Showing results: 1 - 6 of 6 items found.
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2900 -
Thunder Scientific, Corp.
The Model 2900 Humidity Generation System is a self-contained system capable of producing atmospheres of known humidity using the fundamental "two-pressure" principle. This system is capable of continuously supplying relative humidity, dew point, frost point, parts per million, or other calculated values for instrument calibration and evaluation as well as for precision environmental testing.
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3920 -
Thunder Scientific, Corp.
The Model 3920 Low Humidity Generation System is a self-contained system capable of producing atmospheres of known humidity using the fundamental "two-pressure" principle. This system is capable of continuously supplying frost point, dew point, parts per million, relative humidity and other calculated values for instrument calibration and evaluation as well as for precision environmental testing.
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Thunder Scientific, Corp.
Thunder Scientific's calibration laboratory is accredited by NVLAP (National Voluntary Laboratory Accreditation Program), Certificate of Accreditation No. 200582-0 to ISO/IEC 17025 and ANSI/NCSL Z540-1 1994.
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9500 -
Thunder Scientific, Corp.
The Model 9500 Humidity Generator is a system capable of producing known humidity values using the fundamental, NIST proven, "two-pressure" principle. The 9500 is capable of continuously supplying an accurately known relative humidity, dew point, frost point, parts per million, or other calculated values for instrument calibration and evaluation as well as precision environmental testing.
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1200 Mini -
Thunder Scientific, Corp.
The Model 1200 Mini Humidity Generator produces accurate humidity values using the fundamental, NIST proven, ?two-pressure? principle. The 1200 will automatically supply relative humidity, dew point, frost point, and other calculated values for instrument calibration and evaluation as well as precision environmental testing.
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2500 Mobile -
Thunder Scientific, Corp.
The Model 2500 Benchtop Humidity Generator is a self contained system capable of producing atmospheres of known humidities using the fundamental, NIST proven, "two-pressure" principle. This system is capable of continuously supplying accurately known humidity values for instrument calibration, evaluation, and verification, as well as for environmental testing.