Products
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The CD100 mountable display with keyboard can be used to check a data logger’s status, to view or plot sensor readings and stored values, and to enter numeric data or toggle ports.
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The HC2S3 temperature and relative humidity probe can be used for long-term, unattended applications.
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The NL200 Network Link Interface allows Campbell Scientific data loggers to communicate over a local area network or a dedicated internet connection. The ethernet interface can be connected to either the data logger’s CS I/O port or RS232 port.
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Campbell Scientific has available both portable and stationary automatic water samplers that can be used for stormwater, wastewater or other water-quality applications.
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The PVS4100C portable water sampler can be for used for stormwater, wastewater or other water-quality applications. It uses an external vacuum pump to draw water through intake tubing, instead of the traditional peristaltic pump that induce flow by squeezing flexible tubing.
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The PVS4150C portable water sampler can be used for stormwater, wastewater or other water-quality applications.
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The Irgason integrated in-situ, open-path analyser and sonic anemometer can be used for eddy-covariance flux measurements. It simultaneously measures absolute carbon-dioxide and water-vapour densities, air temperature, barometric pressure, three-dimensional wind speed and sonic air temperature.
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Campbell Scientific offers both portable and stationary automatic water samplers for stormwater, wastewater or other water-quality applications. These samplers use external vacuum pumps to draw water through intake tubing, instead of the traditional peristaltic pumps that induce flow by squeezing flexible tubing.
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The OBS500 submersible turbidity probe with active antifouling capabilities is suitable for improved measurements in biologically active water with both high and low turbidity.
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The FireHawk 500 quick-deployment fire weather station can be used in extreme environments to alert and notify of changing weather conditions. It incorporates a WeatherHawk 520 weather station with an RF411 radio kit, SP2 solar panel-mounted on a rapid deployment tripod.
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The Hydrosense II compact measurement system has a handheld display and soil moisture sensor and allows precise, three-dimensional representation of playing fields. It features an easy-insertion soil probe and a clear, large LCD with button layout that allows one-handed operation in the field.
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The CWS900 wireless sensor interface allows a variety of sensors to be used in a wireless sensor network. It can be used for making measurements in locations where the use of cabled sensors is inappropriate, including when it is important to increase the number of measurements being made but the data logger does not have enough available channels left for attaching additional sensor cables.
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The CWS220A is a wireless version of the Campbell Scientific SI-111 infrared radiometer and is suitable for making measurements in locations where the use of cabled sensors is problematic, including some applications where measurements need to be made at distances where long cables decrease the quality of the measurement or are too expensive.
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The SG000 Strike Guard optical-coincidence lightning sensor detects cloud-to-cloud and cloud-to-ground lightning within a 30 km radius. To prevent false alarms, the system requires an optical signal to coincide with a magnetic-field-change signal before reporting lightning.
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The EC150 in-situ open path analyser is designed for eddy covariance flux measurements. As a stand-alone analyser, it simultaneously measures absolute carbon dioxide and water vapour densities, air temperature and barometric pressure. With the optional CSAT3A sonic anemometer head, the device also measures three-dimensional wind speed and sonic air temperature.
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The Sensorex CS511 rugged, low-maintenance sensor consists of a self-polarising galvanic cell that generates a millivolt signal proportional to the amount of oxygen present in the measured medium (typically water).
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The SR50A sonic ranging sensor was designed to meet the strict requirements of snow depth measurement and is suitable for many different applications.
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The CS547A conductivity sensor measures the electrical conductivity (EC), total dissolved solids and temperature of water and is suitable in most surface water, laboratory and industrial applications.
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The CNR4 is a research-grade net radiometer that measures the energy balance between incoming and outgoing radiation.
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The HydroSense water content sensor system combines a compact, handheld display and a soil water sensing probe in a portable package to provide quick and reliable soil water content measurements.
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The 109-L temperature probe has been designed to operate with the CR200 range of data loggers. The probe accurately measures the temperature of air, water or soil in a range of applications.
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The Vaisala CS106 barometer is claimed to provides accurate, reliable measurements of barometric pressure from 500 to 1100 mb (approximately sea level to 3658 m).
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The HMP155A is an air temperature and relative humidity (RH) sensor that provides measurements for a wide range of applications and can be used as part of a weather station system or as a single instrument.
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Campbell Scientific has replaced the CR200 series data loggers with the CR200X series data loggers that feature expanded memory for the program and operating system (OS).
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The Campbell Scientific DMM600 duff moisture meter measures volumetric water content of organic forest floor material. It is a portable, battery-powered device that uses measurement methods sensitive to the dielectric properties of the material being measured.
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Case Studies
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In December 2009, the Herbert Demonstration farm site was established in the Trebonne area on Orazio and Anthony Marino’s farm. The project is supported by the Queensland Government’s Department of Employment, Economic Development and Innovation (DEEDI), Terrain Natural Resource Management (NRM), BSES and JCU staff. Combining environmental sustainability and profitable farming as the key drivers, this is a collaborative effort between growers, government, research and industry bodies and is part of the Queensland and Australian Government’s Reef Plan to improve water quality entering the Great Barrier Reef lagoon. There are demonstration farm sites also located in the Burdekin and Tully areas.
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In these times when sustainability and environmental responsibility are increasingly important, the measurement of soil moisture is vital. If the soil moisture and soil type is known then the exact amount of water can be applied for optimal growing conditions. This logic also applies to game day. Much research has been done on the potential for injury to lower extremities on turf surfaces. The potential for injury is directly related to the amount of traction the player has on the surface. The easiest way to adjust this level of traction is to apply water to the surface. If the moisture level in the topsoil can be measured then playing conditions can be optimised for a reduced potential for injury.
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Case Studies
(Displaying 2 of 2)
In December 2009, the Herbert Demonstration farm site was established in the Trebonne area on Orazio and Anthony Marino’s farm. The project is supported by the Queensland Government’s Department of Employment, Economic Development and Innovation (DEEDI), Terrain Natural Resource Management (NRM), BSES and JCU staff. Combining environmental sustainability and profitable farming as the key drivers, this is a collaborative effort between growers, government, research and industry bodies and is part of the Queensland and Australian Government’s Reef Plan to improve water quality entering the Great Barrier Reef lagoon. There are demonstration farm sites also located in the Burdekin and Tully areas.
(+)
In these times when sustainability and environmental responsibility are increasingly important, the measurement of soil moisture is vital. If the soil moisture and soil type is known then the exact amount of water can be applied for optimal growing conditions. This logic also applies to game day. Much research has been done on the potential for injury to lower extremities on turf surfaces. The potential for injury is directly related to the amount of traction the player has on the surface. The easiest way to adjust this level of traction is to apply water to the surface. If the moisture level in the topsoil can be measured then playing conditions can be optimised for a reduced potential for injury.
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