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174 Cards in this Set
- Front
- Back
Max Torque
|
19,600 in lbs
|
|
NTS Torque
|
1,260 +/- 600 in lbs
|
|
Torque w/ oil temp below 0C
|
Minimum
|
|
Torque w/ oil temp between 0-40c
|
4,500 in lbs Maximum
|
|
Torque w/ oil temp 40c and rising
|
19,600 in lbs
|
|
Safety coupling torque
|
-6,000 in lbs
|
|
Maximum reverse torque difference
|
1,000 in lbs
|
|
Run up torque
|
8,000 - 9,000 in lbs
|
|
Maximum positive torque flux during NTS check
|
500 in lbs
|
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Minimum torque rise at flight idle
|
200 - 2,000 in lbs
|
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Low speed ground idle RPM
|
69 - 75.5%
|
|
Normal ground idle RPM
|
94 - 102%
|
|
Reverse RPM
|
96 - 106%
|
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Flight idle RPM
|
92.5 - 100.5%
|
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Normal in flight RPM
|
98 - 102%
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RPM Fluctuation
|
+/- 0.5%
|
|
Starter disengage RPM
|
60%
|
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Prop brake disengage RPM
|
23%
|
|
Pitchlock RPM (engaged)
|
103%
|
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Fuel topping RPM
|
103.5%
|
|
Start circuit energized RPM
|
16%
|
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Start circuit de-energized RPM
|
65%
|
|
TD switch from start limiting to normal litmiting RPM
|
94%
|
|
Maximum RPM for light off
|
35%
|
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Oil pressure indication by RPM
|
35%
|
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Maximum Turbine Inlet Temperature?
For how many mins? |
1083 for 5 mins
|
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Military Turbine Inlet Temperature?
For how many mins? |
1049 for 30 mins
|
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NATOPS maximum continuous Turbine Inlet Temperature?
|
1010
|
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CFLSW maximum continuous Turbine Inlet Temperature?
|
932
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NATOPS climb Turbine Inlet Temperature?
|
1010
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CFLSW climb Turbine Inlet Temperature?
|
970
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Procedure if Turbine Inlet Temperature exceeds 1083 over 5 seconds or 1175 momentarily
|
Reduce power to hold temperature within limits / record discrepancy / overtemp inspection required
|
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Turbine Inlet Temperature for temp controlling check
|
910
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Turbine Inlet Temperature temp limiting range
|
0 - 65 degrees throttle movement
|
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Maximum Turbine Inlet Temperature for enrichment start in flight
|
200
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Maximum Turbine Inlet Temperature for enrichment start on ground
|
100
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Maximum Turbine Inlet Temperature during start
|
830
|
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Procedure for adnormal torch during starts?
|
Overtemp inspection
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Procedure for start Turbine Inlet Temperature of 830 - 850?
|
Record discrepancy
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Procedures for start Turbine Inlet Temperature of 850 - 965?
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Discontinue start / record discrepancy / one restart is permitted after cooling below 200C
|
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Procedure for start Turbine Inlet Temperature exceeds 965?
|
Discontinue start / record discrepancy / overtemp inspection is required
|
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Normal start Turbine Inlet Temperature range
|
750 - 830
|
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Enginge starter switch released at what RPM?
|
60%
|
|
Start light out within how many seconds after release of start switch?
|
15 seconds
|
|
Starter duty cycle
|
1 min on 1 min off
1 min on 5 min off 1 min on 30 min off |
|
Maximum RGB oil pressure during start and warmup?
|
250 psi
|
|
Maximum RGB oil pressure during start and warmup may be exceeded below what OAT?
|
15C
|
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Minimum RGB Oil pressure at LSGI
|
50 psi
|
|
RGB oil pressure at normal
|
150 - 250 psi
|
|
RGB allowable oil pressure flux
|
+/- 20 psi
|
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Maximum power section oil pressure during start and warmup?
|
100 psi
|
|
Minimum power section oil pressure at LSGI
|
50 psi, may be below if witihin limits at 100% RPM
|
|
Power section oil pressure at normal
|
50 - 60 psi
|
|
Power section allowable oil pressure flux
|
+/- 5 psi
|
|
Maximum oil temp on ground?
For how many mins? Then reduced to what temp? |
100C / 30 mins / 85C
|
|
Maximum oil temp in flight?
For how many mins? Then reduced to what temp? |
100C / 5 mins / 85C
|
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Normal oil temp
|
60 - 85C
|
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Minimum oil temp for maximum torque
|
40C and rising
|
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Minimum oil temp for starting
|
-40C
|
|
Normal oil quantity
|
4 - 12 gallons
|
|
Minimum oil quantity
|
4 gallons
|
|
Oil MIL-SPEC
|
MIL-L-23699
|
|
Utility/Booster hydraulic system normal pressure
|
2,900 - 3,200 psi
|
|
Utility/Booster hydraulic system maximum pressure
|
3,500 psi
|
|
RPM for normal hydraulic pressure
|
100%
|
|
Minimum hydraulic pressure at LSGI
|
2,550 psi
|
|
Aileron boost hydraulic pressure
|
2,050 psi
|
|
Rudder boost maximum hydraulic pressure w/ flaps set at 15-100%
|
3,500 psi
|
|
Rudder boost maximum hydraulic pressure w/ flaps set at 0-15%
|
1,600 psi
|
|
Rudder boost hydraulic pressure w/ flaps set at 15-100%
|
2,900 - 3,200 psi
|
|
Rudder boost hydraulic pressure w/ flaps set at 0-15%
|
1,100 - 1,400 psi
|
|
Rudder boost caution hydraulic pressure w/ flaps set at 0-15%
|
1,400 - 1,600 psi
|
|
Auxiliary hydraulic system pressure
|
2,900 - 3,300 psi
|
|
Auxiliary hydraulic system maximum pressure
|
3,500 psi
|
|
Utility/Booster accumulator pressure
|
1,500 +/- 100 psi
|
|
Normal brake accumulator pressure
|
1,500 +/- 100 psi
|
|
Emergency brake accumulator pressure
|
1,000 +/- 100 psi
|
|
Normal brake pressure
|
2,900 - 3,200 psi
|
|
Maximum normal brake pressure
|
3,500 psi
|
|
At what psi will there be one application of normal brakes remaining?
|
2,250 psi
|
|
Emergency brake pressure
|
2,900 - 3,300 psi
|
|
Emergency maximum brake pressure
|
3,500 psi
|
|
At what psi will there be one application of emergency brakes remaining?
|
2,900 psi
|
|
Electrical system generator rating
|
40 KVA
|
|
What is the power source if the Copilot inverter power switch is in the standby position?
|
Isolated DC
|
|
What happens when the Copilot inverter power switch is in the normal position?
|
Inverter is off
|
|
DC power sources
|
Battery, transformer rectifiers, external
|
|
How many generators to power all buses?
|
two
|
|
Normal power source for L/H AC BUS
|
#1 engine
|
|
Normal power source for R/H AC BUS
|
#4 engine
|
|
Normal power source for ESS AC BUS
|
#2 engine
|
|
Normal power source for Main AC BUS
|
#3 engine
|
|
Normal power source for ESS Avionics BUS
|
#1 BSU
|
|
Normal power source for Main Avionics BUS
|
#2 BSU
|
|
Standby power source for Copilot Inverter BUS
|
Isolated DC BUS
|
|
Primary power source for #1 BSU
|
Essential AC BUS
|
|
Alternate power source for #1 BSU
|
Main AC BUS
|
|
External power source for #1 BSU
|
L/H AC BUS
|
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Primary power source for #2 BSU
|
Main AC BUS
|
|
Alternate power source for #2 BSU
|
Essential AC BUS
|
|
External power source for #2 BSU
|
R/H AC BUS
|
|
DC electrical voltage
|
25-30 vdc
|
|
Max DC electrical load
|
0-1.03
|
|
Battery voltage
|
24 vdc
|
|
Minimum battery voltage
|
21 vdc
|
|
AC electrical voltage
|
110-125 vac
|
|
AC electrical frequency
|
380-420 hz
|
|
Max AC load
|
0-1.05
|
|
Prop blade de-icing amps
|
60-90
|
|
Spinner anti/de-icing amps
|
65-90
|
|
Max # of cycles of Prop Anti-Icing/De-Icing during ground ops
|
two
|
|
Wing empennage anti-ice overheat light illuminates at what temp?
|
200F
|
|
Maximum OAT for ground operation of the windshield anti-ice?
|
27C/81F
|
|
Windshield anti-ice cold start temp
|
-45F
|
|
Fuel unbalance limit inboard to outboard tanks
|
500-1,000 lbs, more to outboard
|
|
Fuel unbalance limit of symmetrical tanks
|
1,000 lbs
|
|
Fuel unbalance limit of wing to wing
|
1,500 lbs
|
|
External tanks fuel unbalance limit
|
1,000 lbs
|
|
Aux tanks fuel unbalance limit
|
one empty one full providing all other tanks are symmetrically fueled
|
|
Main tank fuel pumps system pressure
|
15-24 psi
|
|
Aux tank fuel pumps system pressure
|
28-40 psi
|
|
External tank fuel pumps system pressure
|
28-40 psi
|
|
Fuel dump pump system pressure
|
28-40 psi
|
|
Fuel LOW PRESS light illuminates
|
8.5 psi
|
|
Fuel system TANK EMPTY light
|
23 psi
|
|
Pressure of fuel surge suppressor
|
40 +\- 5 psi
|
|
Maximum re-fueling pressure
|
60 psi
|
|
Oxygen system capacity
|
25 liters
|
|
Oxygen system LOW Warning light
|
2.5 liters
|
|
Oxygen system operational pressure in no flow condition
|
270-455 psi
|
|
Oxygen system operational pressure in a continuous condition
|
270-340 psi
|
|
Minimum temp for static feather check
|
OAT of 32F or 0C
|
|
Maximum pressurization for crew door jetison
|
3.1 in hg
|
|
Pressure control maximum differential
|
15.8 in hg
|
|
Pressurization gage limits
|
-1.2 to 15.8 in hg
|
|
Limitation for pressurization if an inner or outer pane of windshield is cracked
|
10 in hg
|
|
Limitation for pressurization if an inner or outer pane cargo compartment window is cracked
|
10 in hg
|
|
Limitation for pressurization if both panes of cargo compartment window is cracked
|
0 in hg
|
|
Max speed of w/ 10% flaps
|
220 knots
|
|
Max speed of w/ 20% flaps
|
210 knots
|
|
Max speed of w/ 30% flaps
|
200 knots
|
|
Max speed of w/ 40% flaps
|
190 knots
|
|
Max speed of w/ 50% flaps
|
180 knots
|
|
Max speed of w/ 60% flaps
|
165 knots
|
|
Max speed of w/ 70% flaps
|
155 knots
|
|
Max speed of w/ 80% flaps
|
150 knots
|
|
Max speed of w/ 90% flaps
|
145 knots
|
|
Max speed of w/ 100% flaps
|
145 knots
|
|
Max speed gear down
|
170 knots
|
|
Max speed w/ landing lights extended
|
170 knots
|
|
Max angle of bank w/ flaps up
|
60 degrees
|
|
Max angle of bank w/ flaps down
|
45 degrees
|
|
Max taxi speed w/ A/C weight <155K
|
20 knots
|
|
Max taxi speed w/ A/C weight >155K
|
10 knots
|
|
Recommended max takeoff weight
|
155K
|
|
Overload max takeoff weight
|
175K
|
|
Normal landing weight
|
130K
|
|
Max speed for windmill taxi start
|
100 knots
|
|
Fire extinguisher system pressure
|
575-660 psi at 70F
|
|
APU RPM
-Normal? -Max? -Overspeed? |
Normal 95-105
Max 106 Overspeed 110 |
|
APU EGT
|
260-650
Max 650 |
|
APU Generator
-Frequency? -Volts? -Load? |
380-420 hz
110-125 vac 0-1.05 |
|
APU warm up/cool down time
|
1 min
|
|
Minimum bleed air pressure on ground
|
35 psi
|
|
APU bleed air checks
|
30-15 not less than 16 seconds
|
|
Engine bleed air checks
|
65-35 not less than 30 seconds
|
|
What is the power source if the Copilot inverter power switch is in the NORM position?
|
Inverter is off, power is supplied by the Phase A of the essential Avionics AC BUS
|
|
What is the power source if the AC EI & FC inverter power switch is in the NORM position?
|
Phase C Essential Avionics AC BUS
|
|
What is the power source if the AC EI & FC inverter power switch is in the STBY position?
|
Essential DC BUS
|
|
At what Fuel System Pressure does the BY-PASS LIGHT illuminate
|
4 PSID
|
|
Safety Valve Opens above and below what in hg
|
-0.76/15.9 in hg
|
|
Crossover Turbine Inlet Temperature
|
800 to 840
|
|
Procedure for peak Turbine Inlet Temperature between 720 and 750
|
Continue start and record discrepancy.
|
|
Procedure for peak Turbine Inlet Temperature below 720
|
Discontinue start, record discrepancy, 1 attempt to restart w/ TD in null.
|