This electrical protection component delivers dependable overcurrent limitation and self-resetting safety for a wide range of applications. It is designed for straightforward integration and stable storage conditions. Key benefits Reliable PTC protection: Provides positive temperature coefficient behavior to limit excessive current and reduce risk of component damage. Reduced maintenance: Self-resetting protection eliminates the need to replace fuses after minor faults, lowering downtime. Stable storage: Recommended storage temperature 25 degrees Celsius helps preserve component integrity before installation. Versatile use: Classified for Other scope of use, making it suitable for diverse electrical and electronic systems. Main specifications Protection function: With PTC protection Storage temperature: 25 degrees Celsius Scope of use: Other How it solves common problems Prevents sustained overcurrent by increasing resistance as temperature rises, protecting circuits without permanent replacement after a transient event. Minimizes service interruptions through automatic recovery once normal conditions return. Simplifies inventory and maintenance planning with consistent storage guidance. Practical use scenarios Circuit protection in consumer electronics assemblies where automatic reset after a transient overcurrent is preferred. Overcurrent limiting in control panels and industrial assemblies that require compact, self-recovering protection devices. Protection for power distribution modules or auxiliary circuits in equipment where fast recovery and low maintenance are important. Why choose this component Focused on fundamental protection performance with self-resetting PTC behavior. Clear storage recommendation to maintain readiness and reliability prior to deployment. Suitable for engineers and technicians seeking a straightforward protective element for varied electrical systems. Compatibility and integration tips Integrate into circuits where a self-resetting overcurrent device is acceptable and where precise trip thresholds are managed at the system level. Verify thermal and electrical parameters in the specific application environment to ensure proper coordination with other protective elements. This component provides a practical, low-maintenance protection option when automatic recovery after transient faults and straightforward storage conditions are required.