Fluence Spydrx 340W VS Chilled Growcraft X3 Grow Light Reviews 2020

With a set of grow lights, you can grow many plants indoors, including houseplants, orchids, and even some fruit and vegetable crops. Grow lights are ideal for seed starting because they help ensure stocky, green seedlings. A wintertime harvest of herbs and salad greens can also be grown under lights. By learning how plants use light and about the fixture options, you can select an indoor grow lights system that is right for the plants you want to grow.

Before buying indoor grow lights, you must know what you’ll use them for. Since their primary purpose is to provide the light that plants can use to photosynthesize, you need to know the kinds of plants you’ll be growing. You won’t be using it to provide bright lights to your home or anywhere else.

Find Durable LEDs
LED grow lights are a cutting-edge solution for today’s indoor plant growing, especially for biology greenhouses. So, when buying LED grow lights, you need to consider their durability. The construction should be of high quality. If not, then you’d just be wasting your hard-earned money.

Aside from price worthiness, you need to find units that don’t flicker or produce too much heat. For plants to thrive, they need sufficient light, so if your light keeps going on and off, then the plant won’t receive as much light as it needs. Excessive heat can also damage not just the unit but also the plant. Poor quality construction can cause overheating.

Consider the PAR
Photosynthetically Active Radiation or PAR is the light that is beneficial to the plants. It is the alternative to sunlight that plants use so they can photosynthesize. LED grow lights can have different PAR values depending on the manufacturer. With that said, a higher PAR value does not necessarily mean the bulb is better.

The PAR should be evenly distributed among the plants, which is the reason why you need to know the surface area of your garden because those that are directly under the light will receive more PAR while those further away won’t. The best LED grow lights you should consider are those that can evenly distribute PAR.

How Can Indoor Marijuana Grow Lights Help You With Your Growth Process?

LED lights are full-spectrum and give your plants the desired wavelength of light in order to yield the best possible quality of cannabis.

Commercial led grow light that include UV and infrared diodes are the best. Ultraviolet light has been proven to make your plants react defensively and therefore produce additional trichomes.

Ultimately this leads to an increase in the THC levels in your plants. PAR output present in full-spectrum lighting is also beneficial for photosynthesis.

Between 400 to 600 moles is perfect for late or veg cycles and 700 to 900 is ideal for the flowering stage.

Ultimately, with artificial lighting, you have more control over the consistency and duration of light provided to plants.

Fluence Spydrx 340W LED Grow Light

Fluence Spydrx 340W LED 455 avg PPFD, high efficiency, low profile, for 730 umol/s, 2.15 umol/J at 340W as an vegetative-stage, top-lighting solution for commercial or as a full-cycle top-lighting solution for residential applications without CO2 supplementation. Full Spectrum PhysioSpec Indoor for optimal photosynthetic targeting.

Fluence Bioengineering is a manufacturer of amazing quality LED lamps (formerly called BML) with the highest average PPFD (the amount of PAR actually comes to the plant).

A special construction of long and adjustable lights panels guarantees perfect coverage for plants during cultivation. Most Led lamps produce the strongest light in the middle but weaker in the corners. Therefore, Fluence has created the lamps that deliver the same value of light intensity for all plants wherever they stand under the lamp.

Fluence growth lights are completely silent due to the passive cooling system without a single fan (a special design for low heat output).

Fluence Bioengineering researchers have made a full spectrum of colors called PhysioSpec (blue, red, green) for all stages of plant growth. This particular spectrum forms and accelerates all the important processes for rapid growth and lush flowering. A evenly distributed light gives the possibility to sett the lamp 15cm above the plants.

It can be purchased with SoLunar Controller to control the power and time of the light panels for better control during the cultivation period and bigger crops.

Specifications

• Light source: LED
• Spectrum: PhysioSpec Indoor
• PPF: 810 µmol/s
• Input power: 330W
• Efficacy: 2.5 µmol/j
• Input voltage: autosensing 100–277V, 347V
• Mounting height: >6" (15.2cm) above canopy
• Thermal management: Passive
• Max. ambient temperature: 95°F / 35°C
• Dimming: 10V-Source
• Light distribution: 120°
• Lifetime: L90: >54,000hrs
• Power factor: >90%
• Certifications: UL 8800, UL 1598 wet-location rated, IP66, CE & DLC
• Warranty: 3 year standard or 5 year extended warranty
• Max amperage by voltage service: 120V=2.75A — 208V=1.59A — 240V=1.38A — 277V=1.19A — 347V=0.98A

Chilled Growcraft X3 Grow Light

Commercial Growers! Maximize your yields & profits with ChilLED LED Grow Lights. Switch from HPS to ChilLED and increase your yields & profits 30–70+% without adding any additional heat, energy costs or cooling requirements.

Innovative Rugged LED Light Bar System — Large footprint for even canopy coverage

Slim Profile Passive Cooled Design — Only 1.375in thick & no moving parts

Growcraft Yield Max Spectrum — 3rd Gen 2020 technology — maximum results

Linear Power Control — 33W — 330W dimmable range

Light Engine Efficacy — 3.26 μmole/J — 2.9 μmole/J

Full System Efficacy — 3.1 μmole/J — 2.76 μmole/J

Made In The USA — Finest quality materials and workmanship

3 Year Limited Warranty

Input Voltage Range: 90–305 VAC

120 VAC Current Draw: 2.8 Amps
208 VAC Current Draw: 1.6 Amps
240 VAC Current Draw: 1.4 Amps
277 VAC Current Draw: 1.2 Amps

Power Driver: Mean Well HLG-320H-48B
AC Power Cord Length: 6.5 ft
DC Extension Cord Length: 7 ft
Dimming Range: 10–100%

Light Engine Efficacy: 3.26 μmole/J — 2.9 μmole/J
Power Driver Efficiency: 95% @ 230 VAC
Full System Efficacy: 3.1 μmole/J — 2.76 μmole/J

Operating Temperature Range: 41°F — 95°F | 5°C — 35°C
Operating Humidity Range: 10–90% Non-Condensing
Generated Heat Load: 1,126 BTU/Hour

Minimum Head Space Above Fixture: 6 in
Recommended Hanging Height: 12–24 in
Coverage Area: 2 x 4 ft

Final Thoughts
I hope you found this article useful! All of the best LED grow lights reviewed in this article will do a solid job for your plants.

They’re all reasonably priced and produced by reliable manufacturers who offer good warranties and customer service.