On hot days, you close the door and windows, open the air conditioner, and despite reading about worries about indoor air quality (IAQ), you’re sure that this won’t be a problem in your house.
You could be wrong.
Despite the fact that studies have shown that we spend more than 90% of our time indoors, proper ventilation is essential. Poor indoor air quality can have serious negative health impacts for you and your family, whilst overventilation can lead to higher energy consumption and costs than are essential.
The quality of the air you breathe indoors is more significant than you may know, even though it always feels more comfy to not worry about it. Consider a tiny classroom that is comparable in size to your living room and kitchen. According to an EPA case study, indoor CO2 buildup can cause headaches, dizziness, lethargy, and even the flu. According to the study, a tiny physical indoor environment may also have a significant impact on occupant performance. For instance, poor indoor air quality (IAQ) in classrooms might even increase absenteeism brought on by respiratory infections, allergy conditions, biological pollutants, or negative reactions to chemicals utilized in educational facilities.
The quality of the air you breathe indoors is more significant than you may know, even though it always feels more comfy to not worry about it. Consider a tiny classroom that is comparable in size to your living room and kitchen. According to an EPA case study, indoor CO2 buildup can cause headaches, dizziness, lethargy, and even the flu. According to the study, a tiny physical indoor environment may also have a significant impact on occupant performance. For instance, poor indoor air quality (IAQ) in classrooms might even increase absenteeism brought on by respiratory infections, allergy conditions, biological pollutants, or negative reactions to chemicals utilized in educational facilities.
Demand-controlled ventilation (DCV) systems based on carbon dioxide can reduce over-ventilation in buildings, saving money on energy expenditures.
More than ever before, there is a growing demand for CO2 monitors that are HVAC ventilated and environmentally friendly. Carbon dioxide monitoring has become increasingly important as consumers take action to stop needless over-ventilation and search for more affordable options.
How Can I Check the Air Quality?
Only carbon dioxide concentrations can be measured using a simple carbon dioxide (CO2) monitor. Measurements for temperature, relative humidity, and particle matter are included in advanced models. Even if these extra qualities are helpful, consider CO2 to be the “canary in the mineshaft.” High CO2 levels may also mean high quantities of bacteria, mold, dust, and other airborne diseases.
Make sure you are familiar with what constitutes “bad indoor air quality levels” in order to appropriately monitor air quality.
We have included the CO2 classification guide below for your convenience:
400 ppm: average outdoor air level.
400–1,000 ppm: typical level found in occupied spaces with good air exchange.
1,000–2,000 ppm: level associated with complaints of drowsiness and poor air.
2,000–5,000 ppm: level associated with headaches, sleepiness, and stagnant, stale, stuffy air.
Types of Air Quality Monitors
IAQ monitor
In most homes, offices, or classroom environments, desktop CO2 monitors like the GZAIR Home Indoor Air Quality Monitor should be utilized to monitor carbon dioxide, temperature, relative humidity, or barometric pressure levels as they would be experienced by occupants indoors.
In addition, some desktop IAQ monitors such as the GZAIR PT02 provide air quality monitoring directly from the display with wireless connectivity to connect your smartphone and view data via the Tuya App (iOS or Android).
An example of a wall-mounted CO2 monitor is the CO2, Temp, and RH Indoor Air Quality Monitor. These devices are best used where a single space or multiple spaces with common occupancy patterns are being ventilated. Indoor Air Quality monitors are the perfect solution for intelligent buildings, intelligent house systems, and air quality collection systems.
Using a monitor for air quality
You should be aware that no matter what type of air quality instrument you use—desktop, wall-mount, or handheld—you should never set it close to an open window or air conditioner vent because these features might directly affect the air quality.
The height of wall-mounted CO2 IAQ devices should be 48 inches from the floor, or at the same height as a thermostat.
Similar to your thermostat, the CO2 sensor shouldn’t be installed or placed next to exterior doors or windows since this can give the impression that the room is more airy than it actually is.
People breathing on the instrument will have a negative impact on the reading, thus this is another important consideration when choosing a position for your CO2 monitor. That is something you should keep in mind and mount the gadget away from where people like to congregate.
IAQ monitoring versus safety
Compressed carbon dioxide is used in many different industries, therefore it’s critical to understand the distinction between a carbon dioxide safety alarm and an indoor air quality monitor.
Due to the amounts or quantity of compressed CO2 being kept or produced, businesses like brewing, restaurants, and agricultural facilities require a carbon dioxide safety alert rather than an indoor air quality monitor.
These safety systems have stricter CO2 monitor installation criteria and are frequently mandated by state and local fire marshals, which is how they differ from indoor air quality detecting solutions. Additionally, various CO2 sensors that are not intended to measure CO2 in acceptable ranges are used in IAQ monitors.
Indoor Air Quality (IAQ) or HVAC industries = 1% CO2
Restaurant, Beverage, Agriculture, Safety = 0-5% CO2
Industrial, Medical, Scientific, Fire Suppression = 10-100% CO2
What CO2 Monitor is the Best Fit for You?
It’s critical to always keep your home’s indoor air quality at its highest over the holidays. Make sure you take advantage of the straightforward option of enhancing your indoor air as you are spending more time than previously trying to avoid the winter weather.
The surprise clients have when learning about the overall advantages of their new CO2 meter in their homes is one of the most frequent phone conversations we have with customers. Their quality of life, general productivity, and attention span have been directly impacted by high indoor CO2 levels, and they frequently regret not discovering our technology sooner.
If you are looking for further information on indoor air quality solutions for your home, office, or classroom; contact us today.
Because we’re here to help and wish you living in a joyous and healthy life!
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