Casyoo QB1276 480W Quantum Board Grow Light Osram 660nm Full Spectrum
This high-performance LED grow light delivers powerful, uniform full-spectrum illumination that helps your plants thrive from seedling to harvest. Combining white light with 660 nm red light, it promotes vigorous growth, enhances flowering, and improves fruit production. You can easily adjust the brightness from 10% to 100% to suit different plant types and growth stages, thanks to the reliable isolated Meanwell driver. The included pulley system lets you fine-tune the height for optimal coverage, while the durable 6063 aluminum heat sink ensures efficient cooling for long, stable operation.
US$267
US$266
Negotiatable
- Expect your order to be delivered before scheduled dates
- Best after-sale service
Description
CSY-QB1276-480W: A high-performance LED grow light offering powerful, adjustable full-spectrum lighting and excellent heat dissipation to support plants through every stage of growth.
Detail features include:
- High Light Output: This grow light delivers powerful, uniform illumination with excellent canopy penetration. It provides up to 2000 µmol/㎡/s PPFD at 30 cm and 870 µmol/㎡/s at 60 cm, giving your plants the light they need at every level.
- Optimized Spectrum: With a balanced mix of white light and 660 nm red light, the lamp reaches 418 µmol/㎡/s PAR at 30 cm and 182 µmol/㎡/s at 60 cm. It promotes flowering and fruiting while supporting healthy growth throughout the entire plant cycle.
- Reliable and Dimmable Driver: The isolated Meanwell LED driver ensures safe and reliable performance. You can easily fine-tune the brightness from 10% to 100% using the 1-10V dimming system to match different plant types and growth stages.
- Adjustable Height: The included lifting pulley hook lets you adjust the light height effortlessly, so you can always position it for the best results at each stage of growth.
- Efficient Cooling: The 6063 aluminum heat sink efficiently draws heat away, helping the light stay cool and work reliably during long hours of operation.
Ideal For:
- Indoor hydroponics, greenhouses, and vertical farms
- Veg/flower cycles for cannabis, vegetables, or ornamental plants
- Growers prioritizing energy savings without compromising yield
LEAD TIME
| Item Code | CSY-QB1276-480W | Power Consumption | 480W |
| Input Voltage | AC90-305V | Frequency | 50/60Hz |
| Power Factor (PF) | >0.985 | Dimensions | 660*500*50mm |
| IP Rating | IP54 | Spectrum | White + 660nm |
| PAR | 418 W/㎡ (at 30cm), 182 W/㎡ (at 60cm) | PPFD | 2000 µmol/m²/s (at 30cm), 870 µmol/m²/s (at 60cm) |
| PPE (Photon Efficacy) | 2.9 µmol/J | Illuminance | 124000 lux (at 30cm), 54000 lux (at 60cm) |
| Light Source (LED Chips) | 816pcs LM301B 3500K+412pcs LM301B 6500K+48pcs Osram 660nm | Working Temperature | -20°C to 50°C |
| Heat Sink | 6063 Aluminum, 660*500*4mm (1 pc) | LED Driver | Isolated Meanwell LED Driver HLG-320H-54AB with dimmer |
| Dimming Function | 1-10V 10%-100% dimming black 1PCS | Hanging Kit | One with 4 Lanyard, black 1PCS |
| Height Adjustment | Lifting Pulley Hook (1 pc) | Net weight | 7.6kg |
| Net Weight | 5 kg |
1. Can I use it to grow cannabis?
Yes, CSY-QB1276-480W is perfect for growing plants that require a lot of light, such as tomatoes, cucumbers, cannabis, and other plants.
2. How to protect my eyes from LED grow lights?
You should wear professional glasses when working with your light. Protective glasses with UV and IR coating can filter out dangerous rays and reduce eye strain.
3.What certifications do your grow lights have?
We can provide CE, FCC, RoHS, and UL certification.
4. Can LED grow lights really replace natural sunlight?
Yes, LED grow lights can help your plants grow. The Red and blue light in grow lights are the most beneficial color for plant photosynthesis.
5. How far should this grow light be from the plants?
For most plants, you can aim for 60cm (24 inches) during flowering (870 µmol/m²/s).
6. How to calculate the number of LED grow lights that I need in my growing area?
To determine the ideal number of LED lights for your plants, one method is to use the suggested wattage per square foot. For instance, during the vegetative stage, most plants need 30 to 50 watts of light per square foot, and during the flowering stage, 50 to 70 watts per square foot.
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