FDNY S13 Standpipe Certificate of Fitness
Ultimate Practice Exam Examination 2026–2027
| Comprehensive 200-Question Practice Test with
Answers & Rationales| Free Pdf Access.
The FDNY S-13 Certificate of Fitness is required for individuals who inspect, test, and
maintain standpipe systems in buildings throughout New York City . This practice exam
covers key topics including system classifications, components, inspection requirements,
out-of-service procedures, and emergency operations. The actual exam is a written test
that must be taken in person at the FDNY, and a passing score is required to receive the
certificate .
Question 1:
Which of the following best defines the scope of an S-13 Certificate of Fitness (COF)
when issued for a "Citywide" building?
A) It covers only the fire alarm system
B) It applies to all standpipe systems within the entire city limits
C) It is limited to a single fire zone within the building
D) It expires after one year
Answer: B
A "Citywide" COF indicates the certificate is valid for any standpipe system located
anywhere in New York City, not limited to a specific zone or building .
Question 2:
Which document must be produced to the FDNY upon request to demonstrate a valid
COF?
,A) The building's architectural drawings
B) The most recent standpipe inspection logbook
C) The original purchase order for fire hoses
D) The fire alarm system maintenance contract
Answer: B
The inspection logbook contains the required records of testing and is the primary proof of
a valid COF .
Question 3:
How long must standpipe inspection records be retained on-site according to FDNY
regulations?
A) 1 year
B) 3 years
C) 5 years
D) 7 years
Answer: B
FDNY mandates a minimum of three years' retention for all inspection, testing, and
maintenance records on the premises .
Question 4:
Which of the following is NOT required to be recorded in the standpipe logbook?
A) Date of each inspection
B) Names of the inspectors
C) Weather conditions at the time of inspection
D) Results of pressure tests
Answer: C
While useful, weather conditions are not a mandatory entry; the logbook must include
date, inspector, and test results .
,Question 5:
Class II standpipe systems are intended for use by:
A) Fire department personnel only
B) Trained building occupants
C) Automatic sprinkler systems
D) External fire hydrants
Answer: B
Class II provides 1½-inch hose stations for trained occupants, allowing them to fight
interior fires before FDNY arrives .
Question 6:
A standpipe system that combines both 1½-inch and 2½-inch connections is classified
as:
A) Class I
B) Class II
C) Class III
D) Class IV
Answer: C
Class III systems contain both Class I (2½-inch) and Class II (1½-inch) hose connections .
Question 7:
Which class of standpipe system provides hose connections for firefighters only?
A) Class I
B) Class II
C) Class III
D) Class IV
Answer: A
Class I standpipe systems provide 2½-inch connections for fire department use only .
, Question 8:
In an "Automatic-Wet" standpipe system, the piping is:
A) Empty until the fire department connects a hose
B) Filled with water and pressurized at all times
C) Filled with air and requires a pump to introduce water
D) Pressurized by a manual pump only during emergencies
Answer: B
Automatic-Wet systems remain full of water under constant pressure, providing
immediate flow .
Question 9:
A "Manual-Wet" standpipe system differs from an "Automatic-Wet" system because:
A) It is filled with pressurized air
B) It has no water in the piping
C) The water supply is NOT capable of meeting flow and pressure requirements
D) It requires a fire department pumper to supply all water
Answer: C
Manual-Wet standpipes are filled with water at all times but are connected to a water
supply that is NOT capable of meeting flow and pressure requirements. A fire department
pumper must pump additional water into the system to meet flow and pressure
requirements .
Question 10:
An "Automatic-Dry" standpipe system is characterized by:
A) Empty piping with no water supply connection
B) Water in the piping at all times
C) Pressurized air in the piping and a permanent water supply
D) A manual activation device at each hose connection
Ultimate Practice Exam Examination 2026–2027
| Comprehensive 200-Question Practice Test with
Answers & Rationales| Free Pdf Access.
The FDNY S-13 Certificate of Fitness is required for individuals who inspect, test, and
maintain standpipe systems in buildings throughout New York City . This practice exam
covers key topics including system classifications, components, inspection requirements,
out-of-service procedures, and emergency operations. The actual exam is a written test
that must be taken in person at the FDNY, and a passing score is required to receive the
certificate .
Question 1:
Which of the following best defines the scope of an S-13 Certificate of Fitness (COF)
when issued for a "Citywide" building?
A) It covers only the fire alarm system
B) It applies to all standpipe systems within the entire city limits
C) It is limited to a single fire zone within the building
D) It expires after one year
Answer: B
A "Citywide" COF indicates the certificate is valid for any standpipe system located
anywhere in New York City, not limited to a specific zone or building .
Question 2:
Which document must be produced to the FDNY upon request to demonstrate a valid
COF?
,A) The building's architectural drawings
B) The most recent standpipe inspection logbook
C) The original purchase order for fire hoses
D) The fire alarm system maintenance contract
Answer: B
The inspection logbook contains the required records of testing and is the primary proof of
a valid COF .
Question 3:
How long must standpipe inspection records be retained on-site according to FDNY
regulations?
A) 1 year
B) 3 years
C) 5 years
D) 7 years
Answer: B
FDNY mandates a minimum of three years' retention for all inspection, testing, and
maintenance records on the premises .
Question 4:
Which of the following is NOT required to be recorded in the standpipe logbook?
A) Date of each inspection
B) Names of the inspectors
C) Weather conditions at the time of inspection
D) Results of pressure tests
Answer: C
While useful, weather conditions are not a mandatory entry; the logbook must include
date, inspector, and test results .
,Question 5:
Class II standpipe systems are intended for use by:
A) Fire department personnel only
B) Trained building occupants
C) Automatic sprinkler systems
D) External fire hydrants
Answer: B
Class II provides 1½-inch hose stations for trained occupants, allowing them to fight
interior fires before FDNY arrives .
Question 6:
A standpipe system that combines both 1½-inch and 2½-inch connections is classified
as:
A) Class I
B) Class II
C) Class III
D) Class IV
Answer: C
Class III systems contain both Class I (2½-inch) and Class II (1½-inch) hose connections .
Question 7:
Which class of standpipe system provides hose connections for firefighters only?
A) Class I
B) Class II
C) Class III
D) Class IV
Answer: A
Class I standpipe systems provide 2½-inch connections for fire department use only .
, Question 8:
In an "Automatic-Wet" standpipe system, the piping is:
A) Empty until the fire department connects a hose
B) Filled with water and pressurized at all times
C) Filled with air and requires a pump to introduce water
D) Pressurized by a manual pump only during emergencies
Answer: B
Automatic-Wet systems remain full of water under constant pressure, providing
immediate flow .
Question 9:
A "Manual-Wet" standpipe system differs from an "Automatic-Wet" system because:
A) It is filled with pressurized air
B) It has no water in the piping
C) The water supply is NOT capable of meeting flow and pressure requirements
D) It requires a fire department pumper to supply all water
Answer: C
Manual-Wet standpipes are filled with water at all times but are connected to a water
supply that is NOT capable of meeting flow and pressure requirements. A fire department
pumper must pump additional water into the system to meet flow and pressure
requirements .
Question 10:
An "Automatic-Dry" standpipe system is characterized by:
A) Empty piping with no water supply connection
B) Water in the piping at all times
C) Pressurized air in the piping and a permanent water supply
D) A manual activation device at each hose connection
