Product Name	Wireless Pig House CO2 Sensor
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Product Overview	The Wireless Pig House CO2 Sensor is an IoT environmental monitoring device designed for real-time air-quality management in commercial swine facilities. It combines carbon dioxide, temperature and relative humidity monitoring in a compact wireless unit and sends environmental data directly to a cloud-based farm management platform. The wireless architecture eliminates the need for extensive signal cabling, local controllers or dedicated control units, making the system particularly suitable for both new pig farm construction and retrofit projects. Through a Web App platform, farm managers can review environmental conditions from connected devices and configure alerts when selected limits are exceeded. The system is suitable for farrowing houses, nursery barns, gestation areas, finishing buildings and other commercial pig production environments.
Key Features	CO2 Monitoring: Continuously tracks carbon dioxide concentration to support livestock-house ventilation and air-quality management. Temperature and Humidity Measurement: The reference sensor configuration combines CO2, ambient temperature and relative humidity monitoring in one unit. Wireless IoT Communication: Uses NB-IoT and Cat-M communication with multi-operator coverage for remote data transmission. No Signal Cabling Required: Wireless installation reduces wiring work and simplifies installation in existing pig buildings. Real-Time Cloud Monitoring: Environmental information can be viewed through an intuitive Web App from devices with internet access. Configurable Alerts: Farm managers can define environmental limits and receive notifications when monitored values exceed selected thresholds. Configurable Measurement Frequency: Sensor measurement intervals can be adjusted according to farm monitoring requirements. Long-Life Replaceable Battery: Battery-powered operation reduces dependence on fixed electrical connections and simplifies sensor placement. API Data Access: Data can be downloaded and combined with information from other farm-management platforms through an available API.
Structural Components	Protective Sensor Housing: Durable enclosure protects the internal electronics in demanding livestock-house environments. CO2 Sensing Module: Measures carbon dioxide concentration in the surrounding barn air. Temperature Sensor: Monitors ambient temperature for climate-management applications. Relative Humidity Sensor: Measures barn moisture conditions and supports ventilation evaluation. Wireless Communication Module: Sends recorded environmental data through NB-IoT or Cat-M cellular communication. Battery Module: Provides autonomous power for wireless operation and can be replaced when required. Cloud Platform Interface: Receives and displays sensor information through the farm Web App. Mounting Hardware: Allows the sensor to be suspended or fixed at a representative monitoring location inside the pig house.
Working Principle	The sensor is installed at a representative location inside the pig house and periodically measures carbon dioxide concentration, temperature and relative humidity. Internal electronics process the environmental data and transmit the measurements wirelessly through NB-IoT or Cat-M communication to the cloud platform. The Web App displays current values and historical information so farm personnel can review barn conditions remotely. Measurement frequency and alarm thresholds can be configured according to production requirements. When a monitored value exceeds the configured limits, the system can generate mobile notifications so personnel can inspect ventilation performance, stocking conditions or other environmental factors requiring attention.
Technical Specifications	Product Type Wireless IoT livestock-house environmental sensor Primary Application Pig house CO2 and climate monitoring Measured Parameters Carbon dioxide, temperature and relative humidity Communication NB-IoT and Cat-M with multi-operator coverage Operating Temperature -20°C to 60°C Measurement Frequency Configurable Power Supply Long-life replaceable battery Data Platform Cloud-based Web App Remote Access Available from internet-connected devices Alarm Notifications Configurable according to monitored limits API Data extraction and integration available according to platform configuration Installation Wireless installation without local control units or signal cabling CO2 Measurement Range According to selected sensor configuration CO2 Accuracy Available upon request Environmental Protection According to selected configuration and project requirements Customization Customizable according to project requirements
Applications	Farrowing Houses: Supports continuous environmental monitoring in sow and piglet production areas. Nursery Pig Houses: Helps monitor ventilation-related CO2, temperature and humidity conditions during sensitive post-weaning stages. Gestation Barns: Suitable for environmental monitoring in individual stall or group-housing systems. Finishing Houses: Provides continuous air-quality information in high-density growing and finishing facilities. Minimum Ventilation Management: CO2 data can provide additional information when evaluating cold-weather minimum ventilation performance. Farm Climate Monitoring: Temperature and humidity readings can be reviewed together with CO2 data to support more complete environmental management. Pig Farm Construction Projects: Wireless architecture is suitable for integration into new steel structure pig houses without extensive sensor wiring. Existing Barn Retrofit: The system can be added to existing buildings with limited disruption because local signal wiring and dedicated control units are not required.
Customization Options	The wireless monitoring system can be configured according to pig farm size, building layout, production stage and environmental-management requirements. Available project options may include: • Number of CO2 monitoring sensors • Sensor positions according to pig-house layout • Configurable measurement intervals • CO2 alarm thresholds • Temperature alarm thresholds • Relative humidity alarm thresholds • User permission and access levels • Cloud account configuration • API data integration • Multi-building monitoring • Additional ammonia monitoring sensors • Water-consumption monitoring sensors • Feed-line or pump motor monitoring sensors • Project configuration according to local climate and farm conditions
Installation & Maintenance	Select a representative location inside the pig house where the sensor can measure normal animal-zone air without being directly exposed to fresh-air jets, exhaust-fan discharge, water spray or unusual localized gas sources. Secure or suspend the sensor according to the selected mounting arrangement. Because the system communicates wirelessly and operates from an internal battery, extensive signal cabling and dedicated local controllers are not required. Register the sensor in the Web App and confirm that temperature, humidity and CO2 data are being transmitted correctly. Configure measurement frequency, alarm limits and user access according to farm management requirements. During routine operation, inspect the housing and sensing area for excessive dust or contamination. Keep the measurement openings unobstructed and avoid direct high-pressure washing of the sensor. Battery condition should be monitored and batteries replaced according to system notifications and operating requirements.
Project Cases	Wireless CO2 sensors can be deployed in commercial pig farms requiring centralized environmental monitoring across multiple buildings or production stages. For a farrow-to-finish farm, sensors can be positioned in farrowing, nursery, gestation and finishing buildings. Environmental information from each location can then be viewed from one Web App platform. In new steel structure pig houses, the wireless architecture reduces the quantity of signal cabling required during construction and allows monitoring locations to be adjusted more easily as farm layouts change. For large farming groups, cloud-based access and API functions can support centralized review of environmental data from multiple production sites according to project configuration.
Product FAQ	Q: What parameters does the sensor monitor? A: The reference environmental sensor monitors carbon dioxide, temperature and relative humidity. Q: Is the sensor wireless? A: Yes. It uses NB-IoT and Cat-M communication and does not require conventional signal cabling or a local control unit. Q: Can environmental data be viewed remotely? A: Yes. Current and historical monitoring information can be accessed through the Web App from an internet-connected device. Q: Can the system send alarms? A: Yes. Users can configure limits and receive mobile notifications when monitored parameters exceed selected thresholds. Q: Does it also measure temperature and humidity? A: Yes. The reference CO2 sensor model combines carbon dioxide, temperature and relative humidity monitoring. Q: What is the operating temperature range? A: The reference system specifies an operating range from -20°C to 60°C. Q: Does the sensor require mains power? A: No fixed mains connection is required for the reference wireless sensor because it is powered by a long-life replaceable battery. Q: Can the measurement interval be adjusted? A: Yes. The sensor measurement frequency is configurable. Q: Can the data be integrated with other farm software? A: Yes. The platform provides API functionality for downloading and combining data with compatible external systems. Q: Is it suitable for commercial pig farms? A: Yes. The system is specifically designed for pig-farm environmental monitoring and can be configured for farrowing, nursery, gestation and finishing facilities. Q: Can several sensors be monitored through one platform? A: Yes. Multiple sensors and farm locations can be incorporated according to project requirements.
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