AMMONIA-SENSOR .
Climate Controller Temp : AMMONIA-SENSOR
• Input Voltage: 12 Vdc
• Power Consumption : < 2.5 watts
• Output Voltage: 0-10 Vdc
• Output Impedance: 16 Ohms .
• Ammonia Range: 0-100 ppm.
• Operating Temperature: -30 to +50°C
• Accuract: 0-100 ppm +/-3% of Reading
• Sensor Element Type: MEMS
• Max. Cable Length: 150 Meter
#TempView #Controller #temp #Rtron #Alarm
• Input Voltage: 12 Vdc
• Power Consumption : < 2.5 watts
• Output Voltage: 0-10 Vdc
• Output Impedance: 16 Ohms .
• Ammonia Range: 0-100 ppm.
• Operating Temperature: -30 to +50°C
• Accuract: 0-100 ppm +/-3% of Reading
• Sensor Element Type: MEMS
• Max. Cable Length: 150 Meter
#TempView #Controller #temp #Rtron #Alarm
Ammonia Sensor A Critical Sensor for Improving Air Quality in Modern Farms
In modern livestock farming—especially in closed-house systems and automated climate-controlled environments—monitoring ammonia gas (NH₃) levels is essential. Ammonia is commonly generated from manure, wastewater, and feed residues inside poultry and swine houses. If not properly controlled, it can negatively impact animal health, worker safety, and overall farm productivity.
The Ammonia Sensor from TempClimateController is specifically designed to continuously measure ammonia concentration inside livestock houses and transmit accurate real-time data to environmental control systems.
Why Is Ammonia Monitoring Important ?
Ammonia is a pungent and irritating gas that affects the respiratory system and eyes of animals and workers. When ammonia levels exceed safe limits, it can cause:
-
Respiratory irritation
-
Reduced feed intake
-
Increased stress levels
-
Higher risk of disease
-
Lower growth performance and productivity
Maintaining proper ammonia levels is therefore critical for animal welfare, biosecurity, and operational efficiency.
Key Features of the Ammonia Sensor
The Ammonia Sensor is engineered for high-accuracy detection in demanding farm environments. It operates using advanced MEMS sensing technology and provides stable, reliable measurements.
Main Specifications:
-
Detection Range: 0–100 ppm
-
Accuracy: ±3% of reading
-
Input Voltage: 12 VDC
-
Power Consumption: < 2.5 W
-
Output Signal: 0–10 VDC
-
Operating Temperature: –30°C to +50°C
-
Maximum Cable Length: Up to 150 meters
The 0–10 VDC output allows seamless integration with environmental controllers and ventilation management systems.
Integration with Climate Control Systems
When connected to farm controllers such as ventilation or environmental management systems, the Ammonia Sensor enables automatic response to elevated ammonia levels.
If ammonia concentration exceeds the preset threshold:
-
Ventilation fans are activated automatically
-
Air exchange increases to reduce gas concentration
-
The system continues operating until safe levels are restored
This automated process ensures stable air quality without requiring constant manual monitoring.
Benefits for Livestock Farms
Installing an Ammonia Sensor provides multiple operational advantages:
✔ Real-time ammonia monitoring
✔ Improved animal health and welfare
✔ Enhanced worker safety
✔ Automatic ventilation control
✔ Reduced production risks
✔ Increased overall farm efficiency
A Smart Investment for Modern Farming
In closed-house poultry farms, layer farms, and swine production facilities, maintaining optimal air quality is directly linked to performance and profitability.
The Ammonia Sensor is not just a monitoring device—it is a strategic tool that strengthens environmental control, protects livestock assets, and supports sustainable long-term farm operations.
By combining accurate sensing technology with automated climate control systems, farms can achieve safer, cleaner, and more stable production environments.
Ammonia Sensor A Critical Sensor for Improving Air Quality in Modern Farms
In modern livestock farming—especially in closed-house systems and automated climate-controlled environments—monitoring ammonia gas (NH₃) levels is essential. Ammonia is commonly generated from manure, wastewater, and feed residues inside poultry and swine houses. If not properly controlled, it can negatively impact animal health, worker safety, and overall farm productivity.
The Ammonia Sensor from TempClimateController is specifically designed to continuously measure ammonia concentration inside livestock houses and transmit accurate real-time data to environmental control systems.
Why Is Ammonia Monitoring Important ?
Ammonia is a pungent and irritating gas that affects the respiratory system and eyes of animals and workers. When ammonia levels exceed safe limits, it can cause:
Respiratory irritation
Reduced feed intake
Increased stress levels
Higher risk of disease
Lower growth performance and productivity
Maintaining proper ammonia levels is therefore critical for animal welfare, biosecurity, and operational efficiency.
Key Features of the Ammonia Sensor
The Ammonia Sensor is engineered for high-accuracy detection in demanding farm environments. It operates using advanced MEMS sensing technology and provides stable, reliable measurements.
Main Specifications:
Detection Range: 0–100 ppm
Accuracy: ±3% of reading
Input Voltage: 12 VDC
Power Consumption: < 2.5 W
Output Signal: 0–10 VDC
Operating Temperature: –30°C to +50°C
Maximum Cable Length: Up to 150 meters
The 0–10 VDC output allows seamless integration with environmental controllers and ventilation management systems.
Integration with Climate Control Systems
When connected to farm controllers such as ventilation or environmental management systems, the Ammonia Sensor enables automatic response to elevated ammonia levels.
If ammonia concentration exceeds the preset threshold:
Ventilation fans are activated automatically
Air exchange increases to reduce gas concentration
The system continues operating until safe levels are restored
