Network Nodes (IoT) – UV Index Transmitter
The UV Index Transmitter (IoT Network Node) is an intelligent, connected sensor designed for continuous monitoring and wireless transmission of UV...
Network Nodes (IoT) – UV Index Transmitter
IoT-Enabled UV Index Transmitter for Smart Environmental Monitoring and Networked Ultraviolet Radiation Measurement Systems
The UV Index Transmitter (IoT Network Node) is an intelligent, connected sensor designed for continuous monitoring and wireless transmission of UV Index and irradiance data. Built around a calibrated SiC photodiode sensor with traceable NIST/PTB calibration, it accurately detects UVA and UVB radiation (250–400 nm) and converts measurements into a standardised UV Index (0–11+) value.
Equipped with LoRaWAN / Wi-Fi / RS485 communication interfaces, this IoT node integrates seamlessly into environmental monitoring stations, smart cities, agricultural systems, and weather networks.
The transmitter continuously reports real-time UV intensity, temperature, and status data to cloud dashboards or local SCADA systems.
Its IP65-rated weatherproof housing, low power consumption, and auto-calibrated electronics make it ideal for long-term outdoor operation.
The UV Index Transmitter offers a reliable, scalable, and traceably calibrated solution for automated UV radiation monitoring in research, meteorology, and industrial safety applications.
Understanding Network Nodes (IoT) - UV Index Transmitter
The UV Index Transmitter (IoT Node) functions as a smart environmental sensor that continuously measures UV radiation and wirelessly communicates the data for analysis and control.
It uses a factory-calibrated SiC UV photodiode to detect solar or artificial UV radiation and calculates the UV Index following WMO/WHO standards.
Real-time readings are transmitted through network protocols such as LoRaWAN, Wi-Fi, or Modbus RTU, enabling remote access via cloud dashboards or local gateways.
With low maintenance requirements, long operational life, and traceable calibration, it supports large-scale deployment in smart monitoring networks, agricultural automation, and climate research systems.
Technical Specifications
| Feature | Specification |
|---|---|
| Measurement Parameter | UV Index, UV Irradiance (mW/cm²) |
| Spectral Range | 250 – 400 nm (UVB + UVA) |
| Sensor Type | Calibrated SiC Photodiode (UVB-weighted) |
| Calibration Traceability | NIST / PTB certified |
| UV Index Calculation | WMO/WHO standard algorithm |
| Output Interfaces | LoRaWAN / RS485 (Modbus RTU) / Wi-Fi |
| Measurement Range | UV Index 0 – 15 |
| Accuracy | ±5 % of reading |
| Response Time | < 100 ms |
| Data Transmission Interval | User configurable (10 s – 10 min) |
| Operating Voltage | 5 – 24 V DC |
| Power Consumption | < 200 mW |
| Operating Temperature | −40 … +80 °C |
| Enclosure | IP65 weatherproof housing |
| Dimensions | 120 × 85 × 55 mm |
| Mounting | Pole or wall mount |
| Optional Parameters | Temperature, humidity, irradiance logging |
| Cloud Connectivity | MQTT / REST API compatible |
Key Features and Advantages
IoT-Ready Design
Integrates directly with LoRaWAN, Wi-Fi, or RS485 networks, enabling real-time UV Index reporting across large areas or distributed systems.
Traceable and Accurate UV Measurement
Employs a calibrated SiC photodiode, offering high accuracy and stability with full NIST/PTB traceability.
Automatic UV Index Calculation
Converts irradiance readings into UV Index values compliant with WHO and WMO global standards.
Low-Power, Long-Term Operation
Optimised for solar or battery-powered setups with ultra-low power consumption (<200 mW).
Weatherproof and Durable
Encased in an IP65-rated enclosure, suitable for year-round outdoor deployment in harsh environments.
Flexible Data Output Options
Supports LoRaWAN, RS485/Modbus, and Wi-Fi to connect with cloud servers, gateways, or PLCs.
Smart Data Integration
Compatible with IoT dashboards, environmental management systems, and SCADA platforms for visualisation and analysis.
Applications Across Environments
Ideal for environmental stations, agricultural UV control, smart city safety networks, and research observatories.
Easy Maintenance and Calibration
Includes factory calibration with optional on-site recalibration support via United Spectrum Instruments.
By merging IoT connectivity, traceable calibration, and industrial durability, the UV Index Transmitter transforms UV monitoring into a scalable, connected, and automated data-driven solution for modern industries and scientific system
Applications Across Industries
Smart City and Environmental Monitoring
Used in IoT networks to provide live UV Index updates for weather forecasting, climate studies, and public health alerts.
Agricultural and Greenhouse Systems
Monitors UV radiation affecting crop growth, plant stress, and greenhouse light balance, enabling data-based farming.
Industrial and Occupational Safety
Tracks UV exposure in UV curing lines, outdoor worksites, and maintenance zones, ensuring compliance with safety thresholds.
Research and Climate Observation Stations
Collects long-term UV radiation data for atmospheric analysis and solar energy modelling.
Public Information Systems
Provides real-time UV Index data for display in parks, airports, schools, and tourist areas, promoting sun-safety awareness.
Smart Infrastructure Integration
Links directly to cloud or SCADA systems for predictive UV analytics and automatic system adjustments.
The IoT UV Index Transmitter represents a modern, connected approach to continuous ultraviolet radiation measurement, empowering environmental management, sustainability monitoring, and data-driven decision-making.
Why Choose United Spectrum Instruments?
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Exclusive distributor of SGLUX IoT UV Index Transmitters in India
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Expertise in integrating UV sensors with IoT and SCADA systems
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Calibration traceable to NIST/PTB international standards
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Competitive pricing for environmental, agricultural, and industrial applications
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Nationwide technical service, system integration, and calibration support
FAQs
What does the UV Index Transmitter measure?
It measures UVA/UVB irradiance and converts it into a standardised UV Index value.
Which communication protocols are supported?
LoRaWAN, RS485/Modbus RTU, and Wi-Fi.
Is the sensor calibrated?
Yes, each sensor is traceably calibrated to NIST/PTB standards.
Can it operate outdoors continuously?
Yes, it features an IP65-rated weatherproof housing for 24/7 outdoor deployment.
How does United Spectrum support integration?
Through local calibration, IoT configuration guidance, and nationwide after-sales support.
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FAQs
What does the UV Index Transmitter measure?
It measures UVA/UVB irradiance and converts it into a standardised UV Index value.
Which communication protocols are supported?
LoRaWAN, RS485/Modbus RTU, and Wi-Fi.
Is the sensor calibrated?
Yes, each sensor is traceably calibrated to NIST/PTB standards.
Can it operate outdoors continuously?
Yes, it features an IP65-rated weatherproof housing for 24/7 outdoor deployment.
How does United Spectrum support integration?
Through local calibration, IoT configuration guidance, and nationwide after-sales support.
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