Elipta 35w - 24v Dc - Potted LED Power Supply In Ground Burial Enclosure

Elipta 35w - 24v Dc - Potted LED Power Supply In Ground Burial Enclosure IP67 in IP68 Enclosure

Product No: T2435GB

8 in stock

35w - 24v Dc - Potted LED Power Supply In Ground Burial Enclosure

The Elipta 24v Ground burial power supply is mounted into a black polycarbonate box and filled with resin, for ground burial. For use with all Elipta 24v lights incuding Spike 12, Micro Waymarker, E993RGB Elipta Walkover Quartz, E995RGBF Elipta Walkover Opal and ERU010-01A Elipta Micro Underwater Light.

Recommended MAX 60% Loading to ensure trouble free operation.

Recommended loading below 60% when using MR16 or MR11 Lamps.

Colour/Finish:	Black
Dimensions	L 160mm W 120mm D 71mm
IP Rating	IP68
Construction	Electronic power supply resin-potted into a black polycarbonate box
Input Voltage	240v input
Output Voltage:	24v DC constant voltage
Watts:	35 watts
Installation	For surface mounting: Using a slotted screwdriver, rotate each of the 4 quarter-turn corner fixings 90 degrees to the "0" position and remove the lid to reveal the fixing slots in each corner. Secure the transformer to a wall or post with 5mm screws in each corner, or attach to optional transformer mounting stakes. Install the transformer on a wall or post approx. 30cm above ground. For ground burial: Make all connections in T9969 underground joint kit or similar resin-sealed joint. (Boxes with silicon-sealed lids do not protect against ingress of moisture through condensation and capillary action: ordinary silicon sealant does not bond reliably with all enclosure materials.) After burying the transformer and associated junction boxes, lay a paving slab or similar protective material over it, cover with cable warning tape and back-fill hole. NB: Where multiple ground burial transformers are to be installed in an area, allow connection points where possible above ground to allow for isolation in the event of future fault-finding. Connection of transformers to separate cores of a multicore cable may also be considered. Failure to adopt these recommendations may mean difficulty in fault diagnosis in the future and in extending or upgrading the system.