LUXA6-1-63-15.0-N-01

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Circuit Breakers help safeguard electrical equipment, personnel, and the surrounding environment from electrical hazards. The LUXA6-1-63-15.0-N-01 is a type of circuit breaker, specifically designed for applications where current levels are on the higher side. It offers high overload and short-circuit protection to effectively interrupt and manage a range of electrical problems.

The LUXA6-1-63-15.0-N-01 is a dependable, self-contained unit that is easy to install and maintain. It has a modular design that allows up to seven additional components to be added, providing flexibility and allowing it to be adapted to different applications and scenarios. This circuit breaker also has a protective mesh case that helps to protect it from environmental factors, such as dust and moisture, which may affect its performance.

When it comes to the application fields for the LUXA6-1-63-15.0-N-01, some of the more common uses include electric heater control and overload protection, motors, two-wire systems, and power supplies. Its robustness and versatility make it an ideal choice for industrial, commercial, and residential areas. It can also be used in a range of power distribution systems, and in electrical control panels.

The LUXA6-1-63-15.0-N-01 circuit breaker also features a unique working principle, that allows it to quickly detect and interrupt hazardous electric currents, without the risk of damage or destruction to the connected equipment or personnel. Its mechanism consists of two parts: a thermal element and a trip mechanism. The thermal element responds to an increase in current, by increasing the temperature of the breaker, which causes the trip mechanism to activate and the breaker to disconnect.

The LUXA6-1-63-15.0-N-01 circuit breaker is designed to provide reliable and safe protection for higher current levels, and is ideal for use in electrical control panels and power distribution systems. Its modular design allows for additional components to be added, providing much needed flexibility. Additionally, its thermal element and trip mechanism work together to quickly detect and interrupt any hazardous current, helping to keep the connected personnel and equipment safe from danger.

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