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Product Name	16-Stage Poultry House Temperature and Humidity Controller
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Product Overview	The 16-Stage Poultry House Temperature and Humidity Controller is designed for environmental management in commercial poultry buildings using multi-stage ventilation, heating and evaporative cooling systems. It can be integrated into tunnel-ventilated and mechanically ventilated poultry houses to coordinate fans, air inlets, cooling equipment, heaters and environmental sensors. The controller is suitable for broiler houses, breeder houses, layer houses and other intensive livestock buildings where stable indoor temperature, humidity and air exchange are essential. Its staged control concept allows the ventilation system to respond progressively as indoor conditions change, helping maintain a more consistent house climate throughout the production cycle.
Key Features	Up to 16-stage climate control architecture for commercial poultry ventilation applications. Designed for coordinated control of ventilation fans, heating equipment, cooling systems and air inlet operation. Supports temperature-based and humidity-assisted environmental management. Suitable for minimum ventilation, transition ventilation and tunnel ventilation strategies. Can coordinate inlet or tunnel opening operation with programmed ventilation stages. Compatible with static-pressure-based ventilation management when configured with suitable pressure sensing equipment. Automatic climate adjustment can be configured according to flock age, production stage and farm management requirements. Alarm functions can be incorporated for abnormal temperature conditions, equipment faults and power-related events according to project configuration. Suitable for centralized poultry house climate control panels and livestock equipment control rooms. Project configuration is customizable according to house dimensions, climate zone and installed ventilation equipment.
Structural Components	Controller Enclosure: Protective housing for installation in poultry house service areas or climate control rooms. Digital Display and Operating Panel: Provides parameter display, set-point adjustment and operating status indication. Temperature Sensor Inputs: Receive environmental temperature signals from one or more locations inside the poultry building. Humidity Sensor Input: Enables humidity monitoring and humidity-related ventilation or cooling functions when equipped. Digital and Control Inputs: Used for auxiliary signals, alarms or external equipment depending on configuration. Relay Outputs: Interface with fans, heaters, cooling pumps, actuators, alarms and associated livestock climate equipment through the control panel. Communication Interface: Remote supervision or farm management connectivity is available according to the selected control solution.
Working Principle / Structural Principle	Temperature and humidity sensors continuously transmit environmental data to the controller. The measured values are compared with programmed set points and ventilation stages. During low ventilation demand, the system can operate minimum ventilation using timed or speed-controlled fan operation. As house temperature rises, additional fan stages can be activated progressively. In tunnel-ventilated poultry houses, the controller can coordinate tunnel inlets, cooling pads and exhaust fans as ventilation demand increases. Heating equipment can be activated when indoor temperature falls below the programmed heating set point. Cooling equipment can be enabled when temperature and humidity conditions permit. This staged control principle helps match ventilation capacity to bird age, heat load, outside climate and production requirements.
Technical Specifications	Control Type Multi-stage poultry house climate controller Control Capacity 16-stage climate control architecture Typical Ventilation Modes Minimum, transition, natural or tunnel ventilation according to project design Temperature Inputs Multiple temperature sensor inputs; configuration according to project requirements Humidity Monitoring Available with compatible humidity sensor Static Pressure Control Available with suitable pressure sensor and ventilation configuration Power Supply 115/230 VAC reference configuration; other electrical requirements available upon request Enclosure IP55 reference configuration Display Digital operating display Output Interface Relay or control outputs according to system configuration Alarm Functions High/low temperature and system alarm functions according to configuration Communication Remote monitoring or data communication available upon request
Applications	Commercial broiler houses Broiler breeder houses Layer and pullet houses Tunnel-ventilated poultry buildings Negative-pressure poultry houses Steel structure poultry house projects Large livestock farm environmental control systems New poultry farm construction and existing house ventilation upgrades Integrated ventilation, heating and evaporative cooling projects
Customization Options	Electrical voltage and control panel configuration: Customizable. Number and location of environmental sensors: According to project requirements. Fan stage allocation and relay configuration: Customizable. Heating, cooling pad, fogging and inlet actuator control: Available upon request. Static pressure sensor integration: Available upon request. Remote communication and centralized farm management interface: Available upon request. Climate control logic: Designed according to local climate and farm conditions. Complete poultry house electrical control cabinet and livestock equipment integration can be supplied according to the project layout.
Installation & Maintenance	The controller should be installed in a dry, accessible position protected from direct water spray, excessive dust and accidental mechanical impact. For livestock house applications, installation inside a dedicated electrical cabinet or service room is recommended where practical. Temperature and humidity sensors should be positioned in representative areas of the poultry house and kept away from direct heater radiation, cooling pad water, strong drafts and other local influences that could distort readings. Fan contactors, motor protection devices and suitable electrical isolation should be selected according to the connected loads. All wiring and commissioning work should be performed according to the electrical drawings and local safety regulations. Routine maintenance includes checking sensor condition, cable connections, relay operation, alarm functions, actuator movement and ventilation stage sequencing. Sensors should be cleaned and calibrated according to the farm maintenance schedule and environmental conditions.
Project Cases	Typical projects include commercial broiler houses equipped with staged exhaust fans, sidewall air inlets, tunnel doors, evaporative cooling pads, poultry heaters and environmental sensors. For new steel structure poultry buildings, the controller can be integrated into the complete livestock equipment package together with ventilation fans, cooling systems, heating systems, feeding lines, drinking lines and electrical control cabinets. For renovation projects, the control configuration can also be adapted to existing fan groups and ventilation equipment after verification of electrical loads, actuator types and sensor interfaces.
Product FAQ	Q1: Is this controller suitable for tunnel-ventilated broiler houses? Yes. It is suitable for multi-stage ventilation systems and can be configured for minimum, transition and tunnel ventilation operation. Q2: Can it control both temperature and humidity? Yes. Temperature is the primary climate-control parameter, while humidity monitoring and humidity-related control can be integrated with a compatible humidity sensor. Q3: Can it control fans, cooling pads and heaters together? Yes. The controller can be integrated with fan stages, heating equipment, cooling systems, inlet actuators and related climate-control equipment according to the electrical design. Q4: Can the controller work with a static pressure sensor? Static pressure control can be incorporated when the controller is connected to compatible pressure sensing and inlet-control equipment. Q5: Can the system be customized for different poultry house sizes? Yes. Sensor quantity, control stages, fan grouping and auxiliary functions can be configured according to poultry house dimensions, stocking density, local climate and ventilation calculations. Q6: Is remote monitoring available? Remote communication and centralized monitoring options are available upon request, depending on the selected controller configuration and farm management system.
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