AL Fire Sprinkler study plan
AL Fire Sprinkler · Give each week a clear focus.
8 weeks · About 6 hours per week
Fire Sprinkler Systems
Map the exam blueprint to a one-page outline of Domain 1 subtopics
Define and distinguish the major sprinkler system types (wet-pipe, dry-pipe, preaction, deluge) in your own words
List the standard components of a wet-pipe system and state each component's function
Complete 30 practice questions on system types and log every miss with a reason
Your checkpoint
A one-page system-type comparison table plus a scored 30-question practice set with an error log
Fire Sprinkler Systems
Trace the flow path from water supply through riser, cross main, branch line, and head
Identify the roles of control valves, check valves, alarm valves, and test-and-drain assemblies
Explain how a dry-pipe valve and a preaction valve differ in operation and purpose
Sketch a labeled riser diagram from memory and correct it against your notes
Your checkpoint
A hand-drawn riser diagram labeled with at least 10 components and a written self-check of errors
Fire Sprinkler Systems
Classify occupancy hazard categories and match each to a design approach
Explain how sprinkler spacing, coverage area, and discharge density relate to hazard class
Describe the function and placement rules for heads near obstructions and ceilings
Complete 40 practice questions on layout and hydraulics and review each miss
Your checkpoint
A hazard-class-to-design-approach reference sheet plus a 40-question practice score with corrections
Fire Sprinkler Systems
Explain how a wet system alarm and waterflow switch signal a fire condition
Describe inspection, testing, and maintenance tasks for a wet-pipe system
Summarize the purpose of main drain, flow test, and alarm test procedures
Complete a timed 50-question Domain 1 practice exam
Your checkpoint
Timed 50-question Domain 1 practice exam scored at 70% or better with a written review of every missed item
Fire Pumps and Water Supply
Define the components of a fire pump assembly: driver, controller, suction, and discharge
Distinguish between a fire pump and a booster pump and state when each is used
Explain the purpose of a jockey pump and how it interacts with the main pump
List the key elements of a water supply evaluation (source, capacity, reliability)
Your checkpoint
A labeled fire pump assembly diagram with a written explanation of each component's role
Fire Pumps and Water Supply
Explain what a pump performance curve shows and how churn, rated, and peak points differ
Describe how a pump curve is selected against system demand
Explain the function of the controller in starting and monitoring the pump
Identify common pump and controller testing requirements at a conceptual level
Your checkpoint
A one-page pump curve explainer with the three key operating points defined and sketched
Fire Pumps and Water Supply & Fire Sprinkler Systems
Compare water supply sources and their reliability considerations for sprinkler systems
Explain how supply capacity and pressure affect system design decisions
Complete 40 practice questions on pumps and water supply and log misses
Revisit your two weakest Domain 1 error-log entries and re-test them
Your checkpoint
A 40-question Domain 2 practice score of 75% or better plus a revised error log
Fire Sprinkler Systems & Fire Pumps and Water Supply
Take two full-length timed practice exams under exam conditions
Review every missed question and tag each by domain and subtopic
Re-drill your top five recurring error patterns
Write a one-page final review sheet covering both domains
Your checkpoint
Two full-length practice exams scored at 75% or better with a completed error-pattern summary and final review sheet
Milestones
Week 2: Can draw and label a riser diagram from memory with 10 or more components correct
Week 4: Score 70% or better on a timed 50-question Domain 1 practice exam
Week 6: Can explain churn, rated, and peak points on a pump curve without notes
Week 8: Score 75% or better on two full-length timed practice exams