Author: admin-innovaer

Santa! I know him!

This Holiday Season, the Team at Innovaer Technologies has been working behind the scenes with Santa to ensure that all the good girls and boys have the best air quality monitoring solutions under the Christmas Tree.

As the year winds down, we hope that you have an opportunity to decompress and relax after a busy 2022 and recharge for a successful 2023.

Respectfully,

The Innovaer Team

Coming Q1 2023

AM7000 with MQTT Networking Protocol

As IoT becomes ubiquitous in Air Quality Monitoring applications it became clear to the Innovaer Team that the AM7000 air quality monitor needed an upgrade to meet the market demand. Coming in Q1 2023 the AM7000 with MQTT networking protocol directly integrated within the device will be stocked and on the shelf to support applications that use Amazon Web Services and Microsoft Azure for the IoT backend.

Features:

• “Desk Top” device that can be commissioned rapidly
• USB powered
• Carbon Dioxide (CO2), Particulate Matter (PM2.5), temperature, humidity, tVOC and HCHO transmitted every 10 seconds
• HCHO and tVOC sensor is replaceable!

As we wrap up our product validations throughout the reminder of the year, don’t get left behind and miss out on this amazing technology that will disrupt the market.

Call, email, text for a product demo…. early samples have arrived and are in stock!

Keep reading… we did the math for you!

Breathing clean air is essential to a long healthy life and should be viewed in a manner similar to drinking clean water. Given that we spend the majority of our time indoors, indoor air quality (IAQ) is coming into focus as something that needs to be measured, controlled and optimized. As such, our buildings are not “ready” for the widespread implementation of air quality sensors without significant investment in upgrading the building infrastructure.

Innovators in the building automation space are accelerating the development of solutions that can measure IAQ in near real-time, analyze the IAQ trends and optimize the air we breathe. To remove one of the major cost barriers in implementing these solutions, there has been an increased focus on battery powered devices as these devices reduce the capital required to bring IAQ measurements into the building.

PM2105L Low Power Particulate Matter Sensor

Example designs from Cubic Sensors & Instruments have calculated the battery life for some common applications using AA batteries as the power source. These calculations have shown that the AA battery life can be optimized to achieve close to 3 years of battery life!

The battery life is dependent on the number of AA battery cells and the measurement interval of the PM2105L. Here are some examples of how the number of battery cells and measurement period impact the battery life:

4 AA Batteries

• 4 sequential readings every 10 minutes – 1.10 years battery life
• 4 sequential readings every 20 minutes – 2.03 years battery life
• 4 sequential readings every 30 minutes – 2.91 years battery life

3 AA Batteries

• 4 sequential readings every 10 minutes – 0.80 years battery life
• 4 sequential readings every 20 minutes – 1.53 years battery life
• 4 sequential readings every 30 minutes – 2.18 years battery life

2 AA Batteries

• 4 sequential readings every 10 minutes – 0.55 years battery life
• 4 sequential readings every 20 minutes – 2.03 years battery life
• 4 sequential readings every 30 minutes – 1.45 years battery life

CM1106SL-NS Low Power CO2 Sensor

Example designs from Cubic Sensors & Instruments have calculated the battery life for some common applications using AA batteries as the power source. These calculations have shown that the AA battery life can be optimized to achieve close to 7+ years of battery life!

The battery life is dependent on the number of AA battery cells and the measurement interval of the CM1106SL-NS. Here are some examples of how the number of battery cells and measurement period impact the battery life:

3 AA Batteries

• 6 sequential readings every 2 minutes – 1.91 years battery life
• 6 sequential readings every 5 minutes – 4.25 years battery life
• 6 sequential readings every 10 minutes – 7.18 years battery life

2 AA Batteries

• 6 sequential readings every 2 minutes – 1.27 years battery life
• 6 sequential readings every 5 minutes – 2.83 years battery life
• 6 sequential readings every 10 minutes – 4.79 years battery life

1 AA Battery

• 6 sequential readings every 2 minutes – 0.64 years battery life
• 6 sequential readings every 5 minutes – 1.42 years battery life
• 6 sequential readings every 10 minutes – 2.39 years battery life

Contact Us To Learn More!

Woof….. 50 methane “super emitter” zones identified by NASA. TLDR – being a “super emitter” is NOT a good thing.

Kudos to Innovaer President Tony Nowak for bringing this information to the fore. The tailwinds around methane leakage detection and indoor air quality monitoring are accelerating at an exponential rate.

Take a moment to read the article from ScienceAlert.com

Updates and new product innovations will be streaming out as we approach the end of the year and into the beginning of 2023.

Innovaer and Cubic S&I are rapidly innovating to provide solutions that will address the most critical Greenhouse Gas Monitoring applications across the globe.

Take a look at this article form the United Nations on how CO2 and Methane are impacting the global climate.

(Sneak peek – our TDLAS technology can detect down to a 1ppm minimum methane (CH4) detection level with a 5ppb option available)

CH4 Connections is getting started at Colorado State University. What a great way to get industry thought leaders connected to emerging disruptive technologies.

Come visit me today or tomorrow… can’t miss me, I am right outside the conference entrance!

#CH4Connections#methane#methaneemissions#ch4

CH4 Connections and Colorado State University keeping the fresh air flowing…. it’s amazing that IAQ levels can be optimized even in an event space hosting several hundred methane leak detection industry experts!

#CH4Connections#methane#methaneemissions#ch4#iaq#co2

In partnership with Cubic Sensor and Instrument Co,Ltd., Innovaer Technologies is excited to exhibit at the 2023 AHR Expo in Atlanta, GA on February 6-8.

In the coming weeks, we will have exciting new air and gas sensing innovations to share for the HVAC/R marketplace. Visit our page at the AHR website below for updates on products we will profile for this event.
#ahrexpo#iaq#ashrae#hvac

Come check us out!

When it comes to Particulate Matter (PM1.0, PM2.5 and PM10) sensing, there is no single detail that Cubic Sensor & Instruments has overlooked. Having a vertically integrated manufacturing mindset means you have to ensure you are addressing all of the critical failure modes of an engineered system while ensuring high reliability of all subcomponents as well.

Cubic S&I designs and manufactures the laser diodes and internal fans within our particulate matter sensors. This allows for an uninterrupted supply chain, superior performance and expected lifetimes of greater than 14 years!

Cubic Sensors & Innovaer Technologies …moving at the speed of Innovation.

Day 2 is underway at #sensorsconverge 2022!

Innovaer Technologies Don O’Brien will present this morning on the topic of EV Thermal Runaway Detection. Come join us to learn more about Automotive, HVAC/R, and Industrial gas sensing solutions.

Innovaer Technologies is thrilled to exhibit at #sensorsconverge 2022. Come meet with our team at booth 1225 to learn about our new air and gas sensing technology.