Datasets in Space xdomes

The PTB330 series digital barometer is a new generation barometer designed for a wide range of high-end atmospheric pressure measurement.
The PTB330 barometers use the BAROCAP® silicon capacitive, absolute pressure sensor developed by Vaisala. This sensor features extremely high accuracy with excellent hysteresis and repeatability characteristics, and outstanding temperature and long-term stability. All the PTB330 barometers come with a NIST traceable, factory calibration certificate.
The PTB330 can incorporate one, two or three BAROCAP®pressure transducers. When two or three sensors are used, the barometer continuously compares the readings of the pressure sensors against one another and provides information on whether these are within the set internal difference criteria. This unique feature provides redundancy in pressure measurement. https://xdomes.tamucc.edu/srr/sensorML/urn-vaisala-sensor-PTB330_class_a.html

The Fugro OCEANOR Wavesense is An Inertial Sensor that measures the motion of a buoy floating on the ocean surface. The outputs of the sensor are a time series of 3-dimensional buoy motion and wave parameters like height, period and direction along with a number of other parameters. https://xdomes.tamucc.edu/srr/sensorML/urn-fugro-sensor-oceanor_wavesense_3.html

Long-range, long-term, and reliable, the LONG RANGER is the best choice for gathering detailed data on seasonal and annual current structure fluctuations for scientific research and offshore oil and gas applications. Hundreds of Long Ranger units are currently deployed on environmental monitoring buoys, offshore oil rigs, and polar research moorings. https://xdomes.tamucc.edu/srr/sensorML/urn-teledyne_rdi-sensor-workhorse_long_ranger.html

* Measures the partial pressure of carbon dioxide pCO2 in water from 200-600 μatm (ranges above 600 are available by request)
* Uses a highly precise and stable colorimetric reagent method
* Provide researchers with valuable in-situ time series data
* Depolyable to depths up to 600 meters
* Can be deployed in the ocean or in freshwater
* Long-term depolyments - can run for more than a year taking hourly measurements
* Can support up to 3 external instruments such as PAR, dissolved oxygen, chlorophyll fluorometer, or CTD
* Can support inductive modems or external loggers if required.
* Biofouling Package available for deployments in productive environments https://xdomes.tamucc.edu/srr/sensorML/urn-sunburst-sensor-SAMI-CO2.html

The Signature55 ADCP is a current profiler that combines an ultralong range with a compact layout. Novel ADCP transducer design allows 1000 m profiles concurrent with slightly shorter-range, finer resolution measurements using two different frequencies in the same instrument. The more than 90% lower power consumption (compared to similar ADCPs) also permits long-duration deployments operating on internal batteries only. https://xdomes.tamucc.edu/srr/sensorML/urn-nortek-sensor-signature55.html

SensorML for the RDI Workhorse 1200 deployed at Matha's Vineyard Coastal Observatory. https://xdomes.tamucc.edu/srr/sensorML/urn-whoi-mvco-mvco_workhorse_1200.html

The SEAWATCH Wavescan buoy is a versatile instrumentation platform ideally suited for collection and measurement of oceanographic, meteorological (metocean) and water quality data. https://xdomes.tamucc.edu/srr/sensorML/urn-fugro-sensor-seawatch_wavescan.html

The Gill WindSonic has been developed specifically for use as a low-cost alternative to traditional moving-parts wind sensors and is suitable for use in onshore or offshore environments. The WindSonic is a lightweight, robust unit, completely sealed and constructed in UV-resistance plastic. With a low start-up speed (0.01m/s) and no moving parts, the Gill anemometer exhibits significant benefits over standard 3- cup and propeller anemometers. The WindSonic requires no calibration or maintenance. Wind speed and direction data is provided via a serial bi-directional link, and the output may be configured by the user to provide a variety of communication formats, including a choice of units of measure and averaging periods. Sophisticated error checking and a fault reporting system are supplied as standard, ensuring the user s confidence in the reported data. The Gill WindSonic represents the best all weather solution on the market for providing reliable and accurate wind speed and direction information with virtually zero maintenance. https://xdomes.tamucc.edu/srr/sensorML/urn-gill-sensor-windsonic.html

Full processing system for the ADCP deployment at MVCO, version 2.2, including processing chain for QA/QC testing. https://xdomes.tamucc.edu/srr/sensorML/urn-whoi-mvco-adcpProcessingSystem.html

The Vaisala HUMICAP® Humidity and Temperature Probe HMP155 provides reliable humidity and temperature measurement. It is designed especially for demanding outdoor applications. https://xdomes.tamucc.edu/srr/sensorML/urn-vaisala-sensor-HMP155.html

With removable memory and pre-packaged battery packs, it’s quick and easy to refresh the AMAR and put it back in the water. WAV and CSV files are saved to SD cards, directly readable by your computer. Configure the AMAR, get status updates, and download test data over Wi-Fi. Multiple battery packs can be daisy chained together for year-long continuous recordings.
The innovative design provides a low noise floor of -150 dB re FS per root hertz at all sample rates. We work closely with hydrophone manufacturers to develop the right system for your needs. Three real-time clock options, including Chip Scale Atomic Clock (CSAC), for precise data timing.
The rugged, deep water AMAR G4. Electronics and 48 D-cell batteries in an anodized aluminum housing for long deployments down to 3500 m. https://xdomes.tamucc.edu/srr/sensorML/urn-jasco-sensor-AMAR_G4_AL.html

The PTB330 series digital barometer is a new generation barometer designed for a wide range of high-end atmospheric pressure measurement.
The PTB330 barometers use the BAROCAP® silicon capacitive, absolute pressure sensor developed by Vaisala. This sensor features extremely high accuracy with excellent hysteresis and repeatability characteristics, and outstanding temperature and long-term stability. All the PTB330 barometers come with a NIST traceable, factory calibration certificate.
The PTB330 can incorporate one, two or three BAROCAP®pressure transducers. When two or three sensors are used, the barometer continuously compares the readings of the pressure sensors against one another and provides information on whether these are within the set internal difference criteria. This unique feature provides redundancy in pressure measurement. https://xdomes.tamucc.edu/srr/sensorML/urn-vaisala-sensor-PTB330_class_b.html