Most building failures do not arrive suddenly. They build quietly. A fire door propped open for months until it no longer self-closes. A little-used tap that nobody runs until the water in the deadleg goes stagnant. An emergency light whose battery has been flat since spring. By the time anyone notices, the small job has become an expensive one, or a dangerous one. A planned preventative maintenance schedule template is the answer to all of it. It turns “we will get to it” into a fixed calendar of small checks that catch faults while they are still small.
This article gives you the planned preventative maintenance schedule template our facilities operators run, plus the building maintenance checklist underneath it: the premises walk-round, the water temperature and flushing log, the fire door check, the emergency lighting check and the equipment safety check. It is written for building managers, facilities teams and anyone responsible for keeping a site safe and working. The aim is quiet order. A building that is looked after on a rhythm, so problems are found by you, on a Tuesday, not by an inspector or an incident.
What good looks like
Good facilities operators run maintenance to a schedule, not to a complaint. The difference is the difference between calm and chaos. A scheduled building has a known list: daily walk-rounds, weekly water flushing, monthly lighting tests, periodic fire door checks, annual servicing. A reactive building waits for something to break and then pays a premium to fix it in a hurry.
Good operators write things down. A planned preventative maintenance schedule is only as good as its record. The log proves the flush happened, the temperature was in range, the fire door closed. Without the record, the work might as well not have happened, because you cannot show it did.
The common failure points are the slow ones. Water systems where outlets are rarely used and never flushed, so legionella has somewhere to grow. Fire doors wedged open for convenience until they fail their basic job. Emergency lights assumed to work because the normal lights do. Equipment used past its service date because nobody tracked the date. None of these announces itself. The schedule is what finds them.
An HSE inspector or an insurer’s surveyor looking at your building is checking whether maintenance is managed or improvised. They want to see a schedule, see the logs that prove it runs, and see that risks like legionella, fire doors and electrical safety are controlled by a system rather than by luck. The records are the proof that the system is real.
The planned preventative maintenance schedule
Build the schedule by frequency, then assign an owner to each line. This is the backbone the whole pack hangs from.
- Daily: premises walk-round, note any new hazard or defect
- Weekly: flush little-used water outlets, check plant rooms, test any required alarms
- Monthly: emergency lighting flick test, water temperature checks, visual fire equipment check
- Quarterly: fire door inspection, deeper plant checks, review the defect log for repeats
- Annually: emergency lighting full-duration test, fire equipment service, electrical and gas servicing, legionella risk assessment review
For each line, record the task, who owns it, the frequency, the last date done and the next date due. A task without an owner and a date is a task that does not happen.
The premises walk-round and equipment safety
The daily walk-round is the cheapest maintenance you will ever do. Walk a fixed route, see the building with fresh eyes.
- External: roof line, gutters, drainage, paths, lighting, signs of damp or damage
- Entrances and stairs: clear, lit, non-slip, handrails secure
- Floors and corridors: free of trip hazards, trailing cables and obstructions
- Plant rooms: dry, ventilated, no leaks, no stored combustibles
- Any defect logged, with a date, and either fixed or made safe
The equipment safety check keeps powered kit in service safely.
- Confirm portable electrical equipment is within its inspection date
- Check leads and plugs for damage before use
- Confirm fixed equipment is serviced on schedule and the certificate is on file
- Remove damaged equipment from use and label it clearly
- Keep a register of equipment, its location, and its next service date
The water temperature and flushing log
This is the safety-critical part of the schedule, because water systems harbour legionella when they are warm and still. The log makes control visible.
- Flush little-used outlets weekly: run them long enough to clear the standing water
- Check hot water at the outlet: it should reach 50C or above within a minute
- Check the hot water storage temperature: 60C or above
- Check cold water at the outlet: it should stay below 20C
- Descale and disinfect shower heads on a set schedule
- Record every temperature and every flush, with the date and who did it
- Investigate any reading in the 20C to 45C range; that is where legionella breeds
A flushing log with no gaps is one of the strongest pieces of evidence a building can hold. It shows control of a risk that is invisible until it is serious.
The fire door check
Fire doors only work if they are maintained. A propped or damaged fire door is no door at all.
- The door closes fully from any open position, on its own, and latches
- Gaps around the door are even and small, roughly the thickness of a coin
- Intumescent seals and smoke seals are present and undamaged
- Hinges are secure, with no missing screws
- The self-closer works and is not disconnected
- Glazing and any vision panel are intact
- The door is not wedged, propped or held open by anything but an approved device
- Signage, “Fire door keep shut”, is present where required
Check the busy, high-traffic doors most often. They take the most abuse and fail first.
The emergency lighting check
Emergency lighting protects escape when the power fails, so it must be tested while the power is on.
- Monthly flick test: simulate a power cut, confirm every emergency fitting comes on
- Walk the escape routes during the test and confirm light reaches the floor
- Confirm exits, stairs and changes of level are lit
- Log every fitting that fails and arrange repair
- Schedule the annual full-duration test to confirm batteries last the full rated time
The law, simply
Legionella control in buildings is governed by the Control of Substances Hazardous to Health Regulations, COSHH, with the detail set out in the HSE’s Approved Code of Practice L8 and the technical guidance HSG274. In plain English, if you control a building you have a legal duty to assess and manage the risk of legionella in the water system.
The temperature rules are the practical core. Store hot water at 60C or above. Make sure it reaches the taps at 50C or above. Keep cold water below 20C. The reason is simple: legionella breeds between 20C and 45C, so the whole strategy is to keep water either hotter or colder than that range, and to keep it moving so it never sits and stagnates. Your flushing and temperature log is how you prove you do this.
You can read L8 and HSG274 free on the HSE website at hse.gov.uk. They are written for duty holders and explain exactly what assessing and controlling the risk involves.
Questions operators ask
What temperatures should hot and cold water be in a building? Store hot water at 60C or above, deliver it to taps at 50C or above, and keep cold water below 20C. Legionella breeds between 20C and 45C, so the aim is to keep water out of that range and keep it moving.
Why do little-used taps need flushing every week? Water sitting still in a rarely used outlet cools into the range where legionella grows. Running the outlet weekly clears the standing water and keeps the system moving. Record each flush.
How often should fire doors be checked? Quarterly is a common baseline, more often for high-traffic doors that take heavy use. Check that the door self-closes and latches, that seals are intact, and that it is never propped open.
What is the difference between the monthly and annual emergency lighting test? The monthly flick test confirms the lamps come on when the power is cut. The annual full-duration test runs the lights for their full rated time to confirm the batteries last. You need both.
Do we need a written legionella risk assessment for a small building? Yes. If you control any premises with a water system used by people, you have a duty to assess and manage the legionella risk. The assessment is proportionate to the building, but it must exist and be reviewed.
What goes on a planned preventative maintenance schedule? Every recurring safety and upkeep task, grouped by frequency, each with an owner, a last-done date and a next-due date. Daily walk-rounds, weekly flushing, monthly lighting tests, quarterly fire door checks, annual servicing.
Get the pack
The Facilities and Premises Pack gives you every tool in this article as printable PDFs ready to run: the planned preventative maintenance schedule template, the premises walk-round, the water temperature and flushing log, the fire door check, the emergency lighting check and the equipment safety check. They are written plainly, structured by frequency, and laid out so a facilities team can run the rhythm without building it from scratch.
You get a building looked after on a schedule, faults caught while they are still cheap to fix, and a record that satisfies an HSE inspector or an insurer’s surveyor on the day they ask. Quiet order across the whole site. Download it, print it, and put your building on a maintenance rhythm that holds.