Backflow Prevention Assembly Tester Training GA Exams (Latest 2024\/ 2025 Updates STUDY BUNDLE WITH COMPLETE SOLUTIONS) Questions and Verified Answers| 100% Correct| A Grade<\/p>\n\n\n\n
Backflow Prevention Assembly Tester
Training Exam (Latest 2024\/ 2025) Questions
and Verified Answers| 100% Correct| Grade
A
Q: What is backpressure?
Answer:
A backflow condition in which a pump, elevated tank, boiler, 0r other means results in a
downstream pressure greater than the supply pressure
Q: What is backsiphange?
Answer:
A backflow condition in which the pressure in the distribution system is less than atmospheric
pressure (sub-atmospheric)
Q: What is a bypass?
Answer:
In cross-connection control, any pipe arrangement that passes water around a protective device,
casing it to be ineffective
Q: What is a carrier?
Answer:
A human or animal that carries disease germs and can pass them to another person or animal
without getting the disease itself<\/p>\n\n\n\n
Q: What is the purpose of a check valve?
Answer:
To allow flow in only one direction
Q: What is a cross connection?
Answer:
Any arrangement of pipes, fittings, fixtures, or devices that connects a non-potable system to a
potable water system
Q: What does DCVA stand for?
Answer:
Double Check Valve Assembly
Q: What is a DCVA?
Answer:
A testable mechanical device consisting of two independently operating, spring-loaded check
valves
Q: What is feed water?
Answer:
Water that is added to a commercial or industrial system and is subsequently used by the system,
such as water that is fed to a boiler to produce steam<\/p>\n\n\n\n
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Cross-connection A. 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Exam (Latest 2024\/ 2025) Questionsand Verified Answers| 100% Correct| GradeAQ: What is backpressure?Answer:A backflow condition in which a pump, elevated tank, boiler, 0r other means results in 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Answer:
The time period that elapses between the time a person is exposed to some disease and the time
that person shows the first sign or symptom of the disease
Q: What is an overflow level?
Answer:
The maximum height that water or liquid will rise in a receptacle before it flows over the rim
Q: What is a potable water source?
Answer:
Water that is biologically, chemically, and radiologically safe to drink
Q: What is a potential cross connection?
Answer:
Any arrangement of pipes, fittings, or devices that indirectly connects a potable water supply to a
non-potable water source
Q: What does PVB stand for?
Answer:
Pressure Vacuum Breaker
Q: What is a PVB?
get pdf at https:\/\/learnexams.com\/search\/study?query=<\/a><\/p>\n\n\n\n
V2 (Latest 2024\/ 2025) Questions and
Verified Answers| 100% Correct| Grade A
Q: When testing a SVB what is the firsrt test being performed
(A) The air inlet opening point
(B) The static pressure across the check valve
(C) To verify the #2shut off hold tight
(D) To check if the SVB hold water
Answer:
The static pressure across the check valve
Q: When testing a PVB the air inlet opens upon closing the #1 shut off valve What is the most
probable cause
(A) Leaking #2 shut off valve
(B) Leaking #1 shut off valve
(C) Fouied air inlert
(D) Fouied check valve
Answer:
Leaking #2 shut off valve
Q: A 2″ AVB when used on irrigation systemsterm-15 shall be instilled
(A) 6″ above all downstream piping
(B) 18″ above all downstream piping
(C) 24″ above all downstream piping
(D) 27 3\/4″ above all downstream piping<\/p>\n\n\n\n
6″ above all downstream piping
Q: What causes the relief valief valve to close on a RPZ?
(A) Reilef valve spring pressure
(B) Supply side water pressure
(C) Pressure differential between Check #1 and Check #2
(D) All the above
Answer:
Supply side water pressure
Q: When testing a RP instialled in vauil the relief valve opening point falls to zero What is
most probabie cause
(A) The relief valve is stuck shut
(B) #1 check is fouled
(C) the #2 shut off leaks by
(D) Installed improperly
Answer:
Installed improperly
Q: When field testing the DC the #1 check static differential pressure is found to be 0.0 psid
What is the most probable cause
(A) Fouied #2 Check
(B) Leaking #2 shut off
(C) Fouled #1 check
(D) Leaking #1 shut off
Answer:
Fouled #1 check<\/p>\n\n\n\n
(A) At the air inlet
(B) At #1 shut off
(C) At #1 test cock
(D) At #2 shut off
Answer:
At the air inlet
Q: The physical operation of a Hose Bibb Vacuum Breaker is classified as a type of
(A) Dual check valve
(B) Atmospherlc vacuum breaker
(C) Pressure vacuum breaker
(D) Doubie check backflow preventer
Answer:
Atmospherlc vacuum breaker
Q: An oxygen deficient atmosphere has less than what precentage of oxygen
(A) 19.50%
(B) 10%
(C) 21%
(D) 24%
Answer:
19.50
Q: The relief valve of a RP discharges in flow and non-flow condition What is the most
probable cause
(A) Fouied #1 check
(B) Fouied #2 check
get pdf at https:\/\/learnexams.com\/search\/study?query=<\/a><\/p>\n\n\n\n
V1 (Latest 2024\/ 2025) Questions and
Verified Answers| 100% Correct| Grade A
Q: A hose-bibb connection is required to have a permanently installed ? A. Atmospheric vacuum breaker B. Backflow preventer C. Pressure vacuum breaker D. Shut-off valve E. Spill-resistant vacuum breaker Answer: Atmospheric vacuum breaker Q: Atmospheric vacuum breakers must not be subject to continuous water pressure for more than <\/em><\/strong>hr.
A. 3
B. 6
C. 12
D. 18
E. 24
Answer:
12
Q: A submerged atmospheric vacuum breaker may be considered a(n) <\/em>?
A. Backflow preventer
B. Cross-connection
C. Expensive elbow
D. Typical installation
E. Useful training photo
Answer:<\/p>\n\n\n\n
Q: Flow from the outlet of an atmospheric vacuum breaker must not reach a ? A. Closed tank B. Section of straight tubing C. Submerged inlet D. Toxic substance E. Valve Answer: Valve Q: An atmospheric vacuum breaker is not required to have a(n) <\/strong><\/em><\/strong>?
A. Annual field test
B. Installation elevation
C. Installation inspection
D. Label
E. Usage limitaion
Answer:
Annual field test
Q: The air-inlet valve of an atmospheric vacuum breaker is help closed by____?
A. Atmospheric pressure
B. Cotter pins
C. Gravity
D. Spring tension
E. Water pressure
Answer:
Water pressure
Q: Pressure vacuum breaker shut-off valves and test cocks will avoid freeze damage if
winterized by __<\/em>?<\/p>\n\n\n\n
B. Rotating ball valve handles to 45 degree angle
C. Purging the body with compressed air
D. Removing the assembly’s internal components
E. Removing shut-off valve and test cock operators
Answer:
Rotating ball valve handles to a 45 degree angle
Q: A supply pressure loss with a functional check valve will cause a pressure vacuum breaker
to ? A. Admit air into the downstream piping B. Be subject to backpressure C. Discharge water D. Fail E. Retain water pressure downstream of the check valve Answer: Retain water pressure downstream of the check valve Q: If not marked, a pressure vacuum breaker’s critical level is <\/em><\/strong>?
A. At the bottom of the valve body
B. Measured from the check valve inlet
C. Measured from the body outlet
D. Not important
E. The air-inlet valve opening
Answer:
At the bottom of the valve body
Q: A pressure vacuum breaker may have __<\/em> on the assembly’s discharge piping.
A. Auxiliary water supply looped irrigation
B. A boiler
C. A booster pump
D. Elevated piping
E. Irrigation sprinkler heads
get pdf at https:\/\/learnexams.com\/search\/study?query=<\/a><\/p>\n\n\n\n
V3 (Latest 2024\/ 2025) Questions and
Verified Answers| 100% Correct| Grade A
Q: A defensible backflow prevention program will maintain records on which of the following
Answer:
D. All of the above
A: backflow prevention assemblies within the system
B: complete list of certified backflow assembly testers
C: back flow prevention test reports
Q: In responding to a potential backflow incident, the water purveyor must
Answer:
D. Implement emergency response plan
Q: The loading of the first and second check valves on reduced pressure principle backflow
prevention assemblies
Answer:
B. Always different
Q: Undersized water service and second check valves on reduces pressure principle back flow
prevention assemblies
Answer:
B. May cause backsiphonage due to aspirator effect
Q: A perfect vacuum (at sea level) will raise water in a pipe a maximum of
Answer:
C. 33.9 feet
Q: The water supplier may require more frequent testing of backflow prevention assemblies
Answer:
D. All of the above
A: due to high hazards
B: due to high incidence of field test failures of the assembly
C: due to frequent internal plumbing changes
Q: To properly field test a reduced pressure principle backflow prevention assembly
Answer:
B. The outlet shut-off valves must be closed
Q: A differential pressure gauge is used to field test
Answer:
D. Bath A and C
A: reduced pressure principle backflow assemblies
C: pressure vacuum breakers
Q: Performance designs require that the pressure relief valve opening point of a reduced
pressure principal backflow assembly must open at or above the minimum of
Answer:
B. Two (2) psid
Q: When field testing a reduced pressure principle backflow assembly, the number two test
cock should be flushed
Answer:
D. With caution to prevent premature opening of relief valve
Q: During a field test, the air inlet valve on a pressure vacuum breaker must open
Answer:
A. At or above 1 psid on a differential gauge
Q: Hose Bibb vacuum breakers should be located
Answer:
B. On hose bibbs as required by code
Q: The probable cause of an Intermittent discharge of the differential pressure relief valve on a
reduced pressure relief valve on a reduced pressure principle backflow assembly in a NO FLOW
condition is
Answer:
A. Fluctuation in supply line pressure
Q: When entering a vault containing a backflow prevention assembly, the tester should
Answer:
A. Check quality of the atmosphere prior to entry
get pdf at https:\/\/learnexams.com\/search\/study?query=<\/a><\/p>\n\n\n\n
V4 (Latest 2024\/ 2025) Questions and
Verified Answers| 100% Correct| Grade A
Q: The federal law placing responsibility for the protection of the public water supply on the
purveyor of the water is?
Answer:
Safe drinking water act
Q: How many inches must a pressure type vacuum breaker be installed above all downstream
piping?
Answer:
12 inches
Q: A double check BFP assembly will protect the potable water supply from?
Answer:
NON-Health hazard- Backpressure and Back siphonage
Q: How many inches must an Atmospheric vacuum breaker be installed above all downstream
piping and the highest opening?
Answer:
6 inches<\/p>\n\n\n\n
Answer:
BACKSIPHONAGE- Health hazard OR Non health hazard conditions
Q: Approved Reduced pressure principle assembly, refers to 2 shutoff valves, 4 test cocks, and?
Answer:
2 approved check valves and a Differential pressure relief valve.
Q: It is required that the test gauge be tested for accuracy at least?
Answer:
Annually
Q: Undersized water piping carrying water at high velocity can cause BACKSIPHONAGE due
to?
Answer:
The aspirator effect
Q: An air gap separation is measured from the outlet of the discharge pipe to the?
Answer:
Flood level rim
Q: The minimal type of containment protection for a non health hazard, non chemical fire
sprinkler system is?<\/p>\n\n\n\n
Double check DETECTOR Assembly
Q: The type of protection required for a closed loop heating system containing chemicals is?
Answer:
Reduced pressure principle Assembly
Q: For containment protection in a non-health hazard situation, the minimum protection
required shall be?
Answer:
Double check backflow prevention assembly
Q: Water continuosly leaking from test cock 2 during a test procedure of a pressure vacuum
breaker assembly is probably?
Answer:
Caused by leaking of inlet shut off valve 1
Q: The required backflow prevention assembly for a fire suppression system containing
chemicals is?
Answer:
Reduced pressure DETECTOR assembly OR Reduced pressure principle assembly
Q: The required type of backflow protection for a closed loop piping system containing glycol
is?
get pdf at https:\/\/learnexams.com\/search\/study?query=<\/a><\/p>\n\n\n\n
<\/p>\n","protected":false},"excerpt":{"rendered":"