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    18 inch Cross Flow Colling Fan

    18" cross flow cooling fan with high efficiency motor and optimised air duct design for significant energy savings. The cross flow blower fan is widely used in laser instruments, air conditioners, air curtains, dryers, hair dryers and household appliances.
    SKU: ATO-CFF-6037
    30-day Returns
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    Delivery date: 6-12 days

    Buy a high quality 18" cross flow cooling fan online, the blower outlet comes with a square to round fitting and the installation can be adjusted in multiple directions. Our tangential blower fans are designed to provide powerful and efficient airflow to cool and ventilate your space effectively.


    • Model: ATO-CY F06037
    • Rated Voltage: 220V
    • Frequency: 50 Hz
    • Phase: 1 Phase
    • Pole: 2 Pole
    • Current: 0.25A
    • Out Power: 42W
    • Speed: 2850 rpm
    • Max.Pressure: 51 Pa
    • Max. Air Flow: 252 m3/h
    • Noise: 45 dB
    • Weight: 3 kg


    • The wind wheel is multi-blade, high speed dynamic balance correction, large air volume, low noise.
    • The cross flow cooling fan is equipped with a certified high efficiency motor and is installed in a direct connection for stable performance.
    • The air outlet comes with a square to round fitting, the installation can be adjusted in many directions.
    • Optimised design of the air ducts for a significant energy saving effect.
    • Tangential fans can be made of special materials and can be made with special features such as infinitely variable speed.
    • The 18" crossflow blowers fans can be matched with motors of different frequencies or voltages, AC or DC.

    Dimension (unit: mm)

    Crossflow fan dimension

    • A: 269.5
    • B: 383
    • C: 463.5
    • D: 88


    Crossflow fans, also known as tangential or blower fans, are commonly used in a variety of applications. One of the most common uses of crossflow fans is in HVAC systems, where they are used to circulate air throughout a building. They are also used in electronic equipment, such as computers and audio systems, to cool components and prevent overheating.

    Crossflow fan applications

    Tips: How to select the right crossflow fan for my application?

    Selecting the right crossflow fan for your application involves considering various factors such as air flow rate, pressure requirements, noise level, dimensions, and power consumption. Here are some steps that can help you choose the right crossflow fan for your application:

    • Determine the required airflow rate: The airflow rate required for your application is determined by the amount of air that needs to be circulated in the given space. The required airflow rate is measured in cubic feet per minute (CFM).
    • Determine the pressure requirements: Crossflow fans can generate different levels of air pressure, which is typically measured in inches of water column (in. W.C.). You need to determine the pressure requirements for your application, which will depend on factors such as the distance the air needs to be moved and the resistance that the air encounters along the way.
    • Consider the noise level: Crossflow fans can produce varying levels of noise, depending on their design and construction. If noise is a concern for your application, you will need to choose a fan with a low noise level.
    • Consider the dimensions: Crossflow fans come in different sizes and shapes. You need to choose a fan that can fit within the available space for your application.
    • Consider the power consumption: Crossflow fans can have different power requirements, which will affect your energy costs. You should choose a fan that has a power consumption that is suitable for your application.
    • Evaluate the fan's specifications: Once you have identified crossflow fans that meet the requirements of your application, you should evaluate their specifications to determine which one is the best fit. You should look at factors such as the fan's rated voltage, operating temperature range, and the materials used in its construction.

    By considering these factors, you can select the right crossflow fan for your application. It may be helpful to consult with a fan supplier or engineer to ensure that you are making an informed decision.

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