Poultry Air Inlet

Poultry Air Inlet System

The Poultry Air Inlet is designed to introduce fresh outside air into a controlled poultry house while directing the airflow toward the required area. It works with exhaust fans to maintain proper air circulation, ventilation and environmental conditions for poultry.

Air Inlet Assembly

The air inlet consists of an adjustable opening installed in the poultry-house wall. Its structure is designed to control the amount and direction of incoming air according to ventilation requirements.

Adjustable Inlet Door

The inlet door or flap regulates the size of the air opening. It can be adjusted to control incoming airflow according to the ventilation demand inside the poultry house.

Airflow Direction

The inlet design helps guide incoming air along the desired path rather than allowing it to fall directly onto the birds. Proper airflow direction supports more uniform air distribution throughout the poultry house.

Airflow Control

The opening can be adjusted according to the operating requirements of the ventilation system. Controlled opening helps balance incoming air with the extraction capacity of exhaust fans.

Actuation System

The inlet can be operated manually or connected to an automatic actuator system. Automated configurations can adjust the inlet opening according to environmental-control settings.

Insulated Construction

The inlet assembly can incorporate insulated or sealed sections to help reduce unwanted air leakage when the inlet is closed. This supports better control of the poultry-house ventilation environment.

Mounting Arrangement

The air inlet is installed within designated openings in the poultry-house sidewall. Secure mounting provides stability while allowing the inlet door to open and close smoothly.

Working Principle

When exhaust fans operate, negative pressure is created inside the poultry house. Outside air enters through the air inlets, where the adjustable opening controls the volume of incoming air.

The inlet directs the fresh air into the house and helps distribute it across the required area. By coordinating the inlet opening with exhaust-fan operation, the ventilation system can maintain more consistent airflow and environmental conditions.

Main Applications

• Broiler poultry farms

• Layer farms

• Breeder farms

• Environment-controlled poultry houses

• Tunnel-ventilated poultry sheds

• Large-scale poultry farms

• Intensive poultry production facilities

• Commercial poultry ventilation systems

Key Features

• Controlled fresh-air entry

• Adjustable airflow opening

• Improved air distribution

• Compatible with exhaust fans

• Manual or automatic operation options

• Suitable for controlled-environment poultry houses

• Helps reduce uncontrolled air leakage

• Directional airflow management

• Easy integration with ventilation controllers

• Suitable for commercial poultry operations

Construction Details

The Poultry Air Inlet consists of a rigid inlet frame, adjustable door or flap and supporting components. Depending on the configuration, an actuator, insulation layer, sealing arrangement or protective mesh can be incorporated.

The inlet can be positioned along the poultry-house sidewalls and integrated with exhaust fans, cooling pads and environmental-control equipment to create a complete ventilation system.

Maintenance Requirements

• Clean dust, feathers and debris from the inlet opening regularly.

• Check the inlet door for smooth movement.

• Inspect hinges, springs, actuators and mounting points.

• Check sealing surfaces for damage or deterioration.

• Ensure the inlet opens and closes properly.

• Inspect automatic control connections where applicable.

• Keep the airflow passage free from obstruction.

• Replace damaged components when required.

Safety Features

The adjustable inlet helps control incoming airflow and supports balanced operation with the poultry-house exhaust system. Secure mounting, smooth door movement and properly protected actuator or electrical components should be maintained. Regular inspection helps prevent uncontrolled airflow and ensures reliable ventilation performance.