Effects of light sensors on plant growth

User:JXCTUpload time:Nov 23 2021

Light intensity mainly affects the growth and flowering of garden plants. The light intensity requirement of garden plants is usually expressed by light compensation point and light saturation point. The light compensation point is the light intensity at which the carbohydrate produced by photosynthesis and the carbohydrate consumed by respiration reach a dynamic balance. With the development of science and technology, agricultural management has been transformed from traditional management to modern management. People use the luminance transmitter to monitor the light intensity in the greenhouse.

 Lighting sensor
 Lighting sensor
Luminance transmitter

Illuminance transmitter is a photosensitive detector with high sensitivity. With high precision linear amplifier circuit. After rigorous testing, accurate production with a variety of light measurement range and signal output type of practical products.The illuminance sensor is a high-precision photosensitive sensor. 4-20mA / 0-10V / 0-5V output signal is optional. The illuminance sensor is mainly used in agricultural greenhouses, farmland and other occasions.The illuminance sensor is mainly used in agricultural greenhouses, flower cultivation greenhouses, farmland, electronic equipment production lines, etc. Monitoring occasions.

High-quality photosensitive ball: using polymer waterproof material, good photosensitivity, to ensure accurate measurement of the equipment.waterproof and oil-proof, strong pit interference ability, stable signal transmission.Built-in high-sensitivity probe, high precision, good linearity, easy installation, and long transmission distance.The temperature and humidity sensor products use high-sensitivity temperature-sensitive components, the sensor has high measurement accuracy and strong anti-interference ability.

The illuminance sensor can be used in outdoor rain and snow flower breeding, agricultural greenhouses, workshop lighting and other industrial and agricultural environments.