0-10V Static Pressure Sensor for Livestock Houses

• 0-10V DC analog output for integration with compatible livestock climate controllers.
• High-sensitivity measurement for low-pressure ventilation applications.
• Real-time monitoring of livestock house static or differential pressure.
• Suitable for negative-pressure ventilation systems in pig and poultry production buildings.
• Built-in digital display allows operators to check the current pressure value locally.
• Supports automatic coordination of exhaust fans, air inlets and ventilation actuators.
• Compact wall-mounted structure simplifies installation in service rooms, corridors and control areas.
• Pressure tubing connections provide separate indoor and reference pressure measurement points.
• Suitable for new livestock farm construction and existing ventilation system upgrades.
• Project-specific sensor configuration and installation accessories are available upon request.

• Differential Pressure Sensing Element: Detects small pressure differences between two measurement points.
• Digital Display: Shows the current static pressure reading directly at the installation location.
• Electronic Signal Module: Converts pressure measurement into a proportional 0-10V DC output signal.
• Pressure Ports: Connect indoor and outdoor or reference pressure tubing to the sensing element.
• Protective Housing: Encloses the electronic components for livestock building installations.
• Electrical Cable Connections: Provide power supply and signal connection to the climate control system.
• Mounting Flanges: Allow convenient fixing to walls, panels or equipment mounting surfaces.
• Pressure Tubing: Connects the sensor to selected pressure sampling points within the ventilation system.

• Commercial pig house negative-pressure ventilation systems.
• Farrowing houses, gestation barns, nursery units and finishing pig buildings.
• Broiler, layer and breeder poultry houses.
• Minimum ventilation and transitional ventilation control systems.
• Exhaust fan and air inlet coordination.
• Livestock climate computers and environmental control panels.
• Central exhaust ventilation systems.
• Livestock house air filtration and biosecurity ventilation projects.
• New steel structure livestock farm construction.
• Existing pig or poultry house ventilation renovation projects.

• Pressure measurement range: customizable.
• Power supply configuration: available upon request.
• 0-10V control interface configuration: according to project requirements.
• Pressure tubing length: customizable.
• Cable length and connection method: available upon request.
• Mounting accessories: according to project requirements.
• Controller integration: available according to selected livestock climate control system.
• Environmental protection configuration: designed according to local climate and farm conditions.

• Mount the sensor vertically on a stable wall or control panel in an accessible location.
• Connect the indoor pressure port to a representative point inside the livestock building.
• Route the reference tube to an outdoor or other stable reference-pressure location.
• Protect the outdoor reference point from direct wind, rainfall, dust and blockage.
• Avoid crushed tubing, sharp bends and unnecessary tubing length.
• Connect the power supply and 0-10V signal wiring according to the controller wiring requirements.
• Verify zero pressure and controller readings before final system commissioning.

• Inspect tubing periodically for dust, moisture accumulation, cracks or leakage.
• Keep pressure ports clear of debris and insects.
• Check electrical terminals and cable connections during scheduled farm maintenance.
• Confirm the displayed pressure value after major ventilation system servicing.
• Do not blow compressed air directly into the sensor pressure ports unless specifically permitted by the sensor instructions.
• Functional verification or calibration should follow the selected sensor and farm maintenance requirements.

• Commercial Pig House: A 0-10V pressure sensor provides continuous feedback to a climate controller for coordinated exhaust fan and air inlet operation.
• Poultry House Minimum Ventilation: Differential pressure monitoring helps maintain the required inlet pressure during low ventilation stages.
• Steel Structure Livestock Building: Static pressure sensors can be integrated with ventilation control panels during new farm construction.
• Ventilation Retrofit: Existing livestock houses can be upgraded with electronic pressure monitoring when replacing or modernizing climate controllers.
• Central Exhaust System: Pressure feedback can be used in centralized duct systems where stable suction pressure is required.

Q1: What is the purpose of a static pressure sensor in a livestock house?
It measures the pressure difference between the inside of the livestock building and a reference point, providing feedback for ventilation and air inlet control.

Q2: What does the 0-10V output mean?
The sensor converts the measured pressure into a proportional 0-10V DC analog signal that can be read by a compatible climate controller or automation system.

Q3: Can this sensor be used in pig houses?
Yes. It is suitable for negative-pressure ventilation systems in commercial pig houses, including farrowing, nursery, gestation and finishing buildings.

Q4: Is it also suitable for poultry houses?
Yes. Static pressure monitoring is widely used in broiler, breeder and layer house ventilation systems.

Q5: Can it work with different livestock climate controllers?
It can be integrated with controllers that support the corresponding 0-10V analog input. Controller compatibility should be confirmed before ordering.

Q6: Can the measurement range be customized?
Yes. Alternative pressure ranges and project configurations are available upon request.

Q7: Where should the outdoor pressure tube be installed?
The reference tube should terminate at a location representing stable outdoor pressure and should be protected from direct wind, water and blockage.

Q8: What information should be provided for quotation?
Please provide the livestock species, building dimensions, ventilation system type, required pressure range, controller model, power supply and project location.