Safety control systems according to EN954-1,
prEV ISO 13849-1, EN62061
Seminars
About the seminar
The familiar EN954-1 is being superseded by new standards. The basic approach of these new standards differs significantly from that of EN954-1. This seminar deals with the main complex specifications.
Attention: This seminar will be held in German!
Who should attend:
- Engineers (Electrical, Mechanical, Chemical, Maintenance, Production, Plant, Process, Control & Instrumentation, Safety, Quality)
- Managers (Operations, R&D, Process, Projects, Health & Safety, Technical)
- Any professional interested in the basic principles of Functional Safety
What you will learn:
The following important topics will be addressed:
- The key points of EN954-1
- Requirements of control systems categories
- Evaluation of circuits in respect of EN954-1, failure behaviour and fault analysis
- Basic safety principles and fault-resistant structures
- Proven safe components
- Relevance of the new standards, principles of the new benchmarking
- Distinctions and areas of application as regards EN ISO 13849-1 and IEC EN62061
- The key points of EN ISO 13849-1 (2004): Safety-related parts of control systems, general principles for design
- Full procedures for designing a machine and safety-related parts of control systems (SRP/CS)
- Safety-relevant parameters: MTTFd, DC, CCF, category, systematic failure and fault behavior
- Procedure for determining performance levels
- Specifications of categories, designated architectures of SPR/CS
- Fault exclusion
- Technical documentation
- The key points of IEC EN62061 (Functional Safety of safety-related electrical, electronic and programmable electronic control systems)
- Management of Functional Safety
- Design and integration of safety-related electrical control systems
- Fault behaviour and systematic safety integrity
- Basic system architechtures and function block diagrams
- Safety integrity of hardware
- Failure modes for electrical/electronic components
- Stipulating the safety integrity level (SIL)
- Safety-relevant parameters: PFDd, MTTF, proof test, DC, SFF, CFF
- Software safety specifications
- Verification and validation
- Documentation
What you will get:
- Handouts of the seminar
- Functional Safety book
- DVD with more than 10 interviews with Functional Safety experts