39310 Ersatz- Temperatur/RH Element und Kappe für HygroVUE10

Überblick

Das Set 39310 enthält ein Ersatz- Sensorelement, einen Filter und die Kappe für den HygroVUE™10 Temperatur- und Luftfeuchtesensor. Der Austausch kann einfach im Feld erfolgen — der Sensor muss nicht mehr zur Rekalibrierung eingeschickt werden. Mit den Ersatzchips erhält der Kunde ein Kalibrierzertifikat und der Sensor entspricht wieder den Standards des HygroVUE™10.

Der 39310 wird in einen Stecker unter dem Filter und der Kappe eingesteckt. Campbell Scientific empfiehlt den Austausch der Chips alle zwei bis drei Jahre abhängig von der Anwendung.

Funktionen und Vorteile

  • Replacement chip reduces downtime and maintenance costs associated with sensor calibration
  • Replacement screen restores sensor to factory performance and airflow
  • Temperature and RH (relative humidity) elements traceable to NPL and NIST standards
  • Ships with calibration verification certificate

Bilder

Kompatibel mit

Please note: The following shows notable compatibility information. It is not a comprehensive list of all compatible products.

Sensors

Product Compatible Note
HygroVue 10

Spezifikationen

Sensing Element Sensirion SHT35 enhanced by Campbell Scientific
Sensor Protection Outer glass-filled polypropylene cap fitted with a stainless-steel mesh dust filter with nominal pore size of < 30 µm. The sensor element has a PTFE protective film with a filtration efficiency of > 99.99% for particles of 200 nm or larger size.
Weight 22.68 g (0.05 lb)

Relative Humidity

Measurement Range 0 to 100% RH
Accuracy
  • -NOTE- The accuracy figures quoted are the 95% confidence limits relative to factory standards.
  • ±1.5% (at 25°C, over the range 0 to 80% RH)
  • ±2% (at 25°C, over the range 80 to 100% RH)
Short-Term Hysteresis < ±1% RH
Additional Errors at Other Temperatures < ±1% RH (over -40° to +60°C)
Long-Term Stability ±0.5% per year (maximum drift in clean air conditions)
Reported Resolution 0.001% RH
Repeatability 0.05% RH (3σ noise level)
Response Time with Filter 8 s (63% response time in air moving at 1 m/s)

Air Temperature

Measurement Range -40°C to +70°C
-NOTE- The accuracy figures quoted are the 95% confidence limits relative to factory standards.
Accuracy
  • ±0.2°C (over the range -40 to +70°C)
  • ±0.1°C (over the range -20 to +60°C)
Long-Term Drift < 0.03°C per year
Reported Resolution 0.001°C
Repeatability 0.04°C (3σ noise level)
Response Time with Filter < 130 s (63% response time in air moving at 1 m/s)
Calibration Traceability NIST and NPL standards

Maximum Current Drain

Quiescent 50 µA
During Measurement 0.6 mA (takes 0.5 s)

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