1C35DL

Series:	*
Part Status:	Active
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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Circuit breakers are commonplace in many industries. They are used to prevent electrical fires, protect equipment and safely manage power supplies. The 1C35DL circuit breaker is designed to be used in wiring systems and signal circuits, offering enhanced safety and performance. This article will discuss the 1C35DL’s application field and working principle, ensuring that readers understand the importance of this system’s safety benefits. The 1C35DL circuit breaker is designed to protect control and power circuits in applications including residential, institutional, industrial and commercial settings, or wherever circuits have the potential to be overloaded or shorted. The 1C35DL can be used in Photovoltaic (PV) arrays, electrostatic field applications, hazardous atmospheres, medium-voltage circuit applications, and Electrical Vehicle (EV) charging. Additionally, the system meets UL489 and IEC 60935 requirements for circuit protection. The 1C35DL\'s working principle is derived from the basic circuit breaker design. This includes a combination of two elements, a clamping device and a trip element. The clamping device, in this case a current-sensing device, utilizes a thermal element that reacts to the current flowing through its terminals. In normal operation, the thermal element allows electricity to pass through the circuit breaker. However, when the current levels reach a preset amount, the thermal element causes an arc to form that opens the contacts and trips the breaker. The 1C35DL also utilizes an integral magnetic trip element. This provides the system with an additional level of protection against overloads. The magnetic field created by an increase in current will cause the trip element to release, trips the breaker. This element provides protection against the possibility of the thermal element failing to react properly and allows the system to continuously protect electrical circuits. The 1C35DL system also includes a reset button, which allows the breaker to be reset after it has tripped. This feature allows the user to easily reset the breaker and restore power to the circuit without having to shut off and restart the power source. Additionally, if the issue that caused the breaker to trip is not resolved, it will remain tripped for an indefinite period. This prevents damage to the circuit, as well as to the equipment and supplies connected to it. In addition to the safety provided by the 1C35DL circuitry, the system is also designed to provide enhanced performance. It utilizes a spring-assisted mechanism that allows it to quickly respond to alternating current overloads, preventing further damage to the circuit. This mechanism also prevents arcing, which increases its long-term life expectancy. In conclusion, the 1C35DL circuit breaker is designed to provide enhanced safety and performance to many types of wiring systems and signal circuits. The system utilizes a combination of thermal and magnetic elements, allowing it to react quickly to equalize current levels to avoid overloads and short circuits. Additionally, the 1C35DL is designed with the user in mind, offering features such as a reset button and long-term protection against damage.

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