Campbell Scientific HMP35C is a high-quality probe designed to accurately measure temperature and relative humidity in various applications. Its key features include:
Temperature Measurement: The HMP35C employs a thermistor sensor for temperature measurement, providing accurate readings within the range of -35° to +55°C.
Relative Humidity Measurement: Utilizing a Vaisala capacitive polymer H chip, the HMP35C offers precise relative humidity measurements from 0 to 100% non-condensing.
Easy Integration: The probe is compatible with Campbell Scientific dataloggers, allowing for seamless integration into existing or new monitoring systems.
Campbell Scientific HMP35C is a high-quality probe designed to accurately measure temperature and relative humidity in various applications. Its key features include:
Temperature Measurement: The HMP35C employs a thermistor sensor for temperature measurement, providing accurate readings within the range of -35° to +55°C.
Relative Humidity Measurement: Utilizing a Vaisala capacitive polymer H chip, the HMP35C offers precise relative humidity measurements from 0 to 100% non-condensing.
Easy Integration: The probe is compatible with Campbell Scientific dataloggers, allowing for seamless integration into existing or new monitoring systems.
Campbell Scientific HMP35C is a high-quality probe designed to accurately measure temperature and relative humidity in various applications. Its key features include:
Temperature Measurement: The HMP35C employs a thermistor sensor for temperature measurement, providing accurate readings within the range of -35° to +55°C.
Relative Humidity Measurement: Utilizing a Vaisala capacitive polymer H chip, the HMP35C offers precise relative humidity measurements from 0 to 100% non-condensing.
Easy Integration: The probe is compatible with Campbell Scientific dataloggers, allowing for seamless integration into existing or new monitoring systems.
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