Process ElectrificationLaajuus (5 cr)

Objective

The students are able to design the electrification of an industrial process. They know the issues to be taken into consideration in purchasing plans. They are able to design and draw main diagrams and placement and cabling schemes. They are able to design the earthing arrangement and potential equalisation of a system. Apart from process electrification, the students are able to design lighting, auxiliary systems, safety systems, heat tracing for safety systems, and instrumentation electrification.

Content

• purchasing planning
• main diagram design
• placement and cabling design
• design of earthing and potential equalisation
• selection and sizing of process devices and equipment
• control system design
• stand-by supply system
• instrumentation electrification
• heat tracing
• lighting
• building electrification
• electrification of auxiliary systems
• safety systems

Qualifications

Basics of industrial electrical design and ability to use CAD

Assessment criteria, satisfactory (1)

Very good (4-5): The student masters well different phases related to the electrical engineering design of an industrial process and can independently implement the knowledge in design projects.
Good (3): The student masters well some learning objectives of the course and can implement the knowledge in the electrical engineering design of an industrial process.
Satisfactory (1-2): The student has the basic knowledge of different phases related to the electrical engineering design of an industrial process.
Assessment is based on the exam and assignments.