Pyrheliometer – LPPYRHE16 Series (Senseca)
High-Accuracy Direct Solar Irradiance Measurement for Advanced Monitoring
Key Features:
☀️ Direct Solar Irradiance Measurement
Measures direct beam solar radiation (DNI) with high precision, ensuring accurate evaluation of solar energy potential and atmospheric conditions.
🔬 Thermopile Sensor with Spectrally Flat Response
Utilizes a high-sensitivity thermopile with a matte black coating and quartz window, providing a broad spectral response from 200 to 4000 nm.
Key Features:
🎯 ISO 9060:2018 Class B Compliance
Designed according to international standards with a 5° field of view, ensuring consistent and standardized measurements.
🌡️ Built-in Temperature Compensation
Includes a passive compensation circuit to minimize measurement drift due to temperature variations, ensuring long-term accuracy.
Applications:
🌦️ Meteorological & Climate Monitoring
Used in weather stations and climate studies to analyze direct solar radiation and atmospheric conditions.
☀️ Solar Energy & PV Performance Analysis
Helps evaluate solar collector efficiency and photovoltaic system performance.
🌍 Environmental & Research Studies
Supports advanced research in solar radiation, energy balance, and atmospheric science.
🏭 Industrial & Renewable Energy Projects
Used in solar farms and energy audits to optimize system design and efficiency.
Why Choose This Solution?
Accurate & Reliable Data
Factory-calibrated with traceable results for consistent long-term monitoring.
Flexible Integration Options
Available in multiple outputs including analog and RS485 Modbus for seamless system integration.
Fast & Stable Response
Delivers quick and stable readings, meeting and exceeding Class B response requirements.
Built for Harsh Environments
Robust design ensures reliable operation in extreme weather conditions.
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