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PAR sensor provides accurate measurement of photosynthetically active radiation within a 400–700 nm spectral range and a wide measurement range of 0-2500 μmol/m²·s. Designed with a high-precision silicon photodetector and durable metal housing, it offers high sensitivity, stable performance, and reliable operation under harsh outdoor conditions. With multiple output options including RS485, 4-20 mA, 0-2 V, 0-5 V, and 0-10 V, the SUCH radiation sensor integrates easily with data loggers and monitoring systems. Its versatile mounting design and −30°C to +75°C operating temperature make it ideal for agriculture, greenhouse control, environmental monitoring, and scientific research applications.
A PAR sensor measures the amount of photosynthetically active radiation reaching a surface, usually expressed in µmol/m²·s. It is essential for evaluating plant growth environments.
PAR directly influences photosynthesis efficiency, which affects plant growth rate, biomass production, flowering, and yield.
No. Lux measures brightness as perceived by the human eye, while PAR measures photons used by plants. They cannot be directly converted without specific spectral information.