60W Sansi LED Grow Light (Helicopter - US Plug with Hook)
60W Sansi LED Grow Light (Helicopter - US Plug with Hook)
Key Features
Key Features
The secondary optical design: PPF: 96 μmol/s, PPFD: 129.75 μmol/s/㎡ @ 1ft, improve light utilization
Long lifespan: up to 25,000 hours.
Imitate the solar spectrum: full life cycle full spectrum supplementary light program
Patented COC technology: Chip on Ceramic, SANSI's patented technology: faster heat conduction and higher product reliability, makes the SANSI bulb has higher light efficiency.
Safe and Reliable: low IR, less heat radiation, avoiding close Distance exposure burns plants.
2 years warranty, ETL listed & CE certificated.
Specifications
Specifications
Wattage: 60W
Voltage: AC 120V 60Hz
Replacement Wattage: 600W Incandescent Bulb
Beam Angle: 120°
PPF: 129.75 μmol/s
Product Size: L 409mm*W 409*H 104mm
Care Instructions
Care Instructions
1. Indoor use only.
2. Please do not use it in dimmable fixtures.
3. Please do not use it in totally enclosed fixtures.
4. The hanging distance between the luminous surface of the light and the plant is 30-50cm.
Full Spectrum- Sunlight for All Stages of Plant Growth
60W LED grow light imitate the solar spectrum, customize a more ideal full life cycle full spectrum supplementary light program, suitable for every cycle of plant growth.
With a higher light output to help growth and a pleasing light quality, our energy efficient full spectrum 60w LED Grow Lights create an optimal indoor gardening space for your plants and you. Here are the benefits in full stage.
Sun inside your home
Unlike others' LED chips only have red and blue wavelengths, each of SANSI led chips can produce a mix of wavelengths ranging from 380nm to 780nm, perfect for the whole plant growth.
Low heat with hollow structure design
The working heat of the lighting device is quickly transferred to the air through natural convection, and the heat dissipation is faster and the service life is prolonged.
High Efficiency - Patented COC Technology
Chip on Ceramic, replaces the traditional Mcpcb aluminum substrate with a non-conductive ceramic heat sink, resulting in faster heat conduction and higher product reliability, higher light efficiency.
Energy Efficient
The Secondary optical design
through the lens for secondary scientific light distribution, improved light utilization, give plants more supplementary light, and improved light quality.