Keep your heavy-duty appliances running smoothly with the CBB60 8uF 450V 4-Pin Washing Machine Capacitor. This industrial-grade metallized polypropylene film capacitor is engineered to provide the high electrical phase shift required for starting and sustaining the rotation of single-phase AC motors. With a versatile 4-pin terminal configuration, it serves as a robust replacement for washing machine drive motors, water pumps, and high-volume fans.
High-Output 8uF Capacity: Rated at 8uF ±5%, providing the necessary electrical energy storage to optimize motor torque and reduce energy consumption during operation.
4-Pin Quick-Connect Interface: Features a 2+2 dual-spade terminal layout, allowing for fast and organized wiring in complex appliance control systems.
Advanced Self-Healing (SH) Technology: Built with a specialized internal dielectric film that automatically isolates and repairs minor electrical faults, ensuring a longer component life.
Heavy-Duty Voltage Rating: Rated for 450VAC, providing a secure safety ceiling against voltage surges and power spikes common in domestic environments.
Secure Mounting Stud: Includes an integrated threaded mounting stud on the base, allowing for a vibration-proof installation within the appliance frame.
Washing Machines: Primary start and run support for main drive motors in medium-to-large models.
Water Pumps: Ideal for residential booster pumps and centrifugal pump motors.
Air Compressors: Suitable for small-scale portable air compressors.
Industrial Fans: Provides stable power for high-volume exhaust and ventilation systems.
Model: CBB60.
Capacitance: 8uF ±5% SH.
Rated Voltage: 450V AC (50/60Hz).
Terminal Type: 4-Pin (Dual Male Spade Connectors).
Can I use this 8uF capacitor if my old one was 7.5uF?
Yes. Most single-phase motors operate safely within a ±10% capacitance variance. An 8uF unit is a safe replacement for a 7.5uF or 8uF original part.
Is the wiring orientation important for the 4 pins?
CBB60 capacitors are non-polarized. You can connect your leads to any of the pins, as long as you use one pin from each side of the dual-terminal pair.
Why did my previous capacitor fail?
Most capacitors fail due to age, extreme heat, or frequent power surges. This 450V-rated unit is designed with a higher voltage ceiling to better resist these common failure points.
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