Leave Your Message

I3-48 Centrifugal Fan for Efficient Kitchen Oil Smoke Purification - China Suppliers & Factory

Introducing the I3-48 Series Oil Fume Purification Centrifuge, crafted by our esteemed factory in China. This innovative product leverages advanced foreign technology, expertly adapted to meet the specific needs of the kitchen smoke exhaust industry. Our team of experienced suppliers has dedicated years to the research and development of multi-wing fan impellers, resulting in a highly efficient and meticulously designed solution for effectively eliminating oil stains, The I3-48 Series features a compact construction that ensures high suction power and stable operation, all while maintaining energy efficiency and low noise levels. Installation and maintenance are made easy with its user-friendly design. Users have embraced this centrifuge for its exceptional energy-saving capabilities, impressive productivity, and superior quality. Trust the I3-48 Series for your oil fume purification needs and experience the difference that expert design and technology can make

    Parameters

    Model Speed
    (r/min)
    Power
    (kW-P)
    Traffic
    (m³/h)
    Total Pressure
    (Pa)
    Voltage
    (V)
    Frequency
    (Hz)
    Horsepower
    (HP)
    3.15A 960 0.75-6 1781-3326 338-254 380 50 1
    1450 2.2-4 3060-5240 858-644 380 50 3
    3.55A 960 1.1-6 2970-5130 432-290 380 50 1.5
    1450 4-4 5911-7213 1200-980 380 50 5.5
    1450 5.5-4 7354-8987 1720-1580 380 50 7.5
    4A 960 3-6 6200-10000 690-610 380 50 4
    1450 5.5-4 7500-10210 1510-1350 380 50 7.5
    1450 7.5-4 9010-12600 1680-1180 380 50 10
    4.5A 960 4-6 7500-11000 764-757 380 50 5.5
    960 5.5-6 10400-14130 840-773 380 50 7.5
    5A 960 5.5-6 11830-15955 760-630 380 50 7.5
    960 7.5-6 13000-17400 1010-710 380 50 10
    5.6A 960 7.5-6 14050-19200 980-690 380 50 10
    960 11-6 12030-23000 1364-1276 380 50 15
    960 15-6 14819-25500 1700-1600 380 50 20
    6.3A 960 11-6 16200-24230 1198-1015 380 50 15
    960 15-6 17684-26600 1661-1500 380 50 20

    Frequently Asked Questions

    Q What does the model number (e.g., 3.15A, 4A, 6.3A) indicate?
    The model number refers to the fan's impeller diameter in inches or a size classification code. A larger model number generally corresponds to a larger fan size, higher airflow capacity, and greater power requirements, making it suitable for larger ventilation systems.
    Q What is the difference between 960 r/min and 1450 r/min speed options?
    The speed (r/min) determines how fast the fan impeller rotates. A higher speed of 1450 r/min delivers greater airflow (m³/h) and higher total pressure (Pa) compared to 960 r/min, but also requires more power (kW). Choosing the right speed depends on your system's airflow and pressure requirements.
    Q What do the Traffic (m³/h) ranges in the parameters mean?
    The Traffic (m³/h) range represents the minimum and maximum airflow volume the fan can deliver per hour under specified operating conditions. The actual airflow achieved will depend on the system resistance and duct configuration in your installation.
    Q Are all models compatible with 380V / 50Hz power supply?
    Yes, all models listed in the parameters table operate on a standard 380V voltage and 50Hz frequency power supply, making them suitable for industrial and commercial applications in regions using this standard electrical specification.
    Q How do I select the right model and power (kW) for my application?
    To select the correct model, first determine the required airflow (m³/h) and total pressure (Pa) for your ventilation system. Then match these values to the corresponding model and speed option in the parameters table. Ensure the power (kW) and horsepower (HP) are compatible with your available motor and electrical infrastructure.
    Q What is the significance of the Total Pressure (Pa) range?
    Total pressure (Pa) indicates the fan's ability to overcome resistance within the duct system, including bends, filters, grilles, and other components. A higher total pressure rating means the fan can push air effectively through more complex or longer duct systems. Always ensure the fan's total pressure meets or exceeds your system's resistance requirements.