- European style high output T5 lamps
- Performance driven electronic ballast
- New single lamp reflector greatly increases light output
- Slim design & energy efficient
The Nova Extreme™ combines the best in both design and functionality
and is a great addition to any aquarium. The sleek black-aluminum
construction not only maintains a low profile on the aquarium, its
design also allows it to dissipate heat away from the aquarium, lamps
and components. Our new polished individual single lamp reflector
directs over 99% of the T5 lighting into the aquarium while a
polycarbonate splash lens protects lamps. Sliding aquarium mounts
adjust easily to ensure a proper fit for your aquarium. Only a single
power cord delivers all the lighting you need for the ultimate looking
aquarium.
SlimPaq High Output T-5 lamps offer a quantum leap in lamp performance,
nearly doubling the lumen output compared to an ordinary T5, T8 or T12
fluorescent system. Using our proprietary blend of tri-phosphors, the
high PAR & CRI levels produce stunning color rendition and
penetrating intensity. Coupled with our finely tuned electronic driving
system, SlimPaq lamps have the longest usable life-span of any aquarium
lamp.
Each Nova Extreme includes two high output T5 SlimPaq lamps and sliding docking mounts.
SlimPaq Actinic T5HO (Saltwater
models only) - A super actinic blue lamp emitting light energy required
by corals and invertebrates, along with producing a high UV output.
Outstanding color rendition that makes corals, invertebrates and fish
fluoresce brilliantly.
SlimPaq Freshwater T5HO (Freshwater
models only) - A bright pinkish hue lamp emits the ideal light energy
and spectrum required by freshwater plants for photosynthesis. High
color rendition enhances the brilliant colors in freshwater fish and
brings out the lush green in plants.
SlimPaq 10,000K T5HO - A powerful,
penetrating full spectrum lamp replicating sunlight found on living
coral reefs. Exceptional high lumen output concentrated between
400-480nm stimulates zooxanthellae production increasing both coral and
invertebrate growth.
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