8340-F110-P1M2-BLH0-15A

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The 8340-F110-P1M2-BLH0-15A circuit breaker is a type of circuit breaker that protects electrical components, like wiring or other equipment, from damage caused by excess current from an overload or a short circuit. It works by interrupting the flow of electrical current if it goes over a certain amount, keeping the electrical components from being damaged.

The 8340-F110-P1M2-BLH0-15A is designed for single-pole, three-phase applications with rated current up to 15 Amps. It operates by sensing a predetermined level of current in the circuit and then disconnecting the circuit to prevent further damage. This is done through the use of a thermal-magnetic trip unit, which is an electromechanical device that is able to detect current and shut off power if necessary.

The 8340-F110-P1M2-BLH0-15A is ideal for residential and commercial applications, such as lighting, heating, and refrigeration. It can also be used for motor control applications in industrial settings. It has a number of features that make it well suited for these applications. For starters, it has an integrated adjustable delay that helps protect the circuit from short-circuiting surges. The circuit breaker also features non-magnetic trip functions, which are able to detect arc faults and protect the equipment from overheating or developing fire. It is also UL approved for safety.

As with any device, it is important to maintain the 8340-F110-P1M2-BLH0-15A circuit breaker properly. This includes regularly testing the breaker to ensure that it is still responsive and working properly, as well as verifying that the adjustable delay settings remain accurate. In addition, it is important to ensure that the mounting hardware is fastened securely and that the breaker is properly rated for the circuit that it is protecting.

Overall, the 8340-F110-P1M2-BLH0-15A circuit breaker is an important device for protecting electrical components from excessive current and short circuits that could potentially cause significant damage or safety hazards. It is designed specifically for single-pole, three-phase applications and offers a number of features, such as adjustable delay settings and non-magnetic trip functions, that make it a highly reliable and safe device. With proper maintenance, it can ensure the safe operation of electrical equipment and components in a wide range of applications.

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