Limitations Flashcards

1
Q

General

Minimum External Temperature

A

-54°C

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2
Q

General

Maximum External Temperature

A

+38°C

With air condition functioning

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3
Q

General

Maximum Operating Altitude

Bleeds OPEN

A

EEC ON: 32,000 ft
EEC OFF: 25,000 ft

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4
Q

General

Maximum Operating Altitude

Bleeds COSED

A

EEC ON: 25,000 ft
EEC OFF: 20,000 ft

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5
Q

General

Above what altitude EEC must be OFF for takeoff and landing

A

8,000 FT

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6
Q

Genaral

What is the maximum takeoff and landing altitude

A

10,000 ft

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7
Q

Genaral

What is the maximum runway slope

A

+/- 2°

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8
Q

Genaral

Maximum Ramp Weight

MRW

A

26,609 lb

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9
Q

Genaral

Maximum Takeoff Weight

MRW

A

26,433 lb

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10
Q

Genaral

Maximum Landing Weight

MLW

A

25,794 lb

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11
Q

Genaral

Maximum Zero Fuel Weight

MZFW

A

24,030 lb

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12
Q

Speed

Maximum DV window seeped

A

140 KIAS

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13
Q

Autopilot

Minimum speed with autopilot ON

One Engine

A

120 KIAS

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14
Q

Speed

Maximum turbulence penetration seeped

Vb

A

175 KIAS

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15
Q

Speed

Maximum tire speed

A

165 KIAS

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16
Q

Electrical

Starter duty cycle

A

30s ON: 3min OFF
30s ON: 3min OFF
30s ON: 30min OFF

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17
Q

Pressurization

Maximum Differential Pressure

A

7.2 PIS

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18
Q

Pressurization

Normal Differential Pressure

A

7 PSI

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19
Q

Fuel

Total Fuel

A

5,732 lb

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20
Q

Fuel

Maximum Usable Fuel per wing

A

2,886 lb

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21
Q

Fuel

Unusable Fuel in each wing

A

24 lb

Add 76.9 lb when main ejectror pump inop

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22
Q

Fuel

Maximum demonstrated fuel imbalance

A

600 lb

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23
Q

ICE

When can leading edge deicers be activated during takeoff

A

At final segament speed

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24
Q

ICE

Atmospheric icing condition exists when

A

Indicated OAT during ground operations or TAT in flight is 10°C or below and visible moisture in any form is present

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25
# ICE Ground icing condition exists when
Indicated OAT during ground operations is 10°C or below and visible moisture, standing water, slush, ice, snow, is present on ramps, taxiways, or runways
26
# ICE In icing condition use of flaps is restricted to what flight conditions
Takeoff, approach and landing only
27
# ICE When flaps have been extended they may not be retracted unless | In flight icing condition
The uppers surface of the wing aft of the protected area is clear of ice, or unless flap retraction is essential for go-arounds
28
# ICE All wing inspection lights must be operational prior to flight in
Known icing at night
29
# ICE Both stall warning systems must be operative prior to
Flight into known icing
30
# ICE When ice protection is detecting ice and/or the deice boots are activated what indication is unreliable
Fast/slow
31
# AUTOPILOT The Autopilot and Yaw Damper must be off | All flight conditions
Takeoff and landing
32
# AUTOPILOT Minimum Altitude for Autopilot/Yaw Damper on ILS coupled approaches
200 ft AGL
33
# GENERAL Required Flight Crew
Pilot and Copilot
34
# GENERAL Kinds of Opeartions
VFR, IFR, FIKI
35
# GENERAL Maneuvering Load Factors Limits
Flaps up: +2.8G/-1.0G Flaps down: +2.0G/-0G
36
# GENERAL Condition lever position during all ground opeartions | Exept when cleard for takoff or during landing roll
MIN RPM
37
# Genaral Power Levers must be in what position during all ground operations | Exept for breif excursions as needed to maneuver the airplane
GROUND IDLE
38
# SPEED Maximum speed for windshield operations
160 KIAS
39
# SPEED Vmo/Mmo
272 KIAS/0.52 MACH
40
# SPEED Va
200 KIAS
41
# SPEED Vle/Vlo
200 KAIS
42
# SPEED Vfe
200 KAIS 150 KIAS 135 KIAS
43
# GENERAL Max Demonstrated Crosswind
30 KIAS
44
# GENERAL Maximum Tailwind Speed Takeoff and Landing | Gear and Flaps Up
10 KIAS
45
# SPEED Minimum Speed in Icing Conditions | Gear up Flaps 15°
165 KIAS
46
# APU Operations above what altitude is permitted only with APU bleed extraction set to both air conditioning packs | APU limitation
16,000 ft
47
# APU APU maximum speed and altitude | For starting
200 KAIS 20,000 ft | Airspeed may vary with altitude
48
# APU APU maximum operating temperature | APU limitation
Up to 16,000 ft: +38° Above 16,000 ft: +35°
49
# APU APU maximum allowable EGT during start | During Start
732°C | EGT above 732°C to a max of 947°C are limited to 10 seconds only
50
# ELECTRICAL Maximul Load per MAIN genrator
Up to 27,000 ft: 400 AMPS Above 27,000 ft: 380 AMPS
51
# ELECTRICAL Maximum Laod per AUX generator
Up to 18,000 ft: 150 AMPS Above 18,000 ft: 140 AMPS
52
# APU Maximum Load per APU generator
ISA below 35°C Up to 16,000 ft: 400 AMPS Above 16,000 ft: 290 AMPS ISA above 35°C Up to 16,000 ft: 400 AMPS Above 16,000 ft: 280 AMPS
53
# ELECTRICAL Maximum Battery temperature
70°C
54
# FUEL Fuel Used
JET A, JET A-1,*JET B QAV 1, *QAV 4 *JP 4, JP 5, JP 8 | * Emergency only
55
Aviation gasoline may be used in an emergency up to a limit of
150 hours between overhauls
56
# ICE When ground or athmospheric icing condition exists or at the first sign of ice accretion enywhere on th airplane or ICE DETECTOR ilght is illuminated, turn ON the following ice protection swithces
AOA, TAT, Slip, Engine Air Inlet, Ignition, Propeller, Leading Edge Deicer, Windshield Heat
57
# SPEED Bird impact speed
250 KIAS below 8,000 ft
58
# GEMERAL PROP SYNC must be off | Flight condition
For Takeoff and Landing per airworthiness directive
59
# FUEL When fuel quatity indicator reads what indication in level flight, any fuel ramining in the tank cant be used safetly in flight
Zero
60
# ICE Continuous ignition must be used during the following conditions
Takeoff and landings on contaminated runways Takeoffs with inoperative EEC Flight trough moderate or greater rain Flight trough known or forecasted icing
61
# GENERAL Zone Weight Limits
Zone 1-3: 2,600 lb. Zone 4: 1,213 lb.
62
# FUEL Minimum oil pressure to ensure intake deicing and to prevent fuel icing
45°C
63
# ICE Minimum Nh required for operations of the pneumatic deicing system
80%
64
# ICE The propeller blades may be heated only when the oil pressure is above
40 PSID
65
# GENERAL Operation id oil pressure is below what PSID is not permitted
40 PSID