Centralized horticultural lighting

3000 ppfd top-light

centralight 600f

    • Reduces heat emitted into the grow environment

    • Lower fixture maintenance requirements

    • Fewer points of failure

    • All-aluminum & stainless-steel construction

    • Robust, optimized circuitry design

    • Excellent thermal dissipation

High Efficacy

Low output degradation over time

high efficency outpout

Highly uniform PPFD

Versatile Full-Spectrum Output

UL 8800 certified

MADE IN MICHIGAN

Centralized power = SAVINGS

up to 65% savings vs. hps lights

up to 30% savings vs. standard led lights

A SINGLE POWER SUPPLY

Runs Up to 40 lights

replacES 40 led drivers

removES 4,100 BTU/Hour

REDUCING HVAC REQUIREMENTS $$$

high-efficiency power

advanced power conversion

>96% efficient at full load

SUPERIOR power factor & harmonics

Power Factor >0.98 & THD <0.08%

streamlined electrical architecture

High-voltage DC distribution reduces wire gauge sizes

more light per $

simplifiedinstallation&Maintenance

integrated controls

Eliminates controls wiring to each fixture

reduced electrical installation cost

No sub-panels, breakers, or disconnects required

easy maintenance

Hot-swappable power modules & robust fixtures

lower capital expense

built to last

Reduced thermal stress on power supplies

durable all metal construction

Thermally efficient LED array design

savings summary

operational

    • Reduced HVAC load

    • Efficient AC/DC conversion

    • Active power conditioning

    • Optimal LED array efficiency

    • Power modules are hot swappable, with no ladders required

    • Virtually zero fixture maintenance

    • No secondary fans or cooling systems

    • Fixture life no longer limited by onboard drivers

    • Large power handling overhead

    • Fewer points of failure within the system

capital

    • Eliminates control drops to fixtures

    • Local cloud-based system monitoring

    • Compatible with the majority of third-party controls

  • Reduced heat load in grow room enables:

    • Lower AC tonnage requirements

    • Lower dehumidification PPD

    • Lower dilution of CO2 supplementation

    • Fewer sub-panels & breakers

    • Smaller gauge wire

    • Reduced work required by certified electricians

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