CONTENT HIGHLIGHTS • Actuation System Architecture Driving
I.D.# C1518
Requirements • Certification • Particular Risk • MMEL requirements • Margin on failure probabilities • Arbitrary failure conditions to be covered • Dissimilarity • Actuation System Architecture Design Considerations • How many control surfaces • Balanced vs unbalanced surfaces • Mechanical vs powered system • How many power sources • Electric vs hydraulic power sources • How many actuators per surface • Active/active vs active/std-by & double activation • EMA vs EHA • EBHA vs EHA • How many computers • Centralized vs distributed electronics • COM/MON vs triplex voting • Dissimilarity (electronics, power sources, back- up system) • Back-up system • Pilot Controls • Side stick vs control column • Active vs passive side stick • Considerations On System Installation • UERF and System Routing • Bird strike and segregation • Electric actuator thermal management • Fire prevention • Lightning Strike • Actuator installation configurations • Actuation system architecture examples • System architecture analysis principle • Architecture examples INSTRUCTOR Dominique van den Bossche Industry Consultant European and US Flight Control Actuation Companies
SCHEDULE Future offerings are being scheduled for this course. Check the course web page for the most up-to-date schedule and information.
FEES List:
$425 $425
Members:
HALF-DAY/.4 CEUS
Get the complete course description and register: sae.org/learn/content/c1518
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