Lighting
Fluence RAZR Modular 12 (3-Tier 4-Bar) 48" LED Light Bar Array Kit (Vertical)
- Designed for high-performance vertical farms.
- Easily installed in vertical grow racks, pallet racks, wire shelving units (baker’s racks), and growth chambers.
- Ideal for cultivation of leafy greens, microgreens, herbs and other vegetables.
- PhysioSpec™ BROAD R3 for propagation and full-cycle cultivation.
- Light bar length: 48 inches (1.2 meters).
- Vertical 12 light bar (3-tier, 4-bar) kit.
Fluence RAZR Modular 8 (2-Tier 4-Bar) 48" LED Light Bar Array Kit (Vertical)
- Designed for high-performance vertical farms.
- Easily installed in vertical grow racks, pallet racks, wire shelving units (baker’s racks), and growth chambers.
- Ideal for cultivation of leafy greens, microgreens, herbs and other vegetables.
- PhysioSpec™ BROAD R3 for propagation and full-cycle cultivation.
- Light bar length: 48 inches (1.2 meters).
- Vertical 8 light bar (2-tier, 4-bar) kit.
Fluence RAZR Modular 12 (4-Tier 3-Bar) 48" LED Light Bar Array Retail Kit (M12)
- Designed for high-performance vertical farms.
- Easily installed in vertical grow racks, pallet racks, wire shelving units (baker’s racks), and growth chambers.
- Ideal for cultivation of leafy greens, microgreens, herbs and other vegetables.
- PhysioSpec™ BROAD R3 for propagation and full-cycle cultivation.
- Light bar spacing: 8 inches.
- Mounting height: ≥ 8 inches (203 millimeters) from plant canopy.
- Lit area: 8 square feet (0.74 square meters).
- Fixture PPF: 270 µmol/s.
- Fixture DC wattage: 73 W DC.
- Array options: 2-8 fixtures per power supply.
- Array input power: 162 - 619 W AC @ 277 V AC.
- Light bar length: 48 inches (1.2 meters).
- Retail kit.
Fluence RAZR Modular 12 (3-Tier 4-Bar) 48" LED Light Bar Array Retail Kit (M12)
- Designed for high-performance vertical farms.
- Easily installed in vertical grow racks, pallet racks, wire shelving units (baker’s racks), and growth chambers.
- Ideal for cultivation of leafy greens, microgreens, herbs and other vegetables.
- PhysioSpec™ BROAD R3 for propagation and full-cycle cultivation.
- Light bar spacing: 6 inches.
- Mounting height: ≥ 6 inches (152 millimeters) from plant canopy.
- Lit area: 8 square feet (0.74 square meters).
- Fixture PPF: 270 µmol/s.
- Fixture DC wattage: 97 W DC.
- Array options: 2-6 fixtures per power supply.
- Array input power: 214 - 619 W AC @ 277 V AC.
- Light bar length: 48 inches (1.2 meters).
- Retail kit.
Fluence VYPR 3p LED, PhysioSpec BROAD R3 Greenhouse Spectrum (347 - 480 V)
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.
Fluence VYPR DUO 3x2 LED, PhysioSpec BROAD R4 Indoor Spectrum (120 - 277 V)
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.
Fluence DC Wireless Flex Dimming Receiver for Fixture with M12
Fluence Wireless Flex Dimming delivers simplicity, flexibility, and cost savings to your grow operation by replacing dimming cables to each light fixture with wireless control. Wireless Flex Dimming realizes tremendous labor costs savings from reduced installation time, eliminating potential wiring errors. Simply plug a Wireless Flex Dimming Receiver into the dimming port of each Fluence light fixture, install a Wireless Flex Dimming 0-10 V adapter, and connect the 0-10 V dimming control per zone.
Wireless Flex Dimming features qualified Bluetooth mesh technology enabled by SILVAIR that is fully compatible with any 0-10 V dimmer or environmental controllers. Wireless Flex Dimming is easy to configure and enables HPS to LED retrofit growers to add precise dimming control without installing new wiring, maximizing ROI.
Fluence DC Wireless Flex Dimming Receiver for Fixture with M16
Fluence Wireless Flex Dimming delivers simplicity, flexibility, and cost savings to your grow operation by replacing dimming cables to each light fixture with wireless control. Wireless Flex Dimming realizes tremendous labor costs savings from reduced installation time, eliminating potential wiring errors. Simply plug a Wireless Flex Dimming Receiver into the dimming port of each Fluence light fixture, install a Wireless Flex Dimming 0-10 V adapter, and connect the 0-10 V dimming control per zone.
Wireless Flex Dimming features qualified Bluetooth mesh technology enabled by SILVAIR that is fully compatible with any 0-10 V dimmer or environmental controllers. Wireless Flex Dimming is easy to configure and enables HPS to LED retrofit growers to add precise dimming control without installing new wiring, maximizing ROI.
Fluence VYPR 3x LED, PhysioSpec BROAD R3 Greenhouse Spectrum, 347 V
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.