Ops-limits Flashcards
Maximum Torque
Takeoff/Max ____ %
100
Maximum Torque
Transient ___ % (___ Seconds)
131 - 20
Maximum Torque
Torque above ___ % is indicative of a system malfunction
102
Maximum ITT
Idle ___ °C
750
Maximum ITT
Takeoff/max ___ °C
820
Maximum ITT
Transient ___ °C (up to ___ seconds)
870 - 20
N1
Idle ___ to ___ % ground
60 - 61
N1
___ % (Min) Flight
67
Np
Idle ___ to ___ %
46 - 50
Np
Takeoff / Max ___ %, (___% +/- ___% PMU off)
100 - 100 -2
Np
Avoid stabilized ground operations from ___ to ___ % Np
62 - 80
Oil pressure
Takeoff / Max ___ to ___ PSI
90 - 120
Oil pressure
Aerobatics / spins ___ to ___ PSI
40 - 130
Oil pressure
Aerobatics / Spins (idle) ___ to ___ PSI (___ seconds)
15 - 40 - 5
Oil temp
Takeoff / Max ___ to ___ °C
10 - 105
Oil temp
Transient ___ to ___ °C (___ minutes)
106 - 110 - 10
Prohibited maneuvers
_____ Stalls
Inverted
Prohibited maneuvers
_____ Spins
Inverted
Prohibited maneuvers
Aggravated ______
spins past 2 turns
Prohibited maneuvers
Spins with the PCL ______
above idle
Prohibited maneuvers
Spins with the ______, ________ or ________ extended
landing gear - flaps - speed brake
Prohibited maneuvers
Spins with the ____
PMU off
Prohibited maneuvers
Spins below ______ feet pressure altitude
10,000
Prohibited maneuvers
Spins above ______ feet pressure altitude
22,000
Prohibited maneuvers
Abrupt ______ maneuvers
cross-controlled (snap)
Prohibited maneuvers
Aerobatic maneuvers, spins, or stalls with greater than _____ pounds fuel imbalance
50
Prohibited maneuvers
____ slides
Tail
Airspeed limitations
Max airspeed Gear and/or Flaps ____ KIAS
150
Airspeed limitations
Max Operating Speed ___ KIAS or ___ Mach
316 - 0.67
Airspeed limitations
Full rudder deflection above ____ KIAS will exceed the limits of the rudder control system
150
Starting
Starter limit ___ Seconds
20
Starting
Wait ___ Sec, ___ Min, ___ Min, ___ Min after each start attempt
30 - 2 - 5 - 30
Starting
Maximum ITT ____ °C for ___ Sec (Do Not Attempt Restart)
1,000 - 5
Starting
Maximum Oil Pressure ___ PSI
200
Starting
Minimum Oil Temperature ___ °C
-40
Starting
Minimum Battery Voltage ___ V
23.5
Pressurization
Normal Above 18,000 Ft MSL ___ +/- ___ PSI
3.6 - 0.2
Pressurization
Overpressurization Valve Opens ___ PSI
4.0
Fuel
Normal Recovery Fuel ____ Pounds
200
Fuel
Minimum Fuel ___ Pounds (___ Pounds Solo)
150 - 200
Fuel
Emergency Fuel ___ Pounds (___ Pounds Solo)
100 - 100
Fuel
Minimum Fuel for Aerobatics ___ Pounds per side
150
Runway
Minimum Runway Length _____ Feet
4,000
Runway
Minimum Runway Width ___ Feet
75
Winds
Dry Runway ___ Knots
25
Winds
Wet Runway ___ Knots
10
Winds
Icy Runway ___ Knots
5
Winds
Touch-and-Go ___ Knots
20
Winds
Formation Takeoff / Landing ___ Knots
15
Winds
Maximum Tailwind Component for Takeoff ___ Knots
10
Winds
Maximum Wind with Canopy Open ___ Knots
40
Acceleration Limits
Symmetric Clean ____ to ____
-3.5 - 7.0
Acceleration Limits
Symmetric Gear / Flaps ____ to ____
0 - 2.5
Acceleration Limits
Assymetric Clean ____ to ____
-1.0 - 4.7
Acceleration Limits
Assymetric Gear / Flaps ____ to ____
0 - 2.0
Intentional Spin Entry
Minimum Altitude for Entry ______ Feet MSL
13,500
Intentional Spin Entry
Minimum Cloud Clearance _____ Feet above clouds
7,000
Icing
Maximum Icing Band / Icing Type _____ Feet / _____
5,000 - light rime
Temperature
Ground operation is limited to ambient temperatures of ____ to ____ °C
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