Ceiling Fan BLDC Motor 24V 30W 600RPM 1.58A

Product Description

Ceiling fan motors are electric motors that turn the blades and drive the air circulation of a ceiling fan. Most ceiling fans use single phase induction motors. They have a stationary stator winding and a rotating rotor. The rotor gets induced with a rotating magnetic field which makes it spin.Fan motors are designed for quiet, energy efficient operation. Common types include permanent split capacitor (PSC), electronically commutated direct current (DC), and brushless DC motors. Brushless DC motors are the most advanced and energy efficient option. 

Technical specifications to look for are power rating, speed settings and airflow efficiency (CFM/watts), amperage rating, bearings, and noise level ratings. Higher quality motors will produce more airflow efficiency.

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Motor construction

Brushless motor also have the stator and rotor same like the common dc motor, but it cancel the brushes. The stator used by silicon steel sheet and the rotor make by permanent magnet. Different with the brushes dc motor, the commutation of the BLDC motor is electronically controlled. 

Specifications

Configuration

*WE CAN MAKE ACCORDING TO YOUR REQUIRMENT

Brushless motor list

Advantages of Brushless DC motor:

• Lower Maintainance and longer lifetime - no brush and commutator erosion

• Lower electromagnetic noise -the elimination of brush contact

• Higher power to weight ratio

• Higher efficiency ( in general higher than 90%)

• Lower temperature rise - more efficient heat dissipation due to winding construction

• Simple structure

• Higher speed range- no limit of brushes and commutator

Application:

Ceiling fan motors play a crucial role in the operation of ceiling fans, providing the necessary power to rotate the fan blades and circulate air. Here are the main applications and functions of ceiling fan motors:

Air Circulation:

Cooling: The primary purpose of a ceiling fan is to circulate air in a room, creating a breeze that helps in cooling. The motor powers the rotation of the fan blades, which, in turn, moves air throughout the room.

Energy Efficiency:

Ceiling fans are known for their energy efficiency. They consume less energy compared to air conditioning units and can be used to supplement or even replace air conditioning in moderate climates. The motor's efficiency is crucial in achieving this energy-saving feature.

Temperature Regulation:

Ceiling fans can help distribute both warm and cool air. In the winter, by running the fan in reverse (clockwise), warm air near the ceiling is circulated down to the living space.

Comfort Enhancement:

Ceiling fans contribute to the perceived comfort in a room. Even if the temperature isn't reduced, the air movement created by the fan can make occupants feel cooler due to the wind-chill effect.

Ventilation:

Ceiling fans can also be used to improve ventilation by helping to expel stale air and bring in fresh air when windows are open. This is especially useful in rooms without proper cross-ventilation.

Aesthetic Enhancement:

Ceiling fan motors are designed to be aesthetically pleasing and are available in various styles and finishes to complement the interior decor of a room.

Lighting Integration:

Many ceiling fans come with integrated light fixtures. The motor not only powers the fan but may also control the lighting elements, providing both functionality and convenience.

Remote or Smart Control:

Modern ceiling fans often come with remote control or smart home integration, allowing users to adjust fan speed and settings. The motor is a critical component in enabling these advanced control features.

In summary, the ceiling fan motor is a central component that drives the rotation of the fan blades, facilitating air circulation, temperature regulation, energy efficiency, and overall comfort in residential and commercial spaces.