NV Fire Alarm study plan
NV Fire Alarm · Give each week a clear focus.
8 weeks · About 7 hours per week
Fire Alarm System Fundamentals and Codes
Map the domain weighting (15/12/12/10/12/12/9/10/8) onto a weekly calendar and rank every domain by exam impact
Distinguish the roles of model codes, installation standards, and locally adopted amendments, and state which document governs a given field question
Explain the purpose and scope of NFPA 72 as an installation and performance standard rather than a design manual
Define the fire alarm system categories (protected premises, supervising station, emergency communications) and classify sample buildings into them
Trace the sequence of a code-compliant signal path from initiation through notification and identify the code basis for each stage
Your checkpoint
A one-page code hierarchy diagram plus a 20-row table mapping each of the nine domains to its source document and a sample exam-style question type
Fire Alarm System Fundamentals and Codes & Initiating Devices and Circuits
Differentiate automatic, manual, and supervisory initiating functions and give two field examples of each
Describe detector spacing and placement rules for spot smoke, projected-beam, duct, and heat detectors, including ceiling height and airflow considerations
Explain the operating principle and application limits of ionization, photoelectric, air-sampling, and multi-criteria smoke detection
Contrast Class A and Class B initiating device circuit styles and state the survivability difference
Interpret the requirement for alarm verification, presignal, and positive alarm sequence and explain when each applies
Your checkpoint
A detector selection and spacing cheat sheet covering at least six detector technologies with application limits and circuit style notes
Electrical Principles and Wiring Methods & Initiating Devices and Circuits
Apply Ohm's law and power formulas to compute voltage drop on a 24 VDC initiating or notification circuit given conductor length, gauge, and load
Identify acceptable wiring methods, conductor types, and raceway requirements for fire alarm circuits in commercial occupancies
Explain the purpose and installation rules for circuit separation, survivability marking, and red identification of fire alarm cables
Classify circuits as power-limited or non-power-limited and state the installation consequences of each
Demonstrate how to read a riser diagram and trace a circuit from the control unit to the last device
Your checkpoint
A worked voltage-drop calculation for a 24 VDC circuit with a documented pass/fail result against appliance minimum operating voltage
Control Units, Power Supplies, and Secondary Power & Notification Appliances and Circuits
Explain primary and secondary power requirements, including battery capacity calculations for standby and alarm durations
Compute a battery Ah requirement from a load schedule with a derating factor applied
Distinguish notification appliance circuit types and state candela, dBA, and intelligibility requirements by occupancy
Describe synchronization requirements for visible appliances and the conditions that trigger them
Explain the role of remote power supplies, boosters, and addressable control module interfaces in a notification system
Your checkpoint
A completed battery sizing worksheet for a sample system, with a load schedule and the resulting Ah rating and charger requirement
Inspection, Testing, and Maintenance
Build a testing schedule distinguishing acceptance testing, periodic inspection, and routine maintenance intervals
List the required test methods for smoke detectors, heat detectors, waterflow switches, valve tamper switches, and notification appliances
Explain the documentation requirements for inspection and testing, including record retention and the role of the record of completion
Describe the difference between a functional test and a visual inspection and identify items tested only visually
Explain how to handle an impairment, including notification of the authority having jurisdiction and interim life safety measures
Your checkpoint
A blank inspection and testing form covering at least 15 devices and components, with test method, interval, and pass criteria columns completed
Plan Review and System Documentation & Inspection, Testing, and Maintenance
Identify the elements of a complete fire alarm submittal package, including drawings, calculations, and manufacturer documentation
Review a sample floor plan and list deficiencies in device placement, notification coverage, and circuit routing
Explain the plan review sequence from contractor submittal through authority having jurisdiction approval and record of completion
Describe the as-built documentation set required at project closeout and who retains each document
State the criteria that trigger a required re-acceptance test after modification of an existing system
Your checkpoint
A written plan review of a sample drawing set listing at least 10 findings, each tied to a specific code requirement
Nevada Fire Alarm Statutes and Regulations
Identify the Nevada state authority responsible for fire alarm regulation and describe its relationship to local fire departments
Explain licensing and certification requirements for fire alarm contractors and technicians in Nevada, including any required qualifier or certification
Describe state adoption of model fire and building codes and how local amendments affect installation requirements
Outline the permit, inspection, and certificate of occupancy process for a fire alarm installation in a Nevada jurisdiction
State the consequences of unlicensed fire alarm work and the enforcement mechanisms available
Your checkpoint
A Nevada regulatory summary sheet listing the state authority, licensing requirement, code adoption mechanism, and permit sequence, with citations to the governing statute or regulation sections
Safety, Tools, and Jobsite Practices & Fire Alarm System Fundamentals and Codes & Inspection, Testing, and Maintenance
Apply lockout/tagout and energized-work precautions to fire alarm troubleshooting and state when de-energizing is required
Select and inspect personal protective equipment and test instruments appropriate for fire alarm service work
Describe jobsite coordination practices with other trades, including protection of installed devices during construction
Complete a timed 60-question mixed practice exam with a score of at least 75 percent
Review every missed practice question and write a one-line correction note tied to its domain
Your checkpoint
A timed practice exam score report plus a written error log of every missed question with the corrected fact and its source code section
Milestones
Week 2: Can explain the code hierarchy and correctly classify any given building into a system category without notes, and can state detector spacing rules for at least four technologies
Week 4: Can complete a voltage-drop calculation and a battery sizing calculation from scratch, both within 15 minutes and with correct units
Week 6: Can produce a plan review finding list from an unfamiliar drawing set and defend each finding against a cited requirement
Week 8: Scores at least 75 percent on a timed 60-question mixed practice exam with no domain scoring below 60 percent