Hunter 20w IP65 Black Slimline LED Floodlight. 3000k – 6500k 1610 – 1990 Lumens, 120 Degree Beam Angle

The Hunter 20w black slimline mains 240v LED floodlight with variable colour temperature ranging from 3000k warm white to 6500k very cool daylight white.  The LED module has a lamp life
up to 30,000 hours. It is IP65 rated and has a 120 degree beam angle.  The lumen output is from 1610 lumens when set to 3000k warm white and can give out a maximum of 1990 lumens when set to the coldest colour spectrum 6500k.    The light output equates
to a 150w – 175w  incandescent lamp.

Simply select the colour temperature you prefer and then mount the floodlight.  

The dimensions are 164mm x 108mm x 67mm.

It comes with an adjustable stirrup bracket..

The energy rating of this floodlight is ‘A+.  

Lamp Colour (Kelvins) 

The colour of a lamp is defined as a measurement called kelvins. A standard GLS light bulb in your house would be 2,700
kelvins which is in the warm colour spectrum and a lamp with 5,000 kelvins would be at the very cold white spectrum. 

Installation 

All exterior lighting products on our website have an IP rating which is explained further in our Technical Help/Products
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 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.

H07RN-F H07 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.