This Solar Radiation Shield is naturally ventilated and protects temperature and humidity probes from scattered and direct solar radiation, and rain.

This Solar Radiation Shield is naturally ventilated and protects temperature and humidity probes from scattered and direct solar radiation, and rain.

The TS-100-SS is a high-quality aspirated radiation shield designed to protect scientific sensors from solar radiation and ensure accurate temperature readings. This stainless steel shield operates on 12 V power and features a robust construction, suitable for various environmental conditions. Its aspirated design promotes enhanced airflow, minimizing heat buildup and providing reliable performance. Ideal for applications in meteorology and environmental monitoring, the TS-100-SS is an essential accessory for maintaining the integrity of your radiometric measurements. Invest in precision with this durable radiation shield.

The AT-001-SS is a high-performance replacement fan designed specifically for use with Apogee aspirated radiation shields. This durable fan ensures optimal airflow, enhancing the accuracy of temperature and radiation measurements by preventing heat buildup. Featuring a robust stainless steel construction, it is built to withstand various environmental conditions. Easy to install, the AT-001-SS is an essential component for maintaining the efficiency and integrity of your aspirated shield. Keep your measurements precise with this reliable replacement fan.

This Radiation Shield is designed to provide optimal protection for various air and gas sensors installed outdoors. Constructed from UV-resistant polypropylene, this durable shield features a two-part design. The upper section, in white, effectively reflects sunlight to prevent overheating, maintaining temperatures consistent with the surrounding environment. Enhanced with anti-aging additives, the plastic ensures long-lasting color and reflectance stability over time. The lower section, in black, blocks infrared radiation, safeguarding the sensitive elements inside from excessive heat and preventing inaccurate temperature readings, making it a superior choice compared to traditional all-white shields.