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.

Enhance your weather monitoring with the Anemometer for Vantage Pro2 by Davis Instruments. Designed for accuracy and durability, this high-performance anemometer measures wind speed and direction, providing essential data for meteorology enthusiasts and professionals alike. Easy to install and compatible with your Vantage Pro2 system, it ensures reliable performance in any weather conditions. Stay informed and make accurate predictions with this essential tool for your weather station. This anemometer is also compatible with Evvos Weather Stations. Cable length 12m (40'), connector RJ-11 (for Davis Vantage Pro2), or pigtail end (for Evvos Weather Stations).

This Relative Humidity, Temperature, and Barometric Pressure Probe offers precise measurements for environmental monitoring, supplying reliable data suitable for industrial, environmental, HVAC, and agricultural applications.

This Professional Rain and Precipitation Sensor provides precise measurements of rainfall and precipitation intensity. Engineered for accuracy, this sensor supports various research and meteorological applications, featuring durable construction for reliable performance in all weather conditions. Easy to integrate with monitoring systems, it ensures comprehensive data collection for informed environmental analysis.
Note: Leaf grid not included.

This leaf wetness sensor is standardized, calibrated, and designed to detect wetness (presence and duration) and ice formation right out of the box. No painting, baking, or user calibration required.

This Relative Humidity, Temperature, and Barometric Pressure Probe offers precise measurements for environmental monitoring, supplying reliable data suitable for industrial, environmental, HVAC, and agricultural applications.

This Submersible Level Sensor is engineered to withstand the most challenging conditions for level measurement. It features state-of-the-art microprocessor technology, providing comprehensive compensation for linear errors and temperature variations, ensuring the highest accuracy in measurement results. The probe utilizes full potting technology to prevent condensation, alongside a robust dual-seal and fully welded design with a durable stainless steel body for long-term stability and airtightness. The signal transmission module includes protective circuits against transient voltage, enabling consistent operation even in harsh voltage environments. This Submersible Level Sensor is the ideal choice for demanding level measurement applications.

This Relative Humidity, Temperature, Barometric Pressure, and CO2 (% in air) Probe offers precise measurements for environmental monitoring, supplying reliable data suitable for industrial, environmental, HVAC, and agricultural applications.

This Relative Humidity, Temperature, and Barometric Pressure Probe offers precise measurements for environmental monitoring, supplying reliable data suitable for industrial, environmental, HVAC, and agricultural applications.

TEROS 11 is a high-accuracy, easy-to-install soil moisture sensor designed for reliable data in environmental research and agricultural applications. It features a durable construction and innovative calibration technology for precise volumetric water content measurements. Ideal for long-term field use, the TEROS 11 ensures consistent performance in a wide range of soil conditions.

This Relative Humidity, Temperature, and Barometric Pressure Probe offers precise measurements for environmental monitoring, supplying reliable data.

Introducing the Apogee Instruments SP-215 SS Amplified Pyranometer, a precision instrument designed for accurate solar radiation measurement. This robust sensor features a 0-5 volt output, allowing for easy integration with data loggers and control systems. Ideal for environmental research, agriculture, and solar energy applications, the SP-215 provides reliable, high-quality readings in various conditions. With its stainless steel construction and reliable performance, this pyranometer is built to withstand the elements while delivering the data you need to make informed decisions. Elevate your solar monitoring capabilities with the Apogee SP-215.

Teros 21 from Meter Group – an advanced soil moisture sensor designed for precision irrigation management. With its robust data collection capabilities and easy-to-use interface, the Teros 21 provides real-time insights into soil conditions. Ideal for agricultural professionals and researchers, this wireless device enhances decision-making by optimizing water usage and promoting sustainable practices. Its durable construction ensures reliable performance in various environments, making it an essential tool for effective crop management. Discover the power of accurate soil monitoring with Teros 21 and elevate your irrigation strategy today.

TEROS 12 is a robust soil moisture sensor that delivers precision and consistency for environmental monitoring and agricultural research. It offers advanced calibration for accurate volumetric water content, temperature, and electrical conductivity data. Designed for durability and ease of use, the TEROS 12 supports long-term field deployments in diverse soil types, ensuring dependable performance and insightful data collection.

The SDI-12 Quantum Sensor is calibrated for sunlight and includes a command that automatically applies the immersion effect correction factor for underwater measurements. This sensor features a robust, self-cleaning housing and a high-quality cable. Typical applications encompass measuring PPFD (Photosynthetic Photon Flux Density) above plant canopies in outdoor settings, greenhouses, and growth chambers, as well as capturing reflected or transmitted PPFD in those environments. Additionally, quantum sensors are employed to assess PAR (Photosynthetically Active Radiation)/PPFD in aquatic environments, such as saltwater aquariums where corals thrive.