Outdoor Lighting in Gillingham

For Medway property owners adding lighting to gardens, driveways, and outbuildings, the question isn’t really what fittings to buy — you can get those off Amazon. The question is whether the install will hold up to ten winters, and whether the cabling, RCD protection, and IP-rated terminations are right for the job. CJA Electrical does the install side properly: SWA cable on every buried run, gland-terminated junctions, and an outdoor circuit that sits cleanly within BS 7671.

What Outdoor Lighting actually is

The job most Gillingham clients describe as “outdoor lighting” is usually a mix of practical and decorative — security lighting where the property’s vulnerable, ambient lighting where the garden gets used, and switched lighting on outbuildings. The technology is mostly LED these days; the install side is about cable routing, IP ratings, and weatherproof terminations. Low-voltage (12 V) garden lighting and mains (230 V) circuits each have their place. Low-voltage is touch-safe and easy to extend; mains gives more output and longer runs. We spec the right one per location based on what the lighting needs to do.

When you need Outdoor Lighting in Gillingham

The triggers we hear most from Gillingham clients: “we keep fumbling with a torch on the dark drive”, “the side gate’s a weak point and we want a light that comes on automatically”, “we’ve finished landscaping the back garden and now we want to light it”, and “the outbuilding’s getting wired up so we might as well do the lighting around it at the same time”. All four are sensible drivers, and all four often run into the same install: a single new outdoor circuit from the consumer unit, RCD-protected, with multiple fittings hung off it on SWA or armoured-equivalent cable.

Standards and what compliance looks like

Outdoor lighting installation works to BS 7671 (the IET Wiring Regulations) like any other electrical work. The bits that apply specifically outdoors are: 30 mA RCD protection on every outdoor circuit (Section 411 / Section 522.8), appropriate IP rating on every fitting and accessory matched to the location (Section 522 / EN 60529), mechanical protection on every buried cable (typically SWA at 450 mm depth, Section 522.8), and weatherproof terminations on every outdoor junction. Beyond BS 7671, IP ratings are governed by EN 60529 — IP44 for sheltered outdoor (porches, soffits), IP65 for direct rain exposure (most floodlights and ground-level fittings), IP67 for fittings risking immersion or hose-down. Spec’ing the right IP rating per fitting is part of getting an outdoor install right.

Fittings and where they go

Fitting choice depends on what the lighting needs to do. Security work uses PIR-controlled floodlights — 30 W LED is fine for most domestic drives, 50 W where coverage is wider. Wayfinding uses bollards or spike lights, typically 5-10 W LED, mounted at ankle to knee height along path edges. Garden ambience uses low-voltage spike lights and uplighters (clamped onto the planting, easy to reposition seasonally) or festoon strings on pergolas and overhead structures. Architectural work uses wall packs, soffit lights, and accent fittings sized to the building. For most Gillingham jobs we spec a mix — PIR floodlight on the drive, a couple of soffit lights over the front door, low-voltage spike lights through the planting, and bollards along any rear-garden path.

Why Gillingham property owners book CJA Electrical

The reasons Gillingham clients book us for outdoor lighting are pretty consistent: someone they know has used us before for an EICR or a consumer unit change, the install side is done by the person who turns up (no subcontracting), the work is signed off against BS 7671 with a test certificate, and the pricing is transparent up front rather than open-ended. Pretty much every Gillingham outdoor lighting job ends up with a short snagging visit a week or two after — re-aiming a floodlight that’s catching a bedroom window, adjusting a PIR sensitivity, swapping a bulb for a warmer colour temperature. That’s included.

How the work runs

First contact is usually an email or WhatsApp with a rough description of what’s wanted — “PIR floodlight on the drive plus garden lights through the back” — and ideally a couple of photos of the property. From that we’ll come back with a rough estimate range and book a site visit. Site visit takes 30-45 minutes. We walk the property, look at consumer unit headroom for an extra circuit, sight the cable routes, agree fitting positions, and confirm the spec. Quote follows within a working day. Install: usually a single visit for most domestic schemes, half a day to a full day on site. Larger jobs (extensive garden lighting, multiple circuits, outbuilding work) might run across two visits.

What affects the price

Outdoor lighting pricing has three components: the fittings, the cable and accessories, and the install labour. For most Gillingham domestic schemes we provide a fixed price that bundles all three, sent through within a working day of the site visit. Customers who want to supply their own fittings can — we’ll quote install-only against the fittings list. What drives the price up: long cable runs (especially under lawn or hardscape), multiple separate circuits, complex switching arrangements (PIR + photocell + manual override on the same fitting), and any consumer unit work needed to free up an outdoor way.

FAQs

What documentation comes with the work?

A BS 7671 minor works or installation certificate covering the new circuit, plus a brief schedule of what was installed and where. The certificate is what an EICR inspector, surveyor, or future buyer will look for as evidence the outdoor work was done by a qualified electrician.

Do outdoor circuits need RCD protection?

Yes — BS 7671 requires 30 mA RCD protection on every outdoor socket and on any circuit supplying outdoor equipment. In practice every outdoor lighting circuit goes through an RCD, either at the consumer unit or via a local RCBO on the circuit itself. Older installations without RCD protection need adding before any new outdoor work goes in.

How deep does outdoor cable need to be buried?

For SWA (steel-wired armoured) cable buried in soft ground, 450 mm is the standard depth — deep enough to survive normal gardening and shallow planting but shallow enough that the trench is manageable. Cable run through conduit can be shallower if the conduit itself is mechanically protected. Buried cable should be tape-marked above so future digging doesn’t catch it.

What IP rating do outdoor light fittings need?

IP44 minimum for fittings under cover (porches, soffits, rear of shed overhangs). IP65 for fittings exposed to direct rain — most garden floodlights, ground-level fittings, and unsheltered wall packs. IP67 for fittings at risk of submersion or hose-down. We spec to the application — there’s no benefit in paying for IP67 on a sheltered porch light.

Mains or low-voltage for garden lighting?

Both have their place. 12 V low-voltage runs are easier to extend and modify, and the cable is touch-safe — fine for ambient garden lighting through planting and along path edges. 230 V mains gives brighter output and longer runs without voltage drop — better for security floodlights and driveway lighting covering distance. Most Gillingham outdoor jobs end up using both, on separate circuits.

Can PIR floodlights be controlled from a phone?

Yes — modern smart-controlled PIR floodlights run via the same Wi-Fi platforms as smart bulbs (Hue, Smart Life, Tuya, etc.) and can be triggered, scheduled, or overridden from an app. We can spec smart fittings or wire conventional fittings into a smart relay where central control matters. For most domestic jobs the built-in PIR sensor and a manual override switch is enough.

How bright should security floodlights be?

A 30 W LED floodlight (around 2,400 lumens) is enough for most domestic driveways and rear access in Gillingham. Brighter than that and you start dazzling visitors and annoying neighbours — there’s no security gain from over-illumination. For wider coverage, two 30 W floodlights spaced apart give better light spread than a single 60 W on the same fitting position.