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Schneider Electric iC60N Miniature Circuit Breaker, 3-Pole, 4A, C-Curve, 6kA
The Schneider Electric iC60N is a high-performance 3-pole miniature circuit breaker engineered to provide robust electrical protection for various industrial and commercial applications. This device is specifically designed to safeguard electrical circuits against overloads and short circuits, ensuring the integrity of your power distribution system. With its compact modular design and reliable C-curve tripping characteristic, it offers a precise response to current surges, making it an essential component for modern electrical installations.
This circuit breaker stands out due to its high reliability and precision in fault detection. The C-curve tripping characteristic is optimized for standard loads, providing a balanced approach between sensitivity and operational stability. Its modular construction allows for easy integration into standard distribution boards, while the robust build quality ensures long-term durability and consistent performance even in demanding environments. The 3-pole configuration provides comprehensive protection for three-phase systems, enhancing overall safety.
This device is not intended for applications requiring a different tripping curve, such as highly inductive loads that might necessitate a D-curve breaker. It is also not suitable for outdoor environments without an additional protective enclosure, as the device itself is rated for indoor use only.
The circuit breaker should be installed by a qualified professional within a standard DIN-rail distribution board. Ensure that the power supply is disconnected before installation. The device snaps onto the rail, and the electrical cables are secured into the terminals according to the specified torque requirements. Once installed, the toggle switch allows for manual operation to connect or disconnect the circuit as needed.
Regularly inspect the circuit breaker for any signs of physical damage or overheating. It is recommended to perform periodic testing of the switching mechanism to ensure it remains functional and responsive to potential electrical faults.
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