DC Energy-saving Ceiling Fan

DELTA ELECTRONICS develops the energy-saving ceiling fan with its world-leading brushless DC (BLDC) motor technology. The excellent power eletronics control and air flow design make the ceiling fan run smoothly and quietly. The ceiling fan can be installed at home or in light commercial applications, such as hotels and restaurants, and can operate clockwise or counter-clockwise to adjust the direction of airflow for seasonal air circulation (with six-speed mode setting). Our easy-pairing and easy-to-read hand-held RF remote controller can send signals to the ceiling fan in far distance. The simple & chic exterior design is eye-catching, with anti-dropping steel wire rope is for the product safety precautions. Furthermore, we offer the optional LED lighting fixture for your preference. (showcase as TAIWAN models)

Super Energy Saving

DELTA uses brushless DC motor to help you save more energy.
Compared with AC motor models, our DC models can save energy up to 60%.




Use in all Seasons

6-speed mode/ clockwise or counter-clockwise air circulation for different indoor temperature scenarios.





Wireless Control, Easy to Use

The hand-held RF remote controller interface is intuitive, letting you choose different fan functions easily.





Better Way for Air Circulation

Delta DC motor ceiling fan can effectively facilitate the indoor circulation.
It works well with both air-con and room heater to help you reach the desired indoor temperature efficiently,
at the same time reducing the frequency of air-con compressorrebooting, which saves you more energy.




Smooth Running, Quite Operation

The brushless DC motor is controlled by the high efficient control,
making our ceiling fans run smoothly and quietly.





Anti-dropping Steel Wire Rope for Safety Protection

All model series are secured with anti-dropping
protection, unleashing your worries.





Choices for Modern Lighting Fixture

It's up to you and purchase the additional DELTA lighting fixture,
to bright up the room as you wish.