Fluence RAPTR 2 Series LED Light Fixture

The RAPTR 2 Series is a high-performance LED lighting system engineered for commercial cannabis cultivation. It features a 1050W fixture delivering up to 3500 μmol/s of light output with an efficacy of approximately 3.6 μmol/J, enabling up to 20% energy savings compared to static white spectrum luminaires.

Construction and Design
The fixture is constructed with a high-performance casting design that dissipates heat efficiently, allowing LEDs to run cooler and maintain optimal performance. It carries an IP66 waterproof rating, providing resistance to fog, disinfectants, crop sprays, and enabling easy cleaning in demanding cultivation environments. A glass lens facilitates the removal of organic buildup that can impact photosynthetic photon flux density (PPFD) over time. The unit operates on a voltage range of 277V to 400V.

Optical System
The RAPTR 2 incorporates Quad Beam Optic technology, an extremely efficient rectangular design that provides optimal light uniformity in both low and high PPFD scenarios. This design reduces hot-spots on plants and maximizes yield potential. The fixture has a Q95 36,000-hour lifetime rating for best-in-class light maintenance.

Spectrum Options and Controls
Multiple spectrum options are available, including R4, R4a, and the tunable T48 Dynamic Spectrum. The dynamic red and white spectrum control allows growers to adjust light spectra to prevent photobleaching during critical flowering weeks while optimizing plant health and energy savings. Fully integrated wireless controls eliminate complex wiring and reduce installation costs, enabling flexible zoning and seamless integration with climate computers or 0-10V controllers. Research-backed light recipes and an intuitive interface simplify scheduling.

Applications and ROI
Designed for single-tier indoor grows and multi-hectare cannabis greenhouses, the RAPTR 2 is engineered to deliver a fast return on investment, with projected savings realized in as little as 18 months. The durable construction and efficient thermal design maintain optimal light levels throughout years of operation.