HyperRail™ All-In-One UVB+A + Visible + Deep Red LED Lighting Instrument

The HyperRail™

The combination of UVB+A+Visible light on a dynamic spectrum allows growers to develop lighting schedules that shape terpene profiles and increase other secondary metabolites. This allows them to take common genetics and develop proprietary expressions far beyond what genetics can achieve alone while taking advantage of UV’s ability to improve plant health. Learn more about these topics under the Shared Knowledge section of our website.

The HyperRail has a dimmable multi-channel format that can be controlled via wireless or cabled formats (Casambi or other DMX protocol systems for horticulture).

Multi-Channel Control with Dimming enables growers to develop proprietary light recipes, helping them create products unique to their brand.

285 nm LED is proven to elevate secondary metabolites.

385 nm LED improves a plants’ response to 285 nm.
Learn More

660 red light increases photosynthesis rate and plant size (2) because it aligns with the absorption peak of chlorophylls in Cannabis, which do photosynthesis to produce sugars and carbons (1), the building blocks for plant cells.

1. Darko, E. et al. Photosynthesis under artificial light: the shift in primary and secondary metabolism. Philos. Trans. R. Soc. B Biol. Sci. 369 (2014)

2. Shimizu, H. et al. Light environment optimization for lettuce growth in plant factory (2011)

Operational Information

Distance from canopy: 27cm (10.5”)
Fixture spacing: 51 cm (20”)
Cooling method: Heat sink (passive)
Mounting type: Cable Mounting
Direction: Vertical or horizontal
Dimming: Standard
Remote control: Optional

Dimensions

Length: 120 cm (47.24”) standard
Custom lengths available
Weight is 8.5 kg for 120 cm
Width is 10.4 cm
Height is 6.2 cm

Warning: Avoid eye and skin exposure.
Wear proper eye & skin protection.

Research Partners

AgricUltra has entered into a research collaboration with Ryerson University and its newly established Ryerson Cannabis Innovation Complex, as well as the Department of Mechanical Engineering, to conduct Cannabis research.
Learn more.

Features & Benefits

Ability to increase total THC levels by 30% based on growth strategies and strain type Learn More

Mold & microbe control with UVB+A. Learn More

Pest control with UVB+A
Learn More

Employs passive cooling, which eliminates the need for fans and prevents fan failure and its associated costs

Extends shelf life in herbs, salad greens and strawberries Learn More

Technical Specifications

Visible Spectrum PPFD
Cool White + Deep Red = 1000 µMols

Visible Spectrum Fluence Angle
120°

Visible LED Maintenance Factor (L70)
Cool White: 90k hours
Deep Red: 90k hours

Visible Spectrum Photon Efficiencies
Cool White photon eff = 3.01 μMol/J
660 nm Deep Red = 2.59 μMol/J

Normalized Visible Spectrum Contour Map Average PPFD = 983 Mols/m2/sec

UVA PPFD
365 nm UVA: 32 μMol/s/m2

UVA Power Density
365 nm UVA: 10.5 W/m2

UVA Fluence Angle
365 nm UVA: 120° UVA

LED Maintenance Factor (L70)
365 nm UVA: 35k hours

UVA Photon Efficiencies
365 nm UVA: 1.46 μMol/J

Normalized UVA Contour Map
Average PPFD = 32 μMol/s/m2

UVB PPFD
285 nm UVB: 0.5 μMol/s/m2

UVB Power Density
285 nm UVB: 0.21 W/m2

UVB Fluence Angle
285 nm UVB: 125Åã

UVB LED Maintenance Factor (L70)
285 nm UVB: 10k hours

UVB Photon Efficiencies
285 nm UVB: 0.04 μMol/J

Normalized UVB Contour Map
Average PPFD = 0.5 μMol/s/m2

FR Optical Specifications
FR LEDs can be customized to suit a grower’s needs. Specifications vary based on selection.

FR Sample Photon Efficiency
730 IR: 2.85 μMol/J