Elipta Teak bollard lights use timber from a sustainable source, organically oiled during production to enhance and protect the grain. They will weather naturally in the garden; further oil, stain or varnish treatments may be applied by the user. Teak bollard lights may be bolted to paving and slabs or to an optional ground-mount which can be installed in concrete prior to electrical installation. An optional galvanised ground spike is available for installation in planting and lawn areas. The diffuser is made of opal glass to hide the shape and all metal parts are 316 grade stainless steel. For added security, Cirrus and Nimbus models feature concealed allen screw fixngs for the top cap assembly: Stratus feature fixings concealed under the lower angled louvre. Elipta wooden bollard lights are 45cm high and available with 7 watts LED Candle lamp or choose from a range of 240V E27 compact fluorescent lamp for driveway and similar applications where regular use requires and energy saving,long life source; lower power lamps may be used for softer ambient lighting around garden paths, decking and terraces.(Order lamps separately).
||Natural Teak from a sustainable source
||Teak body and cap: 316 grade stainless steel metal parts: opal glass diffuser.
||7 watts LED Candle lamp or up to 20 watts E27 240v energy-saving, long life compact fluorescent lamps. Order lamps separately
Pre-wired with 2m rubber cable for connection via T9969 underground joint kit: the installer may shorten the fitted cable to make a weatherproof connection inside the base of the light using a T9966 3 pole IP68 in-line Cable connector.
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. 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