Product Introduction (pdf)

Product Introduction

The KH.GZW Ultraviolet Radiation Meter is a high-precision sensor designed for continuous solar UV monitoring in agriculture, meteorology, environmental observation, and scientific research.

Using a high-sensitivity photoelectric detector, the instrument converts incoming UV photons into electrical signals, which are amplified and processed through internal algorithms. Calibration coefficients then ensure accurate UV intensity measurements, output via RS485 communication for seamless integration with telemetry, SCADA, and IoT platforms.

Its solid-state design, compact structure, and durable outdoor housing enable long-term operation in harsh field conditions with minimal maintenance.

Key Features

1. High-Precision UV Measurement
   Accurate ultraviolet radiation monitoring for solar studies, meteorological stations, and environmental networks.
2. Advanced Photoelectric Detection
   Sensitive UV photon detection ensures stable and reliable measurements under varying sunlight and environmental conditions.
3. Compact and Integrated Design
   Lightweight, space-saving structure allows easy installation in weather stations, agricultural monitoring systems, and research sites.
4. Durable Outdoor Construction
   Weather-resistant housing protects against rain, humidity, dust, corrosion, and sunlight for reliable long-term operation.
5. Low Power Consumption
   Efficient electronics support continuous field operation and compatibility with solar-powered stations.
6. Industrial Communication Interface
   RS485 output enables integration with data loggers, telemetry stations, PLCs, SCADA systems, and IoT platforms.

Application Scenarios

• Smart Agriculture
  Solar UV monitoring for crop growth research, greenhouse management, and precision farming.
• Environmental Observation
  Atmospheric research, solar radiation monitoring, and environmental protection networks.
• Meteorological Stations
  Real-time UV data for weather stations, climate monitoring, and solar radiation studies.
• Scientific Research
  Laboratory studies, environmental science projects, and solar radiation analysis requiring precise UV measurements.

Technical Specifications