FAE (FIRE APPARATUS ENGINEER) EXAM
QUESTIONS 2025 |GUARANTEED ACCURATE
ANSWERS |VERIFIED |COMPLETE SET!!
supply
, Safely Turbine Flow Meter
Fire Flow Relief Valve
Don't know?
Term 2 of 163
Oil Reservoir must be at least 4 quarts. (SAE 30) good for 8 to 10 primes
Check the level of the priming oil after every pumping operation.
A vent hole in the oil line from the tank to the priming pump to break the
siphon and drain tank while pumping.
Give this one a try later!
Spring Probe Flowmeter Priming Oil System
, Priming Pump Relief Valve
Don't know?
Definition 3 of 163
What is 4" hose Friction Loss per 100'(feet)?
Give this one a try later!
1-1/4"= 400 GPM
1-3/8"= 500 GPM
1-1/2"= 600 GPM
1-5/8"= 700 GPM
1-3/4"= 800 GPM
1-7/8"= 900 GPM
2"= 1000 GPM
80 PSI FL for nozzle
, 200 GPM= 10psi
300 GPM= 21 psi
400 GPM= 36 psi (RED LINE)
500 GPM= 55 psi
600 GPM= 78 psi
700 GPM= 105 psi
800 GPM= 136 psi
900 GPM= 171 psi
1000 GPM= 210 psi
Calculate flow from sprinkler heads by using the following formula:
Flow (in GPM's) = 1/2 pressure (at sprinkler)+15
Cheat way(every Sprinkler head is 90 GPM)
200 GPM= 1.0 psi
300 GPM= 2.1 psi
400 GPM= 3.6 psi
500 GPM= 5.5 psi
600 GPM= 7.8 psi
700 GPM= 10.5 psi
800 GPM= 13.6 psi
900 GPM= 17.1 psi
1000 GPM= 21.0 psi
Don't know?
QUESTIONS 2025 |GUARANTEED ACCURATE
ANSWERS |VERIFIED |COMPLETE SET!!
supply
, Safely Turbine Flow Meter
Fire Flow Relief Valve
Don't know?
Term 2 of 163
Oil Reservoir must be at least 4 quarts. (SAE 30) good for 8 to 10 primes
Check the level of the priming oil after every pumping operation.
A vent hole in the oil line from the tank to the priming pump to break the
siphon and drain tank while pumping.
Give this one a try later!
Spring Probe Flowmeter Priming Oil System
, Priming Pump Relief Valve
Don't know?
Definition 3 of 163
What is 4" hose Friction Loss per 100'(feet)?
Give this one a try later!
1-1/4"= 400 GPM
1-3/8"= 500 GPM
1-1/2"= 600 GPM
1-5/8"= 700 GPM
1-3/4"= 800 GPM
1-7/8"= 900 GPM
2"= 1000 GPM
80 PSI FL for nozzle
, 200 GPM= 10psi
300 GPM= 21 psi
400 GPM= 36 psi (RED LINE)
500 GPM= 55 psi
600 GPM= 78 psi
700 GPM= 105 psi
800 GPM= 136 psi
900 GPM= 171 psi
1000 GPM= 210 psi
Calculate flow from sprinkler heads by using the following formula:
Flow (in GPM's) = 1/2 pressure (at sprinkler)+15
Cheat way(every Sprinkler head is 90 GPM)
200 GPM= 1.0 psi
300 GPM= 2.1 psi
400 GPM= 3.6 psi
500 GPM= 5.5 psi
600 GPM= 7.8 psi
700 GPM= 10.5 psi
800 GPM= 13.6 psi
900 GPM= 17.1 psi
1000 GPM= 21.0 psi
Don't know?
