Real-Time Tracking
Wi-Fi Link
Mobile App Sync
Handheld Design
Colour LCD Screen
400 mAh Battery
Fully aligned with LEED, WELL, and ASHRAE building benchmarks

Versatile Display Layouts
Examine live carbon dioxide readings with friendly face icons and clear numbers. Bright green, amber, and red colour bands guide quick choices for healthier room air.




Cloud Data
Accessibility
Cloud data storage allows you to inspect your monitor readings on your phone from any place at any time.

Pocket Unit

Wireless Network

AQI Cloud Hub

Live Phone Records
Pair your Pocket CO2 monitor with the AQI mobile app to track air trends and check room ventilation scores.
Receive helpful air quality advice and room ventilation tips directly on your smartphone screen.

Easily check whether your indoor living spaces maintain sufficient fresh air flow.

Review daily carbon dioxide records logged wherever you place the monitoring unit.

Study whole-month air quality patterns with convenient calendar summary charts.


Real-time carbon dioxide data

Comprehensive monitoring console

Detailed historical trend curves

Actionable indoor air suggestions


Live carbon dioxide broadcasts

Logs for 1, 8, and 12 hours

Manage TV screens via phone

Clear ventilation rating values

Pocket CO2 Monitor
Connecting to the AQI Phone App
Install the AQI Application
Sync your monitor with our mobile app to review air trends and inspect saved records from anywhere.




Technical Specifications
CO2 Monitor
Product Name :
Pocket CO2 monitor
Sensor :
CO2 NDIR
Dimension :
5.8 x 2.5 x 4.6 cm
Power Supply :
5V DC / Type-C USB cable
Connectivity :
WiFi [2.4GHz]
Mobile App Enabled :
AQI Mobile App [iOS & Android]
Range :
Up to 9999 ppm
Operating temperature range:
-5ยฐ C - 45ยฐC
Weight :
60 gram
Display :
LCD Display
Data Storage :
AQI Cloud Storage (option)
Battery :
400 mAh rechargeable battery

NDIR Optical Technology
for dependable air evaluation
The Prana Air device uses non-dispersive infrared optical sensing. This is the most reliable and trusted method for tracking indoor carbon dioxide.
Read MoreCO2 Air Health Scale
This air health scale explains what your carbon dioxide numbers mean for daily comfort. It helps you decide when to open windows and refresh room ventilation.- Good350-700
The air is fresh and clean. People feel alert and enjoy natural mental focus. - Moderate701-900
Standard indoor air conditions with fair room ventilation and air flow. - Poor901-1200
Stale room air that can cause mild tiredness, afternoon heaviness, and lower energy. - Unhealthy1201-1500
Stuffy air conditions causing noticeable drowsiness, reduced focus, and mild headaches. - Severe1501-2500
Crosses standard eight-hour workplace exposure limits recognized in most countries. - Hazardous2500+
Extreme levels that cause acute drowsiness, headaches, and serious oxygen shortage.
Everyday Uses for the CO2 Monitor
Because stale air gathers quickly indoors, this pocket device helps homes, schools, and offices. These cases show how room air changes when doors and windows stay closed.

01
Moderate CO2 at Home โ Morning
In early morning hours, room carbon dioxide levels typically remain in a safe and steady range.
CO2 Range: 400 to 1000 ppm
Time Frame: Before 10:00 am
Health Impacts: Occasional mild heaviness or slight lethargy.
02
Good CO2 at Home โ Daytime
When windows remain open and few people are inside, room air stays clean, fresh, and comfortable.
CO2 Range: Below 400 ppm ![]()
Time Frame: 10:00 am to 5:00 pm ![]()
Health Impacts: Optimal comfort and natural alertness. ![]()




03
High CO2 at Home โ Night
When families sleep in closed rooms with air cooling on, exhaled breath builds up steadily overnight.
CO2 Range: Above 1200 ppm
Time Frame: Night till dawn
Health Impacts: Restless sleep, heavy head, and morning tiredness.


01
Moderate CO2 in Classrooms โ Morning
When morning classes begin and students arrive, classroom carbon dioxide starts low and remains steady.
CO2 Range: 500 to 1000 ppm
Time Frame: 8:00 am to 11:30 am
Health Impacts: Mild drowsiness if windows remain shut.
02
Good CO2 in Classrooms โ Recess
During lunch breaks when students head outside, fresh air flow clears out accumulated stale air.
CO2 Range: Under 600 ppm ![]()
Time Frame: 11:30 am to 1:00 pm ![]()
Health Impacts: Fresh minds, restored attention, and active study. ![]()




03
Elevated CO2 in Classrooms โ Afternoon
Full classrooms with closed doors trap stale air, causing students to feel tired and lose focus.
CO2 Range: 1500 to 2500 ppm
Time Frame: 1:00 pm to 3:30 pm
Health Impacts: Reduced attentiveness, sluggishness, and fatigue.


01
Moderate CO2 in Offices โ Morning
Early in the workday, office air stays steady and fresh before conference rooms fill with staff.
CO2 Range: 600 to 900 ppm
Time Frame: 9:00 am to 11:00 am
Health Impacts: Alert minds, steady focus, and normal comfort.
02
Good CO2 in Offices โ Well Ventilated
When ventilation systems bring in clean outdoor air, indoor carbon dioxide levels stay in a good range all day.
CO2 Range: Below 600 ppm ![]()
Time Frame: Throughout working day ![]()
Health Impacts: High staff energy, sharp focus, and pleasant atmosphere. ![]()




03
High CO2 in Offices โ Conference Rooms
Closed meeting rooms trap exhaled breath quickly, making office teams feel sluggish after lunch.
CO2 Range: Exceeding 1800 ppm
Time Frame: 2:00 pm to 5:30 pm
Health Impacts: Sleepiness, dull headaches, and loss of energy.
Graph of CO2 Monitoring at Home

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.
Places Where Carbon Dioxide Rises Quickly
This device helps you track carbon dioxide levels across diverse indoor places. The clear screen displays live numbers to guide your everyday fresh air choices.






Complete Clean Air Solution
Fresh Air Ventilation Machine
Prana Air offers modern fresh air machines that bring filtered outdoor air inside and reduce carbon dioxide levels.
>> Discover More
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