Mars Hydro FC-E6500 BridgeLux 730W Commercial LED Grow Light

$599.99

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FC-E6500 is densely mounted with BridgeLux chips, resulting in an average PPFD of 1200umol/m²/s. Coupled with enhanced red and blue light, the yield is increased by 2.5g/watt, making the FC-E6500 suitable for large commercial cultivation.

  • Wattage – 730w
  • Personal Cultivation Coverage – 5×5 ft
  • Commercial Cultivation Coverage – 4×4 ft

For Indoor Horticulture growers, from professional cultivators to hobbyists.

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SKU: FC-E6500 Categories: , Tags: , ,

Description

Uniform PAR Distribution: Featuring US-based high-quality BridgeLux diodes and a special diode layout that allows a more even distribution while making the best of diode lighting and avoiding overdrive, FC-E6500 LED grow light promises an efficiency of up to 2.8 µmol/j and that every corner of the plant grows the best results.

Exclusive Developed Spectrum: In a special combination of spectra, the FC-E6500 not only provides the full spectrum for the entire growth cycle of the plant but also adds more red light for optimal plant yield for a better harvest.

Removable Light Bar Design & Adjustable Light Layout: The movable light bar can be used to freely adjust the light density at different points within the effective coverage area, maximizing light utilization and creating an even crop. At the same time, it is easy to install, store and replace.

Daisy Chain Dimming Function: The dimming knob can adjust 10-100% of brightness to meet the different plant growth stages, making dimming more convenient and saving electricity costs. Up to 30 lights can be controlled by the daisy chain with one master light.

Fast Cooling System: Generates less heat and reduces cooling costs by 50% due to the large area of the aluminum heat sink and slim passively cooled bars!

Specifications

WATTAGE 730W±5%@100-277V
Core Coverage 4’x4′
Max Coverage 5’x5′
PPE 2.8μmol/j
PPF 2026μmol/S
Chip Brand BridgeLux
Spectrum 660-665nm 2800-3000K 4800-5000K
Max Yield 2.5g/W
Voltage AC100-277V
Amps 6.052A@AC120V 3.003A@AC240V 2.627A@AC277V
BTU 2489.3
Certificate ETL,CE,UKCA,RoHS,IP65
Lifespan 50000H
WARRANTY 5 years
Dimension 1162*1151*79MM

Mars FC 3000 - 300W LED Grow Light

Download Product Cut Sheet


Knowledge Base

How to use led grow lights

LED grows lights should be placed from 14 to 30 inches above the plants. One of the biggest advantages of using LEDs is that they put off so little heat. So, you can place them close to your plants without worrying about burning them.

What color should my grow lights be?

Red light stimulates vegetative growth and flowering (but if a plant gets too much, it will become tall and spindly). Blue light regulates plant growth, which makes it ideal for growing foliage plants and short, stocky seedlings (but too much will result in stunted plants).

Does watts matter for grow lights?

Yes. Much like a human sunburn, your plants can burn or bleach if you use too much light. More wattage may mean more light output, but it also means more heat output, which can lead to burned plants.

What Color Light is Best for Plant Growth?

Violet-blue light in the 400 – 520 nanometer range encourages chlorophyll absorption, photosynthesis, and growth. Red light in the 610 – 720 spectrum range promotes flowering and budding.

How many watts does a grow light need to be?

As a rule of thumb, aim for 20 to 40 watts per square foot.  A good rule-of-thumb for LED grow lights is 32 watts of actual wattage per square foot of growing space for flowering medical or other large flowering plants.

How long should LED grow lights be on plants?

To be effective, grow lights really need to be on for at least 8-10 hours a day. This can vary up to 16 hours, depending on the conditions. That’s why LED grow lights are so popular – when they have to be left on all day, it’s best to use an energy efficient type!

Can you leave LED grow lights on all the time?

In general, you should not leave grow lights on 24/7. Plants need a light-dark cycle to develop properly. It’s believed that they truly do “rest” during periods of darkness, and probably use this time to move nutrients into their extremities while taking a break from growing.

What setting should I put my grow light on?

For vegetative growth, you should use lights that are in the 5,000-7,500 Kelvin range. As your plant enters into the flowering and fruiting stages of its life cycle it will need more of the red spectrum of light at the lower end of the kelvin scale.

How high should I hang my LED grow light?

LED grow lights are designed to be mounted between 6-12 inches from the canopy for maximum yields. This close proximity is possible because they produce substantially less heat than their HPS counterparts.

Do grow lights use a lot of electricity?

Some grow lights are fairly low powered, using as little as 10 watts in use. Others could easily draw up to 100 watts or more (ten times as much). Your electricity rates. Electrical use is measured in Kilowatt Hours (kWh) and generally, a single kWh will have a set price.

Do plants grow faster with LED lights?

Data analysis concludes that LED lights produce the necessary wavelengths of light needed in plant growth. The plants grown under LED lights produced growth that exceeded that of the plants grown under fluorescent lights.

What is the lifespan of an LED grow light?

LED grow lights typically last for 50,000 hours or more, whereas HID bulbs generally last 10,000 to 18,000 hours, depending on the specific type of bulb. When it comes to longevity, there’s really no competition. A major advantage of using LED grow lights is the huge spectrum of energy they provide.

Is 12 hours of grow light too much?

It is ideal to keep a grow light on for about 12 to 18 hours. Too much light in various growth phases can interrupt a weed plant’s natural process of growth and dormancy.

Can all plants go under a grow light?

LED grow lights are energy-efficient, cost-effective, and provide an ideal light spectrum for all types of plants.

When should grow lights be turned on?

The answer to this one is simple. Your grow lights should be turned on (or your seedlings should be put under lights) as soon as the first seed starts to sprout. Many types of seedlings grow very fast, and they will begin reaching for the light as soon as they emerge. So give them plenty of it right from the start.


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