This CBB65 13uF 450V S2 B is an industrial-grade capacitor specifically designed for motor starting and running. It not only provides stable power compensation to help air conditioner compressors or washing machine motors start smoothly, but also ensures safety in high-load working environments through its built-in explosion-proof structure and external insulation protection.
Core Specifications and Performance:
Electrical Parameters and Stability: The 13uF capacitance and 450V voltage rating allow it to maintain low dielectric loss even under frequent start-stop conditions. It possesses self-healing properties, meaning that when partial breakdown occurs in the internal dielectric, it can automatically restore its insulation state, extending its overall service life.
S2 Level Safety Explosion-Proof Architecture: It integrates a reliable explosion-proof device. When the internal pressure of the capacitor increases due to overload or abnormal environmental conditions, this device will actively disconnect the circuit, preventing casing rupture or fire, and complying with S2 level industrial safety certification standards.
Inductance Compensation and Filtering Characteristics (With Inductance): This model incorporates inductance characteristics in its design, which not only helps to suppress instantaneous surge currents but also optimizes electromagnetic compatibility in the circuit to a certain extent, reducing noise interference during motor operation and making the current output more stable.
Physical Protection: Rubber Sleeve Lead Design: It is equipped with special rubber insulated wires. This design significantly enhances moisture and corrosion resistance at the connection points, and also prevents wire wear caused by vibration, making it particularly suitable for installation in household appliances in complex environments.
High Load Tolerance: It possesses extremely strong resistance to surge current and overload. Facing the huge surge current at the moment of motor startup, the capacitor's internal physical structure remains stable, and its performance does not drift, ensuring continuous operation of high-power equipment such as air conditioner compressors in high-temperature or high-pressure environments.