Emergency Procedures

Question 1

Engine failure or fire or Master warning during takeoff speed below V1

Answer 1

Brakes as required
Throttles to idle
Speed brakes extend

Then, accomplish engine failure or fire procedure as applicable.

Question 2

Engine failure or fire or Master warning during takeoff speed above V1

Answer 2

Maintain directional control
Accelerate to VR
Rotate at VR, climb at V2
Gear up after positive rate of climb
At 400 ft, retract flaps at V2 + 10 or VENR, whichever is lower, and accelerate to VENR(VT), if required.

If engine fire accomplished fire procedure. If failure, accomplish emergency restart or precautionary shutdown.

Question 3

Engine failure / precautionary shutdown

Answer 3

1. Throttle affected engine OFF
2. Ignition affected engine NORM
3. Engine synchronizer OFF
4. Generator affected engine OFF
5. Electrical load reduce 300 amps Max
6. Fuel quantity balance as required
7. Engine fire switch affected engine - lift cover and push if severe failure or fire occurred.
8. Fuel boost pump affected engine ON
9. Land ASAP - refer to SE approach
   IF ICING CONDITIONS
10. AFfected ENG anti-ice ON or WING/ENG
11. Wing Xflow
12. Anti-ice switch for operating engine on as needed.
13. Windshield anti-ice and tail de ice as required.

Question 4

Engine failure during coupled approach

Answer 4

1. Increase power to operating engine as required
2. AirSpeed Vref + 10 knots
3. Flaps - take off and approach

Question 5

Engine fire with fire warning switch illuminated

Answer 5

Throttle affected engine idle
If light remains on:
Engine fire switch - lift cover and push
Push either illuminated bottle armed light

Question 6

Emergency restart two engines

Answer 6

Ignitions both on
Fuel boost both on
Throttles idle
If altitude allows increase air speed to 240 knots

Question 7

Maximum Glide emergency landing

Answer 7

Maintain 150 knots to keep turbines windmilling and provide enough hydraulic pressure for landing gear and flaps. Maximum Glide AirSpeed is 130 knots at 10,000 lbs, decreasing 3 knots for every 500 lb decrease in weight.

Question 8

Electrical fire or smoke

Answer 8

Oxygen masks Dawn and EMER
Oxygen mic switches - MIC OXY MASK

Question 9

Cabin decompression

Answer 9

Oxygen masks Don and 100% oxygen
Emergency descent as required
Ensure passengers receiving oxygen
MIC OXY MASK

Question 10

Emergency descent

Answer 10

Throttle’s Idle
Speed brakes extend
Initiate moderate Bank
Airplane pitch attitude 15° nose down

Question 11

Battery overheat / BATT O’TEMP

Answer 11

Note volts and amperage
Battery switch to emergency
Note volts and amps decrease

Question 12

Autopilot malfunction

Answer 12

Autopilot/trim disengage switch

Question 13

Emergency evacuation

Answer 13

Throttles both off
Engine fire switches both press
If fire suspected press bottle switches
Battery off
Check for best Escape Route

If through cabin door open and move away from airplane

If through escape hatch remove and throw hatch out of airplane and move away from airplane

Question 14

Electric elevator trim Runaway

Answer 14

Autopilot/trim disengage switch
Pitch trim circuit breaker- pull - on left panel
Manual elevator trim as required

Question 15

Anti-skid system failure

Answer 15

Multiply Landing Distance by 1.4