Functional Safety (SIL) Training

Risk is an integral part of our daily lives. Hazards are also present in our working environment. Thus, it is important to identify anything that could pose a risk of death or injury and to eliminate any hazards at work emanating from production processes.

EN 61508 sets the basis for the planning, set-up and operation of electrical and electronic protection measures. The goal of the seminar is to give an overview of the fundamental principles and methods, the most important terms and definitions, and how to interpret them.

Alongside our ever popular online seminars (SIL scheduled for the 20th - 23rd May 2024), we are also running two face2face seminars for SIL on the 26th September and the 14th November 2024, typically 9am - 4pm!

We will be at .......

• Hardwick Hall Hotel, Sedgefield on the 26th September 2024
• Pepperl+Fuchs, Oldham on the 14th November 2024

Places will be limited, so try to book early to avoid disappointment!

**You will also have the opportunity to book a place/s on one of our ATEX seminars, taking place on the 24th September & 12th November and our ADVANCED ATEX, taking place on the 25th September & 13th November 2024**

The program targets management, engineering, production and safety personnel involved in equipment design and use, where potentially explosive atmospheres are present.

Introduction to EN 61511 and EN 61508

• Benefits and Risks
• The Risk Based Concept
• Functional Safety and “SIL”
• Terms and Definitions
• Differentiation of Protection Layers
• Process and Safety Equipment
• Safety Equipment Failure
• Systematic and Random (Hardware) Failures
• Laws and Standards

Legal Foundation

• SIL, European Directives, Harmonised Standards
• EN 61508 and Sector Standards
• EN 61511, EN 13849, EN 62061 etc.
• Accident and Failure Causes#European and British Statistics#
• Functional Safety Management
• Safety Lifecycle and Quality Management
• Interesting Facts about EN 61508
• Website www.61508.org

Hazard and Risk Analysis

• Term “Risk"
• Definition, Tolerable Risk, Quantification
• Analysis Methods
• HAZOP, Risk Graph
• Example: Parachuting
• Initial Risk, Risk Reduction
• Safety Equipment Architecture – Part 1

Redundancy

• Number of Channels and Hardware Fault Tolerance HFT
• Relationship between HFT and SIL
• Architecture Requirements, Examples
• Safety Application Equipment
• Design acc. to EN 61508, Prior Use, Proven in Use etc.
• Functional Safety Management, FMEDA, Safety Manual
• Prior Use, Proven in Use
• Prior Use (NE 130), Fault Data Statistics (NE 93)

Safety Equipment Architecture – Part 2

• HFT Requirements and SIL
• Difference between EN 61511 and 61508
• (Sub-) Systems Realisation
• Relationship between “Equipment SIL” and “SIF SIL”

Calculation of Random Failures

• Coincidence and “Actual Coincidence"
• Monty Hall Problem, Birthday Paradox
• SIL and Probability of Failure
• Permissible PFD or PFH values
• Calculation of a 1oo1 Structure
• Formula according to EN 61508, Simplified Calculation
• Calculation of a 1oo2 Structure
• Common Cause Failure, Calculation

Example

• Overfill Protection – SIL 3
• Validity of the Calculation
• Useful Lifetime

Non-Electrical Equipment

• Reliability Engineering Terms
• MTTF, MTBF, Average Lifetime
• Features of Non-Electrical Equipment
• “Demand” vs. “Actuation”

This seminar will be free of charge to ALL participants

"I’m  just back from the SIL Training seminar in Aberdeen and just wanted to say how good it was.

The presentation and material covered were excellent and your training representative was extremely informative and engaging.

I will be recommending these seminars to my colleagues". Kate Gray

"The feedback from all has been excellent so a big thank you to Michael and all the team", AC

"Could you please pass on my thanks for an excellent day yesterday", SB

"I just wanted to send a quick email to say thanks for the superb training seminar yesterday especially to Michael who was an excellent teacher, I have certainly gained a lot of valuable knowledge" TM