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Parts by Number for Duct Humidity/temperature Sensor Top

Part # Distributor Manufacturer Product Category Description
FKT30H90 PLC Radwell Siemens Controls & Indicators, Temperature & Process Control DUCT TEMPERATURE HUMIDITY SENSOR
FKT30H90 PLC Radwell Landis & Staefa Controls & Indicators, Temperature & Process Control DUCT TEMPERATURE HUMIDITY SENSOR
FKT30H90 PLC Radwell Siemens Building Technologies Controls & Indicators, Temperature & Process Control DUCT TEMPERATURE HUMIDITY SENSOR
FKT30H90 PLC Radwell Staefa Control Sys Controls & Indicators, Temperature & Process Control DUCT TEMPERATURE HUMIDITY SENSOR
MRH3d PLC Radwell General Eastern Sensors & Switches, Temperature Transmitter HUMIDITY TRANSMITTER 3RH 4-20MA DUCT MOUNT
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Conduct Research Top

  • Criteria for Obtaining Specified Humidity and Temperature Conditions
    is. cycling ±1.0°C, the relative humidity is fluctuating between 47% and 53%. A. small ±0.2°C air temperature cycle will cause a relative humidity cycle of more. that 0.5% (ASHRAE 1993). Sensor Accuracy. Temperature sensors are typically much more accurate and easier to calibrate. than humidity
  • The Importace of Measuring Building Humidity: Best Practices for Sensor Selection
    . sensors are robust and should not drift more than 1% annually. Humidity trans-. mitters configured with the active temperature option feature jumper-selectable. ranges of 40ºC (104ºF), 50ºC (122ºF), and 60ºC (140ºF) are also available. Wall Mount, Duct Mount or Outside Air. Humidity sensors are most
  • Complying with ICH Guidelines Involving Temperature and Relative Humidity
    or moisture loads within the space, or leakage to or. from an adjacent space. • Sensor Accuracy - calibration uncertainty of both the temperature and. relative humidity sensors. For example, consider a targeted condition of 25°C ±2°/60% RH ±5% where the. recording device may indicate a relative
  • Humidity in Ventilation Systems
    mount transmitter. Humidity and temperature. Transmitters: Handheld instruments: probes:  HF5 series.  HP22.  HC2-S. For interchangeable probes,. For interchangeable. Standard humidity sensor. Various analogue and digital. probes,. -50...100 °C,. outputs, Display,. High accuracy relative. 0…100 %rh
  • The Importance of Measuring Building Humidity - Health Risks & Dangers
    . • Robots & Paint Spray Booths. • Testing Facilities. • Museums. 2. Health Risks & Dangers of Failing to Properly Measure Building Humidity. • Sick Building Syndrome. • Mold Growth. • Preventing Mold. CONTENT. 3. Best Practices for Selecting the Right Humidity Sensor. PART 2. • Wall Mount, Duct Mount
  • Wind Turbines
    to the topography. Therefore, wind mapping. has to be performed in. order to determine if a location. is correct for the wind farm. Such wind maps are usually. done with Doppler radars. which are equipped with stationary. temperature and humidity. sensors. These sensors. improve the average accuracy
  • Conditioning: Is It Really Necessary?
    . with both ceiling supplies and returns should be avoided. In chambers, a uniform. laminar flow across the chamber is required. Sensor Accuracy. There are both temperature and humidity sensors employed that need to be. considered. Temperature sensors are typically far more accurate and generally
  • Direct In Situ Zirconia Oxygen Analyzer (.pdf)
    and can measure the gases. directly. For use in combustion gases at temperatures up to 1400°C, choose the general-use 0.15m long. detector, which is combined with ZO21P-H, the high-temperature probe protector. The converter. is equipped with an LCD touch screen which has various setting displays

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