Reflectors

All reflectors include the Adjust-a-Socket mounting bracket. Socket sold separately. This exclusive adjustable bracket allows the user to raise or lower the lamp within the interior of the reflector, thus customizing light patterns. Learn More

The ePapillon offers many advantages over conventional luminaires. Quite simply, it uses the same amount energy to produce more light. This is achieved by combining a superior reflector (95% efficiency) with the brighter Double Ended 1000 watt EL lamp. Giving the ePapillon package the highest PAR output per watt.

The design of the reflector allows for easy removal, for cleaning and replacement.

The ePapillon uses a safety cover that provides a thermal buffer between the hot reflector material and any objects that it may come in contact with. The protective cover reduces the surface heat trom 390°F down to 160°F.

The Open Reflector Functionality directs more light to the canopy while trapping considerably less heat. Heat is allowed to rise away from the canopy more efficiently.

The heat that is generated on the lamp surface is not transferred directly to the plant, but indirectly, with air acting as a carrier. Using the open reflector concept, a natural air current is created, with which the heat is distributed evenly throughout the environment, thereby preventing the formation of hotspots on the plant. The Reflector allows heat to dissipate away trom the canopy, greatly reducing garden hotspots and increasing overall lamp life (less heat build up).

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New in the Pro line e-series is the 6/750e DE FLEX fixture, which utilizes a newly developed Gavita double ended Pro 750W 400V EL lamp. The control range of this lamp is 400-825W, bridging the gap between 600W and 1000W lamps. We named it 6/750 DE FLEX because it is as efficient running on 600W as it is on 750W. In many cases it is a retrofit replacement for a 1000W air cooled fixture, while running at just 825W. This will save you up to 20% electricity. The output of the lamp, running at 750W, is 1500 μmol s-1 (2 μmol s-1 per Watt). Learn More