Embraer ERJ 190-300/400 Familiarization Quiz

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Questions and Answers

Which category do MFD and MCDU components belong to?

  • Communication Components
  • Safety Components
  • Engine Components
  • Flight Components (correct)

What is the primary function of the MCDU in the cockpit?

  • To provide visual weather data only
  • To control flight surfaces
  • To display engine performance data
  • To serve as the primary input and output device for the FMS (correct)

What types of information does the MFD provide to pilots?

  • Massage notifications and maintenance alerts
  • Safety checklists and procedures
  • Maps, routes, and weather radar (correct)
  • Fuel efficiency statistics

How does the integration of flight, engine, and navigation systems impact aviation?

<p>It ensures safety and reduces pilot workload (C)</p> Signup and view all the answers

Which of the following statements is true regarding modern aviation controls and displays?

<p>They are fundamental to reliability and operational success (B)</p> Signup and view all the answers

What are the three main categories into which cockpit components are grouped?

<p>Flight, Engine, Navigation (D)</p> Signup and view all the answers

Which component provides control of motion axes such as pitch, roll, and yaw?

<p>Yoke and Pedals (A)</p> Signup and view all the answers

What is the primary function of the Autopilot in the cockpit?

<p>Enable automated aircraft control (A)</p> Signup and view all the answers

Which component provides auxiliary power for systems while on the ground?

<p>Auxiliary Power Unit (APU) (A)</p> Signup and view all the answers

During which phases of flight is the APU mostly used?

<p>Take-off and Landing (A)</p> Signup and view all the answers

What is the role of Throttle Levers in the cockpit?

<p>Provide control of engine power output (A)</p> Signup and view all the answers

Which cockpit display shows critical information such as altitude and speed?

<p>Primary Flight Display (PFD) (D)</p> Signup and view all the answers

What might the APU provide power to in case of an emergency?

<p>Critical Support Systems (C)</p> Signup and view all the answers

What is the primary purpose of the cockpit in the Embraer ERJ 190-300/400?

<p>To house essential flight controls and instrumentation (D)</p> Signup and view all the answers

How many crew members can be seated in the cockpit of the Embraer ERJ 190-300/400?

<p>3 (D)</p> Signup and view all the answers

Which of the following components is NOT part of the cockpit instruments?

<p>Cargo Compartment (C)</p> Signup and view all the answers

What area is indicated by the term 'Center Pedestal' in the cockpit layout?

<p>Engine controls (D)</p> Signup and view all the answers

Which ATA chapters are relevant to the airframe in the Embraer ERJ 190?

<p>ATA 20-21, ATA 50-51 (B)</p> Signup and view all the answers

What is the role of the Glareshield in the cockpit?

<p>To reduce glare for pilots (C)</p> Signup and view all the answers

Which is NOT one of the main areas that cockpit instruments are divided into?

<p>Fuel Management System (C)</p> Signup and view all the answers

Which type of components are specifically illustrated in the cockpit objectives for the Embraer ERJ 190?

<p>Flight, engine, and navigation components (B)</p> Signup and view all the answers

Flashcards

Avionic Components

Avionic Components are grouped into three categories: Flight, Engine, and Navigation Components.

MFD (Multi-Function Display)

Shows maps, routes, and weather radar.

MCDU (Multi-Crew display unit)

Primary input and output device for the flight management system (FMS).

Flight, Engine, and Navigation Components

Categories that cockpit components are grouped into for better organization.

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FMS (Flight Management System)

FMS uses MCDU for inputting routes and managing aspects of flight.

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Embraer ERJ 190-300/400 (PW 1900G)

A type of airplane model with specified powerplant and avionics.

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Cockpit Layout (ERJ)

Arrangement of flight controls, instruments, and displays inside the cockpit.

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Cockpit Instruments

Display indicators and controls for various functions of the airplane, divided to specific areas.

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Overhead Panel

The panel featuring various instruments above the pilot's desk, for control of flight, systems and other functions.

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Circuit Breakers Panel

A panel of circuit breaker switches for electrical systems in the airplane.

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Main Instrument Panel

The main panel with primary flight indicators, controls, and associated instruments.

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Center Pedestal

The central part of the cockpit containing various controls and instruments.

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Glareshield

Protective shield for the pilot, reducing glare and improving visibility during flight.

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Cockpit Components

Cockpit components are grouped into Flight, Engine, and Navigation Components.

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Flight Components

Flight components control the plane's movement (pitch, roll, yaw) and display critical information (altitude, speed, attitude).

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Yoke and Pedals

Yoke and pedals control the aircraft's motion through pitch, roll, and yaw.

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Primary Flight Display (PFD)

Displays critical flight information, like altitude, speed, and attitude.

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Auto Pilot

Enables automated aircraft control.

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Engine Components

Manage engine power (throttle levers), fuel, and auxiliary power unit (APU).

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Auxiliary Power Unit (APU)

Provides auxiliary power for systems on the ground, critical for take-off and landing.

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Throttle Levers

Control the engine's power output.

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Study Notes

Familiarization Embraer ERJ 190 - 300/400 (PW 1900G)

  • The document is about familiarization with the Embraer ERJ 190-300/400 aircraft.
  • The specific part numbers are 300/400 (PW 1900G).

Index

  • The document includes an index with various areas of study.
  • Avionic 1: ATA 03-12, 25, 24, 31, 45, 52
  • Avionic 2: ATA 22, 34, 34-61, 44, 46, 23, 33, 26
  • Airframe: ATA 20-21, 50-51, 53-57, 35, 29-30, 32, 27, 38, 36
  • Powerplant: ATA 28, 47, 49, 71-80

ATA 11 Placards & Markings

  • This is a separate topic concerning placards and markings.

Agenda

  • 11-00 Revision: Cockpit: Cockpit overview, Flight Components, Engine Components, Navigation Components, Conclusion, Evaluation

Objectives

  • Identify key systems and components of the Embraer ERJ 190-300/400 (PW 1900G).
  • Describe the cockpit layout and its main areas.
  • Illustrate functions of flight, engine, and navigation components.

Cockpit Revision

  • The cockpit accommodates two crew members in pilot seats and one observer on the jump seat.
  • Cockpit instruments are divided into five main areas. The areas include: Overhead Panel, Center Pedestal, Glareshield, Circuit Breaker Panel, and Main Instrument Panel

Cockpit Overview

  • Components are categorized as Flight, Engine, and Navigation components.

Flight Components

  • Yoke and pedals provide pitch, roll, and yaw control.
  • Primary Flight Display shows critical information and attitude.
  • Autopilot manages system (FMS).

Engine Components

  • Fire extinguisher, APU Panel, Fuel pumps, and Throttle levers control engine power.

Throttle Levers

  • Control engine power output.
  • Crucial during takeoff, approach, and landing phases.
  • Allow isolating engines in case of failure.

Auxiliary Power Unit (APU) Controls

  • Provides auxiliary power while on the ground.
  • Essential for power management during operation.
  • In emergencies, the APU supplies power to crucial systems.
  • Components include Avionic, TCA, MFD, and MCDU systems.

MFD

  • Displays maps, routes, and weather radar.

MCDU

  • Primary input/output device for the FMS, input for routes.
  • Manages aircraft performance (weight, fuel).
  • Shows Navigation information (GPS, VOR, ILS)

Key Takeaways

  • Cockpit components (Flight, Engine, and Navigation) are integrated for safety, efficiency, and reduced pilot workload.
  • Automated controls and displays are fundamental for modern aviation's reliability and success.

Evaluation

  • A section for evaluation of the content.

References

  • A list of external links for reference.

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