Light intensity illumination sensor detection lighting intensity Lux 0-5V/RS485/4-20mA for Greenhouse agriculture IOT

The illuminance sensor is a sensor that converts the illuminance into an electrical signal, and the output value is measured in Lux. Light is an indispensable condition for photosynthesis;Under certain conditions, when the light intensity increases, the intensity of photosynthesis will also increase, but when the light intensity exceeds the limit, the stomata on the leaves of the plant will be closed, and the intensity of photosynthesis will decrease.Therefore, the use of illuminance sensors to control illuminance has become an important factor affecting crop yield.

Illumination sensor product introduction：

The illuminance sensor transmitter uses a high-sensitivity silicon blue photovoltaic detector as a sensor. Users can configure different measuring ranges according to different measuring places. It has the characteristics of wide measuring range, good linearity, good waterproofness, convenient installation, and suitable for long-distance transmission. It can be widely used in agricultural greenhouses, urban lighting and other places.

Illumination sensor technical parameters：

Measuring range: 0-200000Lux

Wavelength range: 380 nm-730 nm

Accuracy: ±7%

Power supply:

□ DC 12V

□ DC 24V

 □ Other

Illumination sensor output form:

□ Current: 4～20mA

□ Voltage: 0～5V

□ RS485

□ Other

Instrument cable length: 2.5 meters

Load resistance: Voltage type: RL≥1K

Current type: RL≤300Ω

Working temperature: -10℃～70℃

Relative humidity: 0～80%RH

Product weight: 170 g

Instructions for use: 

Wire the sensor according to the instructions in the wiring method, then place it at the position where the light intensity is to be measured, turn on the power supply and the switch of the collector, and then the light intensity of the measurement point can be obtained.

Light intensity illumination sensor detection lighting intensity Lux Analog output 0-5V/RS485/4-20mA  for Greenhouse agriculture IOT Application