Specifications

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Bro_Safety_Info_DE_Rev01.indd 32-33Bro_Safety_Info_DE_Rev01.indd 32-33
Safety Technology Basics
New Safety Standards
Follow-up Safety Standards
The training program informs you about the meaning
of safety engineering in mechanical and plant
engineering. The principles, components, and
solutions of safety-related control system technology
will be covered. Apart from the structure of
standards and the safety categories, the machinery
directive and other relevant concepts will be
explained.
Our training offer at a glance
Order No. 2850821 Order No. 2692335
Order No. 2792364
The workshop explains the legal and normative
basics for the required machine safety. You are
provided with an overview of the standards, their
context as well as the differences in the
requirements regarding the functional safety of the
machine. The new standards EN ISO 13849-1 and
EN IEC 62061 are explained in detail using a
practical example.
You will apply the knowledge you have acquired about
the new standards in the New Safety Standards
workshop in practical applications. Using the example
of a production machine, you will be guided through
the process of designing safety-related parts of
machines and system controllers. This process
includes identifying and determining the protective
measures, determining the required capacity, as well
as the structure and the measures for validation and
verification.
Target group
Planners, project planners, service and maintenance
personnel, startup engineers, electricians, decision-
makers
Target group
Designers, system integrators and applications
engineers in mechanical engineering
Target group
Designers, system integrators and applications
engineers in mechanical engineering
Requirements
Basic knowledge of electrical and industrial
automation engineering
Requirements
Basic knowledge of electrical and industrial
automation engineering
Requirements
Basic knowledge of safety engineering and
participation in the New Safety Standards training
workshop
Program
• Examples of safety engineering in mechanical and
plant engineering
• Terms and definitions (cat., SIL, PL)
• Standard situation and guidelines
• Safety functions
• New machinery directive 2006/42/EU
• Basic requirements according to EN 60204-1,
IEC 61508, EN 954-1, EN ISO 13849-1 and
EN IEC 62061
• Responsibilities and law-abiding actions
Program
• Risk analysis for the safety on the machine
• Safety categories and deterministic error
determination as per EN 954-1 (ISO 13849-1:1999)
• Area of application, requirements and proof of
safety as per EN IEC 62061:2005
• Area of application, requirements and proof of
safety as per EN ISO 13849-1:2006
•
Which standards must or can be used?
• What do the new standards mean for the
manufacturers of safety components as well the
user/mechanical engineer?
• Required specifications for safety-related reliability
Program
• Analysis of danger areas in a machine
• Definition of the requirements for safety functions
• Determining the required performance (PLr or SIL)
• Designing the control system architecture taking
into account the relevant parameters
(e.g. MTTF
d
, DC, PFH
D
, SFF)
• Determining the performance achieved (PL or SIL)
• Verification and validation
Duration: 1 day
Duration: 1 day
Duration: 1 day
Interbus Safety System Cours
Order
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Requir
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Durat
EN_DE_Safety_Rev.01.fm Seite 14 Freitag, 30. Mai 2008 1:22 13
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