Aqualighter 1 (29") LED Lights for Freshwater Aquarium up to 39" long

Description

This model is suitable for aquariums with the most simple unpretentious aquatic plants, as well as for all types of freshwater aquariums, which contain fish without plants.---The main advantages:---Ultra-thin (0,27" (7.5 mm)), ultra-modern design.---Super-bright LEDs from one of the world's leaders, OSRAM (Germany).---Color temperature is suitable for the majority of freshwater entry level aquariums. ---Spectrum of the LEDs meets the requirements of undemanding aquarium plants; your aquarium looks colorful and one-of-a-kind.---The LED lamp makes your aquarium look modern and more attractive without any cover. The supply kit also includes a universal mounting for easy installation of the lamp into the majority of aquarium cover types, should this become necessary. ---High rate of safety and reliability. Even short-term immersion into water is completely safe and will cause neither damage to the lamp nor electric shock. The lamp is powered by DC driver with 48V safe voltage supply. ---Efficient. Trouble-free operation up to 50000 hours guaranteed by the LED manufacturer, low power consumption ---3D effect: a minor natural disturbance of water under the AquaLighter lamp produces the effect of movement on the surface of plants and decorations; this makes your aquarium look more spacious.___ It's really impressive! The light sources in the AquaLighter 1 (75 cm) are super-bright LEDs manufactured by one of the world's leading companies OSRAM (Germany): OSRAM Duris E5 Cool White – cool white LEDs with color temperature 5000-7000К --- The delivery set also includes a special mounting that allows to easily and quickly position the LED lamp inside a standard aquarium cover as an efficient source of main or additional illumination.AquaLighter 1 LED-lamps utilize a patented technology of protection from moisture and spray. Due to the transparent two-component sealant the LED-lamp could even withstand short-term immersion into water without any loss of its efficiency.