AZ Fire Alarm study plan
AZ Fire Alarm · Give each week a clear focus.
8 weeks · About 7 hours per week
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
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
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
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
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
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
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
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