NetJets Global 5000/6000 Limitations Flashcards

1
Q

Max Crosswind (all)

A

Dry or Wet…29

Contaminated
Fair/Medium…20
Poor…10

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2
Q

Max tailwind for takeoff

A

10 kts

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3
Q

Takeoff or landing over bodies of water above max landing weight

A

Outflow Valve 2…Closed
R Pack…OFF

Manually enter ARR or DEP Perf V-speeds on the respective FMS Perf page from flight release, iPreflight Genesis, or FMS-computed values using the Open Packs condition. FMS-computed values do not post automatically during two-engine operations with one Pack OFF.

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4
Q

Max Takeoff weight
(all)

A

5000/5500: 92,500 lb
6000: 99,500 lb

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5
Q

Max Landing Weight
(all)

A

5000/5500/6000:

78,600 lb

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6
Q

Max Operating Altitude

A

51,000’

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7
Q

Minimum Altitude for Flight Spoilers

A

300’

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8
Q

Max landing gear operating speed

A

200 kts

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9
Q

Turbulent air penetration speed

A

Lesser of 300 its or .80 M

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10
Q

Max altitude for Aux Press - ON
(all)

A

5000/6000: 41,000’
5500: 37,000’

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11
Q

Max altitude with EMER DEPRESS - ON

A

15,000’

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12
Q

Max APU start attempts

A

Three attempts in 1 hour

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13
Q

Max altitude for APU start

A

37,000’

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14
Q

Max altitude for APU operation

A

45,000’

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15
Q

Minimum altitude for autopilot after takeoff

A

400’ AGL

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16
Q

Minimum Altitude for Autopilot on approach - ILS/LPV (GS =/< 3.5°)

A

80’ AGL

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17
Q

APU Generator Load Limit

A

40 kVA

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18
Q

Defined icing conditions on the ground

A

contaminated surfaces

or

SAT is 10 deg C or below and,
Visible moisture (ice, rain, snow, vis less than 1 sm)

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19
Q

Defined icing conditions in flight

A

TAT is 10°C or below and visible moisture

(except SAT -40C or below)

20
Q

Engine Anti-ice limitations for takeoff

A

Do not use cowl anti-ice in AUTO mode during takeoff.
Use IAW Anti-ice System Operations

21
Q

Wing Anti-ice limitations
(all 4)

A

Do not use wing anti-ice in AUTO mode during takeoff.

ON for TO when OAT 5°C or below w/visible moisture or contaminated runway.

If Type II, III, or IV fluid applied, select ON just prior to takeoff thrust.

Do not hold in icing conditions with slats OUT.

22
Q

Minimum turn time for Brakes

23
Q

Minimum fuel load for towing

24
Q

Certified approach CAT

25
Min altitude for autopilot after takeoff
400’ AGL
26
Min altitude for autopilot for ILS/LPV (GS = 3.51° up to 4.49°)
160’ AGL
27
Min altitude for autopilot - (approach to a DA using VGP)
160’ AGL
28
Min altitude for autopilot - (approach to DDA using VGP)
400’ AGL
29
Min altitude for autopilot - (approach to DDA using VPATH or FPA)
400’ AGL
30
Min altitude for autopilot - (approach to MDA)
400’ AGL
31
APU generator load limit
40 kVA
32
Use of cowl anti-ice in AUTO mode during takeoff is…
Prohibited
33
Use of wing anti-ice in AUTO during takeoff is…
Prohibited
34
Conditions for using wing anti-ice during takeoff
OAT 5°C or below in visible moisture or operating off a contaminated runway
35
When should wing anti-ice be selected on after being anti-iced with type II, III or IV fluids
ON just prior to takeoff thrust
36
Restriction for holding in icing conditions
Do not hold in icing conditions with the slats out
37
Minimum turn time for brakes
15 min
38
Minimum fuel on board for towing
5000 lbs
39
When is the use of FLC mode prohibited
When descending on any segment of an instrument or visual approach
40
Max tailwind for engine start
20 kts
41
Max crosswind for engine start (all)
5000/6000 = 35 kts 5500 = 25 kts
42
During takeoff N1 is restricted to 66% below 30 KIAS during what crosswind value (5000/6000)
20 kts
43
During takeoff N1 is restricted to 66% below 30 kts during what crosswind value (5500 w/pressure alt <5000’)
20 kts
44
During takeoff N1 is restricted to 66% below 30 kts during what crosswind value (Global 5500 w/pressure attitude 5000 and above)
15 kts
45
Minimum oil temperature to taxi
20°C
46
Engine starter limitations
3 min ON - 15 sec OFF 3 min ON - 15 sec OFF 3 min ON - 15 min OFF