Cbb65 65uf 450v S2 UL Explosion-Proof Aluminum Shell 4+4 terminal

This is a core starting and running component specifically designed for high-power motors. Using metallized film technology, it provides the necessary phase shift for devices such as air conditioner compressors and washing machines, ensuring the motor receives sufficient torque at startup and maintains current balance during subsequent operation. The 65μF capacitance and 450V voltage rating ensure extremely high reliability even under heavy load conditions.

Physical Safety Barrier (S2 Explosion-Proof Standard): The product incorporates a pressure-sensitive safety structure. When the capacitor experiences internal pressure due to external anomalies or end of life, the explosion-proof structure at the top of the aluminum casing will actively and physically disconnect the connection, preventing casing rupture or fire. This design is UL certified and is a mandatory configuration in high-standard electrical equipment.

Electrical Self-Healing and Low Loss: The core dielectric material possesses excellent self-healing properties. Even in the event of transient overvoltage causing minor breakdown, the material can quickly restore its insulation state without triggering cascading failures. Extremely low dielectric loss ensures that the capacitor maintains a low temperature rise even during prolonged operation.

Enhanced Thermal Management Structure: The use of a high-purity aluminum casing not only enhances overall corrosion resistance but also utilizes the high thermal conductivity of the metal to quickly dissipate internal heat to the outside, ensuring that capacitor performance does not experience thermal drift in high-temperature operating environments.

4+4 Terminal Compatible Design: The 4+4 multi-terminal layout at the top provides great flexibility for complex electrical wiring. This multi-terminal design supports multi-circuit parallel connections, effectively reducing contact resistance at single-point connections and simplifying the on-site assembly process for air conditioners and industrial equipment.

Impact and Overload Resistance: The structure is optimized to handle the peak inrush current generated by frequent motor starts, possessing extremely strong current tolerance. Even in harsh environments with significant voltage fluctuations or high starting frequencies, it can maintain stable capacitance output, extending the service life of the motor.