Chilled Mirror Hygrometers feature accuracy of ±0.18°F.
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Press Release Summary:
Featuring external dewpoint sensor that is cable connected to electronics controller, Optisure Remote Hygrometer offers dewpoint measurement range of -40 to +194°F. Optisure RS, equipped with internal sensor, provides dewpoint measurement ranges of -112 to +68°F or -130 to +68°F. Operating from 85–265 Vac universal power supply, both drift-free units include back-lit LCD and frost assurance system that eliminates any ambiguity in determining ice versus super-cooled water formation on mirror.
Original Press Release:
New Optisure Remote and Optisure RS Hygrometers
Kahn Instruments, Wethersfield, CT, a leading manufacturer of advanced moisture-measurement instrumentation is proud to announce the newest additions to our Optisure Hygrometer product family: Optisure Remote Hygrometer and Optisure RS Hygrometer.The Optisure Remote Hygrometer includes an external dewpoint sensor that is cable connected to the electronics controller and has a dewpoint measurement range of -40°F to +194°F. The Optisure RS includes an internal sensor and is available with dewpoint measurement ranges of -112°F to +68°F or -130°F to +68°F.
The Optisure Remote and Optisure RS Optical Hygrometers are variants of the field-proven Optisure Hygrometer, a chilled mirror hygrometer with an internal sensor capable of measuring dewpoint from -76°F to +104°F. Like the original Optisure Hygrometer, the Optisure Remote and Optisure RS include the following key features:
• Fundamental, accurate and drift-free measurement
• Industry best dewpoint accuracy of ±0.18°F
• High resolution, back-lit LCD display
• Data logging to USB or SD card
• NIST calibration traceability
• Frost assurance system
• Easy mirror access
The Optisure Remote and Optisure RS Hygrometers are precision moisture-measuring instruments that can be used for critical process measurement and control applications or as laboratory reference standards for calibration of other devices. Both instruments feature accuracy of ±0.18°F and an 85-265 VAC, 47-63 Hz universal power supply. An innovative frost assurance system eliminates any ambiguity in determining ice versus super-cooled water formation on the mirror, resulting in improved measurement capability, faster response time and more confidence in measurements.
