< img height="1" width="1" style="display:none" src="https://www.facebook.com/tr?id=1003690837628708&ev=PageView&noscript=1" /> China 92mm Mini Centrifugal DC Brushless Blower Silent Noise 12V 7.0kpa 55m3/h factory and manufacturers | Wonsmart
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92mm Mini Centrifugal DC Brushless Blower Silent Noise 12V 7.0kpa 55m3/h

 WS9250-12-240-S200, a 12v DC centrifugal blower that is compact and powerful. With a voltage of 12VDC, it’s the perfect solution for industrial applications, thanks to a high air volume of 55m3/h and a pressure of 8.0kpa. The blower has a power range of 63.6W-126W and a current of 5.3A-10.5A.


  • Model: WS9250-12-240-S200
  • Voltage: 12VDC
  • Air flow: 55m3/h
  • Air pressure: 7.0kpa
  • Power Level: 63.6-126w
  • Product Detail

    Product Tags

    Blower Features

    Brand name: Wonsmart

    High pressure with dc brushless motor

    Blower type: Centrifugal fan

    Voltage:12vdc

    Bearing: NMB ball bearing

    Type: Centrifugal Fan

    Applicable Industries:Manufacturing Plant

    Electric Current Type: DC

    Blade Material: plastic

    Mounting: Ceiling Fan

    Place of Origin:Zhejiang, China

    Air flow:55m3/h

    Certification: ce, RoHS, ETL,REACH,ISO9001

    Warranty: 1 Year

    After-sales Service Provided: Online support

    Life time(MTTF): >20,000hours (under 25 degree C)

    Weight: 400 grams

    Housing material:PC

    Unit size: 90*90*50mm

    Motor type:Three Phase DC Brushless Motor

    Controller: external

    Static pressure: 7.0kPa

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    Drawing

    WS9250-24-240-X200-Model_00 - 1

    Blower Performance

    WS9250-12-240-S200 blower can reach maximum 55m3/h airflow at 0 kpa pressure and maximum 7.0kpa static pressure.Other load point performance refer to below P-Q curve:

    ws9250-12-240-s200 曲线图

    DC Brushless Blower Advantage

    Introducing our WS9250-12-240-S200, a 12v DC centrifugal blower that is compact and powerful. With a voltage of 12VDC, it's the perfect solution for industrial applications, thanks to a high air volume of 55m3/h and a pressure of 8.0kpa. The blower has a power range of 63.6W-126W and a current of 5.3A-10.5A.

     
    One of the special features of this mini air brushless blower is its usage of NMB bearings imported from Japan, which ensures an average usage lifespan of up to 20,000 hours. With a compact size of 92mm*50mm, this blower is specifically designed to meet the needs of industrial settings.

     
    Our 12v DC centrifugal blowers are known for their reliability and durability, making them ideal for a range of applications, including electronic cooling, ventilation systems, air quality control systems, and more.

     
    Our WS9250-12-240-S200 is a reliable, high-performance blower packed with features that are perfect for any industrial application. Order your 12v DC centrifugal blower today, and experience the power and reliability of our high-quality air brushless blowers.

    Transportation

    delivery

    FAQ

    Q: What is the MTTF of this centrifugal air blower?

    A: MTTF of this centrifugal air blower is 20,000+ hours under 25 C degree.

    Q: Can we use this centrifugal air blower to suct water?

    A:This blower fan can not be used to suck water. If you need to suck water, you can ask us to choose proper item for this special working condition.

    Q: Can we use this centrifugal air blower to suck dust directly?

    A: This blower fan can not be used to suck dust directly.If you need to suck dust, you can ask us to choose proper item for this special working condition.

    The speed of a DC motor can be increased by field weakening. Reducing the field strength is done by inserting resistance in series with a shunt field, or inserting resistances around a series-connected field winding, to reduce current in the field winding. When the field is weakened, the back-emf reduces, so a larger current flows through the armature winding and this increases the speed. Field weakening is not used on its own but in combination with other methods, such as series-parallel control.

    The speed of a DC motor can be increased by field weakening. Reducing the field strength is done by inserting resistance in series with a shunt field, or inserting resistances around a series-connected field winding, to reduce current in the field winding. When the field is weakened, the back-emf reduces, so a larger current flows through the armature winding and this increases the speed. Field weakening is not used on its own but in combination with other methods, such as series-parallel control.


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