NFPA CFPS Certified Fire Protection Specialist (CFPS) Online Training
NFPA CFPS Online Training
The questions for CFPS were last updated at Feb 23,2025.
- Exam Code: CFPS
- Exam Name: Certified Fire Protection Specialist (CFPS)
- Certification Provider: NFPA
- Latest update: Feb 23,2025
The primary mechanism by which carbon dioxide extinguishes fire is
- A . cooling.
- B . saponification.
- C . smothering.
- D . chemical inhibition.
Which type of plan review may provide information about a modification such as the removal of an abandoned underground flammable liquid tank?
- A . Site plan review
- B . Preliminary building plan review
- C . Final building plan review
- D . As built plan review
Sound meters used to test notification appliances in fire alarm systems shall comply with which standard?
- A . NFPA 70
- B . NFPA 72
- C . ANSI S12.13
- D . ANSI S1.42
When using water mist as an extinguishing mechanism, the effectiveness of a fine mist depends on
- A . the ability of the mist to directly spray on the fire.
- B . how much mist diverts to the compartment boundaries.
- C . how much conductive heat the mist system will absorb.
- D . the momentum and direction of the spray relative to the fire.
Fire alarm systems audible appliances ratings are usually stated as a sound pressure level (SPL) at what distance?
- A . 1 ft (0.31 m)
- B . 10 ft (3.05 m)
- C . 15 ft (4.57 m)
- D . 20 ft (6.10 m)
Which type of roof covering is most effective in preventing the spread of fires from flying brands?
- A . Class A
- B . Class B
- C . Class C
- D . Class D
The minimum carbon dioxide design concentration for extinguishment of an ethylene fire is
- A . 34%
- B . 40%
- C . 43%.
- D . 49%.
What data analysis approach provides the broadest perspective of a fire problem?
- A . Scenario groupings
- B . Top-down approach
- C . Data re-examination
- D . Trend analysis
Heat transfer oils can be used up to
- A . 600° F (315° C).
- B . 650° F (343° C).
- C . 700° F (371° C).
- D . 750° F (399C).
Heat transfer oils can be used up to
- A . 600° F (315° C).
- B . 650° F (343° C).
- C . 700° F (371° C).
- D . 750° F (399C).