Full Courses - PLC, SCADA, HMI - Functional Safety Course: Complete Instrumentation Training

Welcome to the Functional Safety Course: Complete Instrumentation Training, your video guide to mastering safety instrumented systems (SIS). This 12-hour course is designed to provide a thorough understanding of safety systems, their components, and how to effectively manage them in industrial environments. From basic concepts to advanced SIS design and testing, this course covers it all. Throughout the course, you'll explore critical topics such as industrial disasters and their impact on safety, safety instrumented functions (SIF), and key SIS components like sensors, logic solvers, and final control elements. You’ll also learn about redundancy, voting logic, and the role of safety architectures in preventing system failures. #functionalsafety #instrumentation #course #training *** VIDEO TOPICS *** 00:00:00 - Chapter 1: Major Industrial Disasters and Their Impact on Safety Systems 00:11:01 - Chapter 2: Introduction to Safety Systems in Industrial Automation 00:20:03 - Chapter 3: What is a Safety Instrumented System (SIS)? 00:30:11 - Chapter 4: Understanding Basic Process Control Systems (BPCS) 00:37:50 - Chapter 5: Layers of Protection in Safety Instrumented Systems (SIS) 00:47:15 - Chapter 6: Differences Between SIS and BPCS Explained 01:02:28 - Chapter 7: A Complete Guide to Functional Safety in Industrial Systems 01:21:38 - Chapter 8: Essential SIS Terminologies for Beginners 01:30:34 - Chapter 9: LOPA (Layer of Protection Analysis) Definition and Application 01:44:35 - Chapter 10: Understanding Safety Instrumented Functions (SIF) 01:56:51 - Chapter 11: Components of a Safety Loop in SIS 02:08:57 - Chapter 12: SIS Sensors: Role and Functionality Explained 02:24:13 - Chapter 13: What are SIS Logic Solvers? 02:41:59 - Chapter 14: Understanding SIS Final Control Elements 02:57:53 - Chapter 15: De-Energize to Safe State in SIS Explained 03:08:32 - Chapter 16: Energize to Safe State in Safety Instrumented Systems 03:17:06 - Chapter 17: Redundancy in Safety Instrumented Systems: A Detailed Guide 03:29:45 - Chapter 18: Voting Logics in Safety Automation Systems 03:46:57 - Chapter 19: Safety Architecture for SIS in Industrial Automation 04:16:09 - Chapter 20: SIS Overrides, Bypasses, Inhibit Functions, and Maintenance Override Switch (MOS) 04:38:09 - Chapter 21: Understanding Fail-Safe and Fail-Danger Modes in SIS 04:52:48 - Chapter 22: Guide to Safety Instrumented System Design 05:10:57 - Chapter 23: SIS Workprocess: Part 1 Overview 05:28:50 - Chapter 24: SIS Workprocess: Part 2 Advanced Steps 05:43:18 - Chapter 25: SIS Documentation and Requirements Overview 05:52:35 - Chapter 26: SIS Maintenance Process: A Step-by-Step Guide 06:08:38 - Chapter 27: SIS Parameters Definition for Beginners 06:23:57 - Chapter 28: Introduction to Safety Requirements Specification (SRS) 06:40:12 - Chapter 29: Safety Requirements Specification (SRS) Part 1: Detailed Overview 06:53:40 - Chapter 30: Safety Requirements Specification (SRS) Part 2: Advanced Concepts 07:04:55 - Chapter 31: SRS Roles and Responsibilities in Safety Instrumented Systems 07:13:51 - Chapter 32: Reviewing SRS Documentation and Results in SIS 07:26:02 - Chapter 33: Introduction to Common Cause Failure (CCF) 07:36:05 - Chapter 34: Understanding Common Cause Failure (CCF) in SIS 07:48:45 - Chapter 35: Methods to Avoid Common Cause Failure in Safety Systems 08:01:01 - Chapter 36: SIS Logic Solver Program Requirements Explained 08:09:28 - Chapter 37: Understanding SIS Proof Testing Needs 08:22:26 - Chapter 38: SIS Instruments Proof Testing Overview 08:32:36 - Chapter 39: SIS Valves Proof Testing Guide 08:52:21 - Chapter 40: Introduction to SIS Probability of Failure on Demand (PFD) Basics 09:04:24 - Chapter 41: SIS PFD Formulas Explained 09:14:33 - Chapter 42: Introduction to SIS Validation Processes 09:25:34 - Chapter 43: Detailed Guide to SIS Validation Process 09:45:08 - Chapter 44: SIS Instrument Inline Proof Testing: Basics 09:54:21 - Chapter 45: SIS Instrument Inline Proof Testing: Detailed Guide 10:10:14 - Chapter 46: SIS Application Program: Basics and Setup 10:25:49 - Chapter 47: SIS Application Program: Detailed Requirements Overview 10:37:23 - Chapter 48: SIS Testing and Repair Deferral: Basic Concepts 10:49:55 - Chapter 49: SIS Testing and Repair Deferral: Maintenance Guide 10:59:06 - Chapter 50: SIS Maintenance: Basics and Best Practices 11:11:58 - Chapter 51: Detailed Process for SIS Maintenance 11:23:20 - Chapter 52: Understanding SIS Failures and How to Prevent Them 11:37:51 - Chapter 53: SIS Reliability: Key Concepts Explained Tags: functional safety, safety instrumented systems, sis, safety instrumented function, sif, safety systems, functional safety training, industrial safety, safety automation, process safety, bpcs, basic process control systems, lopa, layer of protection analysis, sis design, safety instrumentation, sis components, sis proof testing, safety architecture