Extra - Limitations - 409MC Flashcards
400F, 400C, 400P
Maximum operating Altitude
-8
Maximum operating Altitude
LCF
Maximum operating Altitude
400F, 400C, 400P:
45,100’ PA
-8
43,100 PA
LCF
43,100 PA
L.10.2
400F, 400C, 400P, -8
Maximum Altitude for Takeoff and Landing
LCF
Maximum Altitude for Takeoff and Landing
400F, 400C, 400P, -8
10,000’ PA
LCF
7,300’ PA
L.10.2
400F, 400C, 400P, -8
Maximum Field Elevation
LCF
Maximum Field Elevation
400F, 400C, 400P, -8
9,500’ MSL
LCF
7,300’ MSL
L.10.2
Runway slope
+/- 2%
L.10.2
-4
Turbulent Air penetration
-8
Turbulent Air penetration
-4
290 to 310 KIAS / 0.82 - 0.85 Mach, whichever is lower
-8
310/0.83
L.10.2
-4
Maximum Tire speed (takeoff)
-8
Maximum Tire speed (landing)
-4
235 mph / 204 kts
-8
260 mph
L.10.2
Minimum flight crew
Captain and First Officer
L.10.2
Maximum Takeoff and Landing Tailwind component
15 Knots (LCF - 10 kts)
L.10.2
Ground wind limits for all doors
LCF Swing Tail
40 knots when opening or closing
65 knots while open
LCF Swing tail: 30 Knots while opening and closing
L.10.2
Takeoff and landing crosswind limits
refer to _____
FCOM L.10.3
-8
Reserve tanks 1 and 4 must remain full above the maximum fuel transfer weight of ________
375,286KG
L10.5
For Zero Fuel Weights greater than ___________(Variable Zero Fuel Weight) comply with decrease maximum weight limits
*For Zero Fuel Weights greater than (276, 691 Kgs) (Variable Zero Fuel Weight) comply with decrease maximum weight limits (see table in Weight and Balance Manual). WBM VOL 1 (1.1.6 / 1.1.7 / 1.1.8)
L.10.5
The maximum weight limits may be less as limited by __________, _________, and _________ limits in FCOM limitations section.
Refer to the __________ manual for additional specific airplane loading limitations.
The maximum weight limits may be less as limited by (Center of Gravity), (Fuel Density), and (Fuel Loading Limits) limits in FCOM limitations section.
Refer to the (Weight and Balance Manual) manual for additional specific airplane loading limitations.
L.10.5
Maximum differential pressure (relief valves)
9.4 psi
L.10.6
Maximum allowable cabin pressure differential for takeoff and landing
0.11 psi
L.10.6
Do not operate the APU below __________
- 1,000’ PA
L.10.6
The APU may be used to supply bleed air to air conditioning pack number 2 for takeoff, provided __________ remain closed.
If an engine failure occurs do NOT change air conditioning bleed configuration until ____________ has been achieved to meet engine out performance.
The APU may be used to supply bleed air to air conditioning pack number (2) for takeoff, provided (isolation valves) remain closed.
If an engine failure occurs do (NOT) change air conditioning bleed configuration until (engine-out acceleration height)has been achieved to meet engine out performance.
L.10.6
Do NOT use APU __________ in flight
Do NOT use APU (Generator power) in flight
L.10.6
APU operations between ________ and _______ pressure altitude is limited to “no load” only
APU bleed air should not be used above _________
APU operations between (15,000 feet) and (20,000 feet) pressure altitude is limited to “no load” only
APU bleed air should not be used above (15,000 feet pressure altitude)
L.10.6
APU start cycle restrictions are:
1 and 2 _____ _______
2 and 3 _____ _______
3 and 4 _____ _______
APU is normally started on ______. The TR wait column are not applicable to aircraft without a TR start source.
If the TR should overheat with the start source switch in TR starting power is transferred to the _____ and the start continued on battery power. Any further start attempts with an overheated TR are ________.
A failure of the TR, other than an overheat does ______ provide automatic switching)to the APU Battery. Under these conditions, moving APU start source switch to BATTERY removes the TR from the Starting Circuit and allows APU starting on ______ power
Between Battery TR
Starts Wait Wait
1 and 2 1 min 1 min
2 and 3 1 min 10 min
3 and 4 75 min 75 min
APU is normally started on (Battery). The TR wait column are not applicable to aircraft without a TR start source.
If the TR should overheat with the start source switch in TR, starting power is transferred to the (battery) and the start continued on battery power. Any further start attempts with an overheated TR are (inhibited).
A failure of the TR, other than an overheat, does (NOT) provide automatic switching to the APU Battery. Under these conditions, moving APU start source switch to BATTERY removes the TR from the Starting Circuit and allows APU starting on (battery) power.
L.10.6
the use of aileron trim with the autopilot engaged is ________
prohibited
L.10.7
the autopilot must not be engaged below ________ after takeoff
250 feet
L.10.7
the autopilot must be disengaged before the airplane descends more than _________ below minimums unless it is coupled to an ILS _____________ or in the _________
the autopilot must be disengaged before the airplane descends more than (50 feet) below minimums unless it is coupled to an ILS (glideslope and localizer) or in the (go-around mode).
L.10.7
WITHOUT LAND 2 or LAND 3 annunciated, the autopilot must not remain engaged below _______
WITHOUT LAND 2 or LAND 3 annunciated, the autopilot must not remain engaged below (100 feet RA)
L.10.7