Elipta Waymarker 180 - Stainless Steel - 240v
9 in stock
- Product Overview
- Downloads
- Reviews
The Elipta Waymarker 180 (316 stainless steel) is a stylish 240v recessed uplight with 2 windows providing 180 degree lighting to one side of the top plate. It is perfect where you want to cast a corona of light across a path or drive edge without casting light backwards onto planting or other finishes behind. Ideal as walkover decking lights and drive-over lights. Requires GU10 lamp - order separately.
The light is located by an ""O"" ring on the body into a sleeve tube so there's no visibility of exterior screws. The stainless steel single piece body Improves the IP rating properties of this product and is more suited to inground environments; proving more water resistant than its aluminium cousin in damp locations.
| Colour/Finish: | Smart 316 grade stainless steel is a popular choice for modern garden settings |
|---|---|
| IP Rating: | IP66 |
| Construction: | Top plate is attached to tubular single piece 316 stainless steel body which unscrews into 2 halves without the need for tools for easy lamp changing. 2m cable via rear entry cable |
| Input Voltage: | 240v |
| Lamp Type: | GU10 l.e.d. lamps |
| Installation: |
The plastic sleeve is built into the wall during construction: the light pushes into the tube, where it is held firmly in place by an o-ring, leaving a front plate with no visible fixing screws.Suitable drainage should be provided below each fitting to prevent water logging. Waymarkers should not be installed in ground subject to water logging, an IP68 light such as a Neptune Recessed light should be considered. 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 |