System Questions 1 Flashcards
What is the maximum wind for takeoff and landing?
50 Knots (including gusts)
What is the maximum crosswind for takeoff and landing?
35 Knots (including gusts)
What is the maximum operating altitude with flaps and/or slats extended?
20,000 feet
What is the maximum gear extension altitude?
25,000 feet
What is the maximum operating airspeed (SL to FL 246)?
350 KIAS
What is the maximum operating mach number (above FL 246)?
.82M
Icing conditions exist when OAT (on the ground and for takeoff) or TAT (inflight) is _____ and visible moisture exists.
10° C or below
The maximum service ceiling for the aircraft is:
39,000 ft
Engine Anti-ice must be on for all ground and flight operations when icing conditions exist or are anticipated, except during climb and cruise when the temperature is ________?
Below -40° C SAT
What is the minimum height for use of the autopilot after takeoff in SRS mode?
100 feet AGL
What is the maximum allowable in-flight difference between captain and first officer PFD altitude displays for RVSM operations?
200 feet
The cockpit door will automatically unlock during a decompression or if electrical power is lost.
True
If you lose electrical power to the cockpit door:
Cockpit door will automatically unlock
To evacuate through the door escape panel:
Remove the two quick release pins
Which hydraulic system supplies hydraulic pressure to open and close the cargo doors?
Yellow System
If the Yellow electric pump is not available, ground personnel can open or close the cargo doors by:
Using a hand pump on the hydraulic maintenance panel
Which of the following DOES NOT provide input to the pressurization controllers?
FADECs
The input provided by the Flight Management and Guidance Computers (FMGCs) enable the pressurization controllers to:
Know the planned cruise altitude and plan the cabin climb profile accordingly.
The following areas are not pressurized:
Radome, landing gear bays, air conditioning compartment and tail.
The pressurization controllers use the elevation of your destination airport to plan the descent profile. In normal operations, this information is provided:
By the FMS database once you enter the destination airport into the MCDU.
The two pneumatic pressurization safety valves:
Open automatically when it becomes necessary to relieve excess positive or negative cabin pressure differentials.
After landing, the active and standby pressurization controllers:
Automatic transfer occurs after 70 seconds.
With the pressurization in manual mode, the outflow valve is now controlled by:
The MAN V/S control switch.
With MODE SEL in MAN, moving the MAN V/S:
UP opens the outflow valve and DN closes it.
The ditching pushbutton is used to:
Close all fuselage openings below the floatation line.
On landing, cabin altitude will be:
Slightly lower than field pressure altitude.
In Ground Mode, the outflow valve will:
Gradually open during landing rollout.
Pressurization Abort Mode:
Is activated if aircraft must return to the departure airport after takeoff.
With the GALY and CAB pb in the AUTO position and only one engine generator operating:
Automatic Galley Bus shedding occurs for the main galley, in-seat power supply, and in-flight entertainment.
A FAULT light in the GALY and CAB pb appears when any generator load is above 100% of its rated output.
True
All circuit breakers on the overhead panel are associated with systems which are powered:
While in the emergency electrical configuration.
Color coding is used to identify circuit breakers with different characteristics.
Green colored circuit breakers are monitored by the flight warning computers.
Activation of the RAT MAN ON pb will cause immediate deployment of the RAT except when no power is on the aircraft.
False
The electrical system consists of:
Two aircraft batteries.
Two engine driven IDG’s.
APU Generator
An emergency generator (RAT)
When external power is connected to the aircraft, a green AVAIL light indicates:
External power is connected with acceptable voltage and frequency.
During non-normal conditions, the IDG may be disconnected for its engine and:
The IDG pushbutton should not be pressed for more than 3 seconds.
Once disconnected, the IDG cannot be reconnected in flight.
The IDG pushbutton should only be used when the engine is running or wind milling.
The RAT automatically deploys when
Power is not available for AC Bus 1 and AC Bus 2 and airspeed greater than 100 knots.
You can deploy the RAT and activate the emergency generator using the MAN ON pb.
True