CBB80 Aluminum Shell, Vde Silicone Wire 85℃ With Screw, With Resistance, Electric Fuse

This capacitor is specifically designed for power compensation in high-intensity discharge (HID) lamps, combining a highly reliable aluminum housing with a robust safety protection system. It effectively stabilizes current in complex power grid environments, and its core value lies in its built-in multiple protection mechanisms, ensuring long-term stable operation of the lighting system under high voltage and high temperature conditions.

Core Structure and Performance Characteristics:
Housing Protection and Appearance Finish: Utilizing an industrial-grade aluminum alloy housing with a finely anodized and brightened surface treatment. This design not only enhances mechanical strength, effectively resisting physical impacts, but also provides excellent heat dissipation, ensuring the internal charge maintains temperature balance during continuous operation.

High-Standard Temperature-Resistant Connecting Cables: Equipped with VDE-certified silicone leads, rated to withstand temperatures up to 85°C. The silicone material possesses excellent flexibility and aging resistance, maintaining reliable insulation strength even under prolonged heat within the confined wiring cavity of the lamp, preventing short-circuit risks due to wire embrittlement.

Built-in Discharge Resistor Function: The capacitor integrates a discharge resistor. When the power is disconnected, this resistor quickly dissipates the residual charge between the plates, reducing the residual voltage to a safe range and preventing electric shock to maintenance personnel, while also minimizing secondary impacts on the circuit system.

Electromagnetic Safety Fuse Mechanism: A built-in dedicated electric fuse. In the event of extreme overload or circuit abnormalities, the fuse promptly cuts off the circuit, preventing the device from bulging or bursting due to thermal runaway, providing fundamental fail-safe protection for the entire lighting solution.

Physical Installation and Fixtures: The built-in mounting bolts simplify the fixing process within the bracket or ballast box. The bolted connection provides a reliable grounding point and ensures a stable physical connection even in vibrating environments (such as industrial workshops or the top of streetlight poles).

Underlying Dielectric Performance: Internally, it uses high-quality polypropylene film non-inductive winding. This process gives the device low loss, high insulation, and excellent self-healing properties. Facing instantaneous current surges, the device exhibits strong resilience, maintaining stable capacitance through self-repair, extending the overall lifespan of the system.