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... Saber más
El RangeVue™️15 es un sensor radar de nivel de agua sin contacto que se utiliza para medir el nivel de agua de ríos, lagos y embalses. Gracias a la tecnología de radar de 80 GHz, mide directamente la distancia entre el sensor y la superficie del agua. Esta distancia puede utilizarse para determinar el nivel del agua. El sensor es ideal para zonas en las... Saber más
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... Saber más
The A151 is a vented junction box with terminal blocks to connect sensors to an M12 eight-pin connector. It has accessories to allow the use of various lengths of cable and termination options. Saber más
Campbell Scientific's Solar Operational Meteorological (Op Met) Monitoring Stations are purpose built to meet the wide range of solar energy monitoring demands. They are designed with ease of operation and maximum data availability in mind. All measurements and parameters pass seamlessly to local Supervisory Control and Data Acquisition (SCADA) systems or on-site and off-site servers. Each station is built to operate beyond the lifetime of... Saber más
The TempVue™50 is a high-precision digital water and soil temperature sensor that extends the high performance of the TempVue product line into the water. The TempVue 50 is a rugged and reliable sensor that exceeds United States Geological Survey (USGS) Office of Surface Water (OSW) specifications. The sensor is also plug-and-play with the Aspen ecosystem of Internet of Things (IoT) edge devices. Saber más
El revolucionario dispositivo Aspen™10 Internet of Things (IoT) permite a los usuarios conectar fácilmente su sensor medioambiental a la nube. Es robusto, duradero y puede montarse en exteriores sin necesidad de un armario intemperie adicional. Cuenta con un panel solar integrado y una batería interna recargable, lo que convierte a Aspen 10 en un dispositivo realmente autosuficiente. El Aspen 10 es pequeño y compacto, lo que... Saber más
The TempVue™20 provides even greater flexibility to customers wanting the next generation of air-temperature measurements. This sensor meets all relevant World Meteorological Organization (WMO) temperature recommendations, but with a digital output that ensures maximum flexibility to meet all application needs. Designed with the customer in mind, the TempVue 20 easily interfaces with Campbell Scientific or third-party data loggers and fits a wide range of aspirated and... Saber más
The SurfaceVue™10 is a road condition sensor designed for use with your Road Weather Information Systems (RWIS). This non-invasive sensor uses spectroscopic analysis to provide you with surface state, friction, water, and ice layer thickness data. The SurfaceVue 10 also measures surface temperature, air temperature, dew point, air pressure, and wind speed parameters. This data provides you with vital information to make better maintenance and... Saber más
The FluoreSens™10 offers a direct sun-induced chlorophyll fluorescence (SIF) measurement that can provide accurate estimates of gross primary production (GPP) and ecosystem respiration (RECO)—the two largest biospheric carbon sources. This system can be used on its own, or it can be paired with an eddy-covariance (EC) station. Additional applications include ground truth for satellite SIF measurements, crop and vegetative early stress detection and warning, and drought or... Saber más