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Взрывозащищенные шахтные вентиляторы FB: эффективные решения от китайских поставщиков и заводов

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FB – это новое поколение многофункциональных, энергоэффективных локальных шахтных вентиляторов, произведенных в Китае. Наша фабрика предлагает высококачественные решения для вентиляции, которые отличаются безопасностью, надежностью и низкими затратами на техническое обслуживание. Вентиляторы FB имеют длительный срок службы, усовершенствованные конструкции лопастей и низкий уровень шума. Высокая эффективность и сниженное энергопотребление делают их идеальными для различных промышленных применений. Стабильная работа и возможность подачи воздуха на большие расстояния выделяют нас среди поставщиков на рынке. Выбирая наши вентиляторы, вы получаете надежную продукцию от ведущего производителя в Китае.

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    Product Videos

    Product Description

    Aerodynamic Design Optimization

    The blades feature a special spatial twisted structure or a large-angle bending design for superior airflow performance.

    100% Speed Control

    Precisely regulates airflow volume to meet the demands of various operating conditions, significantly reducing energy consumption.

    High-Efficiency Motor Configuration

    External rotor motor design with compact structure, excellent heat dissipation, and high efficiency.

    Special Blade Design

    Bionic blades (with slightly serrated trailing edges and special blade tips) effectively reduce noise levels.

    Structural Advantages

    External bearing design ensures better heat dissipation, extends service life, and simplifies maintenance.

    Main Technical Parameters

    Motor Model Power (kW) Rated Voltage (V) Rated Current (A) Air Volume (m³/min) Total Pressure (Pa) Max Total Pressure Efficiency (%) A-Weighted Sound Pressure Level dB(A)
    YBF3-90S-4 1.1 380/660/1140 2.7/1.6/0.9 85~45 120~300 75 30
    YBF3-90L-2 2.2 380/660/1140 3.3/1.9/1.1 138~80 400~700 75 30
    YBF3-132S1-2 5.5 380/660/1140 11.1/6.4/3.7 150~130 730~1460 75 30
    YBF3-132S2-2 7.5 380/660/1140 14.8/8.7/5.0 170~150 900~1800 75 30
    YBF3-160M1-2 11 380/660/1140 21.6/12.6/7.2 200~180 1200~2600 75 30

    Appearance Schematic Diagram

    FB

    Application Scenarios

    Application 1
    Application 3
    Application 4
    Application 5
    Application 9
    Application 10

    Detailed Photos

    FB Detail 1
    FB Detail 3
    FB Detail 2
    FB Detail 4

    Frequently Asked Questions (FAQ)

    Q
    What voltage options are available for these fan motors?
    All models in the FB series support three voltage configurations: 380V, 660V, and 1140V. This multi-voltage design makes the fans suitable for a wide range of industrial power supply environments without requiring additional transformers.
    Q
    What is the maximum power output available in this series?
    The FB series currently offers models ranging from 1.1 kW (YBF3-90S-4) up to 11 kW (YBF3-160M1-2), covering a broad spectrum of industrial ventilation and airflow requirements.
    Q
    How does the bionic blade design reduce noise?
    The bionic blades feature a slightly serrated trailing edge and specially designed blade tips that disrupt turbulent airflow patterns. This reduces aerodynamic noise at the source, keeping the A-weighted sound pressure level as low as 30 dB(A) across all listed models.
    Q
    What are the main application scenarios for FB series fans?
    FB series fans are widely used in industrial ventilation, mine air circulation, tunnel ventilation, building HVAC systems, and other scenarios requiring reliable, high-efficiency airflow management with low noise output.
    Q
    What is the maximum total pressure efficiency of these fans?
    All models in the FB series achieve a maximum total pressure efficiency of 75%, which is achieved through the combination of the optimized aerodynamic blade design and the high-efficiency external rotor motor configuration.
    Q
    What are the maintenance advantages of the external bearing design?
    The external bearing design positions bearings outside the main housing, allowing for easier access during routine inspections and replacements. This design also improves heat dissipation around the bearing assembly, which extends bearing service life and reduces overall downtime.