MI Fire Sprinkler study plan

Map the layout of NFPA 13 chapter by chapter and write a one-line purpose statement for each chapter so you can locate any requirement in under a minute

Define the occupancy hazard classifications (light, ordinary Group 1 and 2, extra Group 1 and 2) and list three real Michigan building examples for each

Distinguish pipe schedule design from hydraulic design and state in writing when each method is permitted

Build a one-page table of sprinkler temperature ratings, K-factors, and spacing maximums keyed to hazard class

Trace a complete waterflow path from supply main through riser, cross main, branch line, and head, labeling every component on a sketched riser diagram

Compute required starting pressure and flow for a simple 6-head tree system by hand using the density/area method

Explain the difference between design density, design area, and remote area and show how occupancy and construction affect each

Identify the four acceptable water supply sources and the flow test data needed to document each

Calculate friction loss with the Hazen-Williams formula for at least five pipe sizes and flow rates and verify against a nomograph or software

Apply fitting equivalent-length and velocity-pressure allowances correctly in a worked example

Perform a flow test analysis including static, residual, and pitot readings and plot the supply curve against system demand

Explain how a backflow preventer, meter, and private service main each shift the supply curve

Outline the Michigan Fire Prevention Code structure and locate the sections that adopt the sprinkler installation standards

List the state fire safety board and bureau roles that touch sprinkler plan approval and inspection authority

Summarize the administrative rule requirements for sprinkler system acceptance and periodic inspection reporting in Michigan

Compare state-adopted editions against the current national standard and note any Michigan amendments

Explain Michigan contractor and fire protection licensing requirements, including the role of the state licensing board and the qualifying individual

Distinguish the responsibilities of the contractor, the responsible managing employee, and the property owner on a project

Sequence the plan submittal, review, approval, permit issuance, and inspection request workflow for a typical project

List the common plan review rejection reasons and the shop drawing elements a reviewer expects to see

Describe record-keeping, contract, and lien basics that affect a sprinkler contractor's business

Build a maintenance calendar for weekly, monthly, quarterly, annual, and multi-year inspection and test tasks

Describe the main drain flow test procedure and the acceptance criteria for a passing result

Explain the difference between an inspection, a test, and maintenance and give a field example of each

List the impairment and impairment-coordinator procedures to follow when a system is out of service

Walk through a final acceptance test sequence including hydrostatic, flushing, alarm, and trip tests

Identify the documentation package a contractor must deliver at turnover and what each document proves

Review a sample set of incomplete plans and write specific correction comments a reviewer would accept

Practice explaining a plan review deficiency to a contractor in clear, citation-based language

Take a timed 100-question mixed practice exam and score each domain separately

Re-study the two weakest domains using the notes and worksheets built in weeks 1 through 7

Re-derive one hydraulic calculation from memory without reference material

Recite the key Michigan citations and licensing requirements aloud to confirm retention