IELR11-1-61-16.0-91

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

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IELR11-1-61-16.0-91 circuit breakers are often used in the field of circuit protection, for protection of power lines, machines and apparatus. They are designed to automatically detect an overload or short-circuit condition and to quickly break the circuit to prevent damage. The working principle of the IELR11-1-61-16.0-91 circuit breakers is simple. When the circuit current increases above a certain value, usually referred to as the "threshold" level, a thermal relay senses the temperature rise and will trip the breaker. This breaking action will cut off the power supply to the circuit. The IELR11-1-61-16.0-91 circuit breakers offer a number of advantages. They can be used to protect against short-circuiting, overheating and other fault conditions, and they are relatively inexpensive. In addition, they are able to be reset once an overload has been cleared up. A typical IELR11-1-61-16.0-91 circuit breaker consists of several components. First, there is the enclosure, which is usually made from plastic or metal. This houses the thermal and magnetic elements that are used to detect and trip the breaker. Inside the enclosure, there are also terminals for connecting the circuit to the breaker. The thermal element of the IELR11-1-61-16.0-91 circuit breaker is a thermal relay or temperature switch. This device detects an increase in temperature and will trip the breaker when the threshold temperature is reached. This temperature is preset and can be adjusted depending on the required protection level. The magnetic element is a solenoid, which uses a coil of wire to create a magnetic field. When a current passes through the coil, the field is generated which triggers the breaker. The solenoid also acts as an overload protection device, so if an overload beyond the threshold level is detected, the breaker will trip, preventing further damage. Finally, there are also other features such as current-limiting, time-delay, and trip-level type circuit breakers, but these are less common. Overall, the IELR11-1-61-16.0-91 circuit breakers are a reliable and efficient way to protect electrical circuits from damage caused by faults or overloads. They are relatively inexpensive and easy to install, and they can be used in a wide range of applications.

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