Page 1 of 110
50-FL-CV Fire Protection System Contractor EXAM
COMPLETE QUESTIONS AND DETAILED SOLUTIONS
LATEST UPDATE THIS YEAR-JUST RELEASED
50-FL-CV Fire Protection System Contractor — Exam Coverage
The Florida 50-FL-CV Fire Protection System Contractor exam tests candidates on their knowledge and
ability to work with fire protection systems, specifically focusing on installation, service, inspection,
design, and regulatory compliance for commercial fire sprinkler and related suppression systems. It is
regulated by the Florida Bureau of Fire Prevention and the Florida Construction Industry Licensing
Board under applicable Florida Statutes and Administrative Code.
1. Florida Statutes & Administrative Code
• Florida Statutes Chapter 633 — Fire Protection System Contractors laws and requirements.
• Florida Administrative Code Chapter 69A-46 — Licensing regulations and continuing education.
2. NFPA Standards (Technical Knowledge)
Common NFPA standards referenced in the exam include:
• NFPA 13 — Installation of sprinkler systems.
• NFPA 11 — Foam-water system standards.
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• NFPA 25 — Inspection, testing, and maintenance of water-based systems.
• NFPA 24 — Installation of private fire service mains.
• NFPA 17/17A — Dry and wet chemical extinguishing systems.
3. System Design & Hydraulic Calculations
• Hydraulic design principles such as K-factor, friction loss, flow, and pressure relationships.
• Blueprint reading and interpreting system symbols and site plans.
4. Installation & Materials
• Correct materials, joint types, components (pumps, valves, backflow preventers).
• Understanding pipe diameters, test headers, corrosion protection, and thrust restraint.
5. Inspection, Testing & Maintenance
• Required frequencies for testing sprinklers, pumps, backflow preventers, etc.
6. Permits, Documentation & Business Practice
• Permit requirements, record-keeping, contracts, customer notifications, project documentation.
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.
1.
Before beginning a commercial fire sprinkler installation in Florida, what must be obtained from
authorities?
A. Electrical permit
B. Building permit and fire department approval
C. HVAC inspection only
D. No permit required
Answer: B
Rationale: Commercial systems require both building permits and fire authority approval before
installation.
2.
Which code governs annual testing requirements for fire sprinkler systems?
A. NFPA 72
B. NFPA 25
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C. NFPA 101
D. NFPA 5000
Answer: B
Rationale: NFPA 25 is the standard for inspection, testing, and maintenance of water-based fire
protection systems.
3.
A plan review shows missing hydraulic calculations. What is the best preparer action before permitting?
A. Submit as is
B. Include detailed hydraulic calculations
C. Omit drawings
D. Only include material list
Answer: B
Rationale: Hydraulic calculations are required to verify system capacity and compliance.
4.
50-FL-CV Fire Protection System Contractor EXAM
COMPLETE QUESTIONS AND DETAILED SOLUTIONS
LATEST UPDATE THIS YEAR-JUST RELEASED
50-FL-CV Fire Protection System Contractor — Exam Coverage
The Florida 50-FL-CV Fire Protection System Contractor exam tests candidates on their knowledge and
ability to work with fire protection systems, specifically focusing on installation, service, inspection,
design, and regulatory compliance for commercial fire sprinkler and related suppression systems. It is
regulated by the Florida Bureau of Fire Prevention and the Florida Construction Industry Licensing
Board under applicable Florida Statutes and Administrative Code.
1. Florida Statutes & Administrative Code
• Florida Statutes Chapter 633 — Fire Protection System Contractors laws and requirements.
• Florida Administrative Code Chapter 69A-46 — Licensing regulations and continuing education.
2. NFPA Standards (Technical Knowledge)
Common NFPA standards referenced in the exam include:
• NFPA 13 — Installation of sprinkler systems.
• NFPA 11 — Foam-water system standards.
, Page 2 of 110
• NFPA 25 — Inspection, testing, and maintenance of water-based systems.
• NFPA 24 — Installation of private fire service mains.
• NFPA 17/17A — Dry and wet chemical extinguishing systems.
3. System Design & Hydraulic Calculations
• Hydraulic design principles such as K-factor, friction loss, flow, and pressure relationships.
• Blueprint reading and interpreting system symbols and site plans.
4. Installation & Materials
• Correct materials, joint types, components (pumps, valves, backflow preventers).
• Understanding pipe diameters, test headers, corrosion protection, and thrust restraint.
5. Inspection, Testing & Maintenance
• Required frequencies for testing sprinklers, pumps, backflow preventers, etc.
6. Permits, Documentation & Business Practice
• Permit requirements, record-keeping, contracts, customer notifications, project documentation.
, Page 3 of 110
.
1.
Before beginning a commercial fire sprinkler installation in Florida, what must be obtained from
authorities?
A. Electrical permit
B. Building permit and fire department approval
C. HVAC inspection only
D. No permit required
Answer: B
Rationale: Commercial systems require both building permits and fire authority approval before
installation.
2.
Which code governs annual testing requirements for fire sprinkler systems?
A. NFPA 72
B. NFPA 25
, Page 4 of 110
C. NFPA 101
D. NFPA 5000
Answer: B
Rationale: NFPA 25 is the standard for inspection, testing, and maintenance of water-based fire
protection systems.
3.
A plan review shows missing hydraulic calculations. What is the best preparer action before permitting?
A. Submit as is
B. Include detailed hydraulic calculations
C. Omit drawings
D. Only include material list
Answer: B
Rationale: Hydraulic calculations are required to verify system capacity and compliance.
4.
