Q-Series- Q4W

SANlight Q4W

Highly efficient LED grow light for grow tents

Developed from all the experience gathered by SANlight in recent years, the Q6W light combines all the benefits SANlight has come to offer with new features that make it more convenient and future-proof.

The highest efficiency, perfect light control and passive cooling are complemented by some new features.

By using a Y distributor (available as an accessory), you can operate up to 7 Q4W lights on a household power outlet.

The Q4W is suitable for the most common indoor grow tents. For Example: 60x60cm (2x2ft) and 100x100cm (3.2×3.2ft)  tents can be properly lluminated with a minimum amount of modules.

The secondary optics (lens) have a precisely defined 90° beam angle. As a result, the light is distributed homogeneously over your cultivation area and the losses due to light scattering are minimized. The wide radiation pattern also helps you to cultivate high-growth indoor plants with limited height.

The breeding of fruit-forming short-day plants indoors without daylight, in particular requires high light intensities (PPFD). The broadband light spectrum of the Q4W not only promotes the maximum photosynthesis rate, but also helps the plant regulate its hormone balance. Better yields and healthier plants are the result.

As a Q4W user, after several years of operation, you can easily and cost-effectively upgrade your light to a state-of-the-art technology by having the LED modules replaced by a certified retail partner. This is done in no time at all. It not only saves resources, but also your money.

With The Q4W, SANlight has created a product that is versatile and leaves nothing to be desired.

Technical Specifications Overview

    • 400 µmol/s PPF
    • broadband, continous light spectrum especially for fruit-forming plants
    • power consumption 150W
    • power Factor > 0,95
    • radiation angle 90°
    • rectangular and homogeneous illumination of the cultivating area
    • 3 years full warranty
    • Led modules / light engines can be exchanged with sales partners
    • 90% of light output after 80.000h runtime (LM90)
    • daisychainable
    • passive cooling

Typical Applications

    • Illumination of plants with high light demands in indoor areas during vegetative phase
    • Illuminnation of short day plants (STP) in indoor areas during generative phase
    • Cultivation of ornamental and useful plants
    • Fully environmentally friendly replacement of high pressure sodium lamps (HPS)
  • Illumination period
  • 18h per day
  • 12h per day
  • Area: 60×60 cm / 2x2ft
  • 1 x Q4W
  • 1 x Q4W
  • Area 100 x 100 cm / 3.2×3.2ft
  • 1-2 x Q4W
  • 2 x Q4W
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SANlight-Q4W-lying
1

Daisychainable – multiple modules can be connected together

2

High End Light Engine with latest, state of the art technology and highest efficiency.

3

Modular System. Modules ca be exchanged or updated.

4

High-End secondary optics for protection and perfect light guidance. Angle of distribution: 90! (symmetrically) with a rectangular footprint.

5

Thermally optimized aluminum heat sink ensures lowest temperatures of the LED chip

for indoor usage

for top lighting

for vegetative and generative phase

for small and medium areas

SANlight Q4W boosts...

  • Quality of your crop
  • Quantity of your crop
  • homogeneity and Quality of your crop over the cultivation area
  • the usable cultivation area (multilayer system is possible)
  • the productivity of your business

SANlight Q4W reduces...

  • your running costs (energy, maintenance,…)
  • temperature inside your cultivation room
  • your risk
  • water consumption of the plants
  • time for rooting clones
  • your temperature
  • usage of chemicals (pesticide, growth inhibitor)
SANlight Q6W Optik

customer feedback

Georg Müller Ideengärtnerei Müller

In summary, I can say that I have understood that by using these LED lights, the cultivator is provided with illumination requirements that were up till now not possible in the “dark months” of the year. The practice test has shown that not only can these LED lights replace the existing HPS lamps without any disadvantages, but they are also able to equip you with completely new opportunities.

In our nursery, we cultivate a variety of crops, even ones that are seldom cultivated at this latitude. We will use LED lights for many of these cultures in the future, to positively influence quality and flowering times. In addition, arguments such as improved light distribution and less shade as a result of a slim lamp design, clearly speak for these LED lights.