T21-2-3.00A-06-31BL-V

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Introduction: The T21-2-3.00A-06-31BL-V Circuit Breaker is a microprocessor-controlled circuit breaker that is designed to provide protective switching and metering functions. The microprocessor increases reliability while reducing the components required. The microprocessor is capable of monitoring the power line voltage and current, as well as the breaker’s performance. The breaker is also capable of monitoring the heat dissipation and maintaining a balance between the power supply and the breaker itself. This is especially useful in installations where the load may vary significantly. The T21-2-3.00A-06-31BL-V Circuit Breaker is a state of the art device that offers advanced protection against surges, fluctuations, and overloads.

Application Field: The T21-2-3.00A-06-31BL-V Circuit Breaker is used primarily in residential and small business settings. The breaker is designed to protect the electrical systems from surges, fluctuations, and overloads that can occur due to bad wiring, faulty equipment, and other sources. It is also used to protect sensitive electronic equipment that may be damaged by powerline faults. The T21-2-3.00A-06-31BL-V Circuit Breaker has a high level of current and voltage protection, and is suitable for use in a variety of settings, from residential applications to light commercial and industrial settings.

Working Principle: The functioning of the T21-2-3.00A-06-31BL-V Circuit Breaker is based on an intelligent microprocessor that works to detect any abnormal power or current flow within the circuit. If the voltage or current rises above a predetermined level, the microprocessor sends an electrical signal to the breaker which in turn trips to disconnect the circuit. The breaker is also designed to detect ground faults and automatically trip to protect the equipment. The microprocessor is capable of constantly monitoring the power line with its built-in metering system and is able to shut off the power in cases where the power load exceeds the rated value. The microprocessor also constantly monitors the internal temperature of the breaker and maintains a balance between the power supply and the breaker itself. This is especially useful in installations where the load may vary significantly.

Conclusion: The T21-2-3.00A-06-31BL-V Circuit Breaker is a state of the art device that offers advanced protection against surges, fluctuations, and overloads. It is capable of continuously monitoring the power line voltage and current, as well as the breaker’s performance and internal temperature. This allows for precise and reliable protection of sensitive electrical equipment, such as computers and other electronic devices. The T21-2-3.00A-06-31BL-V Circuit Breaker is a reliable and cost-effective solution for small businesses, residential applications, and light commercial settings.

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