LoRaWAN Indoor Air Quality Sensor

What is the LoRaWAN HKT-IAQ-1000 Indoor Air Quality Sensor?

The HKT-IAQ-1000 IAQ monitor is independently developed and designed by Hunan HKT Technology Co., Ltd. This IAQ sensor utilizes multiple built-in sensors to provide comprehensive indoor environmental monitoring and early warning, including formaldehyde, ozone, PM2.5 & PM10, temperature, humidity, light, carbon dioxide, atmospheric pressure, and TVOC.

The data will be displayed on the E-ink screen in real-time, helping to measure the indoor environment and comfort. Moreover, this IAQ monitor utilizes wireless LoRaWAN communication technology for scheduled remote data transmission based on preset data reporting cycles.

What are the applications of IoT air quality sensors?

IoT air quality sensors, based on the standard LoRaWAN® IoT protocol, feature low power consumption, enabling them to operate continuously for over a year on four AA alkaline batteries without requiring replacement. Our IoT air quality sensors are compatible with various platforms and support remote real-time monitoring and apps via cloud platforms.

Meanwhile, this IoT air quality sensor product is compact, easy to install, and aesthetically pleasing, featuring a built-in antenna that makes it suitable for mounting on various surfaces. This makes IoT air quality sensors apply to many places.

Our indoor air quality sensors are ideal for smart buildings (schools, offices, malls, and hospitals, etc.)

Features of LoRaWAN Indoor Air Quality Sensor

• Easy installation:support 3M glue or screw fixing.
• The longest communication distance: Up to 5Km in open environment;
• Super long standby: low power consumption, easy to replace, use 4 AAA alkaline batteries,can be used continuously for more than 1 year;
• Status display: the screen display is delicate, the visual effect is good under the sun,could see every corner, ultra-low power consumption, no refresh and no power consumption;
• Buzzer indication: through the sound of the buzzer to distinguish the state change of the environmental quality scene;
• Various monitoring contents: High-precision sensors are used to integrate formaldehyde, ozone,PM2.5&PM10, temperature and humidity, light, CO2, atmospheric pressure, TVOC, infrared detection and other functions to fully meet the indoor environment monitoring applications;
• Good compatibility:Compatible with standard LoRaWAN® gateways and third-party network server platforms;
• Integrated management: Fast connection with HKT LoRaWAN® gateway and cloud platform without additional configuration;
• Three-dimensional appearance: the shell adopts a three-dimensional structure design, with clean-cut, which brings visual impact experience to users.

HKT provides customized services:

• ODM

  We offer a one-stop solution for applications, software, and hardware to meet your specific project needs.

• OEM

  We offer a custom LoRaWAN sensor service. Please specify your special requirements in terms of functional design, packaging design, and other relevant details. For OEM service, we require the amount of each order to reach our MOQ demand.

• Pre-sales & After-sales Services

  Our professional sales consultants listen and find solutions.

• Technology Support

  We provide professional online technical support. If you encounter any issues with the product, we will assist in resolving the issue or provide a replacement.

Product Specification

LoRaWAN air quality sensor can display the data in real-time. So you can analyze and make a strategic decision to ensure that the best possible environment is provided at all the times for people.

• Home automation: To monitor and control the ambient conditions in a home, such as temperature, humidity, and air quality.
• Commercial buildings: To optimize the ambient conditions in commercial buildings, such as offices, schools, and hospitals.
• Industrial settings: To monitor ambient conditions in industrial settings, such as factories, warehouses, and mines.
• Agricultural environments: To monitor and control the ambient conditions in agricultural settings, such as greenhouses and animal enclosures.
• Transportation: To monitor the ambient conditions in transportation vehicles, such as airplanes, trains, and buses.
• Outdoor environments: To monitor ambient conditions in outdoor environments, such as parks, beaches, and public squares.