Fluid power

Applications and properties. Basic theory. System component for energy conversion. Components for control and regulation. Hydraulic fluids. Passive components and and pollution control. Maintenance, monitoring, and troubleshooting. Automatic control systems, sequence controls, and
PLS controls for pneumatic and hydraulic systems.

Learning outcome:
After completing the subject, the candidate shall have the following overall learning outcome:

Knowledge:
The candidate has basic knowledge and insight into hydraulic and pneumatic components and systems as well as control and regulatory systems within the fluid technique.

Skills:
The candidate should work up skills and have dedicated system understanding within the field.

General competence:
The candidate should be able to convey and communicate various issues and solutions within the field.

Lectures, excercises and laboratory work.