The CS125 Aviation System combines the very best of visibility, background luminance, and present weather monitoring in one package, leveraging the tried-and-true technology of Campbell Scientific products specific to the aviation industry. At the heart of this system is the CS125 Present Weather and Visibility Sensor, known for its exceptional performance and value. Its future-proof design allows for easy expansion, accommodating new sensors and systems without... Learn More
The ClimaVue™50 G2 is the next-generation all-in-one meteorological sensor from Campbell Scientific that combines all the typical weather parameters into one compact and rugged design. It improves on its predecessor with enhanced precipitation measurements, a redesigned wind sensor (0 to 60 m/s), and better UV resistance. The sensor has also been updated to use the new eight-pin M12 connector, seamlessly integrating with the Aspen™10 Edge... Learn More
Campbell Scientific's SunSentry Operational Monitoring Station is purpose-built with the most up-to-date technology to be the easiest to use utility-scale operational meteorological (met) station on the market. The SunSentry establishes a new chapter of met station design and ease of use. These stations are standardized, stocked, follow the industry requirements of IEC 61724-1:2021, and exceed IEC 61000-4-5 Class 4 surge immunity levels. Station installation is made... Learn More
The ClimaVue™40 is an all-in-one meteorological sensor designed for solar plant operational monitoring and solar resource assessment with IEC 61724-1 compliance. Campbell Scientific is well known for creating accurate and reliable instruments. We recognize that ease of operation and overall cost of operation are critical. With the ClimaVue 40, you will get this and more. In adherence to IEC 61724-1 (2021), the ClimaVue 40 provides ambient... Learn More
The ClariVue™20 is an ISO 7027-compliant, submersible, 90-degree, side-scatter turbidity sensor in a rugged titanium housing, making it the ideal choice for highly corrosive environments. The side-scatter turbidity measurement can be used as a surrogate for suspended sediment concentration (SSC) in aquatic ecosystems. The sensor returns data via SDI-12, analog, or Modbus to a data logger or controller for easy integration into your new or... Learn More
The CR1000Xe provides measurement and control for a wide variety of applications. Its reliability and ruggedness make it an excellent choice for remote environmental applications including stations for hydrology and meteorology (HydroMet), solar resource assessment and monitoring (SRA/SRM), dams and mines (geotech), and broad research objectives for environmental systems. The CR1000Xe is a low-powered device that measures analog and digital sensors, processes and stores measurements, and... Learn More
The MS-80SH, manufactured by EKO Instruments, is an innovative, next-generation ISO 9060 Class A spectrally flat and fast-response (secondary standard) pyranometer. The pyranometer features a compact design with internal desiccation, a single dome over a quartz diffusor, a thermally isolated thermopile detector, negligible thermal offsets, ultra-low temperature dependency, and exceptional non-linearity characteristics. The MS-80SH has a five-year warranty and recalibration interval. EKO instruments is the longest-operating ISO 17025-accredited... Learn More
The RangeVue™️15 is a non-contact, radar water-level sensor used for monitoring the water level of rivers, lakes, and reservoirs. Using 80 GHz radar technology, it directly measures the distance between the sensor face and the water surface. This distance can be used to determine water level or stage. The sensor is ideal for areas where submersible sensors can be damaged due to corrosion, contamination, flood-related debris,... Learn More
As a non-contact, radar water-level sensor, you can use the RangeVue™️30 to monitor the water level of rivers, lakes, and reservoirs. With 80 GHz radar technology, the RangeVue 30 directly measures the distance between the sensor face and the water surface. This distance can be used to determine water level or stage. The sensor is ideal for areas where submersible sensors can be damaged due to... Learn More
The revolutionary Aspen™10 Internet of Things (IoT) Edge Device allows users to easily connect their environmental sensor to the cloud. It is rugged and durable and may be mounted outdoors without the need for a second enclosure. It has an integrated solar panel and internal rechargeable battery, making the Aspen 10 a truly self-sustaining device. The Aspen 10 is also small and compact, which makes it... Learn More