Administrator
Johan Hedberg
Projektledare
Contact Johan
EN ISO 13849 Safety of machinery
EN ISO 13849-1 affects those involved in the development and use of machines and systems with safety-related parts of the control systems. The standard was updated in 2023 and this two-day course covers the new, updated version.
By following the EN ISO 13849-1 standard, you can ensure that your machinery meets the necessary safety requirements and protect workers from injuries and accidents. This course covers all stages of the standard - from initial risk analysis to final validation and requirements for any modifications. After the course, you can go ahead and apply the standard on your own. Components of the respective safety function.
Purpose
The purpose of the course is to provide a deep technical knowledge of the requirements of ISO13849-1, in order to get started and work further with the standard. The course will both go into detail on general parts of the standard and more detailed hardware and software parts. We start from the 2023 version of the standard.13849-1 becomes relevant in cases where the risk analysis concludes that you need to reduce risks with the help of functions implemented via control systems. The course will focus on explaining which components are included in each safety function.
Target group
Hardware designers, programmers, test engineers, operations and maintenance staff.
Customized course
If the current course date does not suit you, we can offer customized courses for companies. Please contact Johan Hedberg below for a quote.
Speakers
Programme
Speakers
Ted Strandberg
Civilingenjör, RISE
Johan Hedberg
Projektledare, RISE
Programme
Day 1
- Risk analysis according to ISO 12100Determination of the PLr (Performance Level Required) required
- Identification of protection functions
- Preparation of requirement specifications for identified protection functions
- Selection of the appropriate category (designated architecture) for each protection functionMTTFd calculationsDetermination of DCavg
- Management of systematic failures and common failures (CCF=Common Cause Failures)
Day 2
- Development of safety critical application software
- Development of safety critical embedded software
- Parameterisation of protection functions
- Proven components, proven safety principles and fault exclusion
- Validation of protection functions
