Product Name 16-Stage Poultry House Temperature Controller Product Image Product Overview The 16-Stage Poultry House Temperature Controller is designed for environmental management in modern commercial poultry houses, particularly facilities using staged power ventilation and tunnel ventilation systems. It coordinates ventilation, heating, cooling, air inlet and curtain functions according to programmed climate settings and sensor feedback.

The multi-stage control concept allows poultry producers to move progressively from minimum ventilation through transitional operation to high-capacity tunnel ventilation as flock requirements and house temperature change. This makes the controller suitable for broiler houses, layer houses, breeder facilities and poultry projects requiring integrated climate automation. :chatgpt-content-reference{index="1"} Key Features

• 16-stage climate control concept for advanced poultry house environmental management.
• Supports staged operation from minimum ventilation to transitional and tunnel ventilation.
• Coordinates ventilation fans, heating equipment, cooling systems, air inlets and tunnel curtains.
• Static-pressure-based ventilation control can be integrated into suitable project configurations.
• Minimum ventilation can operate through variable-speed regulation or timed on/off cycles.
• Automatic climate adjustment can be programmed according to flock age, growth stage and ventilation requirements.
• Compatible with temperature, humidity and other relevant poultry-house climate sensors according to configuration.
• Programmable timers can support auxiliary equipment management such as lighting, feeding and water-related functions.
• High/low temperature and power-failure alarm functions improve operational safety.
• Remote monitoring and centralized management options are available according to project requirements.

:chatgpt-content-reference{index="2"} Structural Components

• Controller Enclosure: Protective housing for the electronic control module, display and operating interface.
• Display and Keypad: Provides climate readings, parameter setting and operating-status indication.
• Sensor Inputs: Connection points for temperature, humidity and applicable environmental or equipment feedback sensors.
• Digital Inputs: Used for selected monitoring, counting or equipment-status signals according to system design.
• Relay Outputs: Used to switch fans, heaters, cooling equipment, inlet motors, curtains, alarms or related devices.
• Communication Interface: Optional interface for remote supervision or centralized poultry-farm management.
• Power-Fail Protected Memory: Retains programmed operating settings during power interruption.

Working Principle / Structural Principle Temperature and other configured environmental sensors continuously provide operating data to the controller. The control program compares these readings with programmed setpoints and determines which ventilation, heating or cooling stages should operate.

Under mild conditions, the system can maintain minimum ventilation using timed fan cycles or variable-speed ventilation. As indoor temperature or airflow demand increases, additional fan stages are activated progressively. Air inlets and tunnel curtains can be coordinated with the corresponding ventilation stage or static-pressure feedback. During hot-weather operation, the controller can transition toward tunnel ventilation and cooling operation to increase air velocity and heat removal.

This staged operating logic reduces the need for manual switching and provides a coordinated climate-control sequence throughout the poultry growing cycle. :chatgpt-content-reference{index="3"} Technical Specifications

Control Type	16-stage poultry house climate control
Ventilation Modes	Minimum, transitional, natural and tunnel ventilation according to system configuration
Power Supply	115/230 VAC reference configuration
Temperature Inputs	Up to 4 analog temperature sensor inputs in the referenced configuration
Humidity Input	0-10 V humidity sensor input in the referenced configuration
Digital Inputs	4 digital inputs in the referenced configuration
Relay Outputs	Reference configuration includes dry change-over contacts; final quantity and load rating should be confirmed for each project
Enclosure	IP55 reference enclosure
Display	Digital display
Temperature Accuracy	Reference specification approximately ±0.2°C; project specification available upon request
Memory Protection	Power-failure-protected, non-erasable memory in the referenced design
Sensor Calibration	Automatic calibration capability for compatible connected sensors
Communication	Remote communication and centralized management available according to project requirements

:chatgpt-content-reference{index="4"} Applications

• Commercial broiler houses with tunnel ventilation
• Layer and pullet houses
• Breeder poultry houses
• Large-scale poultry farm climate-control projects
• Steel-structure poultry buildings with mechanical ventilation
• Minimum and transitional ventilation systems
• Tunnel fan and cooling-pad ventilation projects
• Poultry houses requiring coordinated heating, cooling and air-inlet operation
• New poultry farm construction and existing-house climate-control upgrades

Customization Options The control system can be configured according to poultry-house size, local climate, ventilation concept and equipment arrangement. Available project options may include:

• Fan-stage configuration according to project requirements
• Temperature and humidity sensor combinations
• Static pressure sensor integration
• Air inlet and tunnel curtain actuator control
• Cooling-pad or evaporative cooling integration
• Heating equipment interface configuration
• Alarm and emergency ventilation interface
• Remote communication and farm-management connectivity
• Electrical configuration designed according to local power supply
• Control logic designed according to local climate and farm conditions

Final input/output allocation and electrical interface specifications are available upon request. Installation & Maintenance The controller should be installed in a dry, accessible service area where farm personnel can conveniently monitor and adjust settings. Sensor locations should represent actual poultry-house conditions and should be protected from direct heater radiation, water spray and abnormal localized airflow.

Fan relays, heating equipment, inlet motors, cooling systems and alarm circuits should be connected according to the approved electrical drawing. High-power loads should use properly rated contactors or control panels where required.

Routine maintenance includes checking temperature and humidity sensor readings, inspecting electrical terminals, testing alarm functions, confirming inlet and curtain movement, cleaning the controller enclosure and verifying ventilation stages before each production cycle. Electrical installation and servicing should be performed by qualified personnel. Project Cases Typical applications include new-build tunnel-ventilated broiler houses, modernization of conventional poultry sheds, multi-house poultry farm climate-control projects and steel-structure poultry buildings requiring automatic coordination of fans, air inlets, heating and cooling equipment.

For project selection, customers can provide poultry-house dimensions, bird type, stocking capacity, local summer and winter temperatures, fan specifications, cooling-pad arrangement, heating system and electrical supply. A suitable controller configuration can then be selected according to project requirements. Product FAQ Q1: Is this controller suitable for tunnel-ventilated broiler houses?
Yes. The controller is intended for staged poultry-house climate management and can coordinate minimum, transitional and tunnel ventilation systems according to the selected project configuration. :chatgpt-content-reference{index="5"}

Q2: Can it control heating and cooling equipment?
Yes. Heating, ventilation, evaporative cooling and related climate equipment can be incorporated into the control strategy according to system design.

Q3: Can air inlets and tunnel curtains operate automatically?
Yes. Compatible inlet and curtain actuators can be linked with fan stages or static-pressure control to coordinate airflow through the poultry house. :chatgpt-content-reference{index="6"}

Q4: Can the controller use several temperature sensors?
Yes. The referenced configuration supports multiple temperature sensors for poultry-house climate monitoring. Exact sensor quantity and arrangement should be confirmed according to the selected controller configuration. :chatgpt-content-reference{index="7"}

Q5: Is remote monitoring available?
Remote control and data communication can be supplied with compatible communication equipment according to project requirements. :chatgpt-content-reference{index="8"}

Q6: Can the controller be customized for different countries?
Yes. Power supply, sensor configuration, ventilation stages, controlled equipment and communication requirements can be selected according to local climate, farm design and project requirements.

Q7: What information is required for system selection?
Recommended information includes poultry-house dimensions, flock type and capacity, fan quantity and power, cooling system, heating equipment, air-inlet arrangement, local climate conditions and electrical supply. Product Gallery