219-3-7268-142

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Circuit Breakers are one of the most important components in virtually any electrical system. They play a vital role in regulating power flow to ensure safety, protection, and performance. The 219-3-7268-142 is a specific type of circuit breaker with a unique application field and working principle.The main function of circuit breakers is to prevent electrical overloads. They are designed to detect disturbances such as a short circuit, overvoltage, and reverse current, and automatically interrupt the power flow. This helps to prevent damage to electrical equipment in the event of an overload. The 219-3-7268-142 is specifically designed for three phase applications, and its main purpose is to provide circuit protection for large residential, industrial, and commercial buildings.The 219-3-7268-142 circuit breaker has an attractive, compact design. Its solid state construction ensures reliable operation and a high level of protection. Its adjustable bolting lever allows for a secure installation in the enclosure. The 219-3-7268-142 also has a built-in current detection system that allows it to automatically trip if the current exceeds its rated capacity.The working principle of the 219-3-7268-142 circuit breaker is based on the thermal-magnetic operation. This system works by detecting an increase in the current flow and converting it into heat energy, which triggers the circuit breaker to trip. The thermal-magnetic system also helps to prevent arcing by quickly interrupting the circuit when an overload is detected.The 219-3-7268-142 circuit breaker is one of the most reliable and cost-effective solutions for large residential, commercial, and industrial buildings. It provides the perfect balance between safety, protection, and performance. Its adjustable bolting lever ensures a secure installation in any enclosure, and its built-in current detection system ensures that it will automatically trip if the current exceeds its rated capacity. Its thermal-magnetic operation makes it highly effective in detecting and tripping an overload in order to protect the equipment from damage.

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