02 — Specifications
Caractéristiques détaillées
| Thermal management | Passif |
| Marque | SANlight |
| Format | Kit |
| Surface de culture (m²) | 1.44 |
| Puissance consommée (W) | 530 |
| PPF | 1160 µmol/m²/s |
| Mode de gradation | Dimmer |
| CRI | 89 |
03 — Customer reviews
Customer reviews
Comments All reviews
Cette lampe offre un rapport qualité-prix exceptionnel. Malgré le coût initial, la solidité et la performance justifient pleinement l'investissement. L'installation est intuitive et le fonctionnement silencieux, parfait pour un usage exigeant.
Recommended to buy: Yes
L'installation demande un peu de temps, mais la performance lumineuse s'adapte parfaitement. Un achat rentable qui améliore vraiment l'ambiance de la pièce, avec une livraison impeccable !
Recommended to buy: Yes
Très bon éclairage, vraiment uniforme. Le montage est simple, je suis satisfait.
Recommended to buy: Yes
Le montage a été un jeu d'enfant et le système dimmable, franchement, ça change la donne. Niveau consommation, rien à redire, c’est top pour le prix. Bon investissement !
Recommended to buy: Yes
Ça marche super
Ça marche super bien. Pas de problème depuis le jour 1. Vraiment recommande.
Recommended to buy: Yes
04 — Questions about this product
Product questions
Your questions about this product
- What specific strategy do you recommend to manage the dimmer with the EVO 4 Set 120x120 SanLight pack in order to optimize the VPD and avoid light stress in a 120x120 tent without CO2 supplementation?To manage the dimmer of the EVO 4 Set 120x120 SanLight 530W pack in a 120x120 tent without CO2, it is recommended to start around 40-60% intensity to avoid light stress and achieve an optimal VPD. Use the SanLight M-Dimmer for precise adjustment. Supplement with the Easy-Tilting rotation system to homogenize the light. Feel free to gradually adjust according to the plants' reactions to find the right balance without exceeding the natural absorption capacity without CO2 input.
- Can the light intensity be adjusted with the included dimmer to adapt the lighting according to the growth stages in a 120x120 tent?The SanLight EVO 4 Set 120x120 lamp does not include a dimmer in its standard pack. However, you can regulate the light intensity by adding the SanLight Magnetic Dimmer sold separately. It offers 4 intensity levels (100%, 80%, 60%, 40%) and each lamp requires its own dimmer connected to a dedicated socket. This allows you to adjust the lighting according to the growth stages in your 120x120 tent, thus optimizing the development of your plants.
- What is the real impact of using the dimmer on thermal management and electricity consumption when using the two SanLight EVO 5 120 lamps in a 120x120 tent?
Using the dimmer on SanLight EVO 5 120 LED lamps in a 120x120 cm tent has a direct and beneficial impact on thermal management and electricity consumption.
By reducing the power to levels like 80%, 60%, or 40%, electricity consumption decreases proportionally: lowering to 60% results in approximately 40% energy savings. This allows you to precisely adjust the power according to the actual needs of your plants, avoiding electricity waste.
On the thermal side, less power means less heat generated. The EVO lamps, already equipped with excellent heat sinks, further reduce their heat output in dimmer mode, which helps maintain an ideal temperature in the tent. This also reduces the load on your cooling system, optimizing the growing environment.
In summary, the dimmer provides precise control over power and heat in a confined space like a 120x120 tent while enhancing energy efficiency and luminaire longevity.
- What is the exact value of the yield in µmol/J of this 2x265W SanLight EVO 5-120 pack on the surface of 120x120 cm, and how does it compare to other high-end horticultural LEDs on the market in terms of energy efficiency?
The SanLight EVO 4 Set 120x120 - 530W pack, consisting of 2 modules of 265W, delivers a luminous yield of about 2.7 µmol/J in system efficiency. This level is quite remarkable for a growing area of 120 x 120 cm, offering an excellent compromise between power, electricity consumption, and even coverage.
Compared to other high-end horticultural LEDs, which generally range between 2.5 and 3 µmol/J, this SanLight kit ranks among the most efficient. Some more advanced models can approach 4 µmol/J, but the stability, extended lifespan (up to 90,000 hours), and reliability of SanLight make it a preferred choice for demanding crops, ensuring a good return on energy investment.
- Total electricity consumption for 2 Evo 5-120 in a 120x120 cm tent in watts and light yield in umol per joule. What are the possible optimizations for minimal consumption regarding the use of the dimmer and CO2 management?
For two SanLight EVO 5-120 lamps in a 120x120 cm tent, the total electricity consumption is approximately 530 W (2 × 265 W). This system delivers a very efficient light yield, exceeding 3 µmol/J, with a total photon flux close to 1450 µmol/s.
To minimize consumption, it is advisable to use the magnetic dimmer provided with the lamps, which allows for precise adjustment of light intensity. This is particularly effective for reducing consumption during less demanding growth phases such as young plants or cuttings.
Regarding CO₂ management, these lamps are optimized to operate without external CO₂ addition. Avoiding injection helps limit overall energy consumption. If CO₂ is added, the light must be increased via the dimmer, which will raise consumption. Smartly adjusting the light power using the dimmer is therefore key to efficient and economical cultivation.
- What is the best way to synchronize the use of the dimmer with the light cycles to optimize growth in a 120x120 tent with 2 EVO 5-120 lamps without the risk of overheating?
To synchronize the use of the dimmers on your two SanLight EVO 5-120 LED lamps in a 120x120 cm tent, the best approach is to equip each lamp with its own magnetic dimmer. This allows for precise control of light intensity at 100%, 80%, 60%, or 40%, enabling you to adjust the power according to the growth phase and limit the heat emitted.
During the vegetative growth phase, reduce the intensity to 60-80% to lower light stress and temperature. In the flowering phase, you can switch to 100% if the ambient temperature remains stable. To avoid overheating, do not neglect a good ventilation system with an extractor and air circulation, ideally controlled by a thermostat to automate extraction based on heat.
Finally, take advantage of the "Sunrise" feature of the magnetic dimmers to simulate gradual sunrise and sunset, which promotes a gentle light transition and better comfort for your plants.
Key summary: one dimmer per lamp, adjust intensity according to phase, ensure effective ventilation, activate the Sunrise function, and monitor temperature and plants.
- Can the EVO 5-120 be used in dimmable low intensity to limit heat without sacrificing growth in a 120x120 tent?
It is entirely possible to use the SanLight EVO 5-120 in low intensity dimmable mode in a 120x120 cm tent to limit heat without compromising growth. Thanks to the dimmability, you can adjust the light output according to your plants' needs and reduce the generated heat.
However, be aware that this lamp was originally designed for more open spaces and high ceilings, so in a tent it is recommended to optimize ventilation and, ideally, enrich the atmosphere with CO₂ to maximize yield. Proper air circulation will be key to avoiding thermal stress despite the reduced intensity.
In summary, with appropriate management of ventilation and CO₂, the dimmable EVO 5-120 is an excellent choice for efficient and controlled cultivation in a 120x120 tent.
- What is the best setup to combine a SCROG with the Sanlight EVO 4 pack 120x120 in terms of hanging height and dimming to optimize light penetration under LED during growth and flowering?
To optimize SCROG cultivation with the SanLight EVO 4 Set 120x120 - 530W, it is recommended to:
- Hang the lamps 30 to 60 cm above the canopy: higher (40-60 cm) during growth to limit light stress, lower (30-50 cm) during flowering to maximize penetration.
- Place the SCROG net 30-40 cm above the substrate, to form a uniform canopy that facilitates light diffusion.
- Adjust the light intensity via the integrated dimming: start at 50-75% during growth and gradually increase to 80-100% during flowering.
This setup ensures a good balance between light penetration and plant health, vital for effective and harmonious LED cultivation.
- What is the best thermal management strategy when using 2 SanLight EVO 5-120 in a 120x120 tent to avoid overheating while maintaining optimal VPD?
To effectively manage the heat generated by two SanLight EVO 5-120 in a 120x120 cm tent while maintaining an VPD optimal, the best strategy relies on carefully planned ventilation and precise control of light power.
Here are the keys:
- Vertical ventilation: establish efficient air extraction at the top to expel the accumulated heat under the lamps, combined with fresh air intake at the bottom of the tent to renew the air and avoid heat pockets.
- Light positioning: mount your EVO 5-120 near the ceiling, respecting the recommended minimum distance, to benefit from the passive cooling integrated into the design.
- Use of dimmers: adjust the light intensity according to growth phases to limit heat production when full power is not needed.
- Climate control: monitor temperature and humidity to maintain a VPD between 0.8 and 1.2 kPa. Good air circulation will prevent excessive humidity and heat accumulation.
- CO2 option: enriching with CO2 can help stabilize VPD and allow full utilization of light intensity without stressing the plants.
This balanced approach helps to avoid overheating while providing an ideal environment for vigorous and healthy growth.
- What is the best method to manage the difference in light intensity between the growth and flowering phases with the dimmer on the EVO 4 Set 120x120 SanLight pack to optimize growth and production in a 120x120 cm growing tent?
To best manage the difference in light intensity with the dimmer of the SanLight EVO 4 Set 120x120 - 530W pack, it is recommended to set the lighting at 40-60 % during the growth phase to avoid plant stress while ensuring good development.
In the flowering phase, increase the intensity to 100 % to maximize production through a powerful and uniform light flow across the entire surface of your 120x120 cm tent. With the magnetic or Bluetooth dimmer, this transition is easy and smooth.
Finally, for optimal coverage, hang the lights about 30 cm above the top of the plants with an angle of 11°, ensuring even distribution regardless of the dimmer setting.
This method will allow you to precisely adapt the light power to the specific needs of each stage, thus optimizing both growth and flowering.
- What is the best protocol to synchronize the timers of two EVO 5-120 lights in the same tent to optimize growth while avoiding overheating?
To optimize growth with two SanLight EVO 5-120 lights in the same tent while avoiding overheating, it is best to synchronize their timers on the same cycle of 18 hours on / 6 hours off. Each lamp should be equipped with an M-Dimmer individual for a gradual power start, thus limiting thermal shock.
It is important not to connect the lights in a daisy chain for the dimmer to ensure optimal control. Also, consider adjusting the height of the lights by 2.5 to 5 cm more than usual to reduce heat concentration and ensure proper ventilation in the tent for good thermal dissipation between lighting cycles.
This simple protocol ensures healthy growth while keeping the temperature under control in your growing space.
- How to effectively manage multiple varieties with different light needs under the SanLight EVO 4 Set 120x120 - 530W in the same grow tent?
To effectively manage multiple varieties with different light needs with the SanLight EVO 4 Set 120x120 - 530W in the same tent, use the integrated manual dimmers that allow you to independently adjust the intensity of the two EVO 4-120 luminaires. This way, you can customize the light output according to each area or plant.
Next, strategically place the lights and plants according to their needs: the varieties that require more light under a higher intensity light, and the others under one with reduced lighting. Homogeneous and powerful light ensures an optimal environment while remaining adjustable. If necessary, you can also add additional lights to better meet specific demands.
This combination of individual adjustments, thoughtful positioning, and modularity makes the EVO 4 Set an excellent choice for the simultaneous cultivation of multiple varieties with varying light requirements.
- What is the maximum electric consumption of the SanLight EVO 4 Set 120x120 at full power, and what intensity do you recommend setting the dimmer to optimize growth and energy consumption?The SanLight EVO 4 Set 120x120 consumes a maximum of 530 W at full power, composed of two EVO 4-120 modules at 265 W each.
- For a space of 120x120, is it possible to optimize the installation with a single EVO5 120 and a dimmer to save energy while maintaining good growth?
For a space of 120x120 cm, it is possible to opt for a single EVO 5-120 fixture with a dimmer to modulate the intensity and save energy while ensuring good growth, especially without CO2 injection. This setup offers a simpler installation and precise power adjustment.
However, for optimal lighting optimization and better uniformity across the entire surface, two EVO 4-120 fixtures remain the recommendation. They provide a more uniform coverage, limit shadow areas, and promote a more balanced development of the plants, despite slightly higher consumption.
- What offers the best efficiency-to-consumption ratio for 2 SanLight EVO 5 120 on 1.20x1.20 with a max of 1250W?
To cover an area of 1.20 x 1.20 m with a maximum electrical budget of 1250 W, 2 SanLight EVO 5 120 lamps offer the best efficiency-to-consumption ratio. Their total consumption is around 530-600 W, well below the limit, while delivering a superior photon flux due to improved luminous efficiency (~µmol/J). This ensures a more homogeneous and intense light, optimizing plant growth.
In contrast, a single EVO 4-120 at 265 W is not sufficient for this area, while 2 EVO 4-120 consume about 530 W but with less performance. Choosing 2 EVO 5 120 thus maximizes useful light output while controlling electrical consumption.
