Products tagged with 'Light Emitting Diode (LED)'
Fluence RAY66 LED, Physiospec Pr Spectrum (120 - 277 V)
- Available in 6 spectral options in a 66” (1,676 mm) slim form factor for tight grow environments.
- The longest RAY family member is ideal for a variety of applications.
- Physiospec™ Spectrum: Pr.
- Certifications: cETL & UL 1598 Damp Location.
- Voltage: 120 to 277 V.
Fluence RAY66 LED, Physiospec Pfr Spectrum (120 - 277 V)
- Available in 6 spectral options in a 66” (1,676 mm) slim form factor for tight grow environments.
- The longest RAY family member is ideal for a variety of applications.
- Physiospec™ Spectrum: Pfr.
- Certifications: cETL & UL 1598 Damp Location.
- Voltage: 120 to 277 V.
Fluence RAY66 LED, Physiospec Greenhouse Spectrum (120 - 277 V)
- Available in 6 spectral options in a 66” (1,676 mm) slim form factor for tight grow environments.
- The longest RAY family member is ideal for a variety of applications.
- Physiospec™ Spectrum: Greenhouse.
- Certifications: cETL & UL 1598 Damp Location.
- Voltage: 120 to 277 V.
Fluence VYPR 2x LED, PhysioSpec Greenhouse Spectrum (120 - 277 V)
The Fluence VYPR 2x LED is the perfect greenhouse or indoor high-ceiling grow light for low DLI crops and operations looking to extend their photoperiod. Ideal for close-range deployments to maximize uniformity in low ceiling rooms, it emits PPF up to 900 µmol/s and has an energy-efficiency rating of 2.6 µmol/J.
From broad white to high red, Fluence PhysioSpec™ offers BROAD and DUAL spectrum options on VYPR Series. This flexibility prioritizes the grower’s needs in optimizing spectral content and light levels for any crop, at any growth stage, in any geographic location.
With six spectra available, VYPR Series top lights offer higher efficacies (up to 3.8 µmol/J) and higher photosynthetic photon flux (PPF) (up to 2,330 µmol/s) per fixture over comparable lighting technologies.
VYPR is a passively cooled device, relying solely on ambient conditions (and breakthrough engineering) for heat dissipation. VYPR is suitable for operation in still ambient temperatures from -40°C (-40°F) to 40°C (104°F); however, it is recommended at least one ft3/s of airflow to ensure efficient cooling. VYPR 2p has an operating temperature of 50°C (122°F) above ambient.
VYPR is designed as a greenhouse grow light or a sole-source indoor light, it should not be deployed outdoors or in direct sunlight.
Fluence VYPR 2x LED, PhysioSpec Greenhouse Spectrum (347 - 480 V)
The Fluence VYPR 2x LED is the perfect greenhouse or indoor high-ceiling grow light for low DLI crops and operations looking to extend their photoperiod. Ideal for close-range deployments to maximize uniformity in low ceiling rooms, it emits PPF up to 900 µmol/s and has an energy-efficiency rating of 2.6 µmol/J.
From broad white to high red, Fluence PhysioSpec™ offers BROAD and DUAL spectrum options on VYPR Series. This flexibility prioritizes the grower’s needs in optimizing spectral content and light levels for any crop, at any growth stage, in any geographic location.
With six spectra available, VYPR Series top lights offer higher efficacies (up to 3.8 µmol/J) and higher photosynthetic photon flux (PPF) (up to 2,330 µmol/s) per fixture over comparable lighting technologies.
VYPR is a passively cooled device, relying solely on ambient conditions (and breakthrough engineering) for heat dissipation. VYPR is suitable for operation in still ambient temperatures from -40°C (-40°F) to 40°C (104°F); however, it is recommended at least one ft3/s of airflow to ensure efficient cooling. VYPR 2p has an operating temperature of 50°C (122°F) above ambient.
VYPR is designed as a greenhouse grow light or a sole-source indoor light, it should not be deployed outdoors or in direct sunlight.
Fluence VYPR 3p LED, PhysioSpec BROAD R4 Indoor Spectrum (120 - 277 V) [BULK]
The Fluence VYPR 3p offers high fixture PPF up to 2,330 µmol/s and high efficacy up to 3.8 µmol/s, enabling the direct replacement of a 1,000 W HPS fixture at more than 40% energy savings.
An optional reflector kit provides a wider light pattern and uniform PPFD at plant canopy.