A loose adaptor lead in a classroom, a damaged kettle in the staff room or an ageing extension block in a site office can create a preventable electrical risk. This school PAT testing compliance example shows how a practical, risk-based programme can help a school meet its duty of care without disrupting lessons, assemblies or safeguarding arrangements.
Portable Appliance Testing is not a single annual event that automatically makes a school compliant. It is one part of a wider electrical safety process. The school must make sure equipment is safe to use, inspections are appropriate to the risk and clear records are available when needed.
What school PAT testing compliance looks like
For most schools, compliance starts with knowing what portable electrical equipment is on site and who is responsible for it. The duty holder may be the headteacher, business manager, academy trust, local authority or governing body, depending on the school’s arrangements. In practice, responsibilities should be documented so that no equipment or building area is overlooked.
A suitable programme combines user checks, visual inspections, formal PAT testing where appropriate, prompt repairs or removal from service, and accurate records. There is no legal rule requiring every appliance to be tested every 12 months. The Electricity at Work Regulations 1989 require electrical systems to be maintained so far as is reasonably practicable to prevent danger. The frequency and type of inspection should therefore reflect how, where and by whom an item is used.
A laptop charger used carefully by one member of staff in an office is not exposed to the same risk as a vacuum cleaner used daily by the cleaning team, or a food technology appliance handled by pupils. Treating every item identically can waste budget and still miss the risks that matter most.
A school PAT testing compliance example in practice
Consider a two-storey primary school with 420 pupils, a nursery classroom, hall, kitchen, staff room, administration office, caretaker’s store and several temporary teaching spaces. The school has recently changed business managers and cannot confirm when several appliances were last inspected.
Before testing begins, the school provides an outline of its site and identifies areas where access must be controlled. The provider agrees an arrival time outside the busiest drop-off period, confirms DBS-cleared engineers will attend and plans testing around lessons, lunch service and after-school clubs. A short pre-job discussion also identifies equipment that cannot be switched off during the day, such as network equipment or a server.
The engineer then works through an asset register by room. Each portable appliance is visually checked for obvious damage, unsuitable plugs, exposed wiring, overheating marks, insecure casings and overloaded extension leads. Where appropriate, electrical tests are completed using calibrated equipment. Passed items receive a label with a unique asset number and next inspection date. Failed items are clearly marked, removed from use and reported to the nominated school contact.
At the end of the visit, the school receives a report showing the appliances tested, their locations, pass or fail status, observations and recommended actions. The report also identifies items not available at the time of testing, so the school can arrange follow-up testing rather than assuming they have passed.
This is the practical evidence a school needs: not just a sheet of pass labels, but a clear audit trail showing a planned process, competent testing and action taken where risk was found.
Typical equipment included
The register may include classroom fans, laminators, visualisers, interactive display leads, printers, laptop chargers, staff-room kettles, microwaves, fridges, cleaning equipment, portable heaters, extension leads, leads for music equipment and portable tools used by the caretaker.
Some items may need a different approach. Fixed equipment is not normally part of PAT testing and may fall under the school’s fixed-wire inspection arrangements. Battery-powered equipment with no mains lead may only require an appropriate visual check. Equipment brought in by staff, clubs or contractors should be covered by a clear school policy, rather than allowed onto site without checks.
Risk assessment should set the testing interval
A sensible school programme does not simply copy the previous year’s dates. The school should consider the appliance type, its condition, frequency of use, user group and environment. Equipment used by children, used outdoors, moved frequently or exposed to heat, water, dust or heavy handling usually warrants closer attention.
For example, a rarely moved photocopier in a supervised office may need regular visual checks and a testing interval based on its low-risk environment. A portable appliance used in food technology, the kitchen, site maintenance or cleaning duties may justify more frequent formal inspection and testing. Extension leads and multiway adaptors deserve particular scrutiny because they are often moved, overloaded or damaged.
The point is not to choose the shortest interval in every case. It is to be able to explain why the interval is reasonable. A documented risk assessment gives the school a defensible basis for its programme and helps budget holders plan work across the year.
Records that stand up to scrutiny
A PAT label is useful for day-to-day identification, but it is not the whole compliance record. Labels can fall off, be replaced or be missed on equipment stored in cupboards. The central test record is more valuable because it provides a full history of each item.
A school should retain an up-to-date asset list, inspection and test results, details of failures, repair or disposal records, and the risk assessment that supports the chosen inspection intervals. It should also record exceptions, including appliances unavailable during the visit and equipment added after testing.
A nominated member of staff should review failed items promptly. If a kettle, charger or extension lead fails, it should not remain in a cupboard for someone else to use later. Removing the plug, placing it in a controlled quarantine area or arranging disposal can be appropriate, depending on the item and the school’s procedures.
Avoiding disruption during the school day
The best compliance arrangements are planned around the realities of a live school. Testing every classroom while teaching is under way may be possible, but it is rarely the best option. A site-specific schedule can prioritise offices and shared areas during the day, then complete classrooms during breaks, inset days or agreed quieter periods.
Access and safeguarding must also be considered. Engineers working on site should follow the school’s visitor procedures, sign in, wear identification and remain aware of pupil movement. DBS-cleared, City & Guilds qualified engineers provide reassurance, but the school should still set clear rules for access to classrooms, nursery areas and secure stores.
For larger sites, phased testing is often more practical than attempting every building in one visit. This can reduce pressure on staff, make it easier to locate equipment and allow the school to address failures quickly. The trade-off is that the asset register must be carefully managed so items are not duplicated or missed between phases.
Common gaps this example prevents
Schools often have good intentions but inconsistent evidence. A missing record for a caretaker’s store, untested donated equipment, personal appliances in staff rooms and extension leads hidden beneath desks are common blind spots. Another frequent issue is relying on labels from a previous contractor without a current, usable report.
A planned programme also helps schools distinguish between electrical safety tasks. PAT testing does not replace fixed-wire testing, fire risk assessments, fire door inspections or extinguisher servicing. Each addresses a different risk, although coordinating them through one compliance calendar can make site management considerably easier.
For schools that need support, Janus Safety Solutions can plan PAT testing around the site timetable, provide qualified and DBS-cleared engineers, and supply clear records for the responsible person. A pre-job discussion and, where required, a health and safety risk assessment help ensure the visit reflects the way the school actually operates.
The most useful next step is to check whether your current records show every portable appliance, every outstanding failure and a reasoned inspection interval. If they do not, arranging a structured review before the next busy term can turn a patchwork of labels into a safer, manageable compliance programme.