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=Purchase Link= Fan Start Capacitor: https://bit.ly/40Ic1PR Your fan has been producing weak air or the blades aren't spinning properly... Don't you feel bad about just throwing it away? Anyone can easily repair it for the price of a pack of chips!! 00:00 How to fix a fan that's slow or not spinning when turned on 00:41 Self-diagnosis for repairability (Turn the blades by hand) 01:05 How to disassemble a fan and locate the internal capacitor 01:51 How to check capacitor specifications (Voltage and microfarad capacity) 03:00 Precautions when selecting a capacitor capacity (Preventing motor overheating) 03:28 Removing the old capacitor and connecting the new one (Stripping the insulation and connecting the wires) 04:08 Tips on checking polarity and covering with insulating tape when connecting wires 04:21 Reverse assembly and test operation after repair 04:36 Cost information for finishing and capacitor replacement (approximately KRW 1,500-2,000) == Video Summary == Q: In what conditions can a fan be repaired by replacing only the capacitor? A: Even if the blades don't spin when you turn them on, if they spin smoothly when you push them with your finger, the repair can be done simply by replacing the capacitor. Q: What's the most important value to check when purchasing a new capacitor? A: While the voltage (V) is important, the most important is the microfarad (uF) value, which indicates the capacity. Household fans typically use 1.0, 1.2, or 1.5uF capacitors, so it's best to choose a capacitor with the same capacity as your existing product. Q: Is it okay to use a capacitor with a slightly larger capacity than the existing one? A: While a slightly larger capacity may increase the fan speed slightly, using an excessively large capacity can lead to motor overheating, which can be dangerous. Therefore, we recommend using a capacitor that matches the original specifications as much as possible. Q: Do I need to distinguish between the positive and negative polarity when connecting the capacitor wires? A: Fan capacitors don't have a specific polarity, so it doesn't matter which terminal the two wires are connected to. Q: What should I do if I try to turn the fan blades by hand and they're very stiff and won't turn properly? A: In that case, the problem is most likely not with the capacitor but with the motor itself. Therefore, it's better to replace the fan rather than repair it.