World’s Smallest CO2 Monitor
Track the real-time air quality levels on the go with our smallest, portable, and handiest pocket air monitor.
-
105.91$Original price was: 105.91$.70.57$Current price is: 70.57$. 70.57$ - Pocket-Sized
- Wifi Enabled
Track the real-time air quality levels on the go with our smallest, portable, and handiest pocket air monitor.
This air quality monitor helps you to track real-time CO2 levels wherever you go indoor & outdoor. Our pocket sized monitor is the slimmest and handy device that you can easily fit into your pocket.
Compliance with LEED, WELL, and ASHRAE standards
Displaying the real-time CO2 levels in the form of both the emoticon
and numerical screens. Green, yellow, and red color representation.
AQI data cloud storage eases the accessibility of the monitor’s
air quality data remotely anytime anywhere wherever you go.
Connect your Prana Air Pocket CO2 monitor to AQI mobile app to track your CO2 levels in real time and ventilation score.
Get the health advice for indoor CO2 level from AQI app
You will understand how good or bad the CO2 levels are in your house.
You can analyse the historic data of CO2 where you keep the monitor.
The CO2 level of a whole month can be analysed on your fingertips
View your Pocket CO2 monitor’s data on AQI Web-dashboard to track CO2 levels daily, weekly, and monthly exposure.
See your Pocket CO2 monitor’s data on AQI TV app at a glance. The app displays the real-time CO2 level on your TV screen.
Connect your Prana Air Pocket CO2 monitor to AQI mobile app to track your CO2 levels in real time and ventilation score.
Get the health advice for indoor CO2 level from AQI app
You will understand how good or bad the CO2 levels are in your house.
You can analyse the historic data of CO2 where you keep the monitor.
The CO2 level of a whole month can be analysed on your fingertips
View your Pocket CO2 monitor’s data on AQI Web-dashboard to track CO2 levels daily, weekly, and monthly exposure.
See your Pocket CO2 monitor’s data on AQI TV app at a glance. The app displays the real-time CO2 level on your TV screen.
Install the AQI app on your smartphones from the app store. Sign up & log in through your account.
Go to "My Device" & select Pocket CO2 Monitor. Long press the power button on top of the device until a QR code appears on the screen.
Scan the QR code or Enter the device ID displayed on your device screen. Fill in your Wi-Fi details. Your device should successfully be connected now.
Analyse the CO2 level in real-time & historical data stored in the AQI cloud through the app on your smartphone.
Our monitor detects CO2 levels at ±5 % accuracy with the help of an in-built NDIR sensor. The product has a 400 mAh battery with 30 minutes (approx.) charging time. It can measure the CO2 range up to 9999 ppm.
CO2 Monitor
With Prana Air’s CO2 sensor is based on the non-dispersive infrared (NDIR) principle, which is the most widely used and trusted technology for CO2 sensing.
The CO2 health index will help you understand the quality of the air you breathe and
the health impacts. You will also know if your house or office ventilation
system is good or bad.
350-700
The air is fresh and free from toxins. People are not exposed to any health risk.
701-900
Indoor CO2 levels with a good ventilation rate
901-1200
Tiredness, laziness, and stuffiness in the air
1201-1500
Lack of concentration, sleepiness, drowsiness, headaches, increased heart rate, stuffiness in the air, nausea, etc. can be experienced.
1501-2500
Many countries have occupational exposure (like an eight-hour TWA).
2500+
Such high levels of exposure can cause acute oxygen shortage, unconsciousness, severe neurological damage, and even death.
Based on the dense CO2 concentrations that can be present indoors, Prana Air Pocket CO2 monitor
can have various indoor applications like home, school, office, etc. The below cases are on a condition when any fresh air machine or proper ventilation system is not facilitated.
01
Usually, at beginning of the day, the CO2 levels will range from good to moderate in the early morning.
CO2 Range: Between 400-1000 ppm
Time Frame: Till 10 am
Health Impacts: Headaches, vomiting, & drowsiness.
02
When there is proper ventilation and the number of people inside a house is minimal, CO2 levels remain under the good category.
Levels <250 ppm : CO2 Range
10 am – 5 pm : Time Frame
Safe to breathe : Health Impacts
03
Usually, in the evening and night, the CO2 level at home increases when the family members return from their work and gather together.
CO2 Range: Levels ≥ 2000 ppm
Time Frame: 6 pm – 10 am
Health Impacts: Loss of consciousness, dangerous
Note: The data shown on the above graph is on the base of a region where the sun rises at 5-6 am and sun sets at 7-8 pm around, and working days are Monday to Friday only. At home, the CO2 levels fall where adults and children are not present during day of Monday to Friday. It begins to rise again when occupancy increases in the evening.
01
Usually, the CO2 level in the early morning is moderate when the number of students and staff is not much. The range increases when the number of students and staff increases.
CO2 Range: Between 400-1000 ppm
Time Frame: From 8 am – 12 pm
Health Impacts: lifelong respiratory infections, unattentiveness, etc.
02
An increase in the CO2 levels even by 100 ppm corresponds to a 0.2% increase in absence rates.
CO2 Range: >2000 ppm.
Time Frame: Between 12-2 PM
Health Impacts: Cognitive, IQ skills, mental abilities of the child
03
As the school day ends, there is a progressive decline in the number of students on the school grounds. When the ventilation rate is good, CO2 levels start to decline and the air quality begins to improve.
CO2 Range: ≤ 1000 ppm
Time Frame: After School
Health Impacts: It is good to breathe.
Note: The data displayed on the graph above is based on a region where schools are in session from Monday through Friday from 8 a.m. to 2 p.m. When students enter a classroom, the CO2 levels begin to increase. After the classes are finished, it starts to fall.
01
Early in the morning, when working hour begins, CO2 levels are typical to moderate as the employees are not fully present.
CO2 Range: <1000 ppm
Time Frame: From 9 am – 11 pm
Health Impacts: Employees feel fresh and active when there are good to moderate CO2 levels.
02
As all the employees are present, then CO2 levels rise as a result of respiration and accumulate over time, they are in an unhealthy range.
CO2 Range: It can exceed up to 3000 ppm
Time Frame: between 12 pm – 4 pm
Health Impacts: Dizziness, loss of coordination, unattentiveness
03
As the number of employees decreases at the end of the day, so does the amount of CO2 in the air.
CO2 Range: <1000 ppm
Time Frame: After 7 pm CO2 levels begin to drop.
Health Impacts: When there is good ventilation, the air becomes good to inhale.
Note: The data displayed on the graph above is based on information from a location where business hours are typically between 10 am and 6 pm Monday through Friday. When an employee enters an office, the CO2 levels begin to rise. After they leave in the evening, it starts to fall.
Prana Air provides the solution to indoor air pollution with an air purifying machine to purify the air pollutants.
It helps you understand the level of Carbon Dioxide of your location. Works as both – real-time indoor and outdoor CO2
monitoring sensor; the LCD display shows you CO2 reading indicating
CO2 monitoring becomes necessary since different age groups are present
in a typical house setting. High CO2 concentrations have diverse effects
on different age groups. Children and the elderly are particularly affected.
If you have pets, the high levels of CO2 will also harm them. To prevent
carbon dioxide poisoning in you, your children, the elderly, and your pets,
you can ensure that the desired levels of CO2 are maintained within
your homes.
Besides our homes, we spend the majority of our time indoors at schools
/offices. CO2 levels are generally greater in both classrooms and business
settings. When students and staff are exposed to high CO2 levels, they
may become drowsy, tired, and lose attention, resulting in poor academic
and overall performance. The staff’sthinking abilities are also hampered.
The indoor air quality and ventilation rates of a building are monitored
with the help of a CO2 monitor. There is a constant movement of people inside
malls and shop establishments. When a few of them depart, new people enter.
As a result, contaminants like carbon dioxide accumulates in malls and retail
stores. Monitoring CO2 levels in the retail sector is therefore much more
crucial in light of this.
According to a 2011 Infinium Medical, Inc. study, 82% of critical care
accidents that resulted in brain damage and death might have been avoided
if CO2 had been monitored and the necessary steps are taken to lower the
excessive levels. Monitoring CO2 levels is frequently overlooked when managing
the hospital’s indoor air quality. When these levels are kept in check,
recovery time and attention problems improve.
Monitoring CO2 will be helpful since increased CO2 exhalation by residents
increases the risk of viral transmission (such as covid-19). On a smart LCD
TV screen, the real-time CO2 levels can be displayed. Checking the AQI of
hotels and restaurants will be made easier with the help of monitoring. Staff
productivity will rise as a result of ongoing CO2 monitoring.
Monitoring CO2 levels offer a helpful measure of how well-ventilated inhabited
indoor spaces are. These places include airports and metro subways, where the
population is fluid and people are constantly arriving and departing, especially
during peak hours. To protect public health, it is necessary to continuously
monitor interior air pollutant levels in subway stations and airports, where the
accumulation of pollutants is very easy.
Please help us know what requirements you have.
Our team will contact you very soon.
Looking for air quality solutions for Hospital?
Error: Contact form not found.