AZ Fire Alarm study materials
AZ Fire Alarm study resources

AZ Fire Alarm study plan

AZ Fire Alarm · Give each week a clear focus.

8 weeks · About 7 hours per week

Week 1

Fire Alarm Codes and Standards & Fire Detection Devices and Initiating Circuits

  • Map the structure of NFPA 72 by chapter and write a one-page index of which chapters govern detection, notification, circuits, and testing

  • Define the difference between codes, standards, and adopted local amendments, and state how Arizona adopts fire code

  • Read the NFPA 72 chapters covering initiating devices and produce a table of detector types with their listed applications

  • Solve 25 practice items on code scope and detector selection, logging every miss with the code section that answers it

Your checkpoint

A two-page code map plus a 10-row detector selection table, both handwritten or typed and dated

Week 2

Fire Alarm Codes and Standards & Fire Detection Devices and Initiating Circuits

  • Explain spacing and coverage rules for smoke detectors on flat ceilings and compute allowable spacing for three ceiling heights

  • Describe the four standard initiating circuit classes and list which class each project type typically requires

  • Diagram a conventional initiating zone with end-of-line resistor and identify what a trouble condition looks like

  • Complete 30 practice items on detection and initiating circuits with a written rationale for each correct answer

Your checkpoint

A worked spacing calculation sheet for three ceiling heights plus one hand-drawn initiating circuit diagram with labeled components

Week 3

Fire Alarm Codes and Standards & Notification Appliances and Audible/Visible Signaling

  • State the required sound pressure levels for public mode and private mode audible signaling and the conditions that change them

  • Identify the mounting height and spacing rules for visible notification appliances and the candela ratings tied to room size

  • Explain synchronization requirements for audible and visible appliances on the same circuit

  • Compare the four priority levels of alarm signals and give one example event for each

Your checkpoint

A one-page notification reference card listing sound levels, mounting heights, candela selection, and signal priorities

Week 4

Control Panels, Power Supplies, and Circuit Design & Notification Appliances and Audible/Visible Signaling

  • Compute standby and alarm battery capacity for a sample system using the standard load-duration method

  • Identify the purpose of a remote annunciator, a digital alarm communicator, and a releasing panel in a system narrative

  • Describe how a control panel supervises notification appliance circuits and what conditions produce a trouble signal

  • Work 30 practice items covering panel operation, power supplies, and notification, then rework every missed item

Your checkpoint

A completed battery sizing worksheet for a sample system showing standby load, alarm load, derating, and final amp-hour selection

Week 5

Wiring Methods, Installation, and Pathways & Control Panels, Power Supplies, and Circuit Design

  • List the permitted and prohibited cable types for fire alarm circuits and match each to its pathway class

  • Explain survivability requirements for circuit integrity and identify where they apply

  • Describe separation and protection requirements for fire alarm wiring sharing a raceway or box with other systems

  • Diagram a riser showing panel, notification circuits, initiating circuits, and remote annunciator with pathway classes labeled

Your checkpoint

A one-page riser diagram with every pathway labeled by class and cable type, plus a short written justification for each choice

Week 6

Inspection, Testing, and Maintenance & Wiring Methods, Installation, and Pathways

  • Build a test schedule showing initial acceptance testing items and their recurring inspection and test intervals

  • Describe the difference between inspection, testing, and maintenance and give two tasks that belong to each

  • Explain how to document a test result, including what makes a record acceptable to an authority having jurisdiction

  • Walk through a smoke detector sensitivity test and a notification appliance audibility test step by step

Your checkpoint

A one-page inspection and testing frequency table covering at least 10 devices or system components with intervals and recordkeeping notes

Week 7

Arizona Statutes, Rules, and Licensing Requirements & Inspection, Testing, and Maintenance

  • Summarize Arizona requirements for fire alarm contractor licensing, including the role of the state registrar of contractors

  • Identify which local jurisdictions adopt fire code amendments and how to verify the edition in force for a project address

  • State the obligations of a certificate holder regarding scope of work, supervision, and recordkeeping

  • List the records a contractor must retain after an installation and testing event and for how long

Your checkpoint

A two-page Arizona compliance summary covering licensing, code adoption, scope limits, and recordkeeping with a citation for each statement

Week 8

Fire Alarm Codes and Standards & Fire Detection Devices and Initiating Circuits & Notification Appliances and Audible/Visible Signaling & Control Panels, Power Supplies, and Circuit Design & Wiring Methods, Installation, and Pathways & Inspection, Testing, and Maintenance & Arizona Statutes, Rules, and Licensing Requirements

  • Take two full-length timed practice exams and score each by domain to find weak areas

  • Rework every missed item from both exams and write the code basis for each corrected answer

  • Drill the two lowest-scoring domains with 20 targeted items each until accuracy exceeds 85 percent

  • Recite from memory the key numeric values for spacing, sound levels, mounting heights, and battery duration

Your checkpoint

A scored exam log for two full-length attempts showing per-domain percentages, a list of corrected misses, and a final one-page numeric values sheet

Milestones

Week 2: Score at least 75 percent on a 25-item set drawn only from domains 1 and 2, and be able to state detector spacing rules without notes

Week 4: Complete the battery sizing worksheet without reference material and score at least 75 percent on a 30-item set from domains 3 and 4

Week 6: Produce the inspection and testing frequency table from memory for at least 8 of 10 components, and pass a 25-item set from domains 5 and 6 at 80 percent

Week 8: Score at least 80 percent overall on both full-length practice exams with no single domain below 70 percent