Zenosmart

Carbon Monoxide (CO) Sensor

Zenopix LoRaWAN CO Sensor is a wireless device designed to accurately measure carbon monoxide (CO) levels in indoor environments and transmit the data via the LoRaWAN network. The sensor can operate using either a 3.6V 19A battery or mains power. By default, it transmits data every 15 minutes, but this interval can be adjusted through the IoT platform as needed. Both sensor readings and signal strength can be easily monitored through the Gateway or IoT server panel.

Through zenosmart.com, users can remotely track device measurements and generate daily, weekly, or monthly reports. With LTE, Wi-Fi, or Helium network integration, the system ensures cost-effective and reliable data transmission across wide areas. The Zenopix CO Sensor is ideal for monitoring carbon monoxide levels in parking lots, boiler rooms, and industrial facilities, enabling rapid response in case of elevated CO levels and enhancing overall safety.

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Parameter Specification
CO Measurement
Measurement Range 0 – 2000 ppm
Accuracy ±0.5 ppm
Resolution 0.5 ppm
Long-Term Drift <0.05 ppm/year
Humidity
Range 0 – 100% RH
Accuracy ±1.8% RH
Resolution 0.01% RH
Long-Term Drift <0.25% RH/year
General Parameters
Product Model LoRaWAN CO Sensor Module
Microcontroller STM32-E5 Series
Supported Protocol LoRaWAN v1.1 Class A
Built-in Bluetooth Application Tool for Parameter Adjustment
LoRaWAN Channel Plans IN865 / EU868 / US915 / AU915 / AS923 / KR920 / RU864 *
Maximum Transmit Power 19 dBm
Sensitivity -136 dBm @ SF12 BW = 125KHz
Communication Distance 2 – 10 km (depending on gateway antenna and environment)
IP Rating IP66 (protection class)
Operating Temperature -40°C to +85°C
Operating Humidity 0 – 100% RH (non-condensing)
Device Weight 280 g
Certifications CE / FCC / RoHS
Battery (Included)
Battery Life Up to 10 years **
Battery Capacity 19 Ah (non-rechargeable)
Battery Type Standard D-size Li-SOCl2 Battery

1. What does the Zenopix LoRaWAN CO Sensor measure?
The device precisely measures carbon monoxide (CO) levels in indoor environments such as parking lots, boiler rooms, and industrial facilities, transmitting real-time data via the LoRaWAN network.

2. How is the sensor powered and how often does it transmit data?
The sensor can be powered either by a 3.6V 19Ah battery or mains power. By default, it transmits data every 15 minutes, though this interval can be adjusted through the IoT platform as needed.

3. How can users monitor and analyze the sensor’s data?
Through the ZenoSmart platform (zenosmart.com), users can remotely track measurements and generate daily, weekly, or monthly reports. The system also supports LTE, Wi-Fi, and Helium network integration for cost-effective wide-area monitoring.