Axial Exhaust Fan with Mesh - 250 mm

HOW DOES THE AXIAL EXHAUST FAN WORK?

The axial exhaust fan operates by moving air along the axis of rotation using a rotor with blades mounted on it. The main components of the axial fan are:

1. Rotor: This is the element that rotates around the axis. The rotor consists of blades that are arranged parallel to the axis of rotation.

2. Housing: The axial fan is housed in a casing that directs the airflow and stabilizes its movement. The housing is typically cylindrical or shaped like a helicopter blade to optimize airflow.

3. Motor: The motor is responsible for driving the rotor and enabling its rotation. Electric motors are usually used for axial fans.

4. Blades: These are the rotor elements responsible for transferring mechanical energy from the motor to the air, causing its movement. The blades are designed to generate airflow along the axis of rotation.

When the fan is turned on, the motor drives the rotor, causing the blades to rotate. Due to the shape of the blades and the rotor's rotational speed, air is drawn along the axis into the housing, where it is then moved outward. This way, the axial exhaust fan effectively extracts air from the rooms or spaces where it is installed.

These fans are often used in places requiring high air flow rates, such as in ventilation and air conditioning systems in large buildings, factories, tunnels, or production halls.

Their design allows for efficient movement of large volumes of air at relatively low operating costs. Axial fans can be mounted directly on walls or roofs of buildings or installed in ventilation ducts.

Thanks to the blade profile shaped like a crescent, Ferono fans have high air flow efficiency while simultaneously minimizing noise.

• The motor and fan blades are made of metal,
• The state-of-the-art fan shape allows for high performance at low noise levels,
• Double ball bearing extends the fan's lifespan,
• Electrical strength: 1500VAC/50-60Hz for 1 min with current leakage <5mA,
• Insulation resistance: 10 MOHM at 500V DC between wire and frame,
• High insulation class of copper wire: F,

• industrial facilities;
• warehouses;
• storage rooms;
• workshops;
• production halls;
• greenhouses;
• breeding rooms.

ADDITIONAL INFORMATION:

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