The O6i by Fohse

1200W Industrial LED Grow Lights

Re-imagining greenhouse illumination.
Patent pending.

Pricing Spec Sheet

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Compact Size. Significant Output.

Central to your crop’s success is the idea that greater photon density leads to more carbon assimilation, which means more biomass. The O6i packs more photons into each footprint than any other greenhouse light on the market, and is paired with a spectral distribution ideal for complimenting natural sunlight.
? supplement CO2 supplement CO2
PPF: 3,000 μmol/s (Options up to)
UL/ETL Reports PDF download
DLC 3rd party listing
Greenhouse Toplighting Methods

Not every greenhouse is created equal, which is why we’ve developed two distinct models for greenhouse illumination. With the O6i model you’ll be able to achieve the highest amount of supplemental light, cast the widest footprint, and do so with fewer fixtures. By contrast, our Pleiades model is lower powered with a slim profile designed to line the trusses of your greenhouse. It is best-suited for greenhouses and hoophouses where uniformity and efficacy are the priorities. Whichever your preference, our team will help you make the right decision.

Precision Photon Density

The O6i is designed to be the easiest way to transition an HPS greenhouse system to LED without overhauling your existing electrical or truss infrastructure. So why make the change? 50% greater output than a 1000W DE HPS. 42% greater efficacy. No infrared spike generating unnecessary heat.
? Spectral Output Spectral Output
PPE: 2.7 μmol/J (Depeding on configuration)
View: PPFD Maps (Actual & Simulated)
Precision Light Planning

If there's one thing we've learned touring close to a thousand cultivation facilities around the world, it's that every environment is unique with its own special requirements. When you work with Fohse, our partnership kicks off with a thourough review of your grow room plans and your goals. Our light planning team heads into our simulation software to develop a 100% custom configuration tailor-fit to the unique needs of your operation. We can even take it a step further and predict your cost of cooling, cost of electricity, and how much you'll save owing an O6i system over time.

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Automated Light Response

An O6i system is bundled with 'Light Harvesting' sensors that measure the natural light in your greenhouse. Cloud cover? Seasonal daylight fluctuations? The O6i with Light Harvesting can self-adjust in increments as little as 1% in real time based on the ever-changing light conditions in your greenhouse.
? Seasonal DLI Map
North America Seasonal DLI Map
North America
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Communication:
Wireless
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Control:
Mobile App
DLI Planning

In greenhouse environments your primary light source is an ever changing variable, so meeting your light intensity and consistency needs comes down to proper Daily Light Integral (DLI) planning from the start.

1
CONVERT TARGET PPFD TO DLI
Say you want to maintain a PPFD of 1,000 μmol/m2s throughtout the year and you’re running a 12-hour photoperiod. Here’s the math to convert that to DLI:

1,000 μmol/m2s × 60 s/min × 60 min/hr × 12 hr/day= 43.2 mol/m2day
1,000,000 μmol/mol
2

DETERMINE YOUR REGION’S LOWEST DLI MONTH
For the Northen Hemisphere the lowest DLI month would be December. This information is important for determining how much supplemental light you need to plan for in order to maintain your target PPFD & DLI during the dimmest month of the year. Use the DLI Map pop-out in this section to estimate your region’s DLI in any month.

3

DETERMINE YOUR MAX SUPPLEMENTAL DLI NEED
Subtract your minimum naturally provided DLI from your maximum target DLI to get your supplemental DLI need.As an example, the minimum naturally provided DLI in California during December would be 15 mol/m2day. If your maximum target DLI is 43.2 mol/m2day then your maximum supplemental DLI would be 27.8 mol/m2day.

4

DESIGN A LIGHT PLAN TO MEET YOUR DLI TARGET
Once your maximum supplemental DLI is determined, you can reverse the equation in Step 1 to calculated the average PPFD target your supplemental light plan should meet. In the case of our example, 27.8 mol/m2day would come out to a PPFD of 643 μmol/m2s.

The Last Fixture Purchase You'll Make

It’s no secret that LEDs last significantly longer than legacy HID systems. In an O6i greenhouse with Light Harvesting technology the effect of this truth is compounded considerably. By running the fixtures only when and as much as needed, the lifespan of your O6i system is generational.
Buy right. Buy once.
? When to Replace Your O6i? When to Replace Your O6i?
L90: 50,000 hours (Based on diode manufacturer specs)
L70: 110,000 hours (Based on diode manufacturer specs)
Bulbs Die Suddenly.
LEDs slowly fade.

Our L90 and L70 figures come straight from the data sheets and stress-testing provided by our diode manufacturers. Predicting the PPF degradation of your O6i luminaires is as simple as dividing the L-figures by the number of hours of daily use. If you were to run your O6i fixtures at full power for 12 hours a day you can reasonably expect its PPF to reduce by 30% over the course of 25 years. But this is only part of the picture. In practical use, you’ll rarely (if ever) run your O6i system at full power. Sometimes you won’t even run it at all. When we say “Buy right, Buy once” we truly mean once.

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Cool Diodes are Efficient Diodes.

That’s our secret to packing so much power into each footprint with the O6i. Aircraft-grade aluminum heat sinks and two hyper-efficient variable speed fans keep the O6i’s LEDs operating at peak efficiency. Compound that with the lack of IR spike rampant in HID systems and now you have an environment where heat can be an ally to your greenhouse.
? HID's Dirty Secret
The IR Spike HID's Dirty Secret
The IR Spike
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Passively & Actively cooled
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Thermally-conductive aircraft grade aluminum
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High-efficiency variable speed fans
16,416 in2 (Heat-dissipating surface area)
Make a Friend
Out of Heat

Unlike obsolete plasma grow lights the O6i has no massive 'infrared spike' hidden on the far ends of its spectrum, meaning drastically less heat radiating down on your canopy.

Less AC Less AC

Without the IR spike cooking your upper canopy, you'll need far less cooling to compensate in order to keep your LSTs in an optimal range.

Less AC Even Warmth

A reduction in radiative heat and chilled air compensation makes for a much more even LST temperature throughout your upper to lower canopy.

Less AC More Bud Growth

An even canopy LST temperature promotes more RuBisCO reactions down your canopy, leading to more instra-canopy bud development.

Less AC More Cannabinoids

Cannabinoids are heat-sensitive. No more destructive IR spike means more cannabinoids make it to harvest.

Less AC More Terpenes

Terpenes are also heat-sensitive compounds and degrade at higher temperatures. Enjoy some of your best terp profiles ever with the O6i!

Less AC Higher Harvest Quality

More cannabinoids and better terpene profiles means you'll enjoy some of your best harvests yet with the O6i.

Made for Damp Environments

Any controlled cultivation environment is susceptible to the rigors of fluctuating humidity. That humidity can be a serious risk to sensitive electronics, especially in greenhouses where humidity can turn into condensation and condensation into drips. We built the O6i to achieve an IP67 rating, which means drips will never be a problem. In fact, with an IP67 rating you can hose your fixtures down post-harvest without ever taking them down.
That’s a real time saver.
Ingress Protection Rating: IP67
Ingress
Protection

Ingress Protection testing really puts our fixtures through the ringer : sandblasting, water spray, pressure washing, submersion, etc. Rest assured your O6i is well-protected from the hazards of your grow environment.

Solid intrusion protection

Impervious to small particulates 6/6

Liquid intrusion protection

Can withstand 1 meter submersion for 30 minutes 7/8
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Easily Integrate With Your Environment

One of our primary intentions with the O6i design was to make the experience of transitioning to LED grow lights as seamless as possible for greenhouses that currently use HID systems. If all you have to do is plug-and-play, it doesn’t get much more seamless than that.
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Sunset, sunrise, and manual dimming
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Network control for one-touch adjustments
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Light Harvesting for Automated Response
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Custom integration options available
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Seeing Is Believing.

Other light brands boast about being the best. We won’t just tell you we’re the best.
We’ll prove it. Better yet, we’ll let our customers do the talking.
Contact us today
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Full Technical Specs

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Our Pricing Policy

Every batch of fixtures we manufacture is customized to perfectly match the unique conditions of your facility. Because these customizations affect the build cost every order is priced differently. We don’t list a flat cost on our website because we aim to give every client the best price possible for their fixtures. By opening a dialogue and getting to know all the nuances of your facility our sales reps can identify every opportunity for cost savings - such as volume discounts - that we of course pass along to you.


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O6i Technical Specs

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CO 2 Requirements

Growing under high-intensity light conditions will require you to recalibrate every aspect of your environment, and chief among that is CO2! We advise all our clients to supplement at least 1200ppm of CO2 in their environment. Keep a close eye on your plants and take detailed notes every crop cycle to find the sweet spot. CO2 gives your crop the carbon building blocks they need to build biomass, and without an adequate amount it won’t matter how much light your system throws down.


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Spectrophotocolorimeter Report

PPFD Maps

U.S. Daily Light Integral Map

Daily Light Integral (DLI) represents the total photosynthetically active radiation accumulated over one day. Since plants are essentially accumulators of solar radiation, this measurement is extremely useful for describing solar radiation as it affects plant growth with particular emphasis on estimating and building a supplemental lighting system. A set of 12 monthly DLI maps for the lower 48 states and based on solar radiation data from 1961-1990 was published in HortTechnology in 2002. An updated set of monthly DLI maps based on solar radiation for all 50 states during 1998-2012 is presented here. Select a month, then click on a location in the map to open a table with annual and monthly DLI values.


O6i Grow Light
PPF Degradation

1 "day" = 12 hours of use

The Infrared Spike

Ever notice how most spectral charts for grow lights stop around the far-red region? That's because extending the chart into the infrared region would show one of the biggest problems with plasma-burning light sources... an enormous spike of radiative heat!

O6i Technical Specs

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