36 Structure

Get Started. It's Free
or sign up with your email address
36 Structure by Mind Map: 36 Structure

1. Cover page

1.1. Title

1.1.1. Environmental Control System - Informative lesson MG36

1.2. Imagem

2. Objectives

2.1. Describe

2.1.1. What the Environmental Control System is.

2.1.2. What it is used for.

2.1.3. Hhow it is supplied with air.

2.2. Distinguish

2.2.1. Some of the differences between the Primary and the Secondary Environmental Control System.

2.2.2. The communication equipment used in the system.

2.3. Identity

2.3.1. Where the system is located.

2.3.2. What component types that are used in both the Primary and the Secondary Environmental Control System.

3. Course structure

3.1. Chapter 1: Environmental Control System

3.1.1. What is ECS? Introduction and interaction (APU and Engine).

3.1.2. Primary ECS Main functions (cooling, pressurization and air conditioning). Obs.: it has one content interaction - COMOBOG.

3.1.3. Secondary ECS Main functions (cooling and pressurization). Obs.: it has one content interaction - HiPPAG.

3.1.4. Where is ECS located? Iinteraction about the components.

3.1.5. ECS main components P-ECS: reheater, heat exchanges, condenser, cold air unit and water separator. S-ECS main components: precooler intercooler, air cycle machine, water separator and reservoir/accumulator.

3.1.6. ECS valves Flow Control Valve (FCV/22HA). Auxiliary Power Unit (APU). PRSOV. Engine.

3.1.7. Quiz 2 questions.

3.2. Chapter 2: How it works

3.2.1. What is the Liquid Loop? Is there any picture to use here?

3.2.2. How does ECS work? Part I P-ECS - components S-ECS - components Part II P-ECS tasks S-ECS tasks

3.2.3. Quiz 3 questions

3.3. Chapter 3: Communication

3.3.1. How does the communication work?

3.3.2. How do you control the ECS?

3.3.3. Quiz 1 question.

4. Summary

4.1. 4 points

5. Final quiz

5.1. 6 questions

6. Glossary

6.1. 20 words

6.1.1. Confirmar escrita com o STE.