NV Fire Alarm study materials
NV Fire Alarm study resources

NV Fire Alarm study plan

NV Fire Alarm · Give each week a clear focus.

8 weeks · About 7 hours per week

Week 1

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

Week 2

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

Week 3

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

Week 4

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

Week 5

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

Week 6

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

Week 7

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

Week 8

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