Quiz for 2a533b volume 5
Centering device
Override bungee
Mix Box
Flaps
Spring
Servo
Cable
Beam
95:80
75:60
50:40
20:15
Variable feel unit
Centering spring
Bob weight
Cable
Variable feel unit
Centering spring
Bob weight
Cable
Pilot assist cable servo
Centering spring
Bob weight
Cable
Centering bungee
Toggle switches
Trim actuator
Crank
Two power sources to the trim actuator
Power and ground to the trim actuator
A discrete pulse signal to the yaw computer
Two grounds to the yaw damper
Rudder
Ailerons
Tail rotor
Main rotor
Lift increases
Lift decreases
Airspeed increases
Airspeed decreases
Yoke
Cyclic
Collective
Foot pedals
Swash plate
Foot pedals
Rudder
Cyclic
Variable flap drive roller carriages
Variable slat drive roller carriages
Telescoping ballscrew actuators
Telescoping slate drive limiters
Down, t/o 40, t/o and app, and landing
Down, t/o 80, t/o and aPP, and LANDING
UP, T/O 40, T/O and APP, and LANDING
UP, T/O 80, T/O and APP, and LANDING
Degrees, 0-60
Degrees, 0-60
Percent 0-60
Percent, 0-100
Switch
Spring
Valve
Cam
Step-down transformer
Torque synchro
Gear train
Lever
8 percent aircraft NOSE DOWN or 15 percent aircraft NOSE UP
5 percent aircraft NOSE DOWN or 12 percent aircraft NOSE UP
2.5 degrees aircraft NOSE DOWN or 6.0 degrees aircraft NOSE UP
1.5 degrees aircraft NOSE DOWN or 6.0 degrees aircraft NOSE UP
Dual power relays
Power and ground
Backup battery power
Bipolar synchro transmitters
Inboard spoilers
Outboard spoilers
Mechanical linkage
Roll gyro differential signals
Control sticks
SCAS and yaw-trim
SCAS and control stick
Rudder pedals and yaw-trim
Greater than 61 degrees and airspeed greater than 60 knots
Less than 61 degrees and airspeed greater than 60 knots
Greater than 62 degrees and airspeed less than 70 knots
Less than 62 degrees and airspeed less than 70 knots
Slats
Flaps
Spoilers
Speedbrakes
Inboard and outboard spoilers are forced into the full down position
Outboard spoilers are places in the full up position
Inboard spoilers are forced into the down position
Pilot control stick is forced to the center position
1 and 4 hydraulic systems
2 and 3 hydraulic sstems
1,2 and 4 hydraulic systems
2,3 and 4 hydraulic systems
Weight-on-wheels, roll rate, and Mach>0.5
Wing sweep>35degrees or Mach>0.5 degrees
Wing sweep>15degrees or Mach>1.0 degrees
Roll rate and wing sweep > 35 degrees
Speedbrakes are disengaged if weight-on-wheels (wow) is present
Inboard and outboard spoilers retract to full down position
Speedbrakes are engaged if WOW is not present
Outboard spoilers retract to full down position
Place the roll trim mode select switch to norm
Place the roll trim mode select switch to alter
Position the roll trim switch longitudinally
Position the roll trim switch laterally
Mach
Mach = 1.0 and Norm mode selected
Mach = 0.5 and Norm mode selected
Mach >0.99 and Alter mode selected
53 degrees, 55 minutes
56 degrees, 37 minutes
57 degrees, 57 minutes
61 degrees, 57 minutes
Electrically and mechanically controlled and actuated
Electrically controlled and hydromechanically actuated
Mechanically controlled and hydromechanically actuated
Hydromechanically controlled and hydroelectrically actuated
Yaw stability control augementation sytem (scas) and brakes.
Mechanical yaw, yaw SCAS, and nosewheel steering
Nosewheel steering, yaw SCAS, and brakes
Yaw SCAS and nosewheel steering
With one bellcrank and two push-pull rods.
Through two bellcranks and push-pull rods
With tension regulator bungees and bellcranks
To one another with idler arms and push-pull rods
Slats in or left/right main gear must be uplocked
Slats in and left/right main gear must be uplocked
Flaps out or left/right main gear must be downlocked
Flaps out and left/right main gear must be downlocked
Limitemd to +-10 degrees
Unlimited to +- 25 degrees
Unlimited to +- 26 degrees
Limited to +-10 degrees or +-25degrees, depending on the mode of operation
Cam
Brake
Bellcrank
Output shaft
From the control stick trim switch
In the central integrated test system
In the yaw stability control augmentation system
From the flight control trim panel yaw trim left/right switch
2453A06
2454A06
2455A05
2455A06
The position of the travel limit switches
Wether the brake is engaged or disengaged
The signal from the proximity switch assemblies
Which power control assembly relay is energized or deenergized
Symmetrically by the pilot control stick only
Asymmetrically by the pilot control stick only
Asymmetrically by the co-pilot control stick only
Symmetrically by the pilot and co-pilot control sticks
Mechanical control of the horizontal stabilzers in pitch only
Electrical control of the horizontal stabilizers in pitch and roll
Mechanical and electrical control of the horizontal stabilizers in pitch only
Electrical and hydromechanical control of the horizontal stabilizers in pitch and roll
Tension regulator bungees
Forward and aft feel bungees
Pitch master hydraulic servo cylinder
Left and right override regulator bungees
Isolate the control stick from the pitch SCAS function
Overcome friction in the mechanical push-pull system
Prevent vibrations induced by the linkage shaker assembly from effecting the stabilizer position
Reduce the effort required by the co-pilot to move the control stick when the pilot stick is disconnected
Stabilizers are places in a +10 degree up position
Stabilizers are forced to a -10 degree down position
Pitch master servo cylinder output is forced to the center position
Pitch centering bungees place the horizontal stabilizers into the center positon
20 degrees up and 10 degrees down at a max travel rate of 25 degrees per second.
20 degrees up and down at a max travel rate of 25 degrees per second
25 degrees up and 15 degrees down at a max travel rate of 20 degrees per second
25 degrees up and down at a maximum travel rate of 20 degrees per second
When pitch trim is selected
After the aircraft is in flight
When the power is applied to the aircraft
After the electrical multiplexing system enables power control assembly 2454A06
Data acquisition units (DAU) 1 and 2
DAUs 2 and 4
DAU 2
DAU 4
Is disabled
Is enabled, byt does not control the pitch trim actuator
Receives electrical multiplexing system pitch trim-up and pitch trim-down
Processes the pitch trim-up/down commands for application to the stabiity control augementation system controllers
Circuit of the automatic flight control system trim controller
Trim switch on the flight control auxiliary control panel
Contacts of the control stick pitch trim switch
Trim switch on the flight control power panel
Control stick
Flight control trim panel
Flight control power panel
Flight control auxiliary panel
Quiz Review Timeline +
Our quizzes are rigorously reviewed, monitored and continuously updated by our expert board to maintain accuracy, relevance, and timeliness.
Wait!
Here's an interesting quiz for you.