ATR 72 GS Flashcards

1
Q

Atmospheric Icing Conditions

A

TAT at or below 7ºC or;
OAT at or below 5ºC on Ground and;
Visible moisture is present (clouds, rain, snow, ice cristals, etc)

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2
Q

Minimum Speed For Flaps Retraction?

A

It is VmLB of the next flap setting.
Example:
- VmLB0: Minimum speed to retract flaps from 15 ° to 0 °.

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3
Q

VMCG?

A

Minimum Control speed on the Ground from which
a sudden failure of the critical engine can be
controlled by use of primary flight controls only,
with the other engine operating at RTO power.

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4
Q

VMCA?

A

Minimum flight speed at which aircraft can be
controlled with 5 ° bank in case of failure of the
critical engine, the other being set at GA power
(landing flaps setting, gear extended) and which
provides rolling capability specified by regulations.

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5
Q

VMCL? SPEED AND CONCEPT.

A

98KT

Minimum flight speed at which aircraft can be
controlled with 5 ° bank in case of failure of the
critical engine, the other being set at GA power
(landing flaps setting, gear extended) and which
provides rolling capability specified by regulations.

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6
Q

GPU minimus?

A

28V - 300A-400A - Provides enough power to assure all equipment operation before engine start.
For engine start the GPU must be able to handle the addicional current to handle the starter (>12V - >1000A)
In case of GPU with low capabilities:
LOAD SHEDING = Packs/Fuel Pumps/Recirc Fans/Upper Cabin Lights.
Utility bus PB: may be used but not reccomended (toilet flush/galley equipments/cabin tape player for speeches will be affected).

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7
Q

VFGA?

A

Final Go-Around Speed. Best climb gradient
speed after the go-around acceleration altitude.
The higher value between Final Takeoff (VFTO)
and Drift-down speed.
Check the QRH performance section for detailed information. - The speeds are the same or have a 1kt difference between them.

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8
Q

VREF vs APP?

A

VREF: Final approach reference speed for the
determination of the certified landing distance.

VAPP: Final Approach speed is the operational speed
used during landing taking into account
corrections (Wind/Gust/Failure).
= VMHB30 + 1/3 WIND COMP. OR GUST DIF. LIMITED TO 15KT.

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9
Q
V1
VR
VLOF
V2
VFTO?
A

V1 is the maximum speed at which the flight crew
can decide to reject the takeoff and is ensured to
stop the aircraft within the limits of runway.

VLOF Speed at which the lift overcomes the weight

VR Speed at which rotation is initiated to reach V2 at
35 ft height.

V2 Takeoff, safety speed reached at 35 ft height with
one engine failed and providing second segment
climb gradient not less than the minimum (2.4 %).

VFTO Final Takeoff speed used during Final Segment
with one engine inoperative and providing climb
gradient not less than the minimum (1.2 %).

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10
Q

The following weather conditions may be conducive to severe in-flight icing:

A
  • Visible rain at temperatures close to 0 °C ambient air temperature (SAT)
  • Droplets that splash or splatter on impact at temperatures close to 0 °C ambient air
    temperature (SAT)
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11
Q

Autopilot can be operated in SEVERE ICING?

A

The autopilot may mask tactile cues that indicate adverse changes in handling
characteristics.
So, the use of the autopilot is prohibited when:
- Severe icing defined above exists, or
- Unusual lateral trim requirements are encountered while the aircraft is in icing
conditions, or
- Autopilot trim warnings are encountered while the aircraft is in icing conditions.

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12
Q

Company AP limitations:

A

Takeoff: 500ft AGL
Non Precision and ILS CAT I : 160ft AGL
Demais Fases: 1000ft

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13
Q

Don’t switch off the FD. Use the ______ PB instead.

A

Use the STBY PB on AFCS panel to clear all previously selected mode.

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14
Q

Single DC GEN operation max altitude if ISA +25

A

FL200

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15
Q

Holding with any flaps extended is prohibited in icing conditions except _____________

A

(except for single engine

operations).

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16
Q

To which light the ice evidence probe (IEP) is related?

A

NAV lights.

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17
Q

ITT limits for starting and MEMO ITENS.

A

800 - 840ºC = 20 sec
840 - 950ºC = 5 sec

MEMO ITENS:
If ITT tends to exceed 900ºC or no ITT/NH.
CL: FSO
START SEL: OFF

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18
Q

Hotel Mode MAX ITT and tailwind for NAC OVHT

A

715ºC

10kt

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19
Q

Starter limitations:

A

3 starts with combined time of 1min 30s - 4 minutes cool time.

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20
Q

System reset policy:

A

Off - 3s - On

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21
Q

Itens that must not be reset unless indicated by the checklist:
Itens that must NEVER be reset:

A

Bat Chg (EMER/MAIN)
EEC
CAB PRESS MODE SEL
PEC

BLEED LEAK
BUS FAULT

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22
Q

DO NOT REENGAGE _______ CB

A

Fuel Pump

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23
Q

TO INHI PB:

how can you disable it?

A
  • Automatically at landing gear retraction or,

- by pressing the RCL pb.

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24
Q

Rejected TO callout and proc:

A

“STOP”

PL GI
FULL BRAKES
YOKE PUSH FWD
"TWO LOW PITCH"
FULL REVERSE

With engine failure: 1 low pitch indication
“NO REVERSE”

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25
Q

Brakes cool off time and temperatures:

A

10 minutes.
150ºC
177ºC - Expansion.

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26
Q

Após uma decolagem rejeitada, quais são os callouts a serem feitos no PA?

A

TRIPULAÇÃO MANTENHAM AS POSIÇÕES
TRIPULAÇÃO OPERAÇÃO NORMAL

OU

TRIPULAÇÃO MANTENHAM AS POSIÇÕES
TRIPULAÇÃO PREPARAR PARA PROCEDIMENTOS
EVACUAR 3X

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27
Q

SMOKE MEMO ITENS

A

■ If smoke/fumes in the cockpit
▶ CREW OXY MASKS…………………… DON / 100 %
▶ GOGGLES………………………………………… DON
▶ CREW COMMUNICATIONS…………….ESTABLISH
▶ RECIRC FANS 1+2………………………………………OFF
▶ AP ………………………………………………….ON

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28
Q

POR QUE DESLIGAR AS RECIRCULATIONS FANS EM CASO DE FUMAÇA?

A

Recirculation fans can propagate smoke/fumes in all the pressurized areas. Therefore,
several smoke warnings may be triggered.

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29
Q

ELEVATOR JAM MEMO

A

CONTROL COLUMNS - UNCOUPLE
FREE CONTROL COLUMN - IDENTIFY
PF - FREE COLUMN SIDE
IAS MAX: 180KT

30
Q

IF THE _______ ELEVATOR IS JAMMED AP IS NOT AVAILABLE

A

RIGHT

31
Q

IF THE ______ ELEVATOR IS JAMMED STICK SHAKER IS NOT AVAILABLE

A

LEFT

32
Q

APÓS DESCONECTAR O ELEVATOR - O SISTEMA FUNCIONA NORMALMENTE?

A

NÃO - APENAS O LADO QUE ESTÁ LIVRE FUNCIONA.

33
Q

SE A HÉLICE NÃO EMBANDEIRAR COM A CL EM FTR. O QUE FAZER?

A

PUXAR PUNHO DE FOGO.

34
Q

OVERBOARD CTL VLV IS ____ WHEN ENG. 1 IS ON

A

CLOSED

35
Q

WHY COMM HATCH MUST REMAIN OPEN UNTIL ENGINE 1 IS ON?

A

After boarding, when door is closed (engine 1 not running = OVBD valve open), if the
OVBD VALVE CTL sw remains in AUTO position the extract fan suction will create a very
noticeable pressurization change. This phenomenon becomes more important when operating
with GPU than in hotel mode due to absence of inlet air flow.
In order to avoid this not comfortable situation, when cockpit preparation is performed and, in
any case before closing the passengers door, the cockpit communication hatch must be
opened.
It will be closed after engine 1 start.

36
Q

PRESSURIZATION LE MEMORY AFTER TO

A

3500FT AGL AFTER TAKEOFF THE SYSTEM REMEMBERS THE TO ALT.

37
Q

THE AUTOPILOT HAS NO AUTO _____ AND _____

A

As there is no auto-trim on both ROLL and YAW axis, it is the flight crew duty to
maintain lateral trimming when speed or power is substantially changed.
this is primarily achieved by maintaining the slip indicator (ball) centered by use of
rudder trim

38
Q

AILERON MISTRIM message is displayed on

ADU:

A
  • DISCONNECT AP, HOLDING FIRMLY THE CONTROLS
  • FLY MANUALLY BEFORE ADJUSTING LATERAL TRIMS
  • The autopilot can be reengaged following adjustment of the lateral trims
39
Q

The QUICK DISCONNECT pb is recommended all normal AP disengagement

A
40
Q

AHRS allign time and requirements

A

3 min.

Aircraft must not be moved.

41
Q
MEL itens
RI?
A
B
C
D
A

Rectification Interval

A - Not specified - Follow RMK
B - 3 calendar days
C - 10 calendar days
D - 120 calendar days

42
Q

gust lock can be engaged bellow __kts

A

30kts

43
Q

Reverso acelerado em baixa velocidade pode causar ____

A

Pitch disconnect

Evitar

44
Q

Operational celiling rate of climb:

A

+300ft/min

45
Q

ATR main dimensions:

A
  1. 16

27. 05

46
Q

Pavement needed for 180 degree turn

A

21.4m

47
Q

Details on blue flap extension flag.

A

A blue EXT flag appears to indicate that the flap valve is hydraulically commanding flap
extension.
Note
If EXT flag appears when flaps are extended, it means that there is a leak in the flaps
hydraulic circuit.

48
Q

Flap assym amber light when…

A

flaps assymetry exceeds 6.7 degrees

49
Q

Flap unlock amber light?

A

A FLAP UNLK alert is provided to inform the flight crew of flaps spurious retraction. The alert is
triggered if spurious retraction of more than 4 ° occurs.

50
Q

Spoilers. When are activated and power source.

A

2.5º aileron def.

Blue hyd system.

51
Q

Pitch uncouple/couple mechanism.

A

Opposite sides force.

To reengage use the elevator cluth guarded pb on the right maintenance panel. GND ONLY.

52
Q

AIL LOCK INDICATION.

A

Comes on amber and the CCAS is activated through the MFC whenever one of the locking
actuators is in disagreement with the GUST LOCK lever position (Lock or Unlock position).

53
Q

Each electrical fuel pump is able to supply _________________________ through the entire flight envelope.

A

1 engine

54
Q

If the jet pump drops bellow 5psi _____________

A

the electrical pump is automaticaly engaged.

55
Q

fuel lo level?

A

less than 160kg or feeder tank not full

56
Q

complete refuel time and pressure.

A

16min - 50psi

57
Q

Refueling place?

A

Right landing gear

58
Q

FEED LO PRESS LIGHT

A

Press bellow 4psi

59
Q

Fuel clog

A

25psi amber lights come on

45psi = bypass

60
Q

HYD OVHT TEMPERATURE?

A

121ºC

61
Q

ICING LIGHT. HOW IT WORKS?

A

ICING ICING comes on amber when ice accretion is detected provided both
horns ANTI ICING and airframe DE ICING are selected ON.
ICING flashes amber when ice accretion is detected and horns ANTI
ICING and/or airframe DE ICING not selected ON.
FAULT FAULT comes on amber when a system failure is detected (detector fault,
loss of power supply).

62
Q

DEICING SYSTEM IS CONTROLLED BY?

A

MFC AND ADC.

OVHD MAY BE USED TO BYPASS THE MFC AND ADC IN CASE OF FAILURE.

63
Q

What happens when you turn the ANTI ICE HORNS ON?

A
As soon as at least one of the ANTI ICING HORNS pb is selected ON, stall alert threshold
is reduced (Refer to OPERATION).
Horns heating are inhibited on ground.
64
Q

MAX SPEED FOR WIPERS OPR?

A

160kt

65
Q

VA?

A

175kt

66
Q

MAX DIF. PRESS?

A

6.35psi

67
Q

MAX DIF PRESS ON LANDING

A

.35

68
Q

MAX DEMONSTRATED CROSSWIND

A

35kt

69
Q

APM STARTS ____ MINUTES AFTER LANDING GEAR AND FLAPS RETRACTION.

A

2 minutes

70
Q

MFC *X and *X are hard wired.

A

1A 2A