Customization: | Available |
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Type: | Polypropylene Capacitor |
Application: | General Purpose, AC / Motor, Power, Air Conditioner, Fan |
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Product Details | |
Model Number | CBB61 with terminals, CBB61 with wires |
Type | Polyester Film Capacitor, Polypropylene film capacitor |
Place of Origin | Guangdong, China |
Brand Name | SMILER |
Supplier Type | Original manufacturer, ODM |
Capacitance | 0.1uf~100uf |
Cross Reference | CBB61 cable type, CBB61 capacitor |
Media Available | datasheet, Photo |
Tolerance | +_5%(J),+_10%(K) |
Package Type | plastic |
Rated Voltage | 100VAC~630VAC(50-60Hz) |
Operating Temperature | -40°--85° |
Brand | CBB61 |
Specification | wires or terminals type |
Voltage - Rated | 100VAC~630VAC(50-60Hz) |
ESR (Equivalent Series Resistance) | 4000(mΩ) |
Applications | motor, fan, air conditioner etc. |
Impedance | 4000(mΩ) |
Circuit Type | Bussed |
Current - Leakage | CBB61-S3 |
Voltage - Breakdown | Not Applicable |
Capacitance Range | 0-100uf |
Application | motor, fan, air conditioner etc. |
Safety approvals | CQC/U-L/VDE/TUV/CE |
Approval standard | GB/T3667,U-L810,EN60252-1 |
Climatic category | 25/70/21,25/85/21 |
Rated voltage | 250VAC~500VAC(50-60Hz) |
Capacitance tolerance | +_5%(J),+_10%(K) |
Between terminals | 2*Un(VAC)/3s(CQC,VDE,TUV),1.5*Un(VAC)/3s(U/L) |
Insulation Resistance(20) | between terminals and case>=5000/C(100VDC,3s) |
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Capacitance(uf) |
250V |
300V |
400V |
450V |
500V |
|
L/W/H |
L/W/H |
L/W/H |
L/W/H |
L/W/H |
0.8UF |
32*10*20 |
32*10*20 |
32*10*20 |
32*11*22 |
36*11*22 |
1.0UF |
32*10*20 |
32*11*22 |
32*11*22 |
36*10*20 |
36*13*23 |
1.2UF |
32*10*20 |
32*11*22 |
36*10*20 |
36*11*22 |
37*13*24 |
1.5UF |
36*10*20 |
36*11*22 |
36*11*22 |
37*13*24 |
37*15*27 |
2.5UF |
36*10*20 |
36*13*23 |
36*13*23 |
38*15*25 |
38*17*28 |
3.0UF |
36*11*22 |
37*13*24 |
38*15*25 |
38*17*28 |
38*19*31 |
3.5UF |
36*11*22 |
38*15*25 |
38*17*28 |
38*18*29 |
47*19*31 |
4.0UF |
36*13*23 |
37*15*27 |
38*17*28 |
38*19*31 |
47*19*33 |
5.0UF |
37*13*24 |
38*17*28 |
47*17*28 |
47*19*33 |
47*25*35 |
6.0UF |
38*15*25 |
38*18*29 |
48*19*31 |
47*20*35 |
47*27*37 |
8.0UF |
38*17*28 |
47*17*31 |
47*20*35 |
47*25*35 |
47*30*43 |
Introducing our top-quality CBB61 4UF 250VAC Capacitor for AC Motors by SMILER. This incredible machine is designed to start and run single-phase motors with a 50HZ AC power supply. Not only that, it also allows you to control the motor's speed. Talk about versatility!
Our capacitor is an essential supporting part for various appliances such as electric fans, range hoods, air conditioning fans, and toasters. It's small in shape and flexible in installation, making it a breeze to set up. Plus, t***ad-out can be easily adjusted to suit different application scenarios.
Rest assured, our fan capacitors are made with high-pressure and high-temperature resistant materials, ensuring their durability and safety. With a long service life, you can rely on our capacitors to keep your motors running smoothly for years to come.
At Smiler Electronic Industrial Co., Ltd, we prioritize customer satisfaction. That's why we offer customizable dimensions and standards to meet your specific use and installation requirements. We're here to make your experience as seamless as possible.
Choose our CBB61 4UF 250VAC Capacitor for AC Motors by SMILER and enjoy the benefits of a reliable and efficient motor start capacitor. Don't miss out on this opportunity to enhance the performance of your appliances!
Are you looking for a reliable and high-quality capacitor for your AC motors? Look no further! Our CBB61 4UF 250VAC Capacitor is the perfect choice for your fan capacitor needs.
But first, let's talk about how to determine whether a fan capacitor is good or bad. We've got some handy tips for you!
1. Measure with a Pointer Multimeter:
Simply rotate the switch to the K-file range and use the meter needle to contact the positive and negative poles of the capacitor. If the meter needle swings up to the right and returns to t***ft, it means the capacitor is good. If the meter needle swings up and slowly returns to a certain position and stops, it indicates that the capacitor is leaking and needs to be repaired.
2. Measure with a Digital Capacitance Meter:
This method is even simpler. Just touch the positive and negative meter needles of the capacitor meter to the corresponding poles of the capacitor. If the value is close to or equal to the nominal capacity of the capacitor, it means the capacitor is not broken and can be used. If the value is significantly lower than the nominal capacity, it means the capacitor is damaged and should be replaced.
3. Short Connect with Two Wires:
Connect the capacitor to a 220V hole and let it charge. Then, short the two wires on the capacitor. If you hear a snapping sound and see an electric spark, it means the capacitor is good. If no spark appears, it indicates that the capacitor is damaged.
Now that you know how to determine the condition of a fan capacitor, let's move on to some precautions when using fans:
Now, let's talk about the reasons for installing a starting capacitor in an electric fan:
The main reason is that the single-phase voltage of 220 volts (phase voltage) does not have a phase angle, while the household fan motor consists of a main winding and a secondary winding. By connecting the secondary winding in series with a capacitor, the angle of the secondary winding electromagnetic field surpasses that of the main winding, creating an angled pulling field in the motor rotor to rotate it. This is not necessary for three-phase AC motors, as they already have a phase angle between phases.
Finally, let's discuss the capacitance of an electric fan:
Typically, the capacitance of an electric fan ranges from 1 to 2 microfarads, with 1.2 microfarads being the most common. The size of the capacitor depends on the fan size. For example, a 16" fan usually has a capacitance of 1.5μ, while a ceiling fan may have a capacitance of 2.2 to 2.5μ.
If you have any more questions about our CBB61 4UF 250VAC Capacitor or any other products, please don't hesitate to contact us. We are here to assist you!