YF100 · Indoor air quality monitor
The YF100 is an indoor air quality monitor with model-dependent measurement channels and communications. Specify the required particles, gases and environmental parameters in your enquiry.
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Indoor air quality sensors
A clear project brief is the first step toward a suitable sensor. Define the conditions before choosing the hardware.
Measurement parameters
Specify the medium, target parameters, measurement range, required accuracy, installation conditions and controller interface. Suitability must be checked against an approved datasheet.
Indoor air quality sensor
Temperature and humidity sensor
Carbon dioxide sensor
Products
Specifications below are transcribed from the supplier page. Final configuration, calibration and suitability require confirmation before ordering. Source discrepancies require confirmation; no values have been inferred.
Configuration checklist
Define the measurement
Specify the medium, target parameters, measurement range, required accuracy, installation conditions and controller interface. Suitability must be checked against an approved datasheet.
Describe the installation
This page outlines project planning, not an installed customer case or a guaranteed outcome. Confirm product suitability, site conditions and the integration plan before procurement.
Confirm the integration
RS485 Modbus and LoRaWAN are integration options to discuss, not confirmed features of every product. Check protocol, power supply and network compatibility for the selected model.
Frequently asked questions
How do I choose a suitable sensor?
Specify the medium, target parameters, measurement range, required accuracy, installation conditions and controller interface. Suitability must be checked against an approved datasheet.
Are all communication options standard?
No. Interfaces, power supplies and accessories depend on the confirmed model. Request a written configuration identifying standard and optional items before ordering.
Can I submit an enquiry now?
You can prepare and download an enquiry draft. Mailbox, online submission and WhatsApp are pending configuration; delivery has not been tested.
Choosing an indoor air quality sensor for your building
Indoor air quality sensors help a building team understand conditions at the point of measurement. Start with the specific question and select only the measurements needed for the application.
CO₂ and ventilation
A carbon dioxide sensor can help assess changes in occupied indoor spaces. Interpret readings alongside occupancy, outdoor air and ventilation operation; CO₂ alone does not measure every indoor pollutant.
Temperature and humidity
A temperature and humidity sensor helps describe thermal and moisture conditions. Place the sensing element away from direct sunlight, heat sources and air jets when a representative room reading is required.
Particles and gases
Where particles or other gases matter, specify the parameter and sensing method separately. Available channels depend on the selected model and configuration; confirm each before ordering.
Installation and integration checklist
Choose the measurement point
Consider the occupied zone, airflow, nearby equipment and access for service. A sensor close to a local source may report conditions that differ from the rest of the room.
Confirm the interface
Define the receiving building management system, power supply and output. RS485 Modbus or wireless interfaces must be checked against the exact ordering code.
Plan verification
Ask for the applicable accuracy conditions, calibration guidance and replacement or maintenance requirements. The product datasheet governs the approved configuration.
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