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Sensedge Go Wireless Air Quality Monitor

What is the Sensedge Go?

The Sensedge Go is a wireless, battery-powered indoor air quality monitor, designed for commercial use and lightning-fast installation. Once installed, the batteries of this device can last up to 8 years using a patent-pending Adaptive Sampling™ technology, minimizing maintenance efforts.

Explore this IAQ monitor further -> WELL CERTIFICATION WORKPLACE EXPERIENCE BUILDING OPERATIONS K-12 SCHOOLS

How It Works

See what you are breathing with the Sensedge, and share real-time air quality with your occupants.

Sensedge Go

Modular Design

Software Demo

Certified by RESET, and part of the Works with WELL Catalog, the Sensedge Go monitors up to 14 IAQ and IEQ parameters, providing you with more insights into your indoor air quality than ever.

PM₁

PM₁ Ultrafine particles that can penetrate deep into the lungs, posing significant health risks, especially for those with respiratory conditions.

PM_2.5

PM_2.5 Tiny airborne particles that are small enough to enter the bloodstream and are linked to heart and lung diseases.

PM₁₀

PM₁₀ Coarser particles that can irritate the respiratory tract and aggravate conditions like asthma and bronchitis.

VOCs

VOCs Volatile organic compounds, emitted from everyday products, can cause eye, nose, and throat irritation and long-term exposure may lead to serious health effects.

CO₂

CO₂ High levels of this odorless gas can indicate poor ventilation and lead to drowsiness, headaches, and decreased cognitive performance.

NO₂ (Coming soon)

NO₂ (Coming soon) A harmful gas from combustion processes that irritates the respiratory system and can worsen asthma and other lung conditions.

CO (Coming soon)

CO (Coming soon) A colorless, odorless gas that can be deadly in high concentrations, often resulting from faulty combustion appliances.

Ozone (Coming soon)

Ozone (Coming soon) A reactive gas that can trigger respiratory problems and worsen lung diseases, especially during outdoor air pollution episodes.

Temperature

Temperature Comfort levels and the efficiency of heating and cooling systems are influenced by temperature, which also affects air quality perception.

Relative Humidity

Relative Humidity Maintaining a balance of humidity levels helps prevent mold growth and minimizes respiratory discomfort.

Light Strength (Lux)

Light Strength (Lux) The intensity of light in an environment, measured in lux, affects visibility, comfort, and overall well-being.

Light Spectrum

Light Spectrum The range of wavelengths in light, including natural and artificial sources, influences mood, sleep patterns, and eye health.

Occupancy

Occupancy Primarily used to detect the presence of people in a space, which can influence air quality by increasing levels of CO2, humidity, and potentially VOCs.

Air Pressure

Air Pressure Changes in air pressure can affect comfort, breathing, and the efficiency of HVAC systems in maintaining a stable indoor environment.

PM₁

PM₁ Ultrafine particles that can penetrate deep into the lungs, posing significant health risks, especially for those with respiratory conditions.

PM_2.5

PM_2.5 Tiny airborne particles that are small enough to enter the bloodstream and are linked to heart and lung diseases.

PM₁₀

PM₁₀ Coarser particles that can irritate the respiratory tract and aggravate conditions like asthma and bronchitis.

VOCs

VOCs Volatile organic compounds, emitted from everyday products, can cause eye, nose, and throat irritation and long-term exposure may lead to serious health effects.

CO₂

CO₂ High levels of this odorless gas can indicate poor ventilation and lead to drowsiness, headaches, and decreased cognitive performance.

NO₂ (Coming soon)

NO₂ (Coming soon) A harmful gas from combustion processes that irritates the respiratory system and can worsen asthma and other lung conditions.

CO (Coming soon)

CO (Coming soon) A colorless, odorless gas that can be deadly in high concentrations, often resulting from faulty combustion appliances.

Ozone (Coming soon)

Ozone (Coming soon) A reactive gas that can trigger respiratory problems and worsen lung diseases, especially during outdoor air pollution episodes.

Temperature

Temperature Comfort levels and the efficiency of heating and cooling systems are influenced by temperature, which also affects air quality perception.

Relative Humidity

Relative Humidity Maintaining a balance of humidity levels helps prevent mold growth and minimizes respiratory discomfort.

Light Strength (Lux)

Light Strength (Lux) The intensity of light in an environment, measured in lux, affects visibility, comfort, and overall well-being.

Light Spectrum

Light Spectrum The range of wavelengths in light, including natural and artificial sources, influences mood, sleep patterns, and eye health.

Occupancy

Occupancy Primarily used to detect the presence of people in a space, which can influence air quality by increasing levels of CO2, humidity, and potentially VOCs.

Air Pressure

Air Pressure Changes in air pressure can affect comfort, breathing, and the efficiency of HVAC systems in maintaining a stable indoor environment.

Experience the lightning-fast installation & setup

Set up your gateway.

The gateway of our IAQ monitor supports ethernet, cellular, and BACnet integration.

Peel & stick - installation is done.

No wiring or specialized labor needed - accelerate installation time by 10x and save big on costs.

Tap on the device to setup.

This indoor air quality monitor will automatically connect to the nearest gateway and start transmitting data.

Access data and insights right away.

See real-time data flowing into your Kaiterra Web App, giving you insights into the indoor environment.

Sensedge Go Commercial Features

01 Designed for WELL Certification

One-stop-shop for WELL Certification

Kaiterra’s indoor air quality monitors are featured in the Works with WELL catalog. The Sensedge Go monitors all the parameters required for WELL Certification, earning you up to 9 optimization points under WELL Air Concept. This eliminates the need for performance testing, which streamlines the certification process and reduces costs, particularly for global projects.

We also offer a WELL Compliance Checker on our web app, allowing users to assess compliance with WELL standards in real-time and export data in the required IWBI format with just one click. This feature, highly favored by WELL APs, helps save hundreds of hours in data preparation.

02 Longest battery life of up to 8 years

Unmatched battery life with Adaptive Sampling™

The Sensedge Go is designed for longevity, with a battery life that can last up to 8 years thanks to patent-pending Adaptive Sampling™ technology. Even on a high-frequency, fixed sampling rate, this indoor air quality monitoring device operates for more than 4 years, reducing the need for frequent battery replacements.

No more frequent maintenance—your team can focus on air quality monitoring without worrying about downtime, while building managers enjoy long-term reliability, reduced upkeep, and cost savings with fewer battery replacements over the device's lifetime.

03 Replaceable sensor modules

Replaceable sensor modules to help futureproof your building

Featuring Kaiterra’s unique modular design, sensor modules of the Sensedge Go air quality monitor can be swapped in seconds. This is a much more cost-effective way to keep your device accurate in the long run, without conducting the traditional calibration process.

You can also add new parameters easily, to stay compliant with evolving building certifications and future legislative requirements.

One-stop-shop for WELL Certification

Unmatched battery life with Adaptive Sampling™

Replaceable sensor modules to help futureproof your building

You can also add new parameters easily, to stay compliant with evolving building certifications and future legislative requirements.

IAQ Monitoring Specifications

Sensors

Particulate
matter sensor

Sensor:

Laser particle sensor

Accuracy:

0 to 30 μg/m³: ±3 μg/m³
30 to 1000 μg/m³: ±10 % m.v.

Resolution:

1 μg/m³

TVOC Sensor

Sensor:

Multi-pixel metal oxide sensor (MOx)

Accuracy:

±15 % ±8 ppb

Resolution:

1 ppb

CO2 Sensor

Sensor:

Non-dispersive infrared (NDIR)

Accuracy:

±40 ppm ±3%

Resolution:

1 ppm

Temperature
Sensor

Sensor:

Digital sensor

Accuracy:

±0.2 °C

Resolution:

0.1 °C

Relative Humidity Sensor

Sensor:

Digital sensor

Accuracy:

±2 % RH

Resolution:

0.1 % RH

Additional Sensors

Coming soon:

CO, O₃, NO₂

Power

Battery (Up to 8 years)

USB Type-C

PoE via PoE to USB-C converter

Connectivity

Sub-Ghz wireless communication using gateways

Gateway supports cellular and ethernet

Integration

BACnet/IP via Gateway

API

Certifications

RESET Grade B

Works with WELL

View Complete Technical Specifications

Benefits of Indoor Air Quality Monitors

Promote Health and Well-being Indoor air quality is crucial for occupant health and comfort. Monitoring air quality helps create a healthier environment for everyone in the building.

Achieve Building Certifications Optimizing indoor air quality can earn valuable points toward certifications like LEED, WELL, and Fitwel. This not only demonstrates a commitment to sustainability and wellness but also enhances the property’s appeal to tenants and buyers.

Improve Facility Management Real-time air quality data enables facility management teams to identify and address issues quickly, preventing escalation. This leads to fewer occupant complaints and smoother operations.

Encourage Return to Work Employees now seek more from their workplace—it’s not just where they have to be, but where they want to be. Monitoring and improving air quality creates a healthier, more inviting environment that motivates them to return.

Optimize Energy Usage Air quality monitoring supports smarter HVAC management, optimizing energy use based on real-time needs. This reduces energy costs and contributes to sustainability goals.

Increase Property Value Health and well-being are increasingly important to corporate tenants. Investing in air quality monitoring makes a property more attractive, drawing high-value tenants who prioritize employee experience.

Sensedge Go IAQ Monitor - FAQs

What air quality sensors does the Sensedge Go use and how accurate are they?

You can see a detailed breakdown of the air quality sensors in the Sensedge Go and their technical specifications here.

What building certifications is the Sensedge Go compliant with?

The Sensedge Go is a RESET Grade B certified commercial indoor air quality monitor and part of the Works with WELL catalog, making it compliant with most building certifications in the market, including LEED, WELL, Fitwel, RESET, and UL Healthy Buildings.

How often do I have to replace the air quality sensor modules?

The lifespan of the air quality sensor modules can vary depending on the environment and the levels of pollutants they are exposed to. You can view the health of each module in the Kaiterra Web App and receive notifications when your modules need replacement.

What is the battery life of the Sensedge Go IAQ monitor?

The battery of the Sensedge Go lasts up to 8 years using Kaiterra's Adaptive Sampling^TMtechnology and more than 4 years on a high-frequency fixed sampling rate. The ultra-long battery life helps significantly reduce maintenance efforts and costs, especially for larger deployments.

How many gateways will I need for my air quality monitoring?

The Sensedge Go device communicates with the gateway using sub-Ghz wireless communications capable of penetrating through multiple floors and walls indoors as well as transmitting up to 2km outdoors. One gateway is capable of covering large areas across multiple floors. Our team will also help assess your floor map to determine the right amount of gateways for your project.

Sensedge Go Wireless Air Quality Monitor

What is the Sensedge Go?

How It Works

Experience the lightning-fast installation & setup

Sensedge Go Commercial Features

One-stop-shop for WELL Certification

Unmatched battery life with Adaptive Sampling™

Replaceable sensor modules to help futureproof your building

One-stop-shop for WELL Certification

Unmatched battery life with Adaptive Sampling™

Replaceable sensor modules to help futureproof your building

IAQ Monitoring Specifications

Particulate matter sensor

Sensor:

Laser particle sensor

Accuracy:

0 to 30 μg/m³: ±3 μg/m³30 to 1000 μg/m³: ±10 % m.v.

Resolution:

1 μg/m³

TVOC Sensor

Sensor:

Multi-pixel metal oxide sensor (MOx)

Accuracy:

±15 % ±8 ppb

Resolution:

1 ppb

CO2 Sensor

Sensor:

Non-dispersive infrared (NDIR)

Accuracy:

±40 ppm ±3%

Resolution:

1 ppm

Temperature Sensor

Sensor:

Digital sensor

Accuracy:

±0.2 °C

Resolution:

0.1 °C

Relative Humidity Sensor

Sensor:

Digital sensor

Accuracy:

±2 % RH

Resolution:

0.1 % RH

Additional Sensors

Coming soon:

CO, O3, NO2

Benefits of Indoor Air Quality Monitors

Sensedge Go IAQ Monitor - FAQs

Additional Resources

Get a headstart on your IAQ journey now.

Particulate
matter sensor

0 to 30 μg/m³: ±3 μg/m³
30 to 1000 μg/m³: ±10 % m.v.

Temperature
Sensor

Relative Humidity Sensor

CO, O₃, NO₂