Skip to main content

Electrical and Automation Design (3cr)

Course unit code: 3S1554OJ

General information


Credits
3 cr
Teaching language

Objective

.Stundent knows tasks of the electricity and automation designer: - in production plants electricity systems design - in process electricity systems design - technical and economical limits, laws, rules and settings, regulations, directives, standards and instructions. Student are able to use design instructions, methods, models and model drawnings in different phases of electricity and automation planning. Stundent learn to do a typical small process plan to produce needed documentation.

Content

- Technical rawings, standards
- Project
- MCC and automation
- Design of Small Process Electrification(Electricaland Automation)
- selection of different components (elecrtrification and automation)
- AC Drives and electrical motors
- basics of PLC, HMI
- Control Switches, fuses, control boxes, safety switches, motors, cables, position sensors, sensors for motioncontrol, HMI panels, signal lamps, safety Switch (selection, dokumentation. technical drawing)
- Documentation (manuals, drafting, purchase, maintenance, ...)

Assessment criteria, satisfactory (1)

Grade 0 - 5 5: Student are able to clarify and choose solutions and systems in technical and economical aspects concerning to a small process and will understand the meaning of the documentation in different phases of the designing. 3: Student are able to choose and measure components of the process electrification in different phases of planning. 1: Student are familiar with small plant process electrification and automation planning phases and documentation.
 

Assessment criteria, good (3)

Opintojakso arvioidaan asteikolla 0-5.
Hyvä (4-3): Opiskelija osaa valita ja mitoittaa prosessin sähköistyksen ja automaation komponentteja suunnittelun eri vaiheissa.

Assessment criteria, excellent (5)

Opintojakso arvioidaan asteikolla 0-5.
Kiitettävä (5): Opiskelija osaa selvittää ja valita teknistaloudellisesti soveltuvia toteutusratkaisuja pienen prosessin sähköistyksen ja automaation toteutukseen sekä ymmärtää suunnittelun eri vaiheiden dokumentaation tarkoituksen.

Go back to top of page