Product Introduction

The KH.GZW Light Ultraviolet Radiation Meter is a precision sensor that measures ultraviolet radiation intensity from sunlight or artificial light sources. It uses a photoelectric detector to convert UV photons into weak electrical signals, which are then amplified and processed by the internal electronic circuit. The sensor calculates radiation intensity based on a calibration coefficient and outputs the values via RS485. Designed for continuous online monitoring, it provides accurate, real-time UV data for agricultural, environmental, and meteorological applications.

Features

Integrated design with compact, elegant appearance for easy installation and maintenance-free operation
High reliability with advanced sensing technology for real-time, precise measurement
Low power consumption and strong anti-interference capability for stable operation in harsh environments
All-solid-state construction for high strength, corrosion resistance, waterproofing, and long service life
Supports long-term, all-weather outdoor monitoring without degradation

Application Scenarios

Agricultural light monitoring for crop growth and UV exposure analysis
Environmental protection and ecological research
Meteorological observation stations
Highways, railways, airports, and ports requiring UV monitoring
Industrial and outdoor facilities requiring long-term ultraviolet monitoring

Technical Indicators

Power supply: DC12V
Working environment: -40 ~ 85℃
Communication interface: RS485
Working current: 20mA @ DC12V
Shortest data interval: 0.5 seconds
Shell material: Polymer engineering plastics

Parameters

Illumination: Measuring range 0 ~ 157,286 Lux, resolution 1 Lux, accuracy ＜±3%
Total radiation: Measuring range 0 ~ 1242 W/㎡, resolution 1 W/㎡, accuracy ＜±3%
Ultraviolet radiation: Measuring range 0 ~ 262,144 mW/㎡, resolution 1 mW/㎡, accuracy ＜±3%

Why Choose KH.GZW

Reliable performance in all weather conditions
Long service life with corrosion-resistant design
High precision and low maintenance requirements
Seamless integration with RS485 data systems for real-time monitoring