Lectures:
1) Basic overview of related standards and directives.
2) Incomplete machinery X machinery sets, CE declaration of conformity.
3) Basic PL levels and SIL component integrity level.
4) Risk analysis and its evaluation - methodologies.
5) Methods and procedures of risk reduction.
6) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
7) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
8) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
9) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
10) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
11) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
12) Suppliers of safety features and their technical / consultative support (SICK, PILZ, etc.).
13) Safety engineer and his role, techniques and means for verifying the functionality of the proposed safety concept.
14) Safety related documentation.
Seminars:
1) Assignment of robotic workplace safety project. Project objectives and evaluation criterions.
2) Project - Design of the basic safety concept for given workplace.
3) Project - Specification of related standards.
4) Project - Development of variants of workplace safety.
5) Project - Development of variants of workplace safety.
6) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
7) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
8) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
9) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
10) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
11) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
12) TEST. Project - Specification of parameters of proposed variants of workplace safety.
13) Finalization of project.
14) Checking the project and the credit.
1) Basic overview of related standards and directives.
2) Incomplete machinery X machinery sets, CE declaration of conformity.
3) Basic PL levels and SIL component integrity level.
4) Risk analysis and its evaluation - methodologies.
5) Methods and procedures of risk reduction.
6) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
7) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
8) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
9) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
10) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
11) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
12) Suppliers of safety features and their technical / consultative support (SICK, PILZ, etc.).
13) Safety engineer and his role, techniques and means for verifying the functionality of the proposed safety concept.
14) Safety related documentation.
Seminars:
1) Assignment of robotic workplace safety project. Project objectives and evaluation criterions.
2) Project - Design of the basic safety concept for given workplace.
3) Project - Specification of related standards.
4) Project - Development of variants of workplace safety.
5) Project - Development of variants of workplace safety.
6) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
7) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
8) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
9) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
10) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
11) Safety features and conditions for their application (light curtains, scanners, stop button, locks, fences etc.). Examples of applications.
12) TEST. Project - Specification of parameters of proposed variants of workplace safety.
13) Finalization of project.
14) Checking the project and the credit.