Measuring Relative Humidity in Closed Poultry Houses
Closed-system poultry farming is a widely used method nowadays because it allows for effective control of the internal environment, especially temperature and relative humidity—two critical factors that directly impact the health and growth of chickens.
Importance of Relative Humidity
Relative Humidity (RH) is the ratio of the current amount of water vapor in the air to the maximum amount the air can hold at a given temperature. Managing relative humidity in poultry houses is essential for several reasons:
1. Environmental Conditions and Chicken Health
Excessive humidity causes litter to become wet, promoting the growth of harmful bacteria and viruses that can affect chickens’ respiratory systems and overall health. Poor air quality can lead to diseases, especially respiratory problems. On the other hand, too low humidity may cause dehydration and hinder proper growth.
2. Manure Management
High humidity can make poultry manure wet, causing management difficulties and unpleasant odors due to increased ammonia levels.
Methods of Measuring Relative Humidity
There are various methods to measure relative humidity in poultry houses, including both digital and analog options:
1. Humidity Sensors
Easy to install and operate.
Provides immediate and accurate readings.
2. Analog Hygrometers
More affordable but requires experience to read values correctly.
Needs regular maintenance and calibration.
Humidity Control Techniques
To maintain optimal relative humidity levels, the following methods are recommended:
Ventilation Systems: Exhaust fans improve air circulation, helping to reduce humidity. Opening windows or air vents can also promote airflow and prevent excessive humidity buildup.
Temperature Control: Maintaining an appropriate temperature helps stabilize humidity levels.
Water Management: Operating the cooling pad pump at appropriate levels ensures proper air humidity without excessive moisture.
Accurate measurement and control of relative humidity in closed poultry houses are crucial for the health and productivity of chickens. Using the right humidity sensors and efficient environmental control systems ensures successful and sustainable poultry farming operations in the long term.
HUMIDITY SENSOR (HHS1030)
Using the Temp Climate Controller system in conjunction with a humidity sensor greatly enhances environmental control in the poultry house. Once the set temperature and humidity thresholds are configured, the system will:
Increase ventilation when humidity exceeds the limit.
Stop the water pump if necessary.
Immediately notify the farmer via an alert system.
Technical Specifications
Input Voltage: 12–24 VDC
Output Voltage: 1–3 VDC
Current Consumption: 10 mA
Humidity Range: 0–100 %RH
Accuracy: ±5%
Operating Temperature: -20 to 60°C
Output Impedance: 1K Ohms
Max Cable Length: 150 meters
✅ For inquiries or further information:
📱 +66-349-89701, 702, 703, 704
📱 +66-93-947-7986 (International Sales)
Line: https://page.line.me/iue8501l?oat_content=url…
Email: Sales@waterflame.co.th
Measuring Relative Humidity in Closed Poultry Houses
Closed-system poultry farming is a widely used method nowadays because it allows for effective control of the internal environment, especially temperature and relative humidity—two critical factors that directly impact the health and growth of chickens.
Importance of Relative Humidity
Relative Humidity (RH) is the ratio of the current amount of water vapor in the air to the maximum amount the air can hold at a given temperature. Managing relative humidity in poultry houses is essential for several reasons:
1. Environmental Conditions and Chicken Health
Excessive humidity causes litter to become wet, promoting the growth of harmful bacteria and viruses that can affect chickens’ respiratory systems and overall health. Poor air quality can lead to diseases, especially respiratory problems. On the other hand, too low humidity may cause dehydration and hinder proper growth.
2. Manure Management
High humidity can make poultry manure wet, causing management difficulties and unpleasant odors due to increased ammonia levels.
Methods of Measuring Relative Humidity
There are various methods to measure relative humidity in poultry houses, including both digital and analog options:
1. Humidity Sensors
Easy to install and operate.
Provides immediate and accurate readings.
2. Analog Hygrometers
More affordable but requires experience to read values correctly.
Needs regular maintenance and calibration.
Humidity Control Techniques
To maintain optimal relative humidity levels, the following methods are recommended:
Ventilation Systems: Exhaust fans improve air circulation, helping to reduce humidity. Opening windows or air vents can also promote airflow and prevent excessive humidity buildup.
Temperature Control: Maintaining an appropriate temperature helps stabilize humidity levels.
Water Management: Operating the cooling pad pump at appropriate levels ensures proper air humidity without excessive moisture.
Accurate measurement and control of relative humidity in closed poultry houses are crucial for the health and productivity of chickens. Using the right humidity sensors and efficient environmental control systems ensures successful and sustainable poultry farming operations in the long term.
HUMIDITY SENSOR (HHS1030)
Using the Temp Climate Controller system in conjunction with a humidity sensor greatly enhances environmental control in the poultry house. Once the set temperature and humidity thresholds are configured, the system will:
Increase ventilation when humidity exceeds the limit.
Stop the water pump if necessary.
Immediately notify the farmer via an alert system.
Technical Specifications
Input Voltage: 12–24 VDC
Output Voltage: 1–3 VDC
Current Consumption: 10 mA
Humidity Range: 0–100 %RH
Accuracy: ±5%
Operating Temperature: -20 to 60°C
Output Impedance: 1K Ohms
Max Cable Length: 150 meters
✅ For inquiries or further information:
📱 +66-349-89701, 702, 703, 704
📱 +66-93-947-7986 (International Sales)
Line: https://page.line.me/iue8501l?oat_content=url…
Email: Sales@waterflame.co.th
Measuring Relative Humidity in Closed Poultry Houses
Closed-system poultry farming is a widely used method nowadays because it allows for effective control of the internal environment, especially temperature and relative humidity—two critical factors that directly impact the health and growth of chickens.
Importance of Relative Humidity
Relative Humidity (RH) is the ratio of the current amount of water vapor in the air to the maximum amount the air can hold at a given temperature. Managing relative humidity in poultry houses is essential for several reasons:
1. Environmental Conditions and Chicken Health
Excessive humidity causes litter to become wet, promoting the growth of harmful bacteria and viruses that can affect chickens’ respiratory systems and overall health. Poor air quality can lead to diseases, especially respiratory problems. On the other hand, too low humidity may cause dehydration and hinder proper growth.
2. Manure Management
High humidity can make poultry manure wet, causing management difficulties and unpleasant odors due to increased ammonia levels.
Methods of Measuring Relative Humidity
There are various methods to measure relative humidity in poultry houses, including both digital and analog options:
1. Humidity Sensors
Easy to install and operate.
Provides immediate and accurate readings.
2. Analog Hygrometers
More affordable but requires experience to read values correctly.
Needs regular maintenance and calibration.
Humidity Control Techniques
To maintain optimal relative humidity levels, the following methods are recommended:
Ventilation Systems: Exhaust fans improve air circulation, helping to reduce humidity. Opening windows or air vents can also promote airflow and prevent excessive humidity buildup.
Temperature Control: Maintaining an appropriate temperature helps stabilize humidity levels.
Water Management: Operating the cooling pad pump at appropriate levels ensures proper air humidity without excessive moisture.
Accurate measurement and control of relative humidity in closed poultry houses are crucial for the health and productivity of chickens. Using the right humidity sensors and efficient environmental control systems ensures successful and sustainable poultry farming operations in the long term.
HUMIDITY SENSOR (HHS1030)
Using the Temp Climate Controller system in conjunction with a humidity sensor greatly enhances environmental control in the poultry house. Once the set temperature and humidity thresholds are configured, the system will:
Increase ventilation when humidity exceeds the limit.
Stop the water pump if necessary.
Immediately notify the farmer via an alert system.
Technical Specifications
Input Voltage: 12–24 VDC
Output Voltage: 1–3 VDC
Current Consumption: 10 mA
Humidity Range: 0–100 %RH
Accuracy: ±5%
Operating Temperature: -20 to 60°C
Output Impedance: 1K Ohms
Max Cable Length: 150 meters
✅ For inquiries or further information:
📱 +66-349-89701, 702, 703, 704
📱 +66-93-947-7986 (International Sales)
Line: https://page.line.me/iue8501l?oat_content=url…
Email: Sales@waterflame.co.th
