Ops Limits Flashcards
Maximum Torque
Takeoff / Max 100%
Transient 132% (20 seconds)
Torque above 102% is indicative of engine system malfunction.
Maximum ITT
Idle 750°C
Takeoff / Max 820°C
Transient 821 to 870 °C (Up to 20 Seconds)
N1
Idle 60 to 61 %
Ground, 67% (Min) Flight
Np
Idle 46 to 50%
Takeoff / Max 100%, (100% +/- 2% PMU Off)
Avoid stabilized ground operations from 62 to 80% Np
Oil Pressure
Takeoff / Max 90 to 120 PSI
Aerobatics / Spins 40 to 130 PSI
Aerobatics / Spins (Idle) 15 to 40 PSI (5 Sec)
Oil Temp
Takeoff / Max 10 to 105°C
Transient 106 to 110°C (10 Minutes)
__________ Stalls
Inverted
_________ Spins
Inverted
Aggravated ____________
Spins past 2 turns
Spins with the PCL __________
above idle
Spins with the ______, _______, or ________ extended.
Landing gear, flaps, or speed brake
Spins with the ________.
PMU off
Spins below _________ feet pressure altitude.
10,000
Spins above _________ feet pressure altitude.
22,000
Abrupt _________________ maneuvers.
Cross- controlled (snap)
Aerobatics maneuvers, spins, or stalls with greater than _____ pounds fuel imbalance.
50
__________ slides
Tail
Max airspeed year and / or flaps ______ KIAS
150
Max operating speed ______ KIAS or _____ Mach
316 or .67
Full rudder deflection above ________ KIAS will exceed the limits of the rudder control system.
150
Starter limit: ______ Seconds
20
Wait ____ Sec, _____ Min, _____ Min, _____ Min after each start / motoring attempt.
30, 2, 5, 30
Maximum ITT _____ to _____ °C for ____ Sec ( Do not attempt Restart)
871 to 1000
Maximum oil pressure _____ PSI
200
Minimum oil temperature ______ °C
-40
Minimum battery voltage ______ V
23.5
Normal above 18,000 ft MSL ____ +/- _____ PSI
3.6 0.2
Overpressurization safety valve opens ___ PSI
4.0
Normal recovery fuel _____ pounds
200
Minimum fuel _____ pounds (_____ pounds solo)
150 200
Emergency fuel ________ pounds
100
Minimum landing distance available (LDA) _________ feet or heavy weight flaps ____ landing distance plus ______ feet, whichever is greater.
150 200 100
Minimum fuel for aerobatics _______ pounds per side
150
Dry runway _____ knots
25
Wet runway _____ knots
10
Icy runways ______ knots
5
Touch-and-go ____ knots
20
Formation takeoff / landing ______ knots
15
Maximum tailwind component for takeoff _____ knots
10
Maximum wind with canopy open_____ knots
40
Symmetric clean ______ to _______ Gs
-3.5 to 7.0
Symmetric gear / flaps ______ to _____ Gs
0 to 2.5
Asymmetric clean _____ to _____ Gs
-1.0 to 4.7
Asymmetric gear / flaps ____ to _____ Gs
0 to 2.0
Minimum altitude for entry ________ feet MSL
13,500
Minimum cloud clearance _______ feet above the clouds
7,000
Maximum icing band / icing type ______ feet / ___________.
5,000
Light rime
Ground operation is limited to ambient temperatures of ______ to ______ °C
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