Schneider Electric Acti9 iC60H Miniature Circuit Breaker, 1-Pole, 1 A, Type D, 240 V ac AC, 48 V dc DC, 10 kA Breaking

This MCB is designed for robust circuit protection in various applications, featuring a Compact size of 18mm x 85mm x 78.5mm, which makes it suitable for a DIN rail mount. It is equipped with Advanced thermal-magnetic tripping, it ensures reliable performance in demanding environments, making it a valuable addition to electrical systems where safety and efficiency are paramount.

• Type D tripping characteristics provide precise protection against short circuits
• Capable of handling a breaking capacity of 10 kA at maximum voltage
• Designed for select voltage ratings including 100 to 240 V AC and 12 to 48 V DC
• The screw Terminal contact type ensures secure and reliable connections
• Compact footprint enables easy integration into standard electrical panels
• Thermal magnetic mechanism allows for responsive operation under varying conditions

• Used within residential and commercial electrical installations
• Suitable for industrial automation systems requiring enhanced circuit protection
• Compatible with equipment operating under diverse voltage conditions
• Ideal for upgrading existing electrical protection infrastructure

The thermal-magnetic mechanism combines both thermal overload protection and magnetic short-circuit protection, allowing the MCB to respond quickly to both gradual overloads and sudden surges, thereby ensuring comprehensive circuit safety.

The 10 kA breaking capacity indicates the maximum fault current the circuit breaker can safely interrupt without damage, reducing the risk of catastrophic failure and enhancing overall system reliability.

The Compact size and robust housing are specifically engineered for seamless mounting on DIN rails, simplifying installation in electrical enclosures and ensuring stability during operation.

Yes, it is designed to operate within specified voltage ratings, making it versatile enough for various applications, including those with fluctuating electrical supply conditions.