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Product Name	Humidity Temperature and CO2 Sensor for Livestock Houses
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Product Overview	The Humidity Temperature and CO2 Sensor for Livestock Houses is a multifunctional climate monitoring device designed to measure three critical environmental parameters with a single sensor: relative humidity, ambient temperature and carbon dioxide concentration. It is suitable for commercial pig houses, poultry houses, cattle barns and other livestock buildings where reliable environmental information is required for ventilation and climate management. Combining three measurements in one housing simplifies livestock equipment installation, reduces the number of individual sensors required and helps streamline maintenance in large-scale farm projects. The sensor is designed for demanding agricultural environments where dust, high humidity, ammonia, condensation, temperature fluctuations and regular washing can affect conventional electronic equipment. Its protected sensing structure supports long-term operation in modern livestock facilities.
Key Features	Three-in-one measurement of relative humidity, temperature and carbon dioxide. Designed specifically for climate monitoring in livestock houses and demanding agricultural environments. Robust enclosure helps protect internal electronics and sensing components against moisture and farm contamination. IP67-rated sensor construction for improved resistance to dust and water exposure. Protective cap can be used during livestock-house washing and disinfection. Reduces the need to install separate humidity, temperature and CO2 sensors. Suitable for integration with compatible livestock climate controllers and environmental management systems. Supports ventilation, heating, cooling and air-quality management applications. Suitable for new livestock buildings as well as modernization of existing climate control systems.
Structural Components	Humidity sensing element: Measures relative humidity in livestock-house air. Temperature sensing element: Continuously monitors ambient temperature for climate regulation. CO2 sensing section: Detects carbon dioxide concentration for ventilation and indoor air-quality management. Protective filter: Allows representative air sampling while helping shield sensitive components from dust and contaminants. Heavy-duty housing: Protects the electronic components in humid and dusty livestock environments. Electrical connection: Connects the sensor to compatible climate controllers or farm automation equipment. Cleaning protection cap: Provides additional protection during washing and disinfection procedures.
Working Principle / Structural Principle	Ambient livestock-house air passes freely around the sensing section, where dedicated sensing elements monitor relative humidity, temperature and carbon dioxide concentration. The internal electronics process these measurements and transmit the corresponding signals to a compatible farm climate controller or monitoring system. The controller can use the measured values as part of its climate management strategy. Temperature information can support heating and cooling control, humidity data can assist moisture and ventilation management, while CO2 measurements can help determine whether additional fresh-air ventilation is required. Combining all three parameters in one device provides a more complete view of livestock-house climate while reducing wiring, installation points and maintenance requirements compared with multiple independent sensors.
Technical Specifications	Product Type 3-in-1 Livestock Climate Sensor Measured Parameters Relative Humidity, Temperature and CO2 Typical CO2 Measuring Capability Up to 10,000 ppm for applicable configurations Protection Rating IP67 for applicable sensor configuration Signal Interface According to selected model and project controller requirements Power Supply According to selected sensor configuration Housing Rugged protective enclosure for livestock environments Cleaning Protection Protection cap available for washing and disinfection Installation Method Free-hanging installation or according to project requirements Cable Length Customizable / Available upon request Application Environment Commercial livestock houses and agricultural climate-control projects
Applications	Farrowing houses and sow housing systems. Piglet nursery buildings. Growing and finishing pig houses. Boar and breeding facilities. Broiler, layer and breeder poultry houses. Dairy cattle barns and calf houses. Livestock ventilation and minimum-ventilation systems. Environmental monitoring and farm alarm systems. Heating, cooling and evaporative cooling control projects. Steel structure livestock buildings and turnkey farm construction projects. Centralized livestock farm automation and environmental management systems.
Customization Options	Sensor configuration can be selected according to the control system and environmental requirements of each livestock project. Available project options may include cable length, electrical interface, connection method, installation accessories, protection accessories and controller compatibility. Sensor quantity and installation positions can also be designed according to livestock-house dimensions, ventilation zones, animal density and climate-control strategy. OEM and project-specific configurations are available upon request. Complete solutions can be designed according to local climate and farm conditions.
Installation & Maintenance	For representative measurements, the sensor should normally be installed in the livestock occupied zone or another position specified by the climate-control design. A freely hanging installation can help expose the sensing section evenly to surrounding house air. Maintain free airflow around the sensor tip. Avoid installation where direct sunlight, heaters, cooling equipment, air inlets, exhaust fans or localized drafts could create measurements that do not represent the general house environment. Electrical installation must follow the selected sensor and livestock controller requirements. Signal wiring should be routed carefully and protected from mechanical damage. During farm washing and disinfection, the appropriate protective cap should be fitted according to the sensor instructions. Periodically inspect the filter and housing for excessive dust or contamination and clean only according to the recommended maintenance procedure.
Project Cases	In commercial pig farm projects, multifunction climate sensors can be installed in farrowing, nursery and finishing houses to provide environmental data for centralized ventilation and climate controllers. In large poultry and livestock complexes, multiple sensors may be distributed across individual houses or climate zones. Their measurements can support coordinated operation of exhaust fans, air inlets, heating equipment, cooling systems and environmental alarm functions. For new steel structure livestock buildings, sensor locations and quantities can be incorporated into the overall electrical and climate-control design during the farm construction stage.
Product FAQ	Q1: What does this livestock climate sensor measure? It combines relative humidity, temperature and carbon dioxide measurement in one sensor housing. Q2: Why combine three measurements in one sensor? A multifunction sensor can reduce the number of separate devices, installation points and cables required while providing several important climate measurements to the farm controller. Q3: Is it suitable for pig houses? Yes. The sensor is designed for demanding livestock environments and can be used in farrowing, nursery, growing and finishing pig houses as part of a compatible climate-control system. Q4: Can the sensor remain installed during livestock-house cleaning? The rugged sensor is designed for agricultural environments, and an appropriate protection cap can be used during washing and disinfection according to the operating instructions. Q5: Can it control ventilation fans directly? The sensor normally supplies environmental measurements to a compatible livestock climate controller. The controller then uses these measurements to operate ventilation, heating, cooling or alarm equipment according to its programmed control strategy. Q6: Can it replace separate humidity, temperature and CO2 sensors? In compatible systems, one three-in-one sensor can provide all three measurements, helping simplify installation and maintenance. Q7: Can the cable and electrical configuration be customized? Yes. Connection and cable requirements can be selected according to the livestock controller and project requirements.
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