PM schedule template for residential towers
What this template is for
This is a working preventive maintenance (PM) schedule for a typical high-rise residential tower: apartments above, a lobby and amenities at ground level, a basement car park, central or semi-central cooling, booster pumps, a standby generator and a full fire protection system.
It is written from the plant room, not the brochure. Every interval below is a typical starting point. Your equipment manufacturer’s manual, your maintenance contracts, your insurer and your local code take priority, and in some places the law sets a specific frequency for lifts, fire systems and generators. Use the table to build your own schedule, then have your chief engineer and your specialist contractors check it.
Before the schedule: the asset register
You cannot schedule maintenance for equipment you have not listed. Before anything else, build an asset register with one line per maintainable item:
- asset name and tag (for example, “Booster pump P-2”)
- location (plant room, floor, riser)
- make, model and serial number
- install date and warranty end date
- who maintains it (in-house team or a named contractor)
- link to the manual
A walk-down of a 30-storey tower with two people usually takes a couple of days and always finds something nobody knew about: a forgotten sump pump, a second expansion vessel, a smoke damper with no access panel.
The schedule
The table groups tasks by system. “M” is monthly, “Q” quarterly, “A” annual. Weekly checks are noted in the text below the table because they are usually done as part of a technician’s routine round rather than as a separate job.
| System | Monthly (typical) | Quarterly (typical) | Annual (typical) | Usually done by |
|---|---|---|---|---|
| Lifts | Contractor service visit: doors, safety edges, levelling, alarm button, car lighting, machine room check | Review breakdown log and entrapment incidents with the contractor | Periodic thorough examination or inspection as required by local regulation; ropes, brakes and safety gear checked | Lift contractor, independent inspector |
| Fire alarm system | Test a rotating sample of call points and detectors; check panel for faults; check battery condition indicators | Test zone sounders and beacons; check interface signals to lifts, AHUs and door releases | Full system service and certification; every device tested over the year | Fire contractor; in-house for routine tests |
| Sprinklers and fire pumps | Inspect valves are secured open; check gauges; run fire pumps under no-flow condition and record pressures | Inspect alarm valves and flow switches; check hose reels and landing valves | Flow test of fire pumps; full sprinkler inspection per local code | Fire contractor |
| Emergency lighting and exit signs | Short functional test of each fitting | Check for physical damage and missing signs on every floor | Full-duration discharge test | In-house or electrical contractor |
| Domestic booster and transfer pumps | Check duty/standby rotation, pressures, unusual noise, leaks at seals; check pump room drainage | Check vibration, coupling and mounting; clean strainers; check pressure vessel pre-charge | Motor insulation test; full service of pumps and controls; review water tank cleaning | In-house; pump contractor annually |
| Water tanks | Visual check of access hatches, overflow screens and level controls | Check for corrosion and sediment | Clean and disinfect, with water quality test where required by local code | Specialist contractor |
| Sump and sewage pumps | Test float switches and high-level alarm; check run status | Lift and inspect impellers for debris | Full service | In-house; contractor annually |
| Chillers | Log operating pressures, temperatures and amps; check for alarms and leaks | Check refrigerant levels, oil, controls and safeties; inspect electrical connections | Condenser and evaporator inspection and tube cleaning as needed; full service | Chiller contractor; in-house logs |
| Cooling towers | Check water treatment dosing and records; check fan and drift eliminators | Clean basin and strainers | Full clean and disinfection; inspect fill and structure | Water treatment and mechanical contractors |
| AHUs and FCUs (common areas) | Check filter pressure differential; check belts, drain pans and condensate drains | Replace or clean filters (often more frequently in dusty locations); clean coils as needed | Full service: fan bearings, dampers, actuators, coil cleaning | In-house; HVAC contractor |
| Car park ventilation | Run jet fans and check CO sensor readings | Calibration check of CO sensors per manufacturer | Full service of fans and controls; smoke mode test with fire contractor | In-house; HVAC and fire contractors |
| Standby generator | Run on no load or available load; check fuel level, coolant, oil, battery and charger; log hours | Check fuel quality; inspect belts, hoses and exhaust; test automatic transfer switch | Load bank test or full building load test; full service | Generator contractor; in-house for runs |
| Electrical (LV panels) | Visual check of panels and indicators; check rooms are clear and locked | Tighten check on accessible terminals by a qualified electrician | Thermographic survey under load; protection device checks per local code | Electrical contractor |
| Common-area lighting | Walk every floor, stair and car park level; log failed fittings and replace | Check timers and photocell settings against season | Review fittings for upgrade; clean diffusers in public areas | In-house |
| Roof | Visual check after heavy rain or storms; clear debris from outlets | Inspect membrane, flashings, parapets and access hatches | Full roof condition survey; check lightning protection and fall arrest anchors | In-house; roofing and specialist contractors |
| Drains and gutters | Check floor drains in plant rooms, car park and bin rooms | Clear roof outlets, gutters and balcony drains on a rota; jet main stacks where blockages recur | CCTV survey of problem drain runs | In-house; drainage contractor |
| Doors and access control | Check fire doors close and latch; check access readers | Check door closers, hinges and seals on fire doors | Full fire door survey | In-house; access and fire door contractors |
Weekly checks worth keeping
Many towers keep a short weekly round alongside the table:
- Fire alarm panel shows normal, no outstanding faults
- A weekly fire alarm test from a different call point each week, where that is the local practice
- Fire pump and sprinkler valve gauges logged
- Generator fuel level and battery charger status
- Booster pump pressures and pump room dry
- Lift lobbies and car interiors: lights, alarm buttons, indicators
- Roof outlets clear if heavy rain is forecast
How to turn the table into a working schedule
A spreadsheet like the one above is a plan. It only becomes maintenance when each line turns into a dated job with a name against it.
- Split by asset, not by system. “Booster pumps quarterly” becomes one job per pump set, so a missed pump is visible.
- Spread the load. Do not schedule every quarterly task in the first week of the quarter. Spread them so the team has a steady workload and contractors can be booked.
- Attach a checklist and readings. Each job should say what to check and which readings to record. Readings let you spot drift before failure.
- Ask for proof. A photo of the gauge, the new filter or the signed contractor report is worth more than a tick.
- Raise defects as separate jobs. A PM visit that finds a leaking seal should create a corrective work order with its own priority and deadline. Otherwise the defect lives inside a completed checklist and nobody fixes it.
- Review quarterly. Look at which PM jobs were late, which assets keep failing, and whether intervals need to change.
Common mistakes
- Copying a template without a walk-down. You end up maintaining equipment you do not have and missing the equipment you do.
- Treating contractor visits as done when the invoice arrives. Ask for the service report, check it and file it against the asset.
- No owner for the schedule. If the chief engineer, the building manager and the contractor all assume someone else is tracking it, nobody is.
- Ignoring the fabric. Roofs and drains get forgotten because they have no control panel. Blocked roof outlets cause some of the most expensive water damage in towers.
- Skipping records for in-house checks. If it is not recorded, an inspector, insurer or owner will assume it did not happen.
Where TaskLoop fits
TaskLoop runs the work side of maintenance: jobs are assigned to staff or departments with a priority, deadline and instructions, technicians or contractors complete them in the mobile app with status updates, completion timestamps and optional photo proof, and overdue jobs escalate to a supervisor. Recurring PM schedules (daily, weekly, monthly, quarterly or annual), inspection rounds and checklists generate these jobs automatically, so a template like this one becomes a live schedule. See preventive maintenance and work orders for how the workflow looks.
Summary
A good residential tower PM schedule starts with an asset register, covers safety-critical systems first, and treats every interval as typical until checked against the manual, the contract and local code. The table matters less than the habit: every line becomes a dated job with an owner, a checklist, readings and proof, and every defect becomes its own work order.
- Asset register
- Scheduled task
- Assigned
- Done with proof
- Defects raised
- Schedule reviewed