The UNDER CANOPY 120B is a specialized LED grow light designed to deliver targeted photosynthetic photon flux (PPF) beneath the primary canopy, addressing light deficiency in lower plant layers. This fixture is engineered to improve overall crop yield and quality by providing uniform supplemental lighting in dense canopies, such as those found in tomato, cucumber, and cannabis cultivation.

Utilizing high-efficiency LEDs from Samsung, Osram, and Seoul Semiconductor, the UNDER CANOPY 120B emits a full spectrum tailored to support photosynthesis and physiological processes in shaded leaf areas. With a PPF output of 360 µmol/s and an efficacy of 3.0 µmol/J, this unit offers high photon efficiency while minimizing energy consumption. Operational cost savings are estimated at up to 40% compared to traditional supplemental lighting solutions.

The fixture operates on a universal input voltage range of 100–277V AC, with a power consumption of 120W. Input current varies from 1.2A at 100V to 0.43A at 277V, supporting both 50Hz and 60Hz frequencies for global compatibility. This flexibility facilitates integration into existing electrical systems without requiring major modifications.

A critical advantage of the UNDER CANOPY 120B is its low-profile design and optimized light distribution, which enables installation close to the plant canopy without causing light burn or excessive heat stress. The spatial PPFD uniformity ensures that lower foliage receives sufficient irradiance to maintain photosynthetic activity, reducing leaf senescence and improving overall plant health.

The unit incorporates advanced thermal management to maintain stable performance over extended periods, even in high-humidity environments. The housing is designed to resist moisture and dust, aligning with the demands of greenhouse and controlled-environment agriculture.

Ideal for vertical farming, multi-layer cropping, and high-wire systems, the UNDER CANOPY 120B enhances light use efficiency and crop productivity by ensuring consistent photon delivery across entire plant structures. Its combination of high efficacy, robust construction, and targeted spectral output makes it a reliable solution for growers seeking to maximize light penetration in dense canopies.

For detailed PPFD maps, dimming capabilities, and system integration support, please contact us.