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Products / Sensor types
  • RH Sensors

    RH sensors measure relative humidity.

  • Temperature Sensors

    Sensors for measuring temperature.

  • Wireless Sensors

    Wireless battery sensors

  • Duct Sensors

    Duct sensors optimize ventilation.

  • Industrial Sensors

    Industrial sensors ensure reliability.

  • Accessories

    Accessories facilitate the installation of sensors.

  • Refrigerant Leak Sensors

    Sensors for detecting refrigerant leaks.

  • Radon Sensors

    Radon sensors for direct ventilation control.

  • PMx Sensors

    PMX sensors monitor dust particles.

  • Combined Sensors

    Combined sensors for air quality monitoring

  • CO₂ + humidity

    CO₂ + Humidity Sensors

  • CO2 sensors

    CO2 sensors for air quality monitoring.

  • VOC Sensors

    VOC sensors detect harmful substances.

Latest news
    The impact of VOCs on health and productivity in the workplace

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3 main reasons to use air quality sensors

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Are you thinking about a new air conditioning unit for your home, business, or elsewhere? Or do you already have a unit and want to use it more efficiently? Read on for 3 main reasons to also get air quality sensors!

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1. Save and avoid unnecessary ventilation

\nWhether you choose wall-mounted sensors or sensors for air duct systems and connect them to the ventilation unit or a window opening system, you can immediately start ventilating efficiently. The unit will only activate when the air is truly polluted. This way, you won’t waste money on energy.
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2. Improve indoor air quality

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A. Measurement based on carbon dioxide concentration – CO2

\nWhen selecting a sensor, it depends on what the primary source of pollution in the indoor environment is. The main indicator in the case of predominant pollution by people is the most effective pollution indicator which is the concentration of carbon dioxide.
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Examples of rooms where to use CO2 concentration sensors:

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B. Measurement based on volatile organic compounds concentration – VOC

\nAnother significant pollutant is the so-called volatile organic compounds, which are exhaled by humans, released from furniture, carpets, coatings, cleaning agents, or even during cooking and frying. Where the concentration of CO2 may be low, volatile organic compounds can have high concentrations.
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Examples of rooms where to use VOC concentration sensors:

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3. Don’t worry about anything

\nAs mentioned in the first point, the unit turns on and off, or adjusts the ventilation intensity, completely independently thanks to the sensors. You don’t have to think about when to turn the unit on and off, when to increase or decrease the performance, or the exact time to turn it on and off.
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\nYou can find the entire range here