Product Name	Smart Livestock Ventilation Air Velocity Sensor
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Product Overview	The Smart Livestock Ventilation Air Velocity Sensor is a fixed environmental monitoring device designed for continuous measurement of air movement in poultry houses, pig houses, cattle barns and other controlled livestock buildings. It can be installed at representative airflow monitoring points such as ventilation ducts, fresh-air inlet zones, animal-level air paths and other locations required by the farm ventilation design. The sensor provides continuous airflow information for environmental controllers, data acquisition systems or farm monitoring platforms. Air velocity monitoring is particularly useful in commercial livestock projects where ventilation fans, air inlets, cooling equipment and environmental control systems must work together to maintain stable indoor conditions. The sensor can also form part of a multi-parameter monitoring solution together with temperature, humidity, gas concentration and static pressure sensors.
Key Features	Continuous Airflow Monitoring: Designed for permanent or semi-permanent measurement of ventilation air velocity in livestock buildings. Livestock Environment Application: Suitable for poultry houses, pig farms, cattle barns, calf houses and other enclosed agricultural buildings. Real-Time Data Output: Provides continuous measurement signals for compatible environmental controllers, PLC systems, gateways or monitoring terminals. Ventilation System Integration: Can support airflow analysis for exhaust fans, air inlets, circulation systems and ventilation ducts. Remote Monitoring Capability: Digital communication and gateway integration are available according to project requirements. Flexible Sensor Configuration: Measuring range, probe structure, installation method and communication interface can be selected according to the farm project. Commercial Project Design: Suitable for new livestock house construction, ventilation upgrades and intelligent farm environmental monitoring projects.
Structural Components	Air Velocity Probe: The sensing section positioned in the airflow path to detect local air movement. Probe Housing: Protects the sensing element while maintaining suitable exposure to the measured airflow. Mounting Flange: Supports secure installation on ducts, panels or dedicated mounting positions according to the selected configuration. Signal Processing Module: Converts the sensor response into a usable measurement signal for monitoring and control equipment. Transmitter Enclosure: Protects electronic components and provides electrical and communication connections. Connection Cable: Connects remote probes and transmitter modules where a separated sensor structure is required. Communication Interface: Analog or digital interfaces can be configured according to the environmental control system.
Working Principle / Structural Principle	The sensing probe is installed directly in the airflow path at the required monitoring location. As ventilation air passes the sensing element, the sensor detects changes associated with air movement and converts them into an electrical measurement signal. The internal signal processing circuit calculates the corresponding air velocity value and transfers the data to a compatible livestock environmental controller, PLC, data logger, gateway or remote monitoring platform. When integrated into an intelligent farm ventilation system, air velocity information can be evaluated together with temperature, humidity, static pressure and gas monitoring data. The connected controller can then use the combined environmental information as part of the programmed ventilation strategy. The air velocity sensor normally functions as a measurement component. Fan switching, variable-speed control, inlet adjustment and cooling-system operation are performed by the connected control equipment.
Technical Specifications	Product Type: Fixed livestock ventilation air velocity sensor Measured Parameter: Air velocity Installation Type: Fixed probe / remote probe configuration available Measurement Range: According to project requirements Measurement Resolution: According to selected configuration Sensor Structure: Customizable according to airflow range and installation conditions Probe Material: Available according to project requirements Probe Length: Customizable Signal Output: Analog or digital output available upon request RS485 Communication: Available upon request Modbus Communication: Available according to selected configuration Wireless Communication: Available through compatible gateway or communication module Monitoring Mode: Continuous online monitoring Installation Method: Flange, wall, duct or customized mounting according to project requirements Power Supply: According to selected configuration Housing Protection: Selected according to installation environment and project requirements Operating Environment: Designed according to local climate and farm conditions System Integration: Available upon request
Applications	Broiler Houses: Continuous airflow monitoring for minimum, transitional and tunnel ventilation systems. Layer Houses: Monitoring of air movement in enclosed layer facilities with automatic environmental control. Breeder Houses: Air velocity monitoring for commercial breeder ventilation and climate-management projects. Pig Nursery Houses: Monitoring of low-level air movement and ventilation distribution around young animals. Farrowing Houses: Airflow monitoring where stable ventilation and draft management are important. Finishing Pig Houses: Measurement of ventilation air movement under different seasonal operating conditions. Cattle and Calf Buildings: Suitable for mechanically ventilated barns and controlled calf housing. Ventilation Ducts: Fixed monitoring of airflow in ventilation pipelines and air distribution systems. Air Inlet Areas: Monitoring of airflow near selected fresh-air inlet positions. Livestock Engineering Projects: Suitable for environmental monitoring systems in new farm construction and renovation projects.
Customization Options	Measurement Range: Customizable according to livestock ventilation requirements. Probe Length: Available according to installation depth and project requirements. Probe Structure: Integrated or remote probe configurations available upon request. Signal Output: Analog or digital output configurations available according to project requirements. Communication Interface: RS485, Modbus or other compatible interfaces available upon request. Remote Monitoring: Gateway and cloud-platform integration can be configured for smart farm projects. Multi-Sensor Integration: Can be incorporated with temperature, humidity, carbon dioxide, ammonia, static pressure and other farm environmental sensors. Mounting Accessories: Flanges, brackets, protective housings and cable configurations available upon request. Project Configuration: Designed according to local climate, livestock species, house structure and ventilation-system requirements.
Installation & Maintenance	Select an installation point that represents the airflow condition the farm operator needs to monitor. Typical positions include ventilation ducts, air inlet zones, animal-level airflow paths or other locations specified in the livestock-house ventilation design. Avoid placing the probe immediately behind structural columns, feeders, partitions or other obstacles unless the airflow behind the obstacle is specifically being evaluated. Local turbulence can cause measurements at one point to differ from the overall ventilation condition. The mounting flange or bracket should be securely fixed to reduce vibration and maintain consistent probe orientation. Electrical cables should be protected from livestock, rodents, washing equipment, moving machinery and sharp structural edges. In poultry and pig houses, dust, feathers, cobwebs and other deposits should be removed periodically from the sensing area. The cleaning interval should be determined according to farm conditions. Calibration and functional inspection can be arranged according to the farm maintenance schedule and project accuracy requirements. The sensor should be isolated or protected during aggressive high-pressure washing or chemical disinfection where necessary.
Project Cases	Typical Broiler House Project: Multiple sensors can be installed at representative points along a long poultry building to support continuous comparison of airflow conditions during different ventilation stages. Typical Pig Nursery Project: Air velocity sensors can be combined with temperature, humidity and gas sensors to provide environmental data for centralized farm monitoring. Typical Tunnel Ventilation Project: Sensors can be installed at selected positions to monitor airflow changes when different groups of exhaust fans are activated. Typical Livestock House Upgrade: Existing ventilation systems can be equipped with fixed airflow sensors and compatible communication modules to add continuous monitoring capabilities. Typical Multi-House Farm Project: Sensors from several buildings can be connected to gateways or central monitoring systems according to the communication architecture of the project.
Product FAQ	Q: What is the main purpose of this livestock air velocity sensor? A: It is designed to provide continuous airflow measurements for livestock-house ventilation monitoring and environmental control projects. Q: Can it be installed permanently inside a livestock building? A: Yes. It is designed for fixed monitoring applications when the appropriate probe, housing and installation configuration are selected. Q: Can it connect to a farm environmental controller? A: Yes. Compatible analog or digital communication options can be selected according to the controller and project requirements. Q: Is RS485 communication available? A: RS485 and compatible digital communication configurations are available upon request. Q: Can it work with ammonia and carbon dioxide sensors? A: Yes. Air velocity monitoring can be incorporated into a multi-sensor livestock environmental monitoring system. Q: Can one sensor monitor an entire livestock house? A: The required number of sensors depends on house length, width, ventilation layout and monitoring objectives. Large commercial buildings may require several monitoring points. Q: Can the probe length be customized? A: Yes. Probe length and installation structure can be customized according to project requirements. Q: Is it suitable for new farm construction projects? A: Yes. It can be incorporated into ventilation, environmental monitoring and smart farm control systems during livestock-house planning and construction.
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