Chandeliers in stairwells, atria and lobbies

At a glance

A coordination list, not a design. Responsibility shown is the usual split; confirm it in your own contract documents.

Scale and sightlines in a void

A stair void or atrium is viewed from many levels, so the fitting has to work from the lower floor looking up, from each landing across and from the stair itself. Check the scale in three ways: on the section, from the sightline of each landing, and in a mock-up or full-size cut-out hung in the void before the fitting is made. Our sheet on chandelier sizing and hanging heights covers the usual sizing conventions for rooms; a void is a different case because the fitting is seen from above and from the side as well as from below, and the usual rules cannot be carried over unchecked.

The drawing is a section through a stair void. The dashed ring is the clear zone round the fitting, in which nothing should be, including the balustrade, the stair, the drops when the fitting is moved, and the equipment used to maintain it. How large that zone must be is for the designer, the stair designer and the installer to set for the fitting; this sheet gives no distance. For headroom over the stair, use the figures in the Approved Document and our sheet on stair rise, going and headroom, and check any hanging fitting against them in your own jurisdiction.

Structure, secondary suspension, stair and fire

A heavy suspended load over a place people use. A fitting over a lobby floor or a stair is a load above people, so the consequence of a failure is high. The structural engineer designs the fixing for the declared weight, as set out in our sheet on chandelier weights and ceiling loads, and approves any secondary suspension. In a void the structure above may be a roof or an unusual slab, so do not assume a standard ceiling detail.

Secondary suspension. A second, independent path from the fitting to the structure is common practice for a large fitting over circulation. Whether one is required, what it consists of and how it is fixed are for the engineer. See suspending heavy lighting for the principle.

Balustrade and stair. The fitting is not part of the stair, but it hangs beside it. Check the clearance to the handrail and balustrade, to the stair headroom, and to anything a person could reach and swing. Balustrade and handrail rules and staircase anatomy and terminology give the context.

Fire and smoke. Atria and stair voids are often part of the smoke control or escape strategy. Ask the fire engineer to look at the fitting’s position and size against smoke vents, sprinklers, detectors and the emergency lighting. See emergency lighting and decorative luminaires. We have not read the fire guidance for this sheet and give no rule.

Access and maintenance options

The cheapest-looking option at design stage can be the most expensive to live with. Decide how the fitting will be cleaned and re-lamped before it is designed, because the answer changes the fixing, the structure and the drawings. The table sets out the main options and the points to settle with the right person. It is a list of questions, not a recommendation.

What the regulations say, in brief. Under the Work at Height Regulations 2005, regulation 6, employers must ensure that work is not done at height where it is reasonably practicable to do it safely otherwise, and where work is done at height must take suitable and sufficient measures to prevent falls, so far as reasonably practicable. Under the Lifting Operations and Lifting Equipment Regulations 1998 (LOLER), regulation 8, every lifting operation involving lifting equipment must be properly planned by a competent person, appropriately supervised and carried out in a safe manner. Under regulation 9 of the Construction (Design and Management) Regulations 2015, designers must eliminate foreseeable risks to people who maintain or clean a structure so far as reasonably practicable. Taken together, these push the question of access back to the design stage. Our sheet on chandelier hoists and lowering gear deals with lowering gear and LOLER in more detail.

This sheet is not legal or health and safety advice. The duty-holder, the competent person and the installer’s method statement decide how the work is done in your building.

Checklist before the fitting is made

1. Structural engineer: fixing, load path and secondary suspension designed for the declared weight, and signed off.
2. Partner workshop: declared weight, component ratings, how it can be built in sections and the route each section takes in.
3. Scale: checked on section, from every landing and stair, and in a mock-up.
4. Clear zone: clearance to stair headroom, handrail, balustrade and any glazing, set and agreed.
5. Fire engineer: position and size checked against smoke vents, sprinklers, detectors and emergency lighting.
6. Maintenance: access method chosen, drawn and structurally supported; examination duties named if lowering gear is used.
7. Installation: method statement from the installer covering the route, lifting, working at height and protection of the stair and floor below.
8. Handover: weights, fixings, tests, maintenance instructions and who signs what, in the O&M file.

Fitting [tag] at [location] is to be cleanable and re-lampable by [method: fixed platform / lowering gear / other] without work in an unprotected position. The supplier and installer are to propose the access method with the shop drawings for approval by [designer], and the method is to be supported by drawings of any structure, platform or winch it requires. Maintenance instructions and any examination records are to be included in the O&M information.

The fixing of fitting [tag] to the structure, and any secondary suspension, is to be designed and approved by [structural engineer] against the declared weight. The fitting is not to be hung until that approval is on file. [Approval ref.]

Fitting [tag] and its drops are to maintain the clearances shown on drawing [ref] to the stair, handrail and balustrade, and are to be reviewed by [fire engineer] against smoke control, sprinkler, detector and emergency lighting provisions before manufacture. [Confirmation ref.]

The supplier is to supply the fitting in sections that can be delivered and installed through [route] and is to provide a method statement from the installer covering lifting, work at height and protection of the stair and floors below, for approval by [contractor] before delivery.

Standards and sources

• Lifting Operations and Lifting Equipment Regulations 1998, reg 8: read 7 Nov 2026.
• Work at Height Regulations 2005, reg 6: read 7 Nov 2026.
• Construction (Design and Management) Regulations 2015, reg 9: read 7 Nov 2026.
• Building Regulations 2010, Schedule 1, A1 Loading: read 7 Nov 2026.
• Approved Documents K and B: not read for this sheet: confirm applicability to your fitting with building control.

Questions we are asked

How do you clean a chandelier in a stairwell or atrium?

It depends on the access chosen at design stage: a fixed platform, a mechanical platform or scaffold each visit, or lowering gear. Each has different structural, safety and legal consequences, so decide it before the fitting is made and draw it.

Does a chandelier winch have to be inspected?

Lowering gear is lifting equipment, so the lifting regulations apply to it, including planning and examination duties for the duty-holder. See our sheet on chandelier hoists and lowering gear, and take advice from a competent person.

How big should a chandelier be in a double-height space?

There is no single rule. Check the scale on the section, from every landing and in a full-size mock-up. The sizing conventions for ordinary rooms do not carry over unchecked.

Does a chandelier need a secondary suspension over a stair?

Many large fittings over circulation have one, but whether one is required and how it is fixed are for the structural engineer to decide for your fitting and structure.

How do large chandeliers get into a stair void?

They are usually built in sections that are delivered and assembled on site. Ask the partner workshop how the fitting divides, what each section weighs and what route each takes, and ask the installer for a method statement.

Does the fire strategy affect a chandelier?

It can. A large fitting can obstruct smoke vents, sprinklers, detectors or emergency lighting. Ask the fire engineer to review the position and size before manufacture.