Pillar – 240v – 316 Stainless Steel GU10 IP65 Fixed Square Recessed Spotlight 110mm Bezel – Cut Out 102mm Diameter

Pillar – 240v – 316 Stainless Steel GU10 IP65 Fixed Square Recessed Spotlight 110mm Bezel – Cut Out 102mm Diameter

Choosing the style of a product is only part of the equation you must also think of where that product will be used and how
it will be installed. All exterior lighting products on our web site have an IP rating appropriate to each light fitting
and its intended application and is therefore fit for purpose. Water ingress is the enemy for outdoor lighting and the
products supplied are only as good as the installation. The weakest point is always cable joints. All joints must be
made 100% watertight and this can be done using IP68 cable connectors and/or waterproof junction boxes which are then
filled with a re-enterable liquid gel mix. All joints where possible should be made above ground for easy access and
reduced water ingress. When installing ground buried lights adequate drainage systems should be put in place especially
in clay-based soil areas. If possible, use ground surface spike lights rather than a buried light.  Mains 240v cable
will have less joints than a low voltage installation but care must be taken with the cable runs. Cabling should be Rubber
Butyl and not PVC. PVC leads to capillary action over time especially with UV degradation.

All exterior lights must be installed by a certified NIC EIC electrician and should be signed off by an electrician with
Part P certification. There are a selection of waterproof jointing kits and boxes available on this web site.

Using a single RCD for large numbers of 240v fittings is not recommended due to the risk of nuisance tripping. We advise the use of separate RCD protection for each circuit and a maximum of 12 fittings per RCD. Always put outdoor lighting on it’s own RCD. Where a garden lighting installation of more than 12 spike mount or recessed lights per circuit is proposed, we suggest the installation of 12v units with transformers, which results in a significantly higher fault tolerance and reliability in the total installation.