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Teaching GuideTerm Higher Polytechnic University College |
| Grao en Enxeñaría en Propulsión e Servizos do Buque |
 Subjects |
| INSTRUMENTACIÓN E AUTOMATIZACIÓN DO BUQUE |
| Contents |
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| Identifying Data | 2016/17 | |||||||||||||
| Subject | INSTRUMENTACIÓN E AUTOMATIZACIÓN DO BUQUE | Code | 730G02156 | |||||||||||
| Study programme |
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| Descriptors | Cycle | Period | Year | Type | Credits | |||||||||
| Graduate | 1st four-month period |
Fourth | Optativa | 4.5 | ||||||||||
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| Topic | Sub-topic |
| 1. Introduction to measurement and control systems. | 1.1. Introduction. Aims. 1.2. Systems of measure and control. Keywords. 1.3. Concept of Automation. 1.4. Ways operation of a plant. 1.5. Elements of a System of Automation. 1.6. Aims of the Automation. 1.7. Elements of a system of control. 1.8. Types of signals in a system of control. 1.9. Classification of the automatisms. 1.10. Phases in the Design of a System of Automation 1.11. Implantation of the system of control. |
| 2. Sensors and actuators. | 2.1. Introduction. 2.2. Types of sensors. 2.3. Classification actuators/drives |
| 3. Instrumentation on board the vessel. | 3.1. Introduction. Measuring instruments on the ship. 3.2. Anemometer. Veleta. Wind Instrumentation 3.3. Sliding probe. Sounder. 3.4. Depth Sounder. 3.5. Temperature Probe. 3.6. GPS. Plotter 3.7. Autopilot. 3.8. Inductive sensors marine. 3.9. RPM. |
| 4. Introduction to programmable logic controller (PLC) in the vessel. | 4.1. PLC Hardware. 4.2. Software PLC. 4.3. Interaction between PLC and Real World. 4.4. Programming the PLC to control the plant. 4.5. Basic types of data (variables) in a PLC. 4.6. Programming in Ladder Diagram. 4.7. List programming instructions. 4.8. AND function. 4.9. Función OR. 4.10. Función XOR. 4.11. Organización básica de un programa. 4.12. Ejemplo simple de automatización con PLC. 4.13. Diseño de un Sistema de Automatización con lógica Programada. 4.14. Sociedades de Clasificación y autómatas programables. 4.15 Normativa IEC-1131. |
| 5 Methodology for designing systems sequences. SFC | 5.1. Introduction SFC. 5.2. Division into stages or phases. 5.3 Graphical symbols Grafcet. 5.4. Grafcet evolution rules. 5.5. Basic structures of the SFC. 5.6. Design and implementation. 5.7. Useful guidance for the implementation: Set / Reset. 5.8. Refinement: Ensure system shutdown. 5.9. Relationship between SFC and implementation in PLC. 5.10. Equivalence between PLC and digital implementation. 5.11. Edge detection signal (FP / FN). 5.12. Reset operation or initialization. 5.13 Sequence of operation of a system. |
| 6. PLC and its environment: Wireless tires, hydraulic systems and electric. |
6.1. Introduction Communication protocols on the ship. 6.2. NMEA protocol. 6.3. SeaTalk protocol. 6.4. RS-232 protocol. 6.4. RS-422 protocol. 6.5. RS-485 Protocol 6.5. Hydraulic system. 6.6. Electrical Systems. |
| 7. Integration of Automatic Systems Vessel | 7.1. Communication networks in the Vessel. 7.2. Introduction to communication networks. 7.3. Regulations for local area networks. 7.4. General characteristics of the Ethernet network 7.5. The PLC communication networks 7.6. PLC functions in a communication network. 7.7. Communications networks PLCs |
| 8. Process monitoring systems | 8.1. Communication networks and monitoring systems 8.2. Control and data acquisition. 8.3. Elements of a SCADA. 8.4. Application examples. |
| 9. Basic Alarm Systems in Vessels Features. | 9.1. Regulations on the basic features of Alarm Systems 9.2. Management and Supervision automatic alarms. |
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