNITS / CO-REQUISITES ASSESSMENT STRATEGY SUMMARY OF LEARNING OUTCOMES Module 6: Best Practice in Industrial Data Communications Nominal duration: 6 weeks (72 hours total time commitment) This time commitment includes the preparation reading, attendance at each webinar (1 hour plus minutes for discussion), and the time necessary to complete the assignments and further study. This module covers best practice in designing, installing, commissioning and troubleshooting industrial data communications systems. N/A To evaluate the achievement of the learning outcomes; written assignments, group projects and practical exercises are set. 1. Examine modern cabling solutions as well as methods of dealing with industrial environments 2. Troubleshoot serial communications networks (RS- 232/485) at the physical layer 3. Outline the basic purpose, structure and functionality of the TCP/IP, MODBUS Serial and DNP3 protocols 4. Troubleshoot MODBUS Serial at packet level 5. older ( first generation ) Industrial networks 6. later ( second generation ) Industrial networks i.e. field buses 7. newer ( third generation ) Industrial networks i.e. Ethernet-based field buses

2 Learning Outcome 1 Examine modern cabling solutions as well as methods of dealing with industrial environments Assessment Criteria 1.1 Examine the basics of: (a) Noise (b) Grounding (c) Shielding practices for industrial environments 1.2 Describe the Ingress Protection (IP) rating system 1.3 Outline the basic concepts of copper cabling for Industrial applications, with reference to: (a) Commonly used cable standards (b) Commonly used connectors (c) Grounding (d) Characteristic impedance (e) Termination (f) Transient protection 1.4 Outline the basic concepts of fiber cabling for Industrial applications. This includes: (a) Modes (multi-mode and single mode) (b) Graded Index (GI) fiber (c) Splicing methods Learning Outcome 2 Troubleshoot serial communications networks (RS- 232/485) at the physical layer Assessment Criteria 2.1 Examine the concept of serial asynchronous (byteoriented) data communication 2.2 Outline RS-232 operation with specific reference to: (a) Pin allocations (b) Static voltage levels (c) Signal waveforms

3 2.3 Outline RS-485 operation with specific reference to: (a) Static voltage levels (b) Signal waveforms (c) 2W/4W operation 2.4 Determine static voltages on RS-232 and RS Examine data transmission signals on RS-232 and RS-485 Learning Outcome 3 Outline the basic purpose, structure and functionality of the TCP/IP, MODBUS Serial and DNP3 protocols Assessment Criteria 3.1 Examine the basic purpose, structure and functionality of the TCP/IP protocol suite 3.2 Examine the basic purpose, structure and functionality of DNP3 serial 3.3 Examine the basic purpose, structure and functionality of MODBUS Serial (RTU and ASCII) Learning Outcome 4 Troubleshoot MODBUS Serial at packet level Assessment Criteria 4.1 Perform simulation of MODBUS serial master/slave interaction 4.2 Perform capture and analysis of MODBUS Serial Application Data Units (ADUs)

4 Learning Outcome 5 older ( first generation ) Industrial networks Assessment Criteria 5.1 Compare the following Industrial networks: (a) MODBUS Plus (b) Data Highway Plus (c) HART in terms of: (i) Media (ii) Physical and Data Link Layer implementation (iii) Architecture (physical topology) (iv) Frame (packet) size (v) Medium Access Control method(s) (vi) Speeds Learning Outcome 6 later ( second generation ) Industrial networks i.e. field buses Assessment Criteria 6.1 Compare the following field buses: (a) Device Net (b) PROFIBUS (c) FOUNDATION Fieldbus H1 in terms of: (i) Media (ii) OSI stack implementation (iii) Architecture (physical topology) (iv) Frame (packet) size (v) Medium Access Control method(s) (vi) Power supply to devices (vii) Speeds

5 Learning Outcome 7 newer ( third generation ) Industrial networks i.e. Ethernet-based field buses Assessment Criteria 7.1 Compare the following field buses with their non- Ethernet predecessors: Delivery mode (a) Ethernet/IP (b) PROFINET (c) FOUNDATION Fieldbus HSE 7.2 Compare the following Ethernet based field buses used for real-time applications: (a) EtherCAT (b) EPL (c) Sercos III (d) CC-Link A combination of asynchronous and synchronous e-learning delivery comprising a judicious mix of interactive online web conferencing, simulation (virtual labs) software, remote online labs, online videos, PowerPoint slides, notes, reading and study materials (in PDF, HTML and Word format) accessed through the Moodle Learning Management System (LMS).

Best Practice in Industrial Data Communications. Turkey, Istanbul, Wyndham Grand Istanbul Levent. Training Course : Training Course For One Week In

Training Course : Best Practice in Industrial Data Communications Training Course For One Week In Turkey, Istanbul, Wyndham Grand Istanbul Levent Which Be Held As Under Details : Tel. : 00965 22610021