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Schneider Electric iC60H A9F07202 Miniature Circuit Breaker, 2-Pole, 2A, C-Curve
The Schneider Electric iC60H miniature circuit breaker is a high-performance 2-pole device engineered to provide reliable protection for electrical circuits in demanding environments. This circuit breaker is designed to prevent damage from overloads and short circuits, ensuring the safety and longevity of connected electrical equipment. With its compact design and robust construction, it integrates seamlessly into standard electrical distribution boards and modular enclosures, making it a dependable choice for professional electrical installations.
This circuit breaker offers exceptional reliability and precision in electrical protection. Its C-curve tripping characteristic makes it highly effective for applications with moderate inrush currents, providing a balanced response to potential faults. The device is built to withstand rigorous industrial and commercial use, offering consistent performance and durability. Its modular design allows for easy installation and maintenance, while the high-quality materials used in its construction ensure long-term operational safety and efficiency.
This circuit breaker is not intended for use in environments with high moisture or dust levels without an appropriate protective enclosure, as it carries an IP20 rating. It is also not suitable for circuits requiring a different tripping curve, such as B or D, or for applications exceeding its 2A rated current capacity.
The device is designed for mounting on a standard DIN rail within a distribution board or enclosure. Installation should be performed by a qualified professional in accordance with local electrical regulations. Ensure that the power supply is disconnected before installation. The circuit breaker is snapped onto the rail, and the supply and load wires are connected to the respective terminals, ensuring all connections are tightened to the specified torque to prevent overheating.
Usage recommendations: Regularly inspect the circuit breaker for signs of wear or damage and test the tripping mechanism periodically to ensure continued operational safety. Do not exceed the rated current capacity to avoid nuisance tripping or potential damage to the device.
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