AR Fire Alarm study plan

AR Fire Alarm · Give each week a clear focus.

8 weeks · About 6 hours per week

Week 1

Fire Alarm Systems & Fire Alarm Code and Standards

Map the four exam domains to their weighted percentages and rank study hours accordingly
Define each core component of a fire alarm system (initiating devices, notification appliances, control panel, power supply) and state its function in one sentence
Trace the signal path from detector activation to notification appliance output and describe what the control panel does at each step
Distinguish conventional, addressable, and hybrid system architectures by their wiring and signaling differences

A one-page labeled system diagram of a complete fire alarm circuit with each component's function annotated

Week 2

Classify initiating devices by operating principle (smoke, heat, flame, manual pull) and list the detection method each uses
Compare spot-type and projected-beam smoke detection and identify appropriate applications for each
Explain the difference between fixed-temperature, rate-of-rise, and combination heat detectors
Describe notification appliance types and the purpose of audible, visible, and voice evacuation signaling

A comparison table of at least eight initiating and notification device types with principle of operation and typical application

Week 3

Identify the scope and purpose of the primary fire alarm installation standard and explain how it governs design, installation, and testing
Locate and summarize requirements for detector spacing, mounting height, and coverage area
State the required inspection, testing, and maintenance intervals for initiating devices, notification appliances, and batteries
Explain the purpose and content of record-of-completion and as-built documentation

A citation-indexed summary sheet of at least ten code requirements (spacing, testing frequency, documentation) with section references

Week 4

Distinguish between installation standards and building/fire codes and explain how they interact on a project
Apply occupancy-based requirements to determine when a fire alarm system is required
Describe the role of listing and approval in selecting system components
Explain how testing and inspection records support code compliance

A written scenario analysis of a hypothetical occupancy that identifies applicable code triggers and required system features

Week 5

Apply Ohm's law and the power equation to solve for voltage, current, resistance, and power in DC circuits
Calculate voltage drop on a notification appliance circuit given conductor resistance and load current
Explain series versus parallel circuit behavior and its effect on device operation
Identify conductor sizing, insulation, and wiring method considerations for fire alarm circuits

A worked problem set of at least ten calculations (Ohm's law, power, voltage drop) with answers and method shown

Week 6

Describe Class A versus Class B circuit wiring and the fault tolerance each provides
Explain the purpose and wiring of end-of-line resistors and supervision of initiating and notification circuits
Identify grounding, bonding, and overcurrent protection requirements for fire alarm equipment
Interpret a basic riser diagram and trace circuit paths to verify supervision

An annotated riser diagram showing at least one Class A and one Class B circuit with supervision points labeled

Week 7

Identify the Arkansas agency that regulates fire protection system contracting and the categories of licensure it issues
Summarize licensing requirements including qualifications, application, and renewal obligations
Explain the rules governing contractor responsibility, supervision of work, and permitted scope of practice
Describe enforcement provisions including grounds for discipline and penalties for unlicensed activity

A study outline of Arkansas licensing law organized by who must be licensed, how to obtain and maintain a license, and what triggers discipline

Week 8

Review the highest-weight domain material first, then cycle through the remaining domains in weighted order
Complete timed practice sets and log every missed item by domain and cause
Re-derive the ten most commonly missed calculations and code citations from memory
Consolidate a single-page formula and citation reference for final review

A scored full-length practice exam with a written error log and a one-page final review sheet

Week 2: Can explain the full signal path from detector to notification appliance and classify ten device types without notes

Week 4: Scores at least 75% on a mixed Domain 1 and Domain 2 practice set and can cite code sections for spacing and testing

Week 6: Solves Ohm's law, power, and voltage drop problems with at least 80% accuracy and correctly diagrams Class A and Class B supervision

Week 8: Scores at least 80% overall on a timed full-length practice exam with no domain below 70%