America's Handiest Pocket CO2 Sensor

Name: Prana Air Pocket CO2 Monitor (WiFi 📶) | Portable Carbon Dioxide Detector
Brand: Prana Air
SKU: PRANA-2
Price: 62.47 USD
Availability: InStock
Rating: 4.5 (2999 reviews)

Track ambient carbon dioxide levels on the move with our most compact, lightweight sensor.

₹ 5990
Pocket Format
Wi-Fi Connected

Core ProductFeature Highlights

This air quality sensor monitors live carbon dioxide levels anywhere you go indoors or outdoors. The slim pocket form fits easily into your pocket, backpack, or purse.

Live Gas Readings
Wireless Pairing
Phone App Integration
Pocket-Sized Form
Color LCD Screen
400 mAh Power Cell

^{Designed to satisfy LEED & WELL as well as ASHRAE 62.1 ventilation standards}

prana air ultra-portable co2 sensing device

Multiple Screen Views

Read live carbon dioxide values through expressive facial emoticons or bold numbers. Color-coded green, yellow, and red status cues tell you exactly when to refresh room air.

prana air pocket sensor dual face and numbers screen

prana air pocket sensor full digital digits screen

prana air pocket sensor emoticon visual status display

prana air pocket sensor historical timeline graph display

Remote CloudAnywhere Access

AQI cloud storage lets you review your pocket sensor's air data remotely. Check your numbers from any location, day or night.

Pocket Sensing Unit
Wi-Fi Connection
Cloud Storage Hub
Mobile App Display

Pair your Prana Air pocket sensor with the AQI smartphone app. Track live gas levels, view ventilation ratings, and receive timely fresh air alerts.

Receive actionable indoor air recommendations directly through the mobile application interface.
Check how effectively outdoor air circulates through your home, classroom, or workspace.

Review historical carbon dioxide patterns recorded by your pocket sensor over time.
Examine comprehensive monthly air quality logs with a single tap on your screen.

Continuous carbon dioxide metrics
Interactive air quality monitoring portal
Long-term carbon dioxide analytics graphs
Practical indoor air wellness guidance

prana air pocket sensor linked to browser portal

Live carbon dioxide television displays
Data charts for 1, 8, and 12 hours
Operate TV screens from your phone
Visual room ventilation grade index

prana air pocket unit telemetry on commercial tv screen

Pocket CO2 Sensor

Easy Mobile App Setup & Sync

Get the AQI Smartphone App

Sync your pocket sensor with our mobile app to view real-time gas curves. Browse historical logs easily from anywhere.

prana air handheld pocket sensor frontal perspective

prana air pocket sensor angled corner perspective

Key CapabilitiesHandheld CO2 Sensor

Our pocket sensor measures CO2 levels with ±5% accuracy using an internal optical NDIR cell. The 400 mAh battery charges in 30 minutes. It tracks gas levels up to 9999 ppm.

Type-C PortFast Charging
Carbon DioxideLive Gas Levels
400 mAh CellBuilt-in Battery
Pocket ScaleTravel Size
NDIR DetectionOptical Sensor
2.4 GHz BandWi-Fi Sync

Product Datasheet

Operating Manual

Device Specifications

CO2 Sensing Unit

Device Name:
Prana Air Pocket CO2 Sensor
Sensor Type:
CO2 NDIR
Dimensions:
5.8 x 2.5 x 4.6 cm
Power Source:
5V DC / Type-C USB cable
Network Connectivity:
WiFi [2.4GHz]
Mobile Compatibility:
AQI Mobile App [iOS & Android]

Measurement Range:
Up to 9999 ppm
Operating Temperature:
-5° C - 45°C
Net Weight:
60 gram
Display Screen:
LCD Display
Cloud Storage:
Optional AQI Cloud Sync
Internal Battery:
400 mAh rechargeable battery

prana air precision ndir sensor component for pocket detector

Optical NDIR Architecture

for dependable indoor gas sensing

Prana Air utilizes non-dispersive infrared optical sensing. This proven method provides reliable, stable carbon dioxide detection across diverse indoor settings.

Explore Tech Details

Air Quality Health Index

This indoor air scale shows what carbon dioxide readings mean for daily comfort. It helps you decide when to open doors and refresh room ventilation.

Learn About Index

Fresh
350-700
Indoor air is clean and fresh. Room occupants feel alert and enjoy natural mental energy.
Acceptable
701-900
Standard indoor air quality showing normal room airflow and comfort.
Stale
901-1200
Noticeable air stuffiness that brings mild fatigue and afternoon tiredness.
Elevated
1201-1500
Stale gas buildup causing heavy eyelids, brain fog, and temple headaches.
Heavy
1501-2500
Exceeds standard 8-hour exposure limits for commercial workplaces.
Extreme
2500+
Extreme concentrations that cause heavy drowsiness, headaches, and poor oxygen intake.

Everyday Uses for the CO2 Sensor

Stale air gathers quickly in enclosed spaces. This pocket sensor helps homes, classrooms, and offices stay airy. These real-world examples show how carbon dioxide climbs when doors and windows remain shut.

moderate morning co2 level in home living room

moderate reading displayed on pocket sensor

Early Morning CO2 at Home

Room air starts fresh in the early morning. Gas levels stay moderate before busy daily routines begin.

CO2 Concentration: 400-1000 ppm

Hours: Before 10 am

Comfort Notes: Mild fatigue or minor morning grogginess.

Fresh CO2 At Home – Afternoon

Open windows and good daytime airflow keep afternoon carbon dioxide low and pleasant.

CO2 Concentration: 350-700 ppm

Hours: 10 am to 4 pm

Comfort Notes: Crisp room air with clear mental focus.

fresh afternoon co2 level in living room

Elevated CO2 At Home – Night

Closed bedroom doors trap exhaled breath overnight. Gas levels rise and can cause restless sleep.

CO2 Concentration: 1000-2000 ppm

Hours: After 8 pm

Comfort Notes: Restless sleep, heavy eyelids, and morning stuffiness.

Moderate CO2 At School – Morning

Classrooms begin the morning with acceptable air before student desks fill up.

CO2 Concentration: 400-1000 ppm

Hours: Before 9 am

Comfort Notes: Normal energy levels among early arriving students.

Fresh CO2 At School – Recess

Midday recess and open hallway doors bring in outside oxygen and freshen the room.

CO2 Concentration: 350-700 ppm

Hours: 11 am to 1 pm

Comfort Notes: Energetic students ready for focused learning.

elevated afternoon co2 level in classroom

elevated reading shown on classroom monitor

Elevated CO2 At School – Afternoon

Full classes with shut windows cause carbon dioxide to climb fast by afternoon.

CO2 Concentration: 1000-2500 ppm

Hours: 1 pm to 3 pm

Comfort Notes: Student sleepiness, reduced attention, and stuffy room air.

moderate morning co2 level in office workspace

Moderate CO2 At Office – Morning

Offices start the workday with fair air before meeting rooms get crowded.

CO2 Concentration: 400-1000 ppm

Hours: 8 am to 10 am

Comfort Notes: Standard morning alertness across workstations.

Fresh CO2 At Office – Lunch Hour

Lunch breaks empty shared desk areas. This gives office ventilation time to refresh the air.

CO2 Concentration: 350-700 ppm

Hours: 1 pm to 2 pm

Comfort Notes: Refreshed indoor air and improved workplace comfort.

elevated afternoon co2 level in conference room

Elevated CO2 At Office – Late Afternoon

Packed meeting rooms with closed doors trap exhaled carbon dioxide by late afternoon.

CO2 Concentration: 1000-2200 ppm

Hours: 3 pm to 6 pm

Comfort Notes: Afternoon brain fog, lower productivity, and stuffy meeting rooms.

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 Builds Up Quickly

This device helps you track carbon dioxide across diverse indoor environments. The clear screen provides live readings to guide your everyday ventilation choices.

high carbon dioxide levels in home living room

Residential Homes

Carbon dioxide monitoring helps protect family members across different age groups. Children, seniors, and pets feel stuffy air quickly. Regular checks ensure rooms receive proper fresh air.

high carbon dioxide in busy school classroom

Classrooms & Nurseries

High headcounts in closed classrooms cause carbon dioxide to rise fast. Stuffy room air makes students drowsy and slows focus. Tracking gas levels helps teachers air out rooms between classes.

high carbon dioxide in crowded shopping mall

Shopping Malls

Large indoor malls gather many shoppers in busy retail zones. Heavy foot traffic and closed doors drive up carbon dioxide levels. This causes quick fatigue for shoppers and staff.

Healthcare Facilities

Hospitals and clinics depend on clean air for patient comfort. Regular checks confirm that ventilation runs well in patient rooms and waiting halls.

high carbon dioxide in packed restaurant dining area

Dining Spaces

Full dining rooms combine active conversation and kitchen warmth. Without good fresh airflow, carbon dioxide builds up fast and leaves guests feeling tired.

high carbon dioxide in crowded subway transit station

Subway Stations

Underground transit hubs and crowded train cars have limited natural airflow. Live checks show stuffy passenger platforms that need fresh outside air.