Does Price Matter When Choosing a Ceiling Fan?


If you’ve ever shopped for ceiling fans, you've probably noticed the huge price difference. Fans with the same style and features, blade size and air movement (cfm) specs can cost anywhere from $80 to $300. However, when choosing a fan there are two key questions to ask yourself that will help you make your decision.

1. How much does noise matter to you?

Fan manufacturers offer some great-looking models at really low prices. To sell at those prices, the manufacturers use lower-quality bearings and mounting brackets with minimal noise isolation. The noise levels may be tolerable when the fan is new, but once the bearings wear, the fan will start to wobble and transmit an annoying rumbling sound across your ceiling. Premium fans, on the other hand, are built with high-quality bearings filled with synthetic grease to ensure long life and minimal wear. They also incorporate noise-dampening features into the body, blade irons, downrod connections and ceiling mount to isolate the vibrations created by the fan blades. Noise probably won’t be an issue if you’re installing the fan in a kitchen, eating area or family room.

2. Will you run it constantly?

Besides longer-lasting bearings, premium fans include higher-quality remote control electronics, switches and speed controls. If you plan to run the fan constantly and want to avoid trouble, buy a premium fan. That’s especially true if the fan will be mounted on a high ceiling where service or replacement can be a real hassle. Fan noise, wobble and shorter life span are the three biggest complaints about economy fans.

The innards are what matter

The differences in these small parts may not look significant, but they play a big role in the fan’s noise level and longevity.

Motor bearings: High-quality bearings are the most important component of a premium fan. Low-quality bearings wear out quickly and make noise that transmits up to the ceiling.

Mounting systems: On economy fans, the notched single-insulated ball-and-bracket pin design transmits more vibration to the bracket. The foam-rubber noise isolators compress during installation, allowing the bracket to contact the ceiling and transmit noise. On premium fans, the double-insulated and ribbed triangular “ball” joint transmits far less noise to the bracket. The four rubber noise isolators prevent the bracket from touching the ceiling, further reducing noise transmission.

Electronics and switches: Economy speed and light switches and motor run capacitors fail far more often than premium components.

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