The QuB is a rugged, low-power measurement and control system that can connect to any type of sensor.
QuB is an acronym for "Quality in a Box". The components are chosen for reliability and flexibility in low-power remote deployments. They include data acquisition, data logging, control and communications, and operate in a point-to-multi-point network for cost-effective deployment over a wide area. This powerful, adaptive design means QuBs can be deployed at a lower cost per point because data doesn't have to be collected from each station. Remote stations send their data to "Hosts" over a radio link, and Host Stations store the data for collection using cellular or satellite links. Each type of QuB is built specific for it's application such as environmental, geotechnical or water-related processes. Power and communication configurations are built into each specific installation depending on the project parameters and objectives.
Water QuB

Monitoring systems designed to use sensors most often in water quality, water operations, or habitat restoration applications. This means the signals being measured are likely analog 4-20mA or voltage, or digital signals consisting of pulse, SDI-12, or RS-232. Typical sensors include those for temperature, flow, level, meteorological (weather), and water quality either as individual sensors or packaged together in "multi-parameter" sondes.
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Earth QuB

Monitoring systems designed to be used with sensors for Civil, Geotechnical or Agricultural applications. These types of sensors are often quite specialized and require interfaces that will take readings and translate the output to some 'standard' form. The most illustrative examples of this are vibrating wire sensors, strain gages, and time domain reflectometers. This doesn't mean these systems cannot measure other types of sensors but more that the design of Earth QuBs recognize the need to measure a wide range of output signals.
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QuB
Water Quality QuB

These are self-contained remotely-deployable systems designed to measure "flow-thru" water quality using an array of in-line sensors. Most of these sensors have similar output signals, so many of these monitoring systems differ only by the inclusion or exclusion of a specific measurement type, such as pH, conductivity, turbidity, free-chlorine or ion-specific sensors. WQ QuB's can operate in-line or off-line and may require custom configuration depending on the chosen sensors.
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QuB
Water Quality PAD

A monitoring system designed as a floating platform with sensors deployed in the water column beneath it. Most often these sensors are multi-parameter water quality sondes made by Hydrolabs, YSI or Eureka, but could be anything. The WQ Pads are designed to operate in a Marine environment on solar power alone and can communicate with each other and other floating entities such as dredges so water quality information can be shared in real-time. WQ Pads can be bouys or floating docks. The Pad shown here is stable and large enough to perform maintenance and calibration operations from the deck.
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