Product Description:
Illuminate your small tree with a burst of vibrant colours using our Small Tree Commercial Grade RGBW Floodlight DIY Package. This dynamic package includes two powerful 250W RGBW floodlights, each equipped with a 36V transformer to ensure a reliable and energy-efficient performance. The RGBW functionality allows you to paint your outdoor space with a rich spectrum of colours, providing versatility for different occasions and moods.
What sets this DIY package apart is the seamless integration of technology and simplicity. The 36V transformer ensures a steady and low-voltage power supply, prioritising safety and longevity. With the included RGBW remote, you have the creative reins to customise the lighting display, choosing from an array of colours and dynamic lighting effects. Whether you're aiming for a festive atmosphere or a tranquil ambience, this DIY package empowers you to curate the perfect lighting experience for your small tree.
Designed for easy installation and optimal performance, this package is a game-changer for transforming your small tree into a mesmerising centrepiece. Elevate your outdoor space with the magic of RGBW floodlights, adding a touch of brilliance and versatility to your landscaping.
Functions:
Specs
Colour |
RGBW |
Included |
4x 500w RGB Floodlight with 36V Transformer 1x Floodlight RGBW Remote 1x Instruction Manual |
Warranty |
3 year |
Voltage | 36V with Meanwell LED Driver 240V Aus Plug |
LED Light Source Life | 50,000H |
Operating Ambient Temperature | -40°C ~ 50°C, 20% ~ 90% H.R |
Storage Temperature | -45°C ~ 55°C, 10% ~ 90% H.R |
Luminaire Material | Aluminium +Q235 |
Total Watts | max 500W |
Lumen Flux | |
Red | 5400lm 296W |
Green | 7332lm 296W |
Blue | 2474lm 296W |
Yellow | 12880lm 242W |
Cyan | 10012lm 185W |
Pink | 7874lm 185W |
Cool White | 15412lm 250W |
LEDs |
192pcs 3W RGBW |
IP Rating | Ip65 |
Beam Angle | 60° |
Weight | 14.5KG Each |
The above data are typical values. Due to tolerances in the production process, characteristics of electronic components, and other factors, the test parameters will have an error of ±10%.