Feature

●The CBB65 capacitor is applied to the starting and operating of a single phase motor in a 50Hz/60Hz AC power system. Widely used in air conditioners, air compressors, motors, refrigerators, heat pump capacitors, HVAC, generators, lighting lights, fans, etc
●Specifications: Model: CBB65; Material: Metallized Polypropylene, Aluminum Case; Lead End: 2 Pin Terminal; Rated Output: 60uF; Tolerance: ±5%; Rated Voltage: 450V AC; Rated Frequency: 50/60Hz; Climate Category: -25/85/21; Overall Size: 50 x 125 mm (D x H); Package Content: 1 x CBB65 x CBB65 Capacitor
●Advantage: This CBB65 run capacitor has current characteristics with small capacity, low loss, strong overload capacity, excellent electrical performance, reliable insulation performance, and excellent shock resistance
●Description: The capacitance is not divided into positive and negative stages, so you can connect it freely. It is stable and has excellent heat dissipation effect under high temperatures
●Note: Please be careful of over-current and over-voltage when using


Description

The CBB65 capacitor is applied to the starting and operating of a single phase motor in a 50Hz/60Hz AC power system. Widely used in air conditioners, air compressors, motors, refrigerators, heat pump capacitors, HVAC, generators, lighting lights, fans, etc.





Specifications:



Specifications: Model: CBB65; Material: Metallized Polypropylene, Aluminum Case; Lead End: 2 Pin Terminal; Rated Output: 60uF; Tolerance: ±5%; Rated Voltage: 450V AC; Rated Frequency: 50/60Hz; Climate Category: -25/85/21; Overall Size: 50 x 125 mm (D x H); Package Content: 1 x CBB65 x CBB65 Capacitor



Benefits:


This CBB65 run capacitor is equipped with small capacity, light weight, low loss, strong overload capacity, excellent electrical performance, reliable insulation performance, and current characteristics with excellent impact resistance.



Description:


The capacitance is not divided into positive and negative stages, so you can connect it freely. It is stable and has excellent heat dissipation effect under high temperatures.




Note: Please pay attention to over-current and over-voltage while using. br>