A. Split case
B. Suction in-line
C. Vertical turbine
D. Horizontal-end suction
A. Titanium
B. Aluminum
C. Zirconium
D. Potassium
A. 491
B. 484
C. 495
D. 472
A. A2
B. B1.
C. B2
D. A3
A. using air pressure systems.
B. by gravity flow.
C. using inert gas pressure systems.
D. through piping by pumps.
A. the ability of the mist to directly spray on the fire.
B. the momentum and direction of the spray relative to the fire.
C. how much mist diverts to the compartment boundaries.
D. how much conductive heat the mist system will absorb.
A. cartridge filter.
B. cyclone separator.
C. vertical oscillator.
D. baffle maze.
A. 15 pounds (6.8 kg.) is applied in the direction of exit travel.
B. 20 pounds (9.1 kg.) is applied in the direction of exit travel.
C. 10 pounds (4.5 kg.) is applied in the direction of exit travel.
D. 5 pounds (2.3 kg.) is applied in the direction of exit travel.
A. Pressurization
B. Dilution
C. Compartmentation
D. Airflow
A. 65-85% of rated capacity.
B. 110-125% of rated capacity.
C. 90-100% of rated capacity.
D. 140-170% of rated capacity.