OR Fire Alarm Installer study plan
OR Fire Alarm Installer · Give each week a clear focus.
8 weeks · About 6 hours per week
Codes and Standards (NFPA 72, NFPA 70/NEC, Oregon Fire Code) & Fire Detection and Alarm System Fundamentals
Map the NFPA 72 chapter structure and write a one-line summary of what each chapter governs, so you can locate any requirement in under two minutes
Read the Oregon Fire Code adoption and amendment sections and list which NFPA 72 edition Oregon enforces plus any state-specific amendments
Define the core detection concepts (initiating device, notification appliance, control unit, zone, conventional vs addressable) in your own words without looking at notes
Build a one-page crosswalk showing where NFPA 72, NFPA 70/NEC Article 760, and the Oregon Fire Code each control a single topic such as pathway survivability
Your checkpoint
A two-page code crosswalk sheet plus a 15-item self-quiz on which document governs which requirement, scored at 80% or better
Codes and Standards (NFPA 72, NFPA 70/NEC, Oregon Fire Code) & Control Units, Power Supplies, and Wiring
Work through NEC Article 760 wiring methods and list the permitted cable types, support intervals, and separation requirements for fire alarm circuits
Classify circuits as Class A, Class B, Class X, or Class N and state the survivability and supervision implication of each
Identify the NFPA 72 requirements for control unit location, accessibility, and annunciation of system status
Explain how primary and secondary power supplies must be arranged and supervised on a protected-premises system
Your checkpoint
A circuit-class and wiring-method reference card (one page, hand-written) covering NEC 760 and NFPA 72 pathway rules, verified against the code text
Initiating Devices and Detection Circuits & Notification Appliances and Circuits
Compare smoke detector technologies (ionization, photoelectric, air-sampling, beam) and state the application where each is preferred or prohibited
Describe heat detector types and their spacing, rating, and application limits
Lay out notification appliance requirements: candela ratings, mounting heights, audible intelligibility, and visible coverage per NFPA 72
Trace a signal path from initiating device through the control unit to notification appliance and identify every supervision point along the way
Calculate detector spacing and coverage for a simple rectangular room using the NFPA 72 spacing rules
Your checkpoint
A worked detector-and-notification layout for a sample 60 ft by 40 ft room, including spacing math, candela selection, and a labeled signal-path sketch
Circuit Design, Voltage Drop, and Battery Calculations & Control Units, Power Supplies, and Wiring
Perform a voltage drop calculation on a notification appliance circuit using the manufacturer's appliance current draw and the conductor resistance tables
Compute a battery calculation for a 24-hour standby plus 5-minute alarm load, showing each step and the derating factor
Explain how to size a NAC so that the last appliance still receives at least its listed minimum operating voltage
Identify the common causes of NAC overload and describe how to verify a design against the power supply's rated output
Your checkpoint
A complete battery and voltage drop calculation worksheet for a hypothetical system with at least 12 notification appliances, with all arithmetic shown
Installation, Inspection, Testing, and Maintenance & Initiating Devices and Detection Circuits
Walk through the NFPA 72 inspection and testing matrix and state the test method and frequency for smoke detectors, heat detectors, duct detectors, and notification appliances
Describe the acceptance test process from pre-test documentation through final sign-off
Explain the record-of-completion and inspection-report requirements and what must be retained and for how long
Identify the maintenance and sensitivity testing obligations for smoke detectors and the conditions that require cleaning or replacement
Your checkpoint
A blank inspection and test form you built yourself, covering at least 15 device types with test method, frequency, and pass criteria columns
Oregon Licensing, Permits, and Administrative Requirements & Installation, Inspection, Testing, and Maintenance
Outline the Oregon contractor licensing pathway for fire alarm installation, including the license classes, qualifier requirements, and renewal cycle
List the permit and plan-review steps a fire alarm installation requires in Oregon and who issues each approval
Identify the insurance, bonding, and continuing education obligations that attach to an Oregon fire alarm license
Describe the roles and responsibilities of the installer versus the inspecting authority during a final inspection
Your checkpoint
A one-page Oregon administrative checklist covering licensing, permits, plan review, inspections, and renewal deadlines, with the source document cited for each item
Control Units, Power Supplies, and Wiring & Circuit Design, Voltage Drop, and Battery Calculations & Initiating Devices and Detection Circuits
Redo the battery and voltage drop worksheet from memory and compare it against your week 4 version to find gaps
Answer 60 mixed practice questions spanning all eight domains and log every miss by domain and by root cause
Re-read the code sections behind your three weakest topics and rewrite those sections in plain language
Practice explaining an addressable system's wiring and supervision scheme out loud in under three minutes
Your checkpoint
A scored 60-question practice set with a written error log identifying the specific code clause behind each missed question
Codes and Standards (NFPA 72, NFPA 70/NEC, Oregon Fire Code) & Installation, Inspection, Testing, and Maintenance & Oregon Licensing, Permits, and Administrative Requirements
Take two full-length timed practice exams under test conditions and record the score for each domain
Review every missed question from both exams and confirm you can cite the governing code section
Drill the Oregon administrative facts (license classes, permit steps, renewal terms) until recall is automatic
Build a one-page final review sheet limited to the facts you personally got wrong most often
Your checkpoint
Two completed timed practice exams with domain-level scores and a final one-page review sheet you would take into the exam room
Milestones
Week 2: You can state, without notes, which document governs pathway survivability, circuit classification, and control unit location, and score 80% or better on a 20-question code-recall quiz
Week 4: You complete a battery and voltage drop calculation unaided and arrive within 5% of the answer key, showing every intermediate step
Week 6: You can recite the Oregon licensing and permit sequence end to end and pass a 25-question administrative quiz at 85% or better
Week 8: Both timed practice exams score 80% or better overall with no domain below 70%, and your error log shows no repeated root cause