1.5uF+3uF (3 or 4 Wires Compatible) 250VAC Run/Start Motor and Ceiling Fan Capacitor(CBB61) Compatible with Electrical Power Relay Connecting Capacitor
1.5uF+3uF (3 or 4 Wires Compatible) 250VAC Run/Start Motor and Ceiling Fan Capacitor(CBB61) Compatible with Electrical Power Relay Connecting Capacitor
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Package Includes: 1 x 1.5uF+3uF Capacitor
Model: CBB61
Capacitance: 1.5uF+3uF
Number of Wires: 4(3 or 4 wires compatible)
Shell Color: Black
Tolerance: ±5%
Rated Voltage: 250VAC
Rated Frequency: 50/60Hz
Max Temp: +70 ℃
Size: 1.375"x0.94"x1.75"(35mmx24mmx44mm)
Core: Metallized polypropylene film
Casing: Plastic
Filling: Black epoxy resin
Universal: Replaces any brand with the same capacitance capacity and voltage. Please ensure that the capacitance matches the fan motor specifications.
CBB61 capacitors regulate the starting and stopping mechanisms, as well as the fan speeds, of various types of ceiling fan motors that use this capacitor.
If your ceiling fan is running slower than usual, not working at all, or unable to adjust speeds as it did before, please check the CBB61 ceiling fan capacitor first. The capacitor may be burnt out or weak, and you will need to replace it with a new one.
This capacitor is widely used for ceiling fans, wall fans, stand fans, industrial fans, range hood fans, air exchange fans, water pumps, washing machines, motors, generators, etc. It is commonly used for Harbor Breeze & New Tech.
This capacitor is made of metalized polypropylene film sheets enclosed in a plastic shell. It is durable, with minimal loss, and exhibits strong resistance to heat and moisture, as well as excellent electrical performance. The manufacturer has thoroughly tested them to guarantee quality and longevity.
In terms of maintenance, regularly inspecting and replacing aging capacitors can extend the service life of the fan and keep it in optimal operating condition.
Installing a new ceiling fan capacitor is simple enough for any DIY handyman. Remember to switch off the electric supply, remove the ceiling fan cover, find and discharge the old capacitor. Take a picture before removing the old one, and take note of the value of the capacitor disconnected from the fan. Finally, replace the faulty capacitor with a new one.
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