|Colour/Finish:||304 grade stainless steel|
|Construction:||Front bezel is attached to tubular aluminium body by three hex screws which sits inside polycarbonate sleeve. 2m cable via rear entry cable|
|Light output||3w 3000k 200lm equivalent to a 20w halogen lamp|
The plastic sleeve is built into the floor during construction: the light pushes into the tube, where
it is held firmly in place by 2 screws beneath the stainless steel bezel. Recess depth 120mm. E8512C
should not be installed in ground subject to water logging, an IP 68 light such as a 12v Lumilux
or Lumimax light should be considered.
All exterior lighting products on our website have an IP rating which is explained further in our design ideas section but in simple terms the IP rating is 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 as the weakest point is always cable joints. All joints must be made 100% water tight and this can be done using IP68 inline connectors, waterproof junction boxes which are then filled with a resin or 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. Also mains cable should be SWA rubber and not PVC.
All exterior lights must be installed by a certified NIC EIC electrician and should be signed off by an electrician with Part P certification. All cable joints must be 100% watertight. There are a selection of waterproof jointing kits and boxes available on this web site.
H05RN-F 3 Core Rubber Sheathed Mains Cable 1.5mm is recommended but do not use PVC flex cable as this can cause poor connections for the cable glands/joints and will lead to capillary action.
The amount of light that is produced by a lamp is called lumens and the more lumens the lamp has the brighter it will be. Lumens work in conjunction with kelvins and should not be taken in isolation of each other, for example if you had a very warm white lamp at 2,700 kelvins and it produced 300 lumens and you then had another lamp which was a cool white 5,000 kelvins which also produced 300 lumens the cooler lamp colour would always appear brighter to the naked eye than the warmer one this is due to the receptors in the eye that react better to a white light spectrum. Another factor on how bright a light may appear is contrast so if you shine a white 5,000 kelvin light onto a dark wall and a warm 2,700 kelvin lamp onto a white wall the warmer lamp would appear brighter due to the contrast of the material it is focused on. So when choosing a lamp always take into account the area you want to illuminate and think about Kelvins ( colour ), Lumens ( brightness) and contrast ( colour of area ) .
|colour:||stainless steel 304|
|IP rating:||IP 67|
|colour temperature:||3000k Warm White|