MK07 - Advanced Sensor and IoT Kit

MaxIQ Space has updated the xChip technology and launched a new advanced sensor kit in 2022.

With the MK07 Advanced Sensor and IoT kit you can build a IoT device to monitor environmental conditions and serve as a platform for decision-making.

Ideal for indoor and industrial applications, developing smart devices and process control. 

Invoices and Purchase Orders:

If your institution is based in the USA, and would like us to register on your supply chain, or prefers to pay using EFT or check, please mail admin@maxiq.space, and we can arrange that for you.

MaxIQ is a Virginia, USA corporation, able to ship kits across the globe.

Kit Description:

With this kit you can collect data...

Kit contents:

• 1 x ESP32 Core with SD card interface and extension connectors. This core can be coded with Arduino, Python, C C++
• 1 x USB power and programming interface
• 1 x Weather sensor for temperature and relative humidity
  
• 1 x Barometer for atmospheric pressure (and temperature for chip calibration)
• 1 x Accelerometer with axes X, Y and Z. The data can be used to detect vibrations and changes in orientation
• 1 x Light sensor for visible light and UV index
• 1 x Gas sensor for volatile organic compounds and carbon dioxide concentrations
• 16 standard 10 pin connectors
• Selection of prototype and extension boards for you to add your own sensors
• 1 x OLED display (for configuration not harsh conditions)

How it works:

We continuously develop Arduino coding examples for our kits so that you can get started fast. All the coding libraries are available in multiple languages, supporting you to develop your own code.

The ESP32 is pre-flashed with the STEM weather station code, and in order to run all the sensors on this kit, please go through this page on how to flash a more extensive version of the Arduino code. 

Visit the GitHub site for code and details on all the xChips at domino4.com.

The MaxIQ MQTT server delivers data to a Kibana dashboard to efficient remote sensing. The Arduino code sends the latitude and longitude coordinates of where the ESP32 has connected to the Internet, thereby allowing for conditions to be tracked at various locations.