Products tagged with 'Light Emitting Diode (LED)'

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Q101181.jpg

Fluence VYPR DUO 3x2 LED, PhysioSpec BROAD R4 Indoor Spectrum (120 - 277 V)

Q101181

The Fluence VYPR 3x & DUO 3x2 features Fluence’s diversified PhysioSpec™ spectra and market-leading efficacies up to 3.8 μmol/J, enabling the replacement of HPS lights with significant energy savings. It features DUO remote and cradle mounts, offering enhanced design flexibility and enabling growers in challenging or intricate lighting environments. Compared to VYPR 3p, VYPR DUO 3x2 cradle mount emits the same amount of light but at a half of the VYPR 3p fixture length. This allows the installation of many more fixtures on a single truss, drastically increasing the available light per truss for high PPFD applications.

Built upon patented thermal management technologies, it provides a cost-effective solution for grow spaces with constrained ceiling heights, such as indoor or low greenhouses.

Q102008.jpg

Fluence RAPTR Global Broad R4 (1,020 W) Clear Cover (277 - 480 V Wieland)

Q102008

The Fluence RAPTR Series is a high-output top light ideal for 1:1 HPS replacement in controlled environment agriculture. Designed to deliver maximum intensity with industry-leading efficacy, RAPTR is available with two optical distributions and a range of Physiospec™ spectrums tailored for high intensity indoor horticulture and high-efficiency greenhouse applications.

Picture of Fluence VYPR 3x LED, PhysioSpec BROAD R3 Greenhouse Spectrum, 347 V

Fluence VYPR 3x LED, PhysioSpec BROAD R3 Greenhouse Spectrum, 347 V

Q102044

The Fluence VYPR 3x features market-leading efficacies up to 3.7 µmol/J, enabling the replacement of HPS lights with significant energy savings. At a half of VYPR 3p’s size and power, VYPR 3x is ideal for distributing light uniformly in grow environments with constrained ceiling heights. VYPR 3x is also suitable for low DLI crops, and for extension of the natural photoperiod.

Combined with Fluence’s beam widening reflectors, VYPR 3x further improves light uniformity and reduces the number of fixtures required in a given cultivation area, lowering the capital investment and accelerating the LED adoption in horticulture lighting.