Product Introduction (pdf)

Product Introduction

The KH.GZW ultraviolet radiation meter is a high precision UV radiation sensor designed for continuous solar ultraviolet monitoring, environmental monitoring, and meteorological observation.

The instrument uses a high sensitivity photoelectric detector to measure ultraviolet radiation from sunlight or artificial light sources. Incoming UV photons are converted into electrical signals which are amplified and processed by internal algorithms. The system then calculates accurate ultraviolet radiation intensity through calibration coefficients and outputs stable data through RS485 communication.

With an all solid state structure, compact size, and reliable outdoor durability, the KH.GZW supports long term UV monitoring in agriculture meteorology environmental protection and scientific research systems.

Key Features

• High Precision UV Radiation Measurement

Provides accurate ultraviolet radiation monitoring for solar radiation studies meteorological stations and environmental monitoring networks.

• High Sensitivity Detection Technology

Advanced photoelectric sensing technology ensures stable signal capture and reliable UV intensity calculation under changing environmental conditions.

• Integrated Compact Structure

Compact and lightweight design allows convenient installation in weather stations agricultural monitoring systems and outdoor observation equipment.

• Reliable Long Term Operation

All solid state internal structure provides stable performance with minimal maintenance requirements for continuous field monitoring.

• All Weather Outdoor Design

Durable housing offers strong resistance to rain humidity dust corrosion and sunlight exposure making it suitable for harsh environments.

• Low Power Consumption

Efficient electronic design supports continuous operation in remote environmental monitoring stations and solar powered systems.

• Industrial Communication Interface

Standard RS485 communication enables integration with data loggers telemetry stations PLC systems and IoT environmental monitoring platforms.

Application Scenarios

• Smart Agriculture and Crop Monitoring

Used in agricultural UV monitoring crop growth research greenhouse management and precision farming systems.

• Environmental Protection Monitoring

Supports solar radiation monitoring atmospheric research and environmental observation networks.

• Meteorological Stations

Suitable for weather stations climate monitoring systems and solar radiation measurement projects.

• Transportation Infrastructure Monitoring

Installed in highways railways airports ports and transportation safety monitoring systems.

• Scientific Research Applications

Applied in laboratory studies environmental science projects and solar radiation analysis requiring precise UV data.

Technical Specifications