CB185-35

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Circuit Breakers are electrical safety devices designed to help prevent overloads and short circuits in electrical systems. Circuit Breakers can either be manual or self-acting. A manual circuit breaker requires the operator to manually throw the switch to open or close the circuit. A self-acting circuit breaker operates on its own, and will usually close the circuit on its own if an overload or short circuit is detected. There are several types of circuit breakers, each designed for use in different applications. One type of circuit breaker is the CB185-35 circuit breaker.

The CB185-35 is designed for use in low-voltage systems, such as in motor control circuits. This type of circuit breaker provides direct short-circuit protection and overload protection. It is typically used in combination with a motor starter or motor contactor. The CB185-35 is a thermal-magnetic type circuit breaker, meaning it uses both a thermal and a magnetic element to protect the circuit.

The thermal element of the CB185-35 is an electromechanical bimetallic strip. This strip is heated by the current passing through it. When the current passes through the strip, it causes the strip to bend. This bending of the strip causes the trip mechanism to open the circuit, thus breaking the current flow and protecting the circuit from further damage. The amount of current required to cause the strip to bend is known as the “trip current” of the breaker.

The magnetic element of the CB185-35 is a solenoid coil. When an overload current passes through the breaker, it causes the coil to generate a magnetic field. This magnetic field then attracts a plunger in the trip mechanism, causing it to open the contacts and break the current flow. The amount of current required to generate the magnetic field is known as the “magnetic trip current” of the breaker.

The CB185-35 circuit breaker is designed for small motor control circuits, such as those found in factories. It is also used for other applications such as lighting, HVAC, and general circuit protection. It provides direct short-circuit and overload protection for the circuit, and is designed to trip and open the circuit when the current exceeds the trip current or the magnetic trip current of the breaker. It is a relatively inexpensive and dependable device, and it can be easily replaced or repaired.

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