Limitations Flashcards
AIRSPEED LIMITATIONS - Airframe
VMO (S.L. to 27,600 ft) … 320 KIAS
MMO (above 27,600 ft)… 0.80 Mach
AIRSPEED LIMITATIONS - Flaps
VFE/VFO (S.L. to 20,000 ft)
(Flaps 10) …… 200 KIAS
(Flaps 20) ….. 200 KIAS
(Flaps DN) ….. 170 KIAS
AIRSPEED LIMITATIONS - Landing Gear
VLE……………… 200 KIAS
VLO (Extend) … 200 KIAS
VLO (Retract)… 180 KIAS
AIRSPEED LIMITATIONS - Speed Brakes
MSB………. NO LIMIT
VSB……….. NO LIMIT
AIRSPEED LIMITATIONS - Tires
VTIRE……. 165Knots (True Ground Speed)
AIRSPEED LIMITATIONS - VMCA
VMCA
(Flaps Up)………….. 104 KIAS
(Flaps 10) …………… 100 KIAS
(Flaps 20) …………… 96 KIAS
(Flaps DN)……………. 93 KIAS
ENGINE LIMITS % RPM
N2 — Takeoff, Max Cont… ___% RPM
N1 — Takeoff, Max Cont… ___% RPM
N1 — Transient………………. ___% RPM
N2— Takeoff, Max Continuous… 98.8% RPM
N1— Takeoff, Max Continuous… 105.2% RPM
N1— Transient…………………….. 106.4% RPM
ENGINE LIMITS - ITT TEMP (°C)
Max Continuous… ___°C
Takeoff……………….. ___°C ( __ Minutes)
Transient…………….. ___°C ( __ sec)
Start……………………. ____°C ( __ sec)
Max Cont … 805°C
Takeoff……… 820°C (5 Minutes)
Transient….. 835°C (10 sec)
Start………….. 1000°C (15 sec)
ENGINE LIMITS OIL (°C/PSI)
Oil Temp for Starting ………………. –_ to __°C
Oil Temp takeoff and max cont thrust … __–__°C
Oil Press at Idle RPM……………………… __–___ psi
Oil Press takeoff and max cont thrust….. __–__ psi
Oil Temp
Starting ................... –40 to 135°C Takeoff and max cont thrust ... +10 to 135°C
**Oil Press **
at Idle RPM ..................... 35 to 100 psi takeoff and max cont thrust<sub></sub>... 45 to 90 psi
WIND LIMITS FOR ENGINE STARTS
Tailwind Max…………. 15 KIAS
Crosswind Max……… 25 KIAS
STARTER LIMITS
(Battery or External Power Assisted Start)
Motoring of engine is limited to TWO Start Attempts, with engine clearing after the first Attempt as follows.
20seconds…………….. ON
30 seconds …………… OFF
20 seconds……………. ON for engine clearing
30 seconds …………… OFF
20seconds…………….. ON
2 hours…………………… OFF
EXTERNAL POWER LIMITS
Volts …. 28.0–28.4
Amps … 400 Amps (Continuous)
/ 1000 Amps (Momentary)
GENERATOR LIMITS
Ground Operation (Each Generator)
Maximum Amps… 325 Amps
GENERATOR LIMITS
In-Flight Operation
One or Both Generators (to FL410)
Max Amps................. 325 Amps
One Generator (to FL290 in Icing Cond)
Max Amps ................ 400 Amps
STRUCTURAL LIMITATIONS
Ramp
Takeoff
Landing
Zero Fuel
Maximum Weights:
Ramp ……….. 12,591 lbs
Takeoff………. 12,500 lbs
Landing …….. 11,600lbs
Zero Fuel …. 10,000 lbs
FUEL LIMITS
Approved Fuels
Temps
Approved Engine Fuels (unlimited use)
Jet A, Jet A-1, JP-8
Fuel Temperature (°C)
Minimum….. –40°C
Maximum….. 43°C
ICING LIMITATIONS - Max Temp / Time
Max Temp (°C)…… +10°C (ground ops)
Max Time (sec)….. 30 Seconds
ICING LIMITATIONS - Must be ON below ____ ˚C
Temp (°C) ……… When operating in visibile moisture and 5°C or Colder (engines / wings)
Max 30sec Wing anti-ice ON, at Take-off Thrust, prior to Brake Release.
ICING LIMITATIONS - Holding Min Speed. Flaps
Holding in Icing Conditions
Is prohibited below 160 KIAS. Must have flaps UP
AUTO PILOT LIMITATIONS
- Coupled VOR approaches; using a VOR as the NAV source, are prohibited.
- Do not use the auto pilot below 200 ft. above terrain during approach operations or below 500 ft. above the terrain during all other operations.
- Maximum angle for NAV capture is 90°.
EFIS LIMITATIONS - How many Adaptive Flight Displays must be operated in normal mode for takeoff?
All Adaptive Flight Displays must be operated in normal mode for takeoff
VNAV LIMITATIONS
- VNAV altitudes must be displayed on the MFD or CDU when utilizing VNAV for flight guidance.
- Use of VNAV while conducting a missed approach procedure is prohibited.
TAKEOFF AND LANDING OPERATIONS
Max. Airfield Elevation (Pressure Altitude) …. ____ ft
Ambient Temperature (°C) ……………… –__°C to ____°C
Maximum Tailwind (Component) for Takeoff and Landing......................... \_\_ Kts
Maximum Fuel Imbalance
for Takeoff/Landing… ___ lbs
Max. Airfield Elevation (Pressure Altitude) …. 9,400 ft
Ambient Temperature (°C) … –40°C to ISA +37°C
Maximum Tailwind (Component) for Takeoff and Landing.......... 10 Kts
Maximum Fuel Imbalance
for Takeoff/Landing… 200 lbs
ENROUTE OPERATIONS
Maximum Operating Altitude… _____ ft
Ambient Air Temperature (°C)… –__°C to _____°C
Maximum Fuel Imbalance ……… ___ lbs
Yaw Damper ……………………………. _______
Max Operating Altitude … 41,000 ft
Ambient Air Temp (°C) … –65°C to ISA +37°C
Max Fuel Imbalance ……… 200 lbs
Yaw Damper ………………….. Operable and On