Why campuses carry a heavier duty of care
Every university, college and school is a workplace under the OHS Act, so the Physical Agents Regulations (in force since 6 September 2026) apply to it in full: certified emergency escape-route lighting to SANS 1464-22, designed to SANS 10114-2, tested and logged. But an education institution also owes a duty of care to students — many of them minors, and almost all of them unfamiliar with the buildings they move through — and a public reputation that a single incident can damage far beyond the fine.
Building by building: what each one needs
- Lecture theatres and auditoria — open-area (anti-panic) lighting over raked seating, escape-route lighting on every aisle and stair, and running-man signs at every exit. High occupancy, low familiarity: this is where signage and step lighting matter most.
- Residences — occupied overnight, so a mains failure is a real evacuation in the dark. Escape-route lighting on every corridor, stair and final exit, with the area outside the exit lit too. Three-hour autonomy is the sensible specification.
- Laboratories and workshops — high-risk task-area lighting so an experiment, a machine or a fume cupboard can be made safe before the room is evacuated; plus lit access to first-aid points and fire equipment.
- Libraries and computer labs — large open floors and long shelving runs; anti-panic lighting plus clearly lit routes to the nearest stair.
- Sports halls, canteens and events venues — the same rules as any public venue; lighting must cope with the largest event the space hosts, not the average lecture.
- Parkades and stairwells — windowless, last leg of the route out, and where photoluminescent signs are most often wrongly relied on alone.
The 9-point check, applied to a campus
The same nine checkpoints apply in every building: each final exit door, each photoluminescent sign, outside each final exit, every stair flight, every change of direction, each first-aid point, every change of floor level, every corridor junction and every piece of fire equipment. The difference on a campus is scale. Walk each building once, record the result on a simple scoresheet, and you have a risk-ranked list of where to spend first.
Phasing a campus programme
No institution retrofits forty buildings in a term. A defensible programme phases the work by risk and documents the plan itself — an inspector, an insurer or council asked "what are you doing about it?" can be shown a dated roadmap, not a shrug.
- Phase 1 — residences and any building occupied at night; lecture theatres above a set capacity; laboratories with hazardous processes.
- Phase 2 — teaching blocks, libraries, admin buildings, sports and events venues.
- Phase 3 — ancillary buildings, stores, parkades and outbuildings.
- Throughout — conversion kits where the existing fitting is sound, new certified luminaires where it is not, and running-man exit signs to SANS 1186-1 at every final exit.
Proving it: the asset register and the logbook
Across many buildings the paperwork is the hard part. Each luminaire needs a SANS 1464-22 certificate, a location on the drawing, a monthly function test and an annual full-duration test — all logged. Wireless monitoring changes the economics: self-test fittings report through a gateway, the logbook fills itself per building, and the facilities team works from an exception list rather than a clipboard round of forty sites.
Procurement notes for institutions
Public and private institutions alike buy through tender or preferred-supplier panels. Specify SANS 1464-22 certification (not "equivalent"), a design to SANS 10114-2 with drawings, a commissioning test record and a logbook hand-over as deliverables, and ask for the supplier’s BBBEE certificate up front. Genstar’s general LED range for classrooms, lecture venues and hostels is supplied by the same group, so campus lighting and emergency lighting can be handled in one programme.
The GELS view
Campuses are the clearest case for the partnership model: one accountable team for assessment, design, certified product, installation and the record-keeping, applied building by building on a roadmap the budget can carry. If you look after a campus and would like a starting point, a free walkthrough of the highest-risk building is where we begin.
Questions building owners ask
- Do universities and schools in South Africa need emergency lighting?
- Yes. Every education institution is a workplace under the OHS Act, so the Physical Agents Regulations (in force since 6 September 2026) require certified emergency escape-route lighting in each of its buildings, and the National Building Regulations require exit signage and means of escape.
- Which campus buildings should be done first?
- Residences and anything occupied at night, lecture theatres and auditoria above a set capacity, and laboratories with hazardous processes. Phase the rest by occupancy and risk, and document the roadmap.
- How long must emergency lighting stay on in a residence?
- SANS 10114-2 sets the minimum duration; three-hour autonomy is the sensible specification for buildings occupied overnight, so an evacuation in the small hours is fully lit from start to finish.
- Can existing light fittings be converted rather than replaced?
- Often, yes. A conversion kit adds a certified battery pack and emergency driver to a sound existing fitting, which is usually the fastest and most economical way to bring a large campus up to standard.
- How does a campus keep the test records for hundreds of fittings?
- With self-test luminaires reporting through a wireless gateway. Each fitting runs its monthly function test and annual full-duration test automatically and the logbook is generated per building, leaving the facilities team an exception list.
Sources
See where your building stands.
Run the free 9-point escape-route check, or talk to the compliance team — we advise on the technical and legal detail wherever you need it.