CBB60 14+6uf 450V S0 C White Flame Retardant V0

This CBB60 14+6uF dual capacitor is a core component for household appliances, primarily responsible for providing starting power and operational stability. It features a white flame-retardant casing and is specifically designed for dual-motor devices (such as washing machines or integrated fans), integrating two capacitance values ​​into a single flame-retardant package, saving space and ensuring safety and reliability.

The following is an analysis of the core features of this model:

Core Specifications and Safety Rating
Dual Capacitance Configuration (14+6uF): This is a composite design. The 14uF is typically used to drive the higher-power main motor (such as the washing machine's washing motor), while the 6uF is responsible for the auxiliary motor (such as the spin-drying or exhaust fan motor). This "two-in-one" structure simplifies circuit wiring.

Voltage and Frequency Rating: The 450V rated voltage ensures sufficient margin even during power fluctuations, preventing breakdown under high transient voltages.

Flame Retardant Rating (V0): The casing uses White Flame Retardant V0 grade material. This means that even in the event of extreme internal failure, the casing will self-extinguish in a short time, preventing the spread of flames.

Safety Protection Level (S0): Represents its basic safety structure, conforming to general industrial standards.

Physical Construction and Sealing
Fully Sealed Epoxy Resin Encapsulation: The interior is completely encapsulated in epoxy resin. This structure completely isolates external moisture and dust, allowing the capacitor to maintain extremely high insulation resistance even in humid environments (such as inside washing machines or pump rooms).

Low-Loss Metallized Film: The internal dielectric uses high-quality metallized polypropylene film with extremely low energy consumption. This material has **"self-healing"** properties—if a minor breakdown occurs in the film, it can automatically repair the damaged area, ensuring that the entire device does not malfunction.

Electrical Performance
Surge Current Resistance: It is specifically reinforced to withstand the huge surge current generated during motor startup, preventing performance degradation due to frequent switching.

Overload Capacity: Under extreme operating conditions of equipment overload, it can withstand short-term high-power loads without thermal runaway.

Stability: Whether in high-frequency operation or long-term operation, the capacitor capacitance decay rate is extremely low, ensuring constant motor torque. Application Scenarios
Multi-motor collaborative equipment: Widely used in twin-tub washing machines, air coolers with ventilation functions, range hoods, and various household electric pumps.

Simultaneous consideration of startup and operation: It can provide instantaneous torque to help the motor "start," and also compensate for phase differences during operation to improve the motor's operating efficiency.