Product Showcase	Content
Product Name	10-Stage Poultry House Temperature and Ventilation Controller
Product Image
Product Overview	The 10-Stage Poultry House Temperature and Ventilation Controller is designed for automatic environmental management in commercial broiler, breeder and layer houses. It coordinates heating, staged fan ventilation, cooling equipment, air inlets or tunnel curtains and alarm functions according to programmed climate settings. The controller is particularly suitable for tunnel-ventilated poultry buildings where environmental conditions must change progressively as bird age, body weight, heat production and outside climate conditions vary. By linking temperature sensing with staged equipment operation, the controller helps maintain a more stable poultry-house environment while reducing unnecessary manual adjustment. The system can be incorporated into new poultry-house construction, steel-structure livestock buildings and renovation projects. Sensor configuration, output allocation and connected ventilation equipment can be adapted according to project requirements.
Key Features	10-stage climate-control architecture for commercial poultry houses. Coordinated control of heating, ventilation fans, cooling equipment, air inlets or cooling curtains and alarm functions. Supports staged ventilation from minimum ventilation through higher ventilation levels to tunnel ventilation. Temperature-based environmental control can be programmed according to flock development. Supports humidity-related control strategies when a compatible humidity sensor is connected. Can work with static-pressure feedback for coordinated air-inlet or curtain management where the project configuration requires it. Digital inputs can be used for functions such as water or feed pulse recording and equipment feedback. Alarm functions can assist with monitoring abnormal temperature, sensor faults and ventilation-equipment conditions. Suitable for centralized poultry-house climate automation and integration with compatible farm-management communication systems. Configuration can be customized according to local climate, poultry type and ventilation-system design.
Structural Components	Protective Enclosure: Designed to protect the internal control electronics in livestock-house environments. Digital Display: Provides operating values, set points, status information and programming feedback. Programming Keypad: Allows operators to set temperatures, stage differentials, ventilation sequences and alarm parameters. Relay Output Section: Switches connected loads or external contactors for fans, heaters, cooling equipment, curtains and alarms. Analog Input Section: Accepts compatible environmental sensors such as temperature and humidity sensors. Digital Input Section: Accepts pulse signals and equipment-status feedback according to system configuration. Communication Interface: Remote or centralized farm-management connectivity is available when matched with compatible communication hardware. Power-Fail Memory: Retains programmed settings during temporary electrical interruptions.
Working Principle / Structural Principle	Environmental sensors continuously send poultry-house climate information to the controller. The controller compares actual conditions with programmed temperature, ventilation and humidity targets and then activates the corresponding control stage. During cool conditions, the controller can operate heating equipment and minimum-ventilation fans to maintain temperature while removing moisture and stale air. As indoor temperature rises, additional fan stages are activated progressively. In tunnel-ventilated houses, higher stages can operate tunnel fans together with tunnel inlets or cooling curtains. Where static-pressure control is incorporated, inlet or curtain position can be coordinated with ventilation demand to maintain suitable air distribution. Cooling equipment can also be programmed to operate at designated stages, while humidity-related logic can limit cooling or increase ventilation when required. This staged operating principle helps avoid sudden changes in airflow and provides a structured transition between heating, minimum ventilation, cooling and full tunnel ventilation.
Technical Specifications	Controller Type 10-stage poultry climate controller Typical Ventilation Mode Staged ventilation and tunnel ventilation Power Supply 220V AC reference configuration; other project requirements available upon request Relay Outputs 10 dry changeover contacts in the reference configuration Maximum Relay Rating Up to 220V / 2A per reference output configuration Temperature Inputs Multiple compatible temperature-sensor inputs; configuration according to project requirements Humidity Input Compatible humidity sensor input available in the reference configuration Digital Inputs 4 digital inputs in the reference configuration Display 6-digit, 7-segment display in the reference configuration Reference Temperature Accuracy Approximately ±0.2°C, subject to sensor and configuration Reference Enclosure Protection IP55 reference configuration Controlled Equipment Fans, heaters, cooling systems, air inlets, tunnel curtains and alarms Remote Communication Available with compatible communication gateway or farm-management system Programming Customizable according to poultry type, house layout and climate-control strategy
Applications	Commercial broiler houses Breeder poultry houses Layer houses Tunnel-ventilated chicken houses Minimum-ventilation and staged-ventilation poultry buildings New steel-structure poultry-house construction projects Existing poultry-house climate-control renovation projects Large poultry farms requiring centralized environmental management Poultry equipment packages supplied by agricultural engineering contractors and distributors
Customization Options	The controller and associated poultry-house climate system can be configured according to project requirements. Available customization may include: Fan-stage allocation Heater-control sequence Cooling-system control logic Air-inlet or tunnel-curtain operation Temperature and humidity sensor configuration Static-pressure control strategy Alarm output and emergency-control interface Remote communication requirements Electrical supply and external control-panel design Control parameters designed according to local climate and farm conditions
Installation & Maintenance	The controller should normally be mounted in a convenient service area of the poultry house where operators can access the display while minimizing direct exposure to water, dust accumulation and corrosive contaminants. Temperature sensors should be positioned within the representative bird-occupied zone and away from direct heater discharge, cooling-pad airflow, doors or other locations that could distort temperature readings. Humidity and static-pressure sensors should be installed according to the ventilation-system design. Fan motors, heaters and other higher-current loads should be connected through correctly sized contactors, circuit protection and electrical panels when required. Wiring should be separated between low-voltage sensor circuits and power cables wherever practical. Routine maintenance includes checking sensor accuracy, inspecting terminals, confirming fan and curtain operation, cleaning the controller enclosure, testing alarm functions and reviewing programmed ventilation stages before each new flock cycle.
Project Cases	Commercial Broiler House: The controller can manage minimum ventilation during early flock stages, increase fan capacity progressively as heat load rises, and switch to tunnel ventilation and evaporative cooling during hot-weather operation. Breeder House: Heating, ventilation, inlet positioning and alarm functions can be coordinated to maintain more stable environmental conditions through different production stages. Layer House Renovation: Existing fans, tunnel inlets, cooling pads and environmental sensors can be integrated into a staged control strategy after electrical compatibility and equipment requirements are confirmed. Final controller programming and equipment allocation should be designed according to house dimensions, stocking density, ventilation capacity and local climate conditions.
Product FAQ	Q1: What does a 10-stage poultry climate controller control? It can coordinate multiple operating stages for fans, heating, cooling, air inlets or tunnel curtains and alarms. The exact output allocation depends on the selected program and project configuration. Q2: Can it be used in tunnel-ventilated poultry houses? Yes. This type of controller is particularly suitable for staged and tunnel-ventilation systems used in commercial poultry production. Q3: Can temperature and humidity sensors be connected? Yes. Compatible temperature and humidity sensors can be integrated according to the selected controller configuration. Q4: Can the controller operate air inlets or cooling curtains? Yes. Inlet or curtain functions can be linked with selected fan stages or, where supported by the system design, static-pressure feedback. Q5: Does it support minimum ventilation? Yes. Minimum ventilation can be programmed as part of the poultry-house environmental control strategy and can transition progressively to higher ventilation stages. Q6: Can it control evaporative cooling? Yes. Cooling equipment can be assigned to an operating stage according to temperature, humidity and project requirements. Q7: Is remote management available? Remote monitoring or centralized control can be provided when the controller is combined with a compatible communication gateway or farm-management system. Q8: Can the control logic be customized for different countries? Yes. Ventilation stages, temperature curves and equipment allocation can be designed according to local climate and farm conditions.
Product Gallery