A380 Normal SOP Flashcards

1
Q

Before Walk around checks

What is the check of the BODY ACCU PRESS?
and
What can be done if its Low?

A

The check is the needle to be in the Green Band.
if its LOW:
press the ACCU REINFLATE pb

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2
Q

Before Walk around checks

What Emergency Checks are carried out?

A

Life vests are stowed

Crash axe is stowed

Protective Breathing Equipment (PBE) is stowed and ready for use

Portable fire extinguisher is lockwired and the pressure gauge indicator is in the green area

Oxygen masks are stowed

Gloves stowed

Torches are stowed

Escape ropes are stowed.

Perform the FAM Flight Deck Security Check.
This check is to ensure that no weapons, suspicious or unidentified objects are on the flight deck.

Perform the Flight Crew Rest Compartment (FCRC) Emergency Equipment and Security Check (including the flight deck lavatory).

Check the following emergency equipment in both FCRCs:

Personal Breathing Equipment (PBE)

Portable fire extinguisher

Torch stowed.

Also ensure that no weapons, suspicious or unidentified objects are in the FCRCs.

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3
Q

Before Walk around Checks

What is the check for the LEFT & RIGHT pressure indicator?

A

The LEFT & RIGHT pressure should be minimum 3500psi

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4
Q

PF Overhead panel check

When starting out on the Overhead panel scan, what should the only Amber lights be seen?

A

During the scan of the overhead panel, check also that the only amber lights are the GEN FAULT lights.

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5
Q

PF Overhead panel check

The RCDR GND CTL pb is switched on, why?

A

On the ground the only time its automatically on is when:
* During aircraft power up, the recording system will run for 5 minutes then stop
* As soon as the first engine is started, the recording system will run and continue to record until 5
minutes after the last engine is shut down.
The CVR stores the data in a memory, that keeps all the recorded data for at least the last 2 h of
operation

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6
Q

PF Overhead panel Check

CAPT/CAPT & PURS sw is on what setting?

A

Note: For normal Qantas operations the switch is placed in the CAPT/PURS position.
* If the switch is in the CAPT position and the COMMAND button in the cabin at
M2L is pushed, it will alert the flight deck only. No indications will occur in the
cabin.
* If the switch is in the CAPT and PURS position and the COMMAND button in the
cabin at M2L is pushed, it will alert the flight deck and the cabin

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7
Q

PF Overhead panel check

What is checked on the ELEC panel?

A

ELEC DC SD PAGE………… DISPLAY ▏ PF
ALL BAT pb-sw (BAT 1, ESS, 2 and APU)………………………OFF then ON ▏ PF

●10 s after setting all BAT pb-sw to ON
On the ELEC DC SD page, check that the current charge of each battery is below 60 A, and is
decreasing

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8
Q

Cockpit Preparation, Lateral Console checks.

When Testing the Oxygen mask, at the stage where you hold the PRESS TO TEST pb and EMERGENCY selector together, what is also the PM’s check at thi spoint?

A

For the PM only – hold the EMERGENCY selector for 10 seconds. During this period monitor the pressure indication on the DOOR page and verify that the crew oxygen pressure does not decrease more than 100 PSI at any stage.

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9
Q

Cockpit Preparation

After PM & PF have checked their respective PFD & ND, the FUEL on BOARD is checked, hopefully the refuelling is complete.

What is this FUEL process check?

A

On the permanent data of the SD page, check that the FOB corresponds to the block fuel of the computerized flight plan

On the FMS ACTIVE/FUEL & LOAD page, check extra fuel/time at destination

On ECAM FUEL page, check that the fuel is correctly balanced

Crosscheck that the sum of the remaining FOB before the refuelling and the fuel uplifted during the refuelling is consistent with the FOB displayed on the SD page after the refuelling (the table in the FCOM)

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10
Q

B 4 Pushback/start procedures

After determining MACTOW outside the required limits and a AUTOMATIC GROUND TRANSFER is required, but departure is imminent, what is the process?

A

If departure is imminent, monitor the ECAM GWCG during the automatic ground transfer. When the ECAM CG is 1 % inside the operational limits (TOMAC FWD-LMT and TOMAC AFT-LMT), automatic ground transfer can be manually stopped. Advise Load Control AGT interrupted and wait for a new loadsheet.

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11
Q

B4 Pushback/start procedures

When checking the final L/S, if the ECAM GWCG is outside of the 1% and a AUTO GND XFR procedure is conducted, what kind of rate of fuel can be transferred?

A

CBT says approximately 600kg/min

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12
Q

Engine Start Procedures

What are the parameters when the Engine reaches idle (AVAIL appears on the EWD)?

A

At sea-level:
THR………………approx 5%
EGT………………approx 370*
N1…………………approx 17%
N2…………………approx 50%
N3…………………approx 60%
FF………………….approx 600kg

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13
Q

Take Off Procedures

What is the rotation rate at VR?

A

At VR, rotate the aircraft with a positive sidestick input to achieve a continuous rotation rate of about 3 °/s, toward an initial pitch attitude of 12.5 ° (10 ° with one engine inoperative)
- After liftoff, follow the SRS pitch command bar

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14
Q

Take off procedures

At what height does NAV engage?

A

At 30 ft, if NAV is armed (i.e. the flight crew did not preset any HDG or TRK), NAV automatically engages

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15
Q

Take Off Procedures

If NAV is not Armed for T/Off, what mode engages and when?

A

If NAV is not armed, RWY TRK engages at 50 ft and remains displayed until the flight crew selects another lateral mode

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16
Q

Climb Procedure

What is the Max angle speed?

A

Fly the Green Dot (GD) to reach a given altitude in the shortest distance.

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17
Q

Climb Procedures

What is the Best Rate of Climb speed?

A

The flight crew can compute the maximum rate of climb speed as well as the corresponding time and distance required to achieve the selected altitude via the CLB module of the IN-FLT PERF application, with the selection of a climb at CI equal to zero

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18
Q

Safety Exterior Inspection Flows

At Batteries Check/External Power procedure, how are the batteries checked?

A

ALL BAT pb-sw (BAT 1, BAT ESS, BAT 2, APU BAT)…………………. OFF

ALL BAT CHECK AT LEAST 25 V

Check each battery voltage on the overhead panel. Battery voltage at least 25 V ensures a charge above 80 %.

ALL BAT pb-sw (BAT 1, BAT ESS, BAT 2, APU BAT)……………………………ON

The crew must ensure that the voltage of all batteries is at least 25 V before takeoff.

If a battery voltage is below 25 V, perform a charging cycle of the batteries with the external power or the APU. A charging cycle lasts on average around 1 h. The flight crew can verify on the ELEC DC SD page that the battery contactors are closed and the batteries are charging.

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19
Q

Safety Exterior Inspection Flows

When selecting external power, what order is best for the DU to come on the quickest?

A

The EXT power units should be connected, in the following order:
EXT 2
EXT 3
EXT 1
EXT 4.
This order ensures the shortest start time of the display units

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20
Q

Safety Exterior Inspection Flows

What is the process for a complete and Fast alignment?

A

COMPLETE ALIGNMENT
The complete alignment takes approximately 10 min, and must be completed before pushback (i.e. before any aircraft movement).
To perform a complete alignment, the flight crew set the 3 IR MODE selectors to OFF for more than 20 s, then all back to NAV.

FAST ALIGNMENT
The fast alignment takes approximately 30 s. The fast alignment sets the ground speed to 0 kt, and updates the IR position on the FMS POSITION/IRS page.
To perform a fast alignment, the flight crew set the 3 IR MODE selectors to OFF, then all back to NAV within 5 s.

If the GPS is available, initialization is automatic, using the GPS position. Flight crew intervention is not necessary.

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21
Q

Safety Exterior Inspection Flows

OIS Take-off performance calculations, the crosscheck at the end involves what?

A

CONTENT OF A PERFORMANCE DATA CROSSCHECK
When SOPs request a crosscheck of performance data, the flight crew must verify all of the following values:

-Runway ident
-Takeoff shift
This ensures that the flight crew took into account the correct intersection
-V speeds (V1, VR, V2)
-Takeoff thrust (TOGA, FLEX, DERATED)
-FLAPS
-PACKS
-ANTI-ICE
-EO ACCEL ALT.

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22
Q

Before Walkaround procedures

When checking the Hydraulics, the Green system level can be done from the refill level due Cargo doors.

How much do the doors drain?

How many liters does the refill level represent?

A

The current hydraulic fluid volume (green band) in the Green hydraulic system reservoir decreases of 1.5 l per open cargo door.

The normal filling range (or movable index) is displayed in green on the right hand side of the reservoir. This movable index represents the normal volume of fluid with a +/- 3 l margin.

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23
Q

What changes in conditions require the Take-Off performance data to be recalculated?

There is six, 5 reference to what the 300m margin is.

A

The TOW has increased above the value used for previous computations, or

The following changes in conditions require a takeoff performance recomputation:
–When TOGA thrust is used or FLEX thrust with less than 300 metres stop margin available as calculated in TOPA:

–Any adverse change in environmental conditions (e.g. OAT increase or QNH decrease).

When utilising FLEX thrust with a stop margin of 300 metres or greater as calculated in TOPA:

–Headwind component decreases by 5 knots (2 m/s) or more;

–ANY increase in tailwind component;

–OAT increases by 2 degrees Celsius or more;

–Barometric pressure reduces by 2 hPa or more (0.03 inHg).

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24
Q

Cockpit Preparation Procedures.

When the PF & PM are checking the oxygen masks, What is the last part of the check carried out by BOTH?

A

REGUL PR LO indication………..CHECK NOT DISPLAYED

The flight crew must perform this check after checking the masks of each occupied station, to ensure that the oxygen supply valve is open.

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25
Q

Cockpit preparation procedures.

What flow do you use for the departure brief?

A

Threats & Considerations, MELs, ATC, Terrain.

#PDC, clearance.
#Fuel & Load, checking tanks within balance limits
#Perf, Take off data and Clb/crz pages
#F-PLN, checking the SID
#POSN, checking Accuracy and GPS.
#NAV, checking selected navaids
#RTO procedures and the GO case with CDP, which leads to #SEC plan

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26
Q

After Start Procedures

After the last Engine start, why must the PM start a clock?

A

To prevent thermal shock, the engine should run at idle or taxi thrust for at least 2 min prior to takeoff, or at least 5 min if the engine is shut down for more than 1.5 h.

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27
Q

Take off Procedure

The FADEC provides a Modified Engine Take/off Thrust Setting (METOTS). What is this?

A

(METOTS) prevents the engine from exceeding 78 % of N1 below 35 kt. METOTS results in a discontinuous THR increase during takeoff roll

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28
Q

Take Off Procedures

The FADEC provides a Keep Out Zone, What is this?

A

Keep Out Zone (KOZ) prevents steady-state operation when N1 is between 64 % and 72 % and
airspeed below 60 kt

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29
Q

Descent Procedures

What is considered the normal level of Reverse Thrust?

A

The selection of REV MAX is the standard practice for landing

30
Q

Descent Procedures

What conditions must be satisfied for the use of Idle Reverse Thrust on a wet runway?

A

On WET runways (runway surface condition GOOD), the flight crew may select REV IDLE, if all of the following conditions are satisfied:
- A landing distance assessment has been made with the following
parameters for the in-flight landing distance computation:
* MEDIUM TO POOR landing performance level
* No reverser credit.
- The result of this in-flight landing distance assessment is within the LDA.

31
Q

Descent Procedures

What are the steps for an Approach Brief?

A

NAVAID for selected navaids and ILS

#F-PLN, Star & approach charts. Include Approach procedure type.
#PERF, Decent page for speeds, APP page for speeds & Weight & Flap setting and G/A page for acceleration height
#Fuel & Load, Fuel options, which leads to SEC page.
#POSN MONITOR for GPS primary and accuracy level, also RNP value depending on type of approach.
#NAVAID for selected navaids and ILS
#Autobrake and reverse thrust selections
#Autopilot disconnect height

32
Q

Descent Preparation, loading the FMS part.

When checking the star, approach on the F-PLN page, what additional checks are required when the Non-Precision approach is conducted with FPA ?

A

For approaches using FPA guidance:

Identify the position and the altitude at which the final descent starts

Check the value of the FPA

Identify the Missed Approach Point (MAP).

33
Q

Descent Preparation, loading the FMS.

When selecting the landing configuration on the APPR panel of the PERF page,
If the tailwind at landing reported by ATC or ATIS is more than 10 kt, what is the recommended configuration?

A

If the tailwind at landing reported by ATC or ATIS is more than 10 kt, FLAPS FULL is the recommended configuration for landing.

34
Q

Descent Preparation, loading the FMS.

On the Position/Monitor page, if a VOR/DME exist at the airfield, what should you put in?

A

If a VOR/DME exists close to the airfield, select it and enter the associated ident in the BRG/DIST TO entry fields of the POSITION/MONITOR page, for NAV ACCURACY monitoring during descent.

35
Q

Descent Preparation.

Landing on a contaminated runway, what should the Autobrake be set on?

A

On contaminated runways, use autobrake mode HI. Do not use BTV.

36
Q

Descent Preparation,
When calculating the Landing Performance.

After calculating the Landing Performance, what items are cross-checked between PF & PM?

A

a crosscheck of landing performance data, both the PF and the PM must verify all of the following values:

Runway ident

This ensures that the runway used for the computation in the OIS and/or inserted in the FMS is the same

Runway length

This ensures that the flight crew took into account any NOTAM that affects the runway length

Airport Weather Information (Wind, QNH, Temperature, Runway condition)

Landing Weight

FLAPS

FLD

VAPP.

37
Q

On/during descent, the VERT DEV is considered reliable as long as the crosstrack is less than what?

A

The flight crew can use the VERT DEV to monitor the descent provided that the crosstrack error is less than 5 NM.

38
Q

On/during descent, if you need to increase the rate of descent due ATC or Anti-ice and you are in DES managed mode, what is the best way to increase the Rate of Descent?

A

In the DES mode, if the aircraft is on, or below the flight path and the ATC requires a higher rate of descent, do not use the speed brakes because the rate of descent is imposed by the planned flight path. Therefore, the A/THR may increase thrust to compensate for the increase in drag. In this case, use the OP DES mode with speed brakes.

39
Q

When can’t you carry out a Deaccelerated Approach?

A

If the tailwind at landing reported by ATC or ATIS is more than 10 kt, decelerated approach is not permitted. Do an Early Stabilized approach

40
Q

What are the parameters foe Waypoint sequencing?

A

The waypoint is behind the aircraft

The XTK between the FMS lateral flight plan and the aircraft is less than 7 NM

The angle between the current aircraft track and the FMS desired track is less than 90 °.

41
Q

If you are in HDG mode and overflow the DECEL pseudo waypoint, will the APPR phase activate automatically?

A

NO.
If the aircraft is in HDG or TRACK mode approximately 15 NM from touchdown, activate and confirm the APPR phase on the FMS ACTIVE/PERF page.

42
Q

When extending the SPEED BRAKEs, what effect does it have on VLS speed?

A
43
Q

Intermediate/Final Approach

When must the aircraft be in Flaps one configuration?

A

The flight crew should not set FLAPS 1 later than 3 NM from the final descent point.

The aircraft must reach, or be established on, the final descent point with FLAPS 1 and S speed at or above 2 500 ft AGL

44
Q

If the aircraft speed is significantly above F or S on the flight path, and/or if the aircraft does not decelerate on the flight path, what is the technique used?

A

extend the landing gear in order to decelerate the aircraft. The use of the speed brakes is not recommended.

45
Q

Initial/Intermediate approach stage for using LOC & G/S guidance.

If the approach is armed when the aircraft is far outside from the standard G/S capture envelope, a spurious G/S* engagement may occur, due to an incorrect G/S deviation signal. Each time that the flight crew notices pitch movement, or a spurious G/S*, or a trajectory deviation, they must do what?

A

immediately disconnect the AP, if engaged, in order to re-establish a normal attitude and disengage APPR mode. It is then recommended to arm/rearm the APP (ILS) mode within the normal capture zone.

46
Q

Initial/Intermediate approach stage for using LOC & G/S guidance.

GLIDE INTERCEPTION FROM ABOVE technique?

A

should lower the landing gear and select flaps as required (at least CONF 2 should be selected to ensure that the aircraft speed will not increase).

APPR mode…………..ARM/CHECK ARMED
LOC CHECK …………..ENGAGED
AFS CP ALTITUDE…….SET ABOVE A/C ALTITUDE
Select an altitude above the aircraft altitude, in order to prevent inadvertent ALT* engagement.
V/S MODE………………SELECT

Do not exceed 2 000 ft/min.

47
Q

Final Approach stage for using LOC & G/S guidance.

What are the flight parameters flying LOC & G/S?

A

LOC: ½ dot

GLIDE: ½ dot.

48
Q

REQUIRED RNP APCH EQUIPMENT
The minimum equipment required to perform RNP APCH operations is:

A

One FMS
One GPS
One MFD
Two IRS
The related KCCU
Note:
It is sufficient for the KCCU to have either an operational Cursor Control Device (CCD) or an operational keyboard.

One FD
One PFD on the PF side

Two NDs (the temporary display of ND information via the PFD/ND switch is permitted on one side).

49
Q

Approach using F-LOC F-G/S Guidance

When doing DESCENT PREPARATION and checking the FMS ACTIVE/F-PLN page. What additional checks do you do when checking the loaded approach?

A

0.1 ° of difference between the FMS ACTIVE/F-PLN page and the charted final vertical path is acceptable

1 ° of difference between the FMS ACTIVE/F-PLN page and the charted final lateral track is acceptable

3 ° of difference between the FMS ACTIVE/F-PLN page and the charted lateral track is acceptable for approach in overlay to a conventional radio NAVAID.

50
Q

Approach using F-LOC F-G/S Guidance

When doing DESCENT PREPARATION and checking the NAVAID page. What additional checks do you do when a LOC app is to be flown?

A

For ILS G/S OUT:
G/S DESELECT
Deselect the glide slope on the FMS POSITION/NAVAIDS page to activate the F-G/S for the approach.

The F-G/S computation is based on the glideslope of the ILS approach.

51
Q

Approach using F-LOC F-G/S Guidance

When doing DESCENT PREPARATION, need to check the FLS data. What is checked here?

A

Press the LS pb to display FLS data on PFD and ND.

Check the following FLS data against the published approach chart :

*The anchor point

*The course of the F-LOC / LOC / LOC B/C beam

*The slope of the F-G/S beam.

On the ND, check the compatibility of the FLS beam with the final approach leg of the flight plan.

52
Q

MANAGEMENT OF DEGRADED NAVIGATION

FOR VOR, VOR/DME, NDB, NDB/DME, ILS G/S OUT, LOC ONLY, LOC B/C APPROACHES and FOR RNAV(GNSS) APPROACHES

What do you do when GPS PRIMARY LOST indication appears on only one ND

A

Continue the approach using the FLS data associated with the FMS for which GPS PRIMARY is still available. May need to swap Auto pilots to the good side.

53
Q

MANAGEMENT OF DEGRADED NAVIGATION

FOR VOR, VOR/DME, NDB, NDB/DME, ILS G/S OUT, LOC ONLY, LOC B/C APPROACHES

What do you do when F-APP capability is lost with F-APP + RAW displayed on the FMA?

A

Continue the approach using the FLS data provided the reference NAVAID is monitored and indicates correct lateral navigation.

Monitor the altitude (and DME distance when applicable) in accordance with the approach chart.

54
Q

MANAGEMENT OF DEGRADED NAVIGATION

FOR VOR, VOR/DME, NDB, NDB/DME

What do you do If the F-APP or F-APP + RAW capability is lost with RAW ONLY displayed on the FMA

A

Do not use the FLS function.

For VOR, VOR/DME, NDB and NDB/DME Approaches:
Press the APPR pb off, and the LS pb off.

Continue the approach in vertical and lateral selected modes.

Monitor the lateral guidance using the reference radio NAVAID.

Monitor the altitude (and DME distance when applicable) in accordance with the approach chart.

55
Q

MANAGEMENT OF DEGRADED NAVIGATION

ILS G/S OUT, LOC ONLY, LOC B/C APPROACHES

What do you do If the F-APP or F-APP + RAW capability is lost with RAW ONLY displayed on the FMA

A

Do not use the FLS function.

For ILS G/S OUT, LOC ONLY, LOC B/C Approaches:
Revert to selected vertical guidance (FPA). This action disarms/disengages the F-G/S mode.

Disregard the F-G/S deviation.

The LOC or LOC B/C deviation remains trustful.

Monitor the altitude (and DME distance when applicable) in accordance with the approach chart.

56
Q

MANAGEMENT OF DEGRADED NAVIGATION

FOR RNAV(GNSS) APPROACHES

What do you do if the F-APP capability is lost and F-APP + RAW or RAW ONLY is displayed on the FMA?

A

Discontinue the approach, unless external visual references are sufficient.

57
Q

MANAGEMENT OF DEGRADED NAVIGATION

FOR RNAV(GNSS) APPROACHES

What are the parameters from FDP to minimums for Lateral & Vertical?

A
58
Q

Approach Procedures

What type of modes can you use for an RNAV (GNSS) approach using the LNAV/VNAV minima?

A

Use only APPR mode giving F-LOC and F-G/S.
not authorised using NAV / FPA or TRK / FPA

59
Q

Approach procedures

What type of modes can you use for an RNAV (GNSS) approach using just LNAV minima?

A

Preferred is APPR mode but can use NAV/FPA.
Not authorized to use TRK/FPA, has to be NAV

60
Q

Approach procedures

When operating at GD or F or S speeds and need to use Speed Brakes, what kind of VLS increases can you expect?

A

When at Flaps 0, GD, or Flaps 1, can get a 25kt increase in VLS with FULL speedbrakes

Flaps 1+F get a 7kt increase

Flaps 2 and 3 get a 10kts increase

When turning, flight crew should consider FLAPS 1, particularly if the flight crew intends to perform a turn above 20 ° of bank angle. This FLAPS 1 selection increases the speed margin to VLS, which provides additional roll manoeuvrability.

This will avoid the activation of the α-floor protection.

61
Q

Approach Procedures

What is required if you are doing a VOR or NDB type of Approach and the NAV ACCURACY drops to LOW

A

If NAV ACCURACY is LOW, at least one ND must be in ROSE-LS or ROSE-VOR mode depending on the approach.

62
Q

Approach Procedures

When must FLAPS 1 be selected by?

A

The flight crew should not set FLAPS 1 later than 3 NM from the final descent point

63
Q

Approach Procedures

When Selecting the Gear down, what are the immediate actions for the PM?

A
  • Auto brake….Confirm
  • GND SPLRS….ARM
    *Exterior Lights….Skinny ones ON
64
Q

Descent Procedures

When the PF has loaded an Approach using F-LOC and F-G/S, what are the additional checks on the F-PLN page etc.

A

** F-PLN page check….0.1 ° of diff between the FMS ACTIVE/F-PLN page and the charted final vertical path is acceptable

1 ° of difference between the FMS ACTIVE/F-PLN page and the charted final lateral track is acceptable

3 ° of difference between the FMS ACTIVE/F-PLN page and the charted lateral track is acceptable for approach in overlay to a conventional radio NAVAID.

** NAVAID page…..deselect G/S if its a LOC approach

** Select LS on EFIS panel to check:
Check the following FLS data against the published approach chart :

1) The anchor point or End Point on the PFD (bottom left)

2) The course of the F-LOC / LOC / LOC B/C beam

3) The slope of the F-G/S beam.

4) On the ND, check the compatibility of the FLS beam with the final approach leg of the flight plan.

5) FMS POSITION/MONITOR page…. insert reference waypoint or runway threshold in the BRG/DIST TO entry field for position monitoring during approach.

65
Q

Descent Procedures

When the PF has loaded an Approach using FPA guidance, what are the additional checks on the F-PLN page etc.

A

** F-PLN page check…1 ° of difference between the FMS ACTIVE/F-PLN page and the charted final lateral track is acceptable

3 ° of difference between the FMS ACTIVE/F-PLN page and the charted lateral track is acceptable for approach in overlay to a conventional radio NAVAID.

Also Identify the position and the altitude at which the final descent starts

Check the value of the FPA

Identify the Missed Approach Point (MAP).

** FMS POSITION/MONITOR page…. insert reference waypoint or runway threshold in the BRG/DIST TO entry field for position monitoring during approach.

66
Q

Before Walk Around checks

When the PM conducts the check of Crew and Pax Oxygen pressure, what is a minimum figure that would raise questions if you have sufficient Crew Oxygen?

A

Using the table/graph, 90 minutes at an intermediate level of FL220 for 4 pilots is just under 600PSI. So maybe when you see less than 1000PSI, check the table/graph

67
Q

Before Walk Around checks

When PM conducts the check of Crew and Pax Oxygen pressure, if you are planned above FL410, what should the value of extra Oxygen above the minimum be?

A

Before departure, the flight crew must increase the minimum oxygen bottle pressure. The amount of the increase is based on the amount of time that the aircraft will be above FL 410. For calculation purposes, the minimum oxygen bottle pressure must be increased by 73 PSI per hour.

When the aircraft goes above FL 410, one flight crewmember must don the oxygen mask, and set the N/100% selector to N.

68
Q

What is the formula to calculate Oxygen pressure for passenger use of
therapeutic oxygen?

A

The minimum pressure to provide first aid for 1% of say 470 passengers is: 4.7 passengers * 12 hours flt time * 6 PSI / passenger / hour = 339 PSI.

Note:
The ECAM triggers the OXY THERAP OXYGEN CONSUMED alert, when the ECAM pressure goes below 1 250 PSI.

69
Q

Cockpit Preparation: Centre Pedestal

When checking the clock, If you are required to use Internal mode (INT), what are the requirements?

A

Use the clock in GPS mode, or

Use the clock in internal mode (INT), provided that the clock is not set manually and is re-synchronized with the GPS once a day.

70
Q

During Engine Start sequence, what do you expect to see initially?

A

corresponding start valve is open

N3 increases.

Oil pressure increases.

71
Q

During Engine start sequence, at what % N3 are you expecting to see what?

A

At 25 % N3:
FF increases
The indication of the active igniter (A or B) appears.

30 s (maximum) after FF increases:
EGT increases
N1 increases.

72
Q

During Engine Start sequence, at what % of N3 are you expecting the start sequence is coming to an end?

A

At 48 % N3 :

The corresponding start valve is closed

Ignition indication no longer appears.