VIPARSPECTRA PAR600 | 600 WATTS
Professionals often use LED grow lights to produce vegetables and fruits that are out of season and to give plantlets a head start in extreme weather conditions.
For some, this is a hobby to produce unusual house designs, and for others it is a teaching tool.
Getting your grow lights perfectly right can be a tricky business. Bear in mind that these indoor lights are used to substitute direct sunlight.
See Also: Best LED Grow Light Review
Table of Contents
BEST VIPARSPECTRA LED GROW LIGHTS 2021
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|Top Top||VIPARSPECTRA 2020 Pro Series P1000 LED Grow Light, with Upgraded 300pcs SMD LEDs, Sunlike Full Spectrum and Dimmable Function for Hydroponic Indoor Plants Veg Flower (Actual Power 100 Watt)||Prime||Check Lowest Price|
|Top||VIPARSPECTRA 2020 New Pro Series P1500 LED Grow Light with Upgraded 450pcs SMD LEDs, Sunlike Full Spectrum and Dimmable Function for Hydroponic Indoor Plants Veg Flower (Actual Power 150 Watt)||Prime||Check Lowest Price|
|Top||VIPARSPECTRA PAR600 600W 12-Band LED Grow Light - 3-Switches Full Spectrum for Indoor Plants Veg and Flower||Prime||Check Lowest Price|
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Not just any light will perform as well as a good grow light. The way plants utilize light, and the effect it has on human eyes varies significantly. The human eye may not be affected much by the color of light, but plants are very much affected by light.
If you have a 3 x 3 space for growing cannabis for instance, and you are simply tired of the exhaustive electric bills, you already incur, plus the heat produced by your present HID lamps, then you will love the new VIPARSPECTRA PA600 LED grow light panels.
This LED grow light, which is rated at 600W, uses less than half of that power when working. The only time the VIPARSPECTRA PA600 gets to 600W is when it is operating at full power. The LED panel uses precisely 285W of power.
So that might give rise to a likely question, “how many watts do you need for the best yield?
Lights are the most important factor for plants to develop, so it is right that we take some time to study them.
However, when it comes to LED grow lights, the wattage is not very important. The law of the use of wattage to determine the sufficient lighting for a given growing area was formulated based on the system of the HPS and HID grow lights.
When an LED grow light is advertised at 500 watts, it refers to its HPS and MH wattage equivalent. The LED advertised at 500 watts might be using just 200 watts of power!
See Also: Best Grow Tents
This being put in place, the only number that will determine your plant's well-being is the true power and not the equivalent.
For LED grow lights, you need an average of 32 watts per square feet for efficiently growing plants (cannabis), and this is the wattage that is used during flowering. When it gets to the vegetative stage, you may need to cut this power in half.
Frankly, there are many different types of grow lights in the market, both LED and non-LED panels.
If you own or have used both, you can’t deny that there are differences between non-LED grow lights or other LED panels and the VIPARSPECTRA PAR600.
The VIPARSPECTRA PAR600 is unique and different from other VIPARSPECTRA series.
HOW DOES VIPARSPECTRA PAR600 DIFFER FROM OTHER VIPARSPECTRA GROW LIGHTS?
This PAR600 is an upgraded model of the VIPARSPECTRA series and is now mounted with three switches that give users a better control and use of the spectrum. As an additional upgrade, the PAR600 now has a second optical lens, which increases the light's penetration through the canopy. Also, this model has updated aluminum heat sinks and cooling fans, which are now at the bottom of the LED panel.
The exhaust vents on the upper part of the panel are outlets for heat as the fans draw air from the plant area through the lights and then out through those vents.
A good grow light should reach at least 600umol, and those are exceptionally perfect for growing cannabis.
When placed at the height of two feet suspension from the plants, the PAR600’s rating in the center under the lights reaches 680, covers a 1" by 1" area, and is rated at 425umol or more.
VIPARSPECTRA PAR600 VS OTHER HID LAMPS
Experienced growers who have used fluorescent lights will tell you that these fluorescents need an extra ballast to keep them from flickering. They also need a red lamp to support their plants’ boom.
Due to the extra heat that emanates from the HID lamps, owners often use extra ballast and increased ventilation to put the heat produced by the bulbs in check.
With the VIPARSPECTRA PAR600 LED grow light, users may never need to replace the bulbs, because they last for almost 100,000 hours. There is also no need for extra ballast, and the lights are often cooler than the ones originated by HID lamps.
Features of the VIPASPECTRA PAR600 LED grow light
- Three switches
- 285W average power draw
- Lenses are placed at angle 90º
- Hanging kits
- Adjustable grow light hanger
- One 6ft power cord (US Standard 110V grounded three prong plug)
- 120pcs 5Watts Bridgelux/Epiled LED bulbs
- Core coverage at 24”Height 3x3ft
- Maximum coverage at 24” Height 4x4ft
- Upgraded 3.2” front fans
- Aluminum cooling heat sinks
- Full spectrum layout
- Secondary optical lens design
The cooling fans are mounted on the side of the LED light that faces the flowers. These cooling fans take in the air, which escapes through the vents that are mounted on the sides of the panel.
The fans run noiselessly, and they efficiently keep the light cool.
Renowned manufacturers Epiled and Bridgelux make the 120pcs of 5 Watts LED bulbs that are used in this grow light. The LED bulbs are attached in a way that focuses their light directly on the plants, thereby forming an angle of 90º with the horizontal.
Unlike HID lamps, the VIPARSPECTRA PAR600, like every other LED grow light does not generally burn leaves, but it may when hung too close to the plant. It is advisable to adhere strictly to the manufacturer’s guide on this for the best results.
- Can run on local voltage, from 100V to 240V
- The secondary lens added to this grow light magnifies PAR and canopy penetration for up to 200%
- Can maintain balance with high PAR/Lumen and suitable coverage
- Well managed full spectrum provides plants with whatever they require in natural sunlight at any and every stage of their development
- Power is comparable to 600W, but in the actual sense, the panel consumes just 285 Watts!
- Three years guarantee and a thirty-day return guarantee proves that you have nothing to lose
- Needs no extra ballast
Coming from the stables of VIPARSPECTRA, the PAR600 is a product that has lived up to its name in the indoors planting industry.
It is about one of the most important LED grow light panel in the VIPRASPECTRA series. It is an upgraded quality and is the future of grow lights.
Due to its low power draw, the VIPARSPECTRA PAR600 ensures that it runs at a drastically reduced cost thereby saving energy while still giving your plants their requirements to fill them with resin and develop large leaves.
Most of us don’t have a whole room to devote to indoors planting. Some of us are either lucky to have a grow tent (grow cabinet) or cabinet growers.
Whatever you are growing in, your best choice should be LED grow lights for the following reasons:
- LED lights are mostly ‘” plug and grow,” meaning they are space friendly, small, and easier to install. They have chips responsible for converting energy into light. By implication, you may not need any other extra equipment to run your light.
- Offers you total control of the full spectrum: The wavelengths of light available to plants is critical in their development. With the LEDs, you possess complete control of the wavelength of light to make available to the plants at every stage of their development, unlike the HPS, MH and fluorescent lights that were made with the mentality of “one size fits all.”
- Planning ventilation with LEDs are easier: If you are worried about removing the heat from your grow room, then the LED grow lights are your best option as they run efficiently and produces a negligible amount of heat.
- Energy cost is saved: The High power HPS and HID lamps do not make it easy on the energy cost of running them. However, LEDs with the same wattage and a lower power rate have been produced.