FSI Quick Refresh Flashcards
Aerobatic Maneuvers Are
Prohibited
Minimum Flight Crew
Two pilots
Practice Touchdown Autorotations Are
Prohibited
360 Hovering Turn In Less Than xx Seconds Are Prohibited
12
This Aircraft Is Certified IAW…
FAA Part xx, Cat “X” and Cat “X”
FAA Part 29, Cat “A” and Cat “B”
Maximum Seating Of xx Passengers
19
What is Required Equipment For Flight? 1-3 of 7
1. One XXX
2. Two XXX
3. Four XXX’s configured as follows:
a. XXX mode both outboard displays
b. XXXXX mode on one inboard
- One APU
- Two DCU
- Four MFDs configured as follows:
a. PFD mode both outboard displays
b. EICAS mode on one inboard
What is Required Equipment For Flight? 4 of 7
- AFCS
a. Day/Night VFR
i. PXXXX/XXX or PXXXX/XXX
ii. xxxxxx trim release
b. IFR
i. PXXXX and PXXXX
ii. XXX and XXX
iii. xxxxxx trim and xxxxxx trim
- AFCS
a. Day/Night VFR
i. PSAS1/AP1 or PSAS2/AP2
ii. cyclic trim release
b. IFR
i. PSAS1 and PSAS2
ii. AP1 and AP2
iii. cyclic trim and rudder trim
What is Required Equipment For Flight? 5-7 of 7
5. Two xxxxxxx XX Xxx (IFR)
6. All Xxxxxxx Xxxxxxxxxxx (IFR)
7. A xxxxxxxxxx and xxxxxxxxxxxxx system that has demonstrated compliance with pertinent FAA requirements.
- Two primary AC Gen (IFR)
- All Standby Instruments (IFR)
- A navigation and communication system that has demonstrated compliance with pertinent FAA requirements.
Max T/O Gross Weight (Internal Load)
26,500
Max T/O Gross Weight (External Load)
28,300
Minimum Operating Weight
16,200
Category “A” Takeoffs and Landings Are Limited to xx knots of crosswind component or less.
35
Limits with Low Fuel Light(s) Illuminated
Avoid…
…steady state pitch attitudes in excess of
10 degrees nose up and lower than
5 degrees nose down.
Slope Limitations
10 degrees nose up/down
13 left/right side slope
Max Groundspeed For Landing/Takeoff
50 Kts Temporary Restiction
Max Groundspeed For Taxi Operations
35
Max Groundspeed Brake Application
35
What is your Temperature Range for Flights
-40C to ISA+35C
Pre-Heat Must Be Used For All Starts When
OAT is –25C or below
Maximum Allowable Cabin Floor Loading
75-lbs/sq ft or 200-lds/sq ft (heavy duty floor)
Maximum Tie-Down Ring Limit Is
5,700 lbs/ring
Maximum Baggage Load to Rear Ramp
1000 lbs
Maximum Shelf Capacity
300 lbs
Vne Power ON
165 Kts
Vne Power OFF
120 knots (If Vne is less than 120, the lower Vne shall apply for power as well)
Max Airspeed OEI
120 Kts
Max Airspeed One or Both SAS Inoperative
120 Kts
Max Airspeed w/one Pri Flight Servo Inoperative
120 Kts
Max Airspeed w/Hyd Boost Inoperative
120 Kts
Max Airspeed w/Landing Gear Down/Transient
165 Kts
Max Airspeed Activation L/G Blowdown
90 Kts
Max Airspeed w/APU Operating
150 Kts
Max Airspeed w/Emerg Flotation System Armed
80 Kts
Max Airspeed for Sideward/Crosswind Flight
35 Kts
Max Airspeed for Rearward/Tailwind Hover
35 Kts
Main gear width
10’ 5”
Nose gear to Main gear distance
20’ 4”
AEO Max Continuous TRQ - xxx% Up to xxx KIAS (XXXXX controlled limit value) TRQ - xx% above xxx KIAS T4.5 - xxx Ng - xx.x%
TRQ - 100% Up to 100 KIAS (FADEC controlled limit value)
TRQ - 86% above 100 KIAS
T4.5 - 935
Ng - 99.9%
AEO 30 Min TRQ - xxx% (XXXXX controlled limit value) T4.5 - xxx Ng - xxx.x%
TRQ - 100% (FADEC controlled limit value)
T4.5 - 988
Ng - 101.5%
AEO
5 Min Takeoff
TRQ - xxx% (XXXXX controlled limit value)
T4.5 - xxx (XXXXX controlled limit value)
Ng - xxx.x% (XXXXX controlled limit value)
TRQ - 100% (FADEC controlled limit value)
T4.5 - 995 (FADEC controlled limit value)
Ng - 102.9% (FADEC controlled limit value)
AEO
12 Sec Transient
T4.5 - x,xxx
Ng - xxx.x%
T4.5 - 1,003
Ng - 103.7%
AEO
10 Second Transient TRQ - xxx%
10 Second Transient TRQ - 120%
OEI Max Continuous TRQ - xxx (XXXXX controlled limit value) T4.5 - xxx Ng - xxx.x
TRQ - 120 (FADEC controlled limit value)
T4.5 - 988
Ng - 102.4
OEI
2-Minute
TRQ - xxx% (XXXXX controlled limit value)
T4.5 - x,xxx (XXXXX controlled limit value)
Ng - xxx.x%
TRQ - 120% (FADEC controlled limit value)
T4.5 - 1,006 (FADEC controlled limit value)
Ng - 102.9%
OEI
30 Second
TRQ - xxx% (XXXXX controlled limit value)
T4.5 - xxxx (XXXXX controlled limit value)
Ng - xxx.x% (XXXXX controlled limit value)
TRQ - 141% (FADEC controlled limit value)
T4.5 - 1049 (FADEC controlled limit value)
Ng - 103.7% (FADEC controlled limit value)
Maximum Starting TGT
1,000 deg c
Avoid prolonged operations in Np/Nr range
xx% to xx%
and
xx% to xx%
36% to 49%
and
56% to 67%
ENGINE OIL PRESSURE
Min Idle - xx to xx psi
Continuous - xx to xxx psi
Maximum (x mins) - xxx to xxx psi
Max Fluctuation - x psi
Min Idle - 20 to 30 psi
Continuous - 30 to 100 psi
Maximum (5 mins) - 100 to 120 psi
Max Fluctuation - 5 psi
Do not apply engine power above ground idle until Oil pressure is below xxx psi
100 psi
Engine Oil Temperatures
Max Continuous - xxx C
15 Minute - xxx C to xxx C
Maximum Allowable - xxx C
Max Continuous - 132 C
15 Minute - 132 C to 149 C
Maximum Allowable - 149 C
Fuel Anti-Icing Additives Are Required At Temperatures Below -xx C
-20 C
When can you operate in CROSS FEED?
CAT A – Xxxxxxxxxxx
CAT B – Xxxxxx Xxxxxx
CAT A – Emergencies only
CAT B – Cruise Flight only
Starter Limits
Motor (At All Ambient Temperatures)
x minutes motoring
x minutes OFF
x minutes motoring
xx minutes OFF (cooling) repeat cycle
2 minutes motoring
5 minutes OFF
2 minutes motoring
30 minutes OFF (cooling) repeat cycle
Back-To-Back Starter Limits
Ambient Temp Greater Than +15C
x consecutive starts
x minutes Off (cooling)
x consecutive start
xx minutes Off (cooling)
xxxxxx cycle
2 consecutive starts
5 minutes Off (cooling)
2 consecutive start
30 minutes Off (cooling)
repeat cycle
Back-To-Back Starter Limits Ambient Temp At +15C or Less x consecutive starts xx minutes Off (cooling) x consecutive start xx minutes Off (cooling) repeat cycle
4 consecutive starts
15 minutes Off (cooling)
4 consecutive start
30 minutes Off (cooling)
repeat cycle
What is the caution associated with the weather radar system operations?
(In part) …If an active radar mode is selected, ensure all people are at least xxx feet away from the forward xxx deg arc of the aircraft prior to takeoff.
CAUTION
The weather radar has a weight on wheels override that forces the system into standby when the aircraft is on the ground. Unless STBY or OFF are selected, the weather radar will radiate as soon as the helicopter lifts to a hover. If an active radar mode is selected, ensure all people are at least 100 feet away from the forward 270 deg arc of the aircraft prior to takeoff.
Total capacity of the aircraft fuel system
Pressure Refuel - xxx Gals
Gravity refuel - xxx Gals
Total Un-useable fuel - x.x gals
Pressure Refuel - 764 Gals
Gravity refuel - 712 Gals
Total Un-useable fuel - 4.8 gals
MGB OIL TEMPERATURE LIMITS
Continuous - x to xxx C
Precautionary - xxx C to xxx C
Maximum - xxx C
Continuous - 0 to 120 C
Precautionary - 120 C to 130 C
Maximum - 130 C
MGB OIL PRESSURE LIMITS (In Flight)
Minimum - xx to xx psi
Continuous - xx to xx psi
Precautionary - xx to xxx psi
Maximum - xxx psi
Minimum - 35 to 45 psi
Continuous - 45 to 70 psi
Precautionary - 70 to 130 psi
Maximum - 130 psi
ROTOR SPEED LIMITS - POWER ON
Maximum - xxx%
Precautionary Range - xxx% to xxx%
Norm Rotor Speed Dual Engine - xxx% to xxx%
Norm Rotor Speed OEI - xxx% to xxx%
Precautionary Range Dual Engine - xx% to xxx%
Precautionary Range OEI - xx% to xxx%
Minimum - xx%
Transient Minimum OEI - xx%
Transient At Touchdown During OEI Landing - xx%
Maximum - 110%
Precautionary Range - 106% to 110%
Norm Rotor Speed Dual Engine - 104% to 106%
Norm Rotor Speed OEI - 100% to 106%
Precautionary Range Dual Engine - 95% to 104%
Precautionary Range OEI - 95% to 100%
Minimum - 95%
Transient Minimum OEI - 90%
Transient At Touchdown During OEI Landing - 80%
ROTOR SPEED LIMITS POWER OFF
Maximum - xxx%
Minimum (“LOW ROTOR” aural alert) - xx%
Transient - xx%
110%
95%
80%
ROTOR BRAKE LIMITS
Engine Operating limited to xxx or xxxx engs at idle.
Both Engines Must Be Shut Xxxx Before Applying Xxxxx Xxxxx
Recommended Rotor Speed For Normal Rotor Brake Application is xx% Nr.
one or both
Down
Rotor Break
40%
When does the hydraulic backup isolation valve automatically open and close? Start Up >xx% Nx WOW - Closed >xx% Nx - Open Shutdown @xx% Nx - Normal <xx%Nx Last Engine - Open
Start Up >15% Ng WOW - Closed >50% Nr - Open Shutdown @80% Nr - Normal <15%Ng Last Engine - Open
Max Airspeed after inadvertent Float Deployment
xx KIAS in a Climb
xx KIAS Level Flight
xx KIAS Descent/Auto
50 KIAS in a Climb
55 KIAS Level Flight
60 KIAS Descent/Auto
Rotor Diameter - xx’ x”
Overall Length - xx’ x”
Overall Height - xx’ xx”
Rotor Diameter - 56’ 4”
Overall Length - 68’6”
Overall Height - 17’11”
What sub-modes are available from the PFD display? Xxxx Xxx Xxxxx Xxxx Xxx X
FULL ARC HOVER COMP CAT A
What items are Auto Shed when the APU is the sole source of AC Power in flight?
X - Xxxxxxxxxx Xxxx-Xxx (Xxxxx xxxx xxxxxxxxxxx)
X - XXX
X - XXXX
X - Xxxx - #x Xxxxxx Xxxxx Xxxx-Xxx Xxxx
Xxx - Xxx Xxxxxxxxxxxx
W - Windshield Anti-Ice (Pilot side recoverable)
A - AVC
R - RIPS
M - Mats - #1 Engine Inlet Anti-Ice Mats
Air - Air Conditioning
What Systems are driven by the #2 hydraulic pump? Xxxxx #2 XXX Xxxxxxxx #2 Xxxx Xxxxx Xxxxxx #2 Xxxx Xxxxx Xxxxx
Boost #2 SAS Actuator #2 Main Rotor Servos #2 Tail Rotor Servo
Ng Overspeed?
xxx.x%
108.5%
Ng Limits
Dual Engine
Max Continuos - xx.x%
xx Minutes - xxx.x%
x Minute Takeoff - xxx.x% (Limiter)
xx Seconds Transient - xxx.x%
Max Continuos - 99.9%
30 Minutes - 101.5%
5 Minute Takeoff - 102.9% (Limiter)
12 Seconds Transient - 103.7%
TGT
Single Engine
Max Continuous - xxx (XXX Limiter)
x minute - x,xxx (x Min Limiter)
xx second - x,xxx (xx Sec Limiter)
Max Continuous - 988 (MCP Limiter)
2 minute - 1,006 (2 Min Limiter)
30 second - 1,049 (30 Sec Limiter)
VNE
VFR Day/Night (With certain PSAS/AP components inoperative):
xxx - PSAS1 and PSAS2, AP1 or AP2, ATT Mode,
cyclic and rudder trim.
xxx - PSAS1 and PSAS2, AP1 and/or AP2, SAS
Mode, cyclic and rudder trim.
xxx - PSAS1 or PSAS2, AP1 and AP2, ATT Mode,
cyclic and rudder trim.
xxx - PSAS1/AP1 or PSAS2/AP2, SAS Mode,
functional cyclic trim release.
165 Kts
165 Kts
120 Kts
120 Kts
ALTITUDE LIMITS
Enroute - xx,xxx’ DA
15,000’
COUPLED LIMITS
If airspeed > xxx KIAS, Then AGL must be > xxx’
If airspeed xx’
When coupled below xxx’ AGL, the pilot will monitor the flight controls and take action in the event of an excessive rate of descent.
Coupled flight below xxx’ AGL will be in visual meteorological conditions.
> 120 KIAS / 200’
What if any AFCS mode can be coupled below 50 KIAS?
RA ALT
How many DC Busses are there and what are they labeled? #x XX Pxxxxxx #x XX Pxxxxxx XX Exxxxxxxx Xxxxxxx Xxxxxxx Xxxxxx Xxxxxxx Xxxxxxx
#1 DC Primary #2 DC Primary DC Essential Battery Battery Holdup Battery Utility
What are the busses powered by the #1 DC Converter? #x XX Pxxxxxx Xxxxxxx Xxxxxx Xxxxxxx Xxxxxxx
#1 DC Primary Battery Holdup Battery Utility
Where are the only two circuit breakers not available to the pilots from the cockpit?
x.x Amp
x Amp
7.5 Amp in nose compartment
4 Amp inside the external power
door