004385130

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The 004385130 is a type of latching thermal-magnetic circuit breaker (TMCP), which is a specialty fuse used in the electrial industry to provide an effective way to protect contraols and loads against overload and short-circuit damage. The breaker is available in both manual and automatic versions, with both versions boasting high current interrupting capacities, high endurance, and a low thermal impedance rating. This allows the breaker to be used in a wide range of applications, including in high-voltage installations, AC power distribution applications, and more.

The 004385130 is a latching thermal-magnetic circuit breaker, which means that it contains two separate and independent mechanisms which work together to provide the protections. The first mechanism is the thermal-magnetic circuit protection, which functions by providing differential between the instantaneous tripping current and the tripping current at the adjustable trip point. The adjustable trip point is set by the user and is designed to permit a current beyond the instantaneous tripping current to be fed through the circuit without opening the circuit. The second mechanism is the latching mechanism, which maintains the current overload protection and the short-circuit protection even after a fault in the system has been cleared. This is done by re-applying the latching force automatically after each trip to ensure the circuit remains closed.

The 004385130 boasts a number of features which make it a suitable choice for a variety of applications. It is UL rated for 1000A at 600VAC and 500A at 250VAC. It has a temperature of 85°C, and a thermal trip transfer time of 5-25ms. Additionally, the breaker has high dielectric strength, silver-plated contacts, and is RoHS compliant. All of these features make it a suitable choice for a variety of electrical applications.

The 004385130 is designed for use in a number of different applications, including in AC power distribution systems, in high-voltage installations, and in other applications where a reliable, high performance breaker is required. It is suitable for use in data centers, in industrial control systems, in motor control circuits, and in commercial and residential buildings. Additionally, the breaker is designed for use in industrial machinery, in telecommunications, and in renewable energy systems.

The working principle of the 004385130 is based on latching thermo-magnetic circuit protection. When the breaker is initially installed, the user will set an adjustable trip point, allowing for a current to be fed through without triggering a trip. When the current exceeds the trip point, the thermal-magnetic circuit protection will trip, and the latching mechanism will be engaged. This will maintain the current overload protection and the short-circuit protection even after a fault in the system has been cleared.

In summary, the 004385130 is a type of latching thermal-magnetic circuit breaker which can be used in a number of different applications. It is designed to provide both thermal-magnetic circuit protection and latching force to maintain protection against overloads and short-circuits. Additionally, the breaker boasts a number of features, including UL ratings, high dielectric strength, and RoHS compliance, making it suitable for use in a wide variety of applications. The working principle of the breaker is based on latching thermo-magnetic circuit protection, providing overload and short-circuit protection even after a fault has been cleared.

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