In most applications, data and communications interactions with the datalogger are displayed and monitored on a base station computer running one of our datalogger support software packages. The...
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Our ethernet options allow Campbell Scientific dataloggers to communicate with a computer using TCP/IP. The local network or dedicated Internet connection can also be accessed in combination with short...
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A multidrop network allows many dataloggers to be interrogated via a single cable (two twisted pair in the case of MD485s and coaxial in the case of MD9s). Individual MD485s or MD9s are assigned unique...
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Spread spectrum, UHF, VHF, or ELOS radio frequencies can be used to retrieve data from monitoring sites. We offer radios in the 900 MHz, 2.4 GHz, 148 to 174 MHz, 400 to 430 MHz, and 440 to 470 MHz...
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Campbell Scientific supports satellite telemetry through the GOES and Argos systems. Satellite telemetry may also be possible using Meteosat, Inmarsat-C, and GMS satellites; contact the factory for...
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Short haul modems provide local communication between the datalogger and a computer with an RS-232 serial port. The modem transmits data up to 6.5 miles over four-wire unconditioned line (two twisted...
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Telephone communications offered by Campbell Scientific are digital cellular modems, rugged landline modems for field use, and voice modems. Voice modems allow you to access your data via voice or...
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Campbell Scientific offers a full range of telecommunication options that allow interrogation of a datalogger from a remote computer. Combinations of on-site and telecommunications can be used in the same application for maximum flexibility, convenience, and reliability.
Click below for an overview that includes a telemetry comparison chart and compatibility charts: