A building's fire protection is not a product, it is four jobs done by different equipment: notice the fire, tell the people, put it out or hold it, and let everybody leave. Detection and alarm do the first two. Sprinklers, standpipes and fixed suppression do the third. Emergency lighting and the egress path do the fourth. Almost every argument about what an inspection should cover comes from someone thinking of only one of those jobs, and almost every gap in a building's records is a system nobody assigned to any of them.
Detection and alarm: noticing, and telling
Detectors and the panel that supervises them. The federal requirement is that systems are maintained in an operable condition and that detectors are tested and adjusted as often as needed to maintain reliability, with the servicing, maintenance and testing done by a trained person knowledgeable in the system's operation, and detectors cleaned where dirt would affect them. The adopted standard turns 'as often as needed' into a schedule, typically annual functional testing with sensitivity testing on a longer cycle.
Suppression: putting it out, or holding it
Automatic sprinklers are the common case, and their maintenance requirement is specific: a main drain flow test on each system annually, and the inspector's test valve opened at least every two years to assure the system operates. Fixed extinguishing systems, the kitchen hood or the clean-agent room, are inspected annually by a person knowledgeable in the design and function of the system, and their refillable containers are weighed at least semi-annually, going for maintenance if they have lost more than 5 percent by weight or 10 percent by pressure.
Manual attack: standpipes, hose and extinguishers
A standpipe puts water where the fire service can use it, and hose systems are inspected at least annually and after each use to assure the equipment is in place and serviceable. Portable extinguishers are the first thing anybody reaches for and the most frequently checked: a monthly visual, an annual maintenance check with the date recorded, a six-year internal on stored-pressure dry chemical units that carry a twelve-year hydrostatic test, and a five-year test on carbon dioxide units.
Why the parts have to be inspected as a set
Each system has its own interval, and a building's real risk is the one nobody assigned. The commonest finding on a first visit to an inherited building is not a failed test, it is a system with no history at all: a kitchen hood the restaurant tenant has been servicing separately, a standpipe nobody has flowed since the fit-out, a panel with two detectors past their date. Listing every system in the building before scheduling anything is what turns that from a discovery into a plan.
Egress and emergency lighting: the fourth job, and the least-owned
Letting everybody leave is done by the exit route, the doors on it, the signs that mark it and the lighting that stays on when the power does not. The federal exit route rules require the route to be kept unobstructed and adequately lit and the exit lighting to be in proper working order at all times; the adopted life safety standard adds a monthly functional test and an annual duration test for the emergency lighting and an inspection cycle for the fire doors. In most buildings none of that sits with the fire protection contractor by default: the electrician tests the lights, the door company services the closers, and the exit route is walked by whoever is in the building. Listing those items with the suppression and alarm systems, and naming who holds each, is how the fourth job stops being nobody's.
The building record, as one list
The output of thinking in four jobs is one list per building: every system and item, the job it does, the interval it is held to and where that interval comes from, the last date, the next date, who holds it, and what is open against it. Read down that list and a building's fire protection is visible in a minute, including the gaps. The free life and safety inspection sheet on this site sizes the round from the counts on such a list; the paid record on this site is that list, kept against the building rather than against the invoices, so that when the fire marshal, the insurer or a new owner asks what this building has and when it was last proven, the answer is a page rather than a week.
Questions people ask about fire protection system
What counts as a fire protection system?
In practice, anything in the building whose job is to detect, announce, suppress or contain a fire, or to keep the escape route usable: detection and alarm, sprinklers, standpipes and hose, fixed suppression, portable extinguishers, fire doors and dampers, and emergency lighting. Which of these a specific building carries depends on its occupancy, its size and the code edition it was built or altered under.
Does every building need sprinklers?
No. Sprinkler requirements come from the adopted building and fire codes and depend on occupancy, area, height and use, and existing buildings are often permitted to continue without them unless they are altered or change use. What is universal is that a system you have must be maintained, whether or not the code would require it today.
What is passive fire protection?
The parts that work by construction rather than by operating: fire-rated walls and floors, fire doors, dampers in ductwork and firestopping around penetrations. They are inspected too, and they are the most frequently defeated by later work, because running a cable through a rated wall is quick and repairing the penetration is not.
Who is responsible for maintaining it?
The building owner or employer, who commonly contracts it to a fire protection contractor. The federal language is consistently directed at the employer, which is why an owner cannot discharge the obligation by pointing at the contractor, and why the report the contractor leaves is the owner's evidence rather than the contractor's.
Where do the intervals on this page come from?
29 CFR 1910 subpart L, the federal floor, linked under this page: 1910.157 for portable extinguishers, 1910.158 for standpipe and hose, 1910.159 for sprinklers, 1910.160 for fixed systems and 1910.164 for detection. Adopted NFPA standards ask for more in most jurisdictions, and where they do, they are what you are held to.