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Pumps & Pressurisation Maintenance

Pump Maintenance Checklist

The checks that apply to any building services pump — seal and bearing condition, motor current, coupling alignment, vibration, flow against design, and duty/standby changeover.

What is a pump maintenance checklist?

A pump maintenance checklist is a structured list of the 12 preventive maintenance tasks — covering visual, functional, cleaning and record-keeping checks — that keep a pump running safely and reliably. It groups routine checks by frequency, from daily inspections to annual servicing, so FM teams and building engineers can plan and evidence preventive maintenance.

Core pump checks

  • Inspect mechanical seal or gland packing for leaks
  • Check pump for unusual noise, vibration, or overheating
  • Clean strainer upstream of the pump if fitted
  • Record pump speed, current, pressure, and vibration levels

What is a pump?

Pumps move water around a building's heating, cooling, domestic water, and drainage systems. Most are centrifugal, driven by an electric motor either close-coupled or through a flexible coupling, and are commonly installed in duty/standby or twin-head pairs so a single failure does not take a system out. Variable-speed control (EC motors or inverter drives) is now standard on new circuits and cuts energy use substantially by matching output to demand rather than throttling a fixed-speed pump against a valve.

The checks on this page are the ones common to every pump type: seal or gland condition, bearing noise and vibration, motor current against nameplate, coupling alignment, flow and pressure against design, strainer condition, and verification that duty/standby changeover actually works. They are the right starting point when you are building a PPM schedule for a plant room with a mixed population of pumps.

Individual pump types then add their own checks on top — a circulating pump on a heating circuit is maintained differently from a sprinkler pump held under a weekly statutory test regime, a submersible in a wet well, or a packaged booster set with pressure vessels and a controller. Use the type-specific checklists linked below for those; use this page for the common core.

This checklist is one of 25 in our plumbing and water system maintenance checklists, covering pressurisation units, booster sets, storage tanks, TMVs and water treatment — pressure, hygiene and legionella control.

Typical Pump maintenance checklist

A practical starting point for planned preventive maintenance. Always refer to the manufacturer's O&M manual and site-specific requirements.

Pump maintenance checklist showing tasks such as check for noise, vibration, and leaks, visual inspection of seals and connections and measure motor current, each with its service frequency
A preview of the Pump maintenance checklist — the full 12-task routine, service frequencies and safety notes are below, free to download as a PDF.

Visual Checks

  • Inspect mechanical seal or gland packing for leaks
  • Inspect coupling alignment between pump and motor
  • Check anti-vibration mounts for deterioration
  • Inspect flexible connections for deterioration or cracking

Functional Checks

  • Check pump for unusual noise, vibration, or overheating
  • Verify motor current draw against nameplate rating
  • Check pump performance against design flow rate and pressure
  • Lubricate bearings according to manufacturer schedule (non-sealed types)
  • Verify isolation valves operate freely
  • Confirm duty/standby changeover operates correctly

Cleaning & Housekeeping

  • Clean strainer upstream of the pump if fitted

Record Keeping

  • Record pump speed, current, pressure, and vibration levels

Download the free Pump maintenance checklist PDF

Get all 12 tasks as a printable PDF — free, no signup needed. Keep a copy in the plant room, attach it to work orders, or share it with your maintenance contractor.

Typical maintenance frequency

Suggested intervals for pump maintenance. Actual frequencies should follow manufacturer guidance and site-specific risk assessments.

Monthly

  • Check for noise, vibration, and leaks
  • Visual inspection of seals and connections

Quarterly

  • Measure motor current
  • Check bearing temperature
  • Verify duty/standby changeover

Annually

  • Full pump service
  • Bearing lubrication or replacement
  • Alignment check
  • Vibration analysis
  • Clean associated strainer

Common faults and issues

Issues to be aware of when maintaining pump equipment.

Mechanical seal failure causing water leaks at the pump shaft
Bearing wear resulting in increasing noise and vibration
Air locks preventing the pump from circulating water
Impeller wear or erosion reducing pump output over time
Duty/standby changeover failure leaving the building on a single pump

Safety and compliance notes

Key safety considerations for pump maintenance. This is general guidance only — always follow OEM instructions, statutory requirements, and your organisation's safe systems of work.

Isolate electrically and lock off before any maintenance involving pump disassembly
Close isolation valves and ensure the pump casing is depressurised before opening
Pump internals may be hot in heating circuits — allow to cool or wear thermal gloves
Ensure the pump starter includes appropriate overload protection

Reference standards and frameworks

United Kingdom
SFG20 schedules and CIBSE Guide M
North America
ASHRAE/ACCA Standard 180 and Hydraulic Institute maintenance guidance

Frameworks commonly referenced when planning pump maintenance programmes. Always confirm the requirements that apply to your site and jurisdiction.

How PM Assist helps

Managing Pump documentation with PM Assist

PM Assist helps FM and building operations teams search their O&M manuals and building drawings in seconds. Upload your pump documentation and ask questions like “What is the design duty point?” or “When were the pump seals last replaced?” — and get source-cited answers instantly.

See PM Assist answer questions about a real pump manual — try the live demo, no signup needed.

Take this checklist with you

Download the branded PDF, generate a custom version for your asset, or run AI search across all your building documentation.

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Frequently asked questions

How long do building services pumps last?
Well-maintained commercial pumps typically last 15–20 years. The usual wear items are mechanical seals and bearings, which may need replacement every 5–10 years depending on duty, water quality, and how many starts the pump sees. Variable-speed pumps often last longer because they spend most of their life at reduced load rather than running flat out against a throttling valve.
What causes a pump to lose flow?
Common causes include air locks in the system, a blocked strainer upstream, closed or partially closed isolation valves, a worn impeller, or a failed non-return valve downstream. Check the strainer and valve positions first — these are the most common causes and the easiest to resolve before stripping anything down.
Should pumps run continuously?
It depends on the application. Heating and cooling pumps often run whenever the system is in operation, while variable-speed pumps should modulate to demand. Running at full speed when demand is low wastes significant energy, so BMS scheduling and correctly configured speed control are usually the largest efficiency wins available on a pump.
Which pump checklist should I use?
Use this page for the checks common to every pump — seals, bearings, motor current, alignment, flow, and duty/standby changeover. Then use the type-specific checklist for the asset in front of you: circulating pumps on heating and chilled circuits, booster and jockey pumps on pressurised water systems, sprinkler pumps under their statutory test regime, and sump, sewage, or submersible pumps on drainage.

Manage your building documentation with AI

PM Assist gives FM teams instant access to O&M manuals, drawings, and maintenance knowledge — all searchable with AI.

  • Upload and organise building documentation
  • AI-powered search across all your manuals
  • Source-cited answers for maintenance queries
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