Vigi iC65 2P 40A 300mA Circuit Breaker with Overload Protection and Easy Reset

Circuit Breakers A compact, reliable circuit breaker designed to interrupt fault currents and restore normal operation with a simple manual reset. Ideal for protecting wiring, circuits, and connected equipment from overload and short circuit conditions while allowing fast, repeatable reactivation. Key benefits Protects circuits from overload and short circuits, reducing downtime and simplifying maintenance. Easy reset eliminates the need to fuses after a trip, saving time and keeping systems running. Modular form factor and common mounting options enable straightforward integration into existing distribution boards. Available trip characteristics to match application needs, improving selectivity and reducing nuisance trips. Features and important attributes Function: Thermal magnetic or electronic trip mechanisms for reliable overload and short circuit interruption. Options available for different trip curves to suit lighting, general loads, and motor circuits. Compatibility: Fits standard distribution panels and DIN rail enclosures commonly used in residential, commercial, and light industrial installations. Works with typical wiring sizes and terminal types found in electrical installations. Sizes and configurations: Offered in single pole, double pole, and three pole configurations to cover singlephase and threephase systems. Compact modular widths save space in distribution boards. Material and construction: Durable thermoplastic housing with corrosionresistant conductive parts and robust contact materials for longterm electrical performance. Clear markings on the housing assist with wiring and identification. Performance: Available across common current ratings to match circuit demand. Trip curves selectable for B type residential circuits, C type general circuits, and D type inrush loads. Designed for reliable operation and repeatable trip behavior. Terminals and connections: Secure screw or clamp terminals provide stable conductor retention and straightforward installation. Accessible terminal orientation eases wiring in tight panels. Practical applications Residential lighting and outlet circuits: Use single pole breakers with appropriate current ratings and B or C trip curves to protect household circuits while enabling quick reset after an overload. Small commercial or office installations: Double pole or three pole breakers protect multiwire branch circuits and threephase loads such as HVAC units, compressors, and general equipment. Motor starter and pump circuits: Select D type or appropriately sized C type breakers to handle inrush currents during motor starting while maintaining effective protection during sustained overloads. Why choose this breaker for your project Simplifies maintenance by allowing manual reset after trip events. Flexible trip characteristics and multiple pole configurations cover a wide range of electrical applications. Compact form factor supports efficient use of panel space and simplifies retrofits. Durable materials and clear labeling support consistent installation and operation. Ordering options and selection tips Match the breaker current rating to the expected continuous load with allowance for start up and temporary surges. Choose the trip curve that matches the load type: B for low inrush circuits, C for general power circuits, D for inrush motor loads. Select the pole count that corresponds to your system: single pole for singlephase circuits, two pole for multiwire singlephase circuits, three pole for threephase loads. Installation and maintenance notes Install in accordance with local electrical codes and standard wiring practices. Verify compatibility with panel bus and rail mounting before . Periodic visual inspection of terminals and housing helps ensure continued reliable operation. This circuit breaker provides a practical, modular solution for protecting electrical circuits across residential, commercial, and light industrial settings while keeping installation and maintenance straightforward.